osm2014-program-low

E Komo Mai - Welcome!This is the 17th OceanSciences Meeting.This joint meeting is aninternational gatheringco-sponsored by theAmerican GeophysicalUnion (AGU), theAssociation for theSciences of Limnologyand Oceanography (ASLO),and The OceanographySociety (TOS).Sponsored by the American Geophysical Union, the Association for the Sciencesof Limnology and Oceanography, and The Oceanography Societywww.sgmeet.com/osm2014The meeting includesover 5,000 oral andposter presentations,stimulating plenary talksand a refreshing keynoteon Sunday evening byNational GeographicExplorer, ElizabethKapu’uwailani Lindsey.Plenaries have beenscheduled on Tuesdayand Thursday morningsfollowing the first set ofconcurrent sessions,to allow some time forsession participants to“reenergize” and getexcited by topics thatmay be outside their dailyinteraction. The speakersare primed to presenttheir material to a broadaudience of oceanscientists, so all of thetalks should be of interestto all participants.

We encourage you to use the meeting website and mobile app for allcurrent information and to navigate the meeting.Like us on Facebook! http://facebook.com/2014OSM.Follow us on Twitter! http://twitter.com/2014OSM#2014OSM is the official hashtag of 2014 OSM.Changes to the scientific program will also be published on an addendum that will be posted on message boards.

Program BookAGU/ASLO/TOSContentsE Komo Mai! Welcome to the 2014 Ocean Sciences Meeting........................2Meeting Organizers .......................................................................................2Keynote and Plenary Lectures and Presentations..............................2-5Sunday, February 23, 2014.......................................................................................2Elizabeth Kapu’uwailani LindseyTuesday, February 25, 2014......................................................................................3Robert H. Richmond,3Panel Discussion: “Why aren’t they listening?”Richard Harris – ModeratorThursday, February 27, 2014....................................................................................5Roger T. HanlonMary Jane PerryMeeting Schedule........................................................................................6-7OSM 2014 Tutorial Talk Sessions..........................................................8-9Award Lectures Session.................................................................................9The AGU Sverdrup Award Lecture.......................................................................9Dennis A. HansellThe ASLO G. Evelyn Hutchinson Award ...........................................................9Gerhard J. HerndlThe TOS Munk Award Lecture............................................................................9Dr. W. Steven HolbrookPoster Sessions...........................................................................................9-10A Guide to Finding Posters......................................................................................9Poster Session Receptions......................................................................................10Auxiliary Meetings, Workshops and Town Hall Meetings ........ 10-19Sunday, 23 February 2014......................................................................................10Monday, 24 February 2014....................................................................................11Tuesday, 25 February 2014.....................................................................................13Wednesday, 26 February 2014..............................................................................15Thursday, 27 February 2014...................................................................................17Friday, 28 February 2014........................................................................................19Saturday, 1 March 2014..........................................................................................19Social Events.................................................................................................. 19Special Opportunities for Students......................................................... 19Outstanding Student Presentation Awards......................................................19Student Social Mixer ..............................................................................................19Storymaker Workshops..........................................................................................20The Ethics of Idea Sharing in a Connected World .........................................20Outreach Through Social Media ........................................................................20Fellowships and Grant Writing for Graduate Students ................................20Student & Early Career Professional Career Center and Lounge ..............20OSM Meeting Mentoring Program....................................................................20Special Opportunities for Early Career Participants.................... 20-22Early Career Mixer...................................................................................................20Student & Early Career Lounge ..........................................................................20GEARS Lunchtime Workshop Series ................................................................20Keys to Proposing, Conducting, Presenting and Publishing Research......21Dual Careers: Challenges and Opportunities ..................................................21“Meet your Agency Program Manager” Networking Breakfasts................21Oral Presentations ....................................................................................... 22Poster Presentations..................................................................................... 22OSM 2014 Supporters ................................................................................ 22Sponsors......................................................................................................................22Exhibitors...................................................................................................................23Media/Press Information........................................................................... 29Conference Registration and Check In................................................... 30Additional Participant and Attendee Information ............................. 30Receipts and Letters of Participation .................................................................30Concessions...............................................................................................................30Breaks and Refreshments.......................................................................................30Messages.....................................................................................................................30Hawai‘i Convention Center Business Center...................................................30WiFi Internet.............................................................................................................30ATM Machines at Hawai‘i Convention Center...............................................30Check Cashing .........................................................................................................30Hawai‘i Convention Center Parking...................................................................31Transportation..........................................................................................................31Special Needs............................................................................................................31Emergencies/Hawai‘i Convention Center First Aid........................................31Family Room..............................................................................................................31Child Care Information ........................................................................................31General Information.................................................................................... 31Schedules At A Glance.......................................................................... 32-41Monday, 24 February 2014....................................................................................32Tuesday, 25 February 2014.....................................................................................34Wednesday, 26 February 2014..............................................................................36Thursday, 27 February 2014...................................................................................38Friday, 28 February 2014........................................................................................40Convention Center Maps..................................................................... 42-45Level 1/Exhbit & Poster Hall.................................................................................42Level 2/Parking.........................................................................................................43Level 3/Meetign Rooms.........................................................................................44Level 4/Ballroom......................................................................................................45Session Schedules.................................................................................46-174Monday, 2/24/2014 Orals......................................................................................46Monday, 2/24/2014 Posters...................................................................................57Tuesday, 2/25/2014 Orals.......................................................................................75Tuesday, 2/25/2014 Posters...................................................................................83Wednesday, 2/26/2014 Orals............................................................................. 104Wednesday, 2/26/2014 Posters......................................................................... 115Thursday, 2/27/2014 Orals.................................................................................. 134Thursday,2/27/2014 Posters............................................................................... 142Friday, 2/28/2014 Orals........................................................................................ 164Author Index................................................................................................ 175Poster & Exhibit Hall Detail Map................................Inside Back Cover1

AGU/ASLO/TOSE Komo Mai!Welcome to the 2014 Ocean Sciences MeetingOn behalf of the program committee, we welcome you to the 2014Ocean Sciences Meeting.The meeting includes over 5,000 oral and poster presentations,stimulating plenary talks and a refreshing keynote on Sunday eveningby National Geographic Explorer, Elizabeth Kapu’uwailani Lindsey.Plenaries have been scheduled on Tuesday and Thursday morningsfollowing the first set of concurrent sessions, to allow some time forsession participants to “reenergize” and get excited by topics that maybe outside their daily interaction. The speakers are primed to presenttheir material to a broad audience of ocean scientists, so all of the talksshould be of interest to all participants.We hope that you find the meeting exciting, informative and relevant.Meeting Co-Chairs,Eric Itsweire (AGU)eitsweir@nsf.govJon Sharp (ASLO)jsharp@udel.eduMel Briscoe (TOS)mel@briscoe.comMeeting Organizers2014 OSM Meeting Co-Chairs:Jonathan Sharp (ASLO)University of DelawareMel Briscoe (TOS)OceanGeeks LLCEric Itsweire (AGU)National Science FoundationScientific Planning CommitteeSteve AcklesonSA Ocean ServicesKaren CasciottiStanford UniversityFei ChaiUniversity of MaineMinhan DaiXiamen UniversityMichelle JungbluthStudent Representative (TOS), University of Hawaii ManoaGail C. KinekeBoston CollegeBrice LooseUniversity of Rhode IslandBobby ThompsonStudent Representative (ASLO), University of HawaiiGene TysonAustralian Center for Ecogenomics (ACE)Jyotika VirmaniX Prize Foundation2014 Ocean Sciences MeetingCaitlin WhalenStudent Representative (AGU), Scripps Institution of OceanographyTracy WiegnerUniversity of Hawaii at HiloSociety Staff MembersHelen Schneider LemayASLO Business OfficeJenny RamaruiTOS StaffJennifer TombAGU StaffBrenda WeaverAGU StaffPlease! No recording of individualtalks or sessions.Audio taping, videotaping, orphotographing of presentationsis not allowed at the meeting.Thank you for your cooperation.Keynote and Plenary Lecturesand PresentationsSunday, February 23, 20146:00 – 7:30 pm, Kalakaua BallroomElizabeth Kapu’uwailani Lindsey,National Geographic ExplorerBringing the Wisdom of the “Elders”Together with Modern Science for theFuture of the EnvironmentElizabeth Kapu’uwailani Lindsey is thefirst Polynesian explorer and female Fellowin the history of the National GeographicSociety. She is an internationally recognizedexpert in the field of cultural intelligence – a holistic system ofknowledge and wisdom based on indigenous science.Lindsey serves as an advisor to world leaders and global institutions,including such boards is the Tibet fund for his Holiness the Dalai Lamaand the United Nations ambassadors Islands First.In 2010 she received the Visionary Award from the United Nations forher contributions in intercultural engagement and understanding.A humanitarian who created scholarships in India, the former MissHawaii is also an award-winning filmmaker who has received numeroushonors, including the prestigious CINE Eagle Award.Elizabeth continues to explore ways in which cultural intelligence addresses21st century challenges. She has been interviewed on NPR, CBS,2

Program BookAGU/ASLO/TOSNational Geographic, the L.A. Times and others, regarding her work.Her keen insights and first-hand accounts from around the world havemade her keynote addresses an inspiring call to action. A sought afterspeaker in the United States, Europe, Asia and the Pacific, her audienceshave included: Oxford University, Harvard University, StanfordUniversity, TED, the YPO/WPO, the American Museum of NaturalHistory and the Smithsonian.Her work will provide a cultural record for future generations.Lindsey’s expeditions take her to some of the most remote regions ofthe world. She recently returned from a solo, three-month journeyaround the world where she documented fragile cultures, including theMoken who are sea nomads.Lindsey, who holds a doctorate specializing in ethnonavigation, creditsher lifelong commitment to indigenous elders who have influencedher, most importantly Pius “Mau” Piailug, a navigator-priest from theMicronesian island of Satawal. Mau also was the teacher of navigatorsNainoa Thompson, Shorty Bertlemann and others.“As a child I was cared for by three old Hawaiian women while my parentsworked,” says Elizabeth. These elders were revered in our communityfor their mastery in ancient traditions. They told me that I wouldtravel far to keep the voices of the ancestors alive and that it would takethe wisdom of these elders to return the world to balance.”Tuesday, February 25, 201410:30 am – 12:30 pm, Kalakaua BallroomRobert H. Richmond, PacificBiosciences Research Center,Kewalo Marine Laboratory,University of Hawaii at ManoaCoral Reefs, Climate Change andAtomic BombsAbstract: Coral reefs worldwide are indecline as a result of human-induceddisturbance, ranging from the commonand chronic stressors of overfishing,coastal sedimentation and pollution to the absurd and acute: vaporizationfrom nuclear testing. Global climate change is and will continue tobe responsible for extensive reef losses through the associated problemsof temperature-induced mass coral bleaching events, increased stormintensity and frequency, ocean acidification and sea level rise. To addresshuman impacts in the hope of allowing coral reefs to persist intothe future, it is necessary to both diagnose and treat the underlyingproblems at multiple levels over space (local, regional and global scales)and time. Emerging technologies in the areas of proteomics, genomicsand transcriptomics provide new tools for better understanding relationshipsbetween stressors and coral reef responses with a higher levelof resolution in determining the contributions of individual stressors ina multi-stressor system. Better bridging of science to policy development,implementation and evaluation is needed to insure a legacy offunctional coral reefs of high economic, ecological and cultural valuefor future generations.Speaker Biography: Dr. Bob Richmond is a Research Professor andDirector of the University of Hawaii’s Kewalo Marine Laboratory. Hereceived a Ph.D. in Biological Sciences from the Department. of Ecologyand Evolution, SUNY at Stony Brook in 1983 and subsequently spenttwo years as a postdoctoral fellow at the Smithsonian Tropical ResearchInstitute in Panama, 18 years on the faculty of the University of GuamMarine Laboratory, and has been a Research Professor at the PacificBiosciences Research Center, University of Hawaii at Manoa since 2004.He has spent his professional career studying coral reef ecosystems in theCaribbean and the Pacific, including the Virgin Islands, the Grenadines,the Galapagos Islands, Hawaii, Japan and, for over 30 years, in Micronesia.He is the President of the International Society for Reef Studies, theScience Advisor to the All-Islands Committee of the U.S. Coral Reef TaskForce and a science advisor for the Joint Ocean Commission Initiative.He is both an Aldo Leopold Fellow in Environmental Leadership (2004),and a Pew Fellow in Marine Conservation (2006). He works closely withcommunity-based organizations, elected and traditional leaders andstakeholders, and has trained over 50 Pacific Islanders in his laboratoryover the years. His research interests include coral reef ecology, marineconservation biology, ecotoxicology, bridging science to managementand policy, and the integration of traditional ecological knowledge withmodern approaches to resource use and protection. His childhood fascinationwith “Dr. Doolittle” helped inspire his approach to studying coralreefs by “listening” to corals and other reef creatures through the use ofecological indicators and molecular biomarkers.Panel Discussion: “Why aren’t they listening?”A facilitated discussion addressing public attitudes about climate andenvironmental sciences, negative influences on public attitudes, recognitionof need for more effective communication, and communicationto politicians and the public.Moderated by Richard Harris, National Public Radio with panelists: EdwardMaibach (George Mason University), Christine O’Connell (StateUniversity of New York, Stony Brook), and Jerry Schubel (Aquarium ofthe Pacific)Richard Harris – ModeratorNational Public RadioAward-winning journalist Richard Harrisreports on science and the environmentfor NPR’s newsmagazines, includingMorning Edition and All Things Considered.Harris, who joined NPR in 1986,has traveled to all seven continents forNPR. His reports have originated fromTimbuktu, the South Pole, the GalapagosIslands, Beijing during the SARS epidemic, the center of Greenland, theAmazon rain forest and the foot of Mt. Kilimanjaro (for a story abouttuberculosis).In 2010, Harris’ reporting uncovered that the blown-out BP oil well inthe Gulf of Mexico was spewing out far more oil than asserted in theofficial estimates. He also traveled to Japan to cover the nuclear aftermathof the 2011 tsunami.Harris has covered climate change for decades. He reported from theUnited Nations climate negotiations, starting with the Earth Summitin Rio de Janeiro in 1992, followed by Kyoto in 1997 and Copenhagenin 2009. Harris was a major contributor to NPR’s award-winning 2007-2008 “Climate Connections” series.3

AGU/ASLO/TOS2014 Ocean Sciences MeetingOver the course of his career, Harris has been the recipient of manyprestigious awards. Those include the American Geophysical Union’s2013 Presidential Citation for Science and Society. He shared the 2009National Academy of Sciences Communication Award and was a finalistin 2011. In 2002, Harris was elected an honorary member of SigmaXi, the scientific research society. Harris shared a 1995 Peabody Awardfor investigative reporting on NPR about the tobacco industry. Since1988, Harris has won three journalism awards from American Associationfor the Advancement of Science.Before joining NPR, Harris was a science writer for the San FranciscoExaminer. From 1981 to 1983, Harris was a staff writer at The Tri-ValleyHerald in Livermore, California, covering science, technology, andhealth issues. Under the auspices of the American Association for theAdvancement of Science, Harris spent the summer of 1980 as a MassMedia Science Fellow reporting on science issues for The Washington(DC) Star. Harris is co-founder of the Washington, D.C., Area ScienceWriters Association, and is past president of the National Associationof Science Writers. He serves on the board of the Council for theAdvancement of Science Writing.A California native, Harris returned to the University of California-Santa Cruz in 2012 to give a commencement address at Crown College,where he had given a valedictory 30 years before. He earned a bachelor’sdegree in biology with highest honors.Christine O’ConnellAlan Alda Center for CommunicatingScience, Stony Brook UniversityDr. Christine O’Connell is a science communicationprofessional working for theAlan Alda Center for CommunicatingScience in Stony Brook University’s Schoolof Journalism. O’Connell is a marine andenvironmental scientist with an extensiveinterdisciplinary background in policy,outreach, and communication. O’Connell was trained in improvisationby Alan Alda, and works on improving scientific communicationto the public and scientific outreach to the community. Her goal is towork towards strengthening the connections between science, society,and policy. Her scientific research focuses on coastal and marine spatialplanning (CMSP), ecosystem-based management (EBM), waste management,conservation planning, and ecosystem services. O’Connellhas taught environmental communication and conservation classesat several universities and now teaches graduate courses on “Distillingyour message,” for the Alda Center. She also coordinates and speaksat national workshops and manages The Flame Challenge, an internationalcontest that asks scientists to communicate complex science inways that would interest and enlighten an 11-year-old. O’Connell hasorganized collaborations across academia, government, and the community– including an initiative between the humanities and sciencesat Stony Brook called The Coastlines Initiative. She was instrumentalin coordinating the Scientific Advisory Committee for the New YorkOcean and Great Lakes Ecosystem Conservation Council, where shehelped write the final EBM scientific research priorities report for NYState. She also worked closely with the NY Department of EnvironmentalConservation on its Ocean Action Plan and was part of the JamaicaBay Watershed Protection Plan Advisory Committee. Prior to heracademic career, O’Connell worked in the fields of environmental advocacy,community organizing, and public policy. She has been involvedwith organizing national environmental and political campaigns withGreen Corps, and teaching community groups in New York City howto refine their message to talk to politicians, raise money, and organizetheir communities with Partnerships for Parks and City Parks Foundation.She is experienced in scientific outreach, government relations,coalition building, lobbying, campaign planning, social marketing, andcommunication coaching. Dr. O’Connell received her Ph.D. in Marineand Atmospheric Sciences at Stony Brook University and her B.S. inNatural Resources from Cornell University in 1999.Edward MaibachDirector of Mason’s Center forClimate Change CommunicationDr. Edward Maibach is a UniversityProfessor at George Mason University andthe Director of Mason’s Center for ClimateChange Communication. Leveraging threedecades of experience as a communicationand social marketing practitioner andscholar, Ed’s research focuses on publicengagement in climate change mitigation and adaptation. Ed currentlyco-chairs the Engagement & Communication Working Group of theNational Climate Assessment Development and Advisory Committee,and he previously served as Associate Director of the National CancerInstitute, Worldwide Director of Social Marketing at Porter Novelli, andChairman of the Board for Kidsave International. Ed earned his PhDin communication science at Stanford University and his MPH at SanDiego State University.Jerry R. SchubelPresident and CEO, Aquariumof the PacificDr. Jerry Schubel has been president andCEO of the Aquarium of the Pacific since2002. He is president and CEO Emeritusof the New England Aquarium and from1974-1994 was Dean of Stony Brook University’sMarine Sciences Research Center.For three of those years he served as theUniversity’s provost and is Distinguished Service Professor emeritus.Prior to 1974, Dr. Schubel was an adjunct professor, research scientistand associate director of The Johns Hopkins University’s ChesapeakeBay Institute. Dr. Schubel holds a Ph.D. in oceanography from JohnsHopkins University. He received an honorary doctorate from the MassachusettsMaritime Academy in 1998. He has worked throughouthis professional life at the interfaces of science management-policy onissues dealing with the ocean with an emphasis on the coastal ocean.Dr. Schubel has published more than 225 scientific papers and haswritten extensively for general audiences. He is a member of NOAAScience Advisory Board and is a member of the Science Advisory Panelfor California’s Ocean Protection Council. He chaired the National SeaGrant Review Panel; the NRC’s Marine Board; and the Ocean Researchand Resources Advisory Panel (ORRAP). He is a former member ofEPA’s Science Advisory Board, the Census of Marine Life U.S. NationalCommittee and the National Science Foundation’s Education and4

Program BookAGU/ASLO/TOSHuman Resources Advisory Committee. At the Aquarium of thePacific, he created the Aquatic Forum that brings together scientists,policy-makers and stakeholders to explore alternative ways of dealingwith important, complex, and often controversial environmental issuesfacing California and the nation. He also directs the Aquarium’s MarineConservation Research Institute.Thursday, February 27, 201410:30 am – 12:30 pm, Kalakaua BallroomRoger T. HanlonSenior Scientist, Marine BiologicalLaboratory, Woods Hole,Massachusetts; Professor (MBL),Ecology and Evolutionary Biology,Brown University, Rhode IslandOptical Magic: How CephalopodsSense and Manipulate Light toProduce Rapid Adaptive Camouflageand CommunicationAbstract: Nature has evolved elegant solutions for manipulating ambientlight to produce dramatic and colorful animal behavior. Nowhere isthe diversity and speed of change in visual appearance better developedthan in squid, octopus, and cuttlefish, all of which use rapid adaptivecoloration to fight, attract mates, confuse prey and avoid predators. Hewill present new discoveries and some simplifying principles of howthese refined biological systems operate. First, he will illustrate manyof these complex visual behaviors with field video. Then he will presentexperimental data showing how cuttlefish visually perceive complexbackgrounds and swiftly produce an appropriate camouflage pattern.Next he will demonstrate how spectrometers and new HyperSpectralImagers allow us to measure ambient light and analyze animal patternsand colors “in the eye of the beholder.” Finally, Dr. Hanlon will describedetails of the biophotonic skin structures and their control mechanismsthat enable such remarkable visual diversity.Speaker Biography: Roger Hanlon is Senior Scientist at the MarineBiological Laboratory in Woods Hole, Massachusetts and Professor(MBL) of Ecology and Evolutionary Biology at Brown University. He is adiving biologist who uses digital imagery (stills, video, hyperspectral) toanalyze rapid adaptive camouflage and communication in cephalopods(squid, octopus, cuttlefish) and fishes. He was trained in marine sciencesat Florida State University and the University of Miami and studiedsensory ecology as a postdoctoral fellow at Cambridge University.Recently his laboratory has focused on a highly multidisciplinary effortto quantify animal camouflage, touching subjects as varied as visualperception, psychophysics, neuroscience, behavioral ecology, imageanalyses, computer vision, and art. Collaborations with materials scientistsand engineers aim to develop new classes of materials that changeappearance based on the pigments and reflectors in cephalopod skin.Active public outreach featuring these charismatic marine animals hasbeen conducted recently with NOVA, BBC, Discovery, NatGeo, TEDx,and NYT. Dr. Hanlon’s career path seems to have been determined byfate; as a teenager scuba diving in Panama, he came across an octopuson a coral reef and he has been fascinated with them ever since.Mary Jane PerryUniversity of Maine, Walpole, MaineLooking Forward to Looking Backon 50 Years of Autonomous RoboticOcean SensingAbstract: Documenting change inthe physical, biological, and chemicalparameters of the ocean is essential forunderstanding, predicting and testinghow the ocean will respond to climate forcing. This requisitedemands persistent observations on appropriate temporal and spatialscales. Rapidly advancing technologies for mobile autonomous sensingoffer the promise of a continuous, distributed and coordinatedpresence in the global ocean that is capable of sampling at the relevantscales. It is now possible to measure key biogeochemical parametersand abundances at multiple trophic levels for weeks to months toyears, although some types of measurements are still in developmentand testing. This talk will focus primarily on interdisciplinary studieswith floats and gliders, highlighting scientific advances, technologicalachievements, roles of collaboration, and lessons learned that areleading to improved deployment strategies and sensor calibrations.The oceanographic community has made tremendous advances inautonomous sensing since Hank Stommel’s early vision of samplingthe ocean’s interior with gliders (1989; Oceanography 2: 22), the ALPSworkshop (2003, http://www.geo-prose.com/ALPS/), and L&O’sspecial issue on autonomous platforms (2008, Limnol. Oceanogr. 53:2057). While not yet halfway toward 50 years of autonomous sensing,progress to date is impressive. To paraphrase Walter Munk, ‘everytime we look at the ocean in a new way, we learn something new.’ Thepace of new discovery with autonomous vehicles continues to accelerate;the view back should be spectacular.Speaker Biography: Mary Jane Perry’s long-term goal is to understandthe mechanisms responsible for the variability in phytoplanktonbiomass, primary production, and species composition. She started heroceanographic career by studying the role of phosphate availability incontrolling phytoplankton biomass and production in the subtropicalCentral North Pacific and was one of the first to diagnosis intermittentphosphorus limitation. Although she retains her interest in nutrient dynamics,her focus shifted to the interaction of phytoplankton and lightin the ocean, and the use of optical methods to study phytoplankton.Perry started this phase of her career with a study of the photoadaptivechanges in the absorption cross section of photosystem I in marinephytoplankton. Specific research projects have included the variabilityin the photosynthetic quantum yield; the use of flow cytometry to studyphytoplankton photoadaptive states and vertical mixing; the developmentof immunological methods to determine concentrations of photosyntheticcomponents; and a variety of direct and inverse methods todetermine the phytoplankton absorption coefficient. More recentlyshe has been involved in autonomous sensing of phytoplankton fromgliders and floats. She was the PI on a NOPP project that lead to thedevelopment of the widely-used miniaturized fluorometer for autonomousplatforms, AKA the ECO Puck. She has participated in a numberof cruises in both the north Atlantic and Pacific oceans and has servedon many national and international panels and steering committees.She is a TOS Fellow and founder of the long-running summer graduatecourse in Optical Oceanography.5

AGU/ASLO/TOS2014 Ocean Sciences MeetingMeeting ScheduleAll events are at the Convention Center unless noted otherwise.Saturday, 22 February8:00 am-05:00 pm ASLO Board Meeting-Hilton HotelSunday, 23 February8:00-10:00 am Storymaker Workshop, Part #1-313 C8:00 am-5:00 pm ASLO Board Meeting-Hilton Hotel7:00 am-6:00 pm Bering Sea Project-301 AB8:00 am-5:00 pm Effective Communication & Team Building-319 AB8:00 am-5:00 pm Science Education for EC-318 AB8:00 am-5:00 pm Ecology Infectious Marine Diseases-317 AB8:00 am-5:00 pm 2YC Oceanography Teaching-316 C8:00 am-4:00 pm TRACERS Data Workshop-316 B9:00 am-5:00 pm Keys to Proposing, Conducting, and Presenting-31410:00 am-5:00 pm OSNAP Meeting -Room 316 A1:00-4:00 pm Linking Social-Ecological Science-313 B1:00-3:00 pm The Connection Storymaking Presentation-313 C2:00-3:30 pm Sloan Research Fellowships in Ocean Sciences-313 A3:30-4:30 pm ASLO Minority Program Student and Mentor Meeting-308 AB4:30-5:30 pm Student Worker Training-Meet in Registration Area12:00-5:00 pm Poster Set-up-Exhibit Hall1:00-9:00 pm Registration-HCC Lobby-Outside Exhibit Hall I, II, III1:00-9:00 pm Speaker Ready Room Open- 3401:00-9:00 pm Presentation Room Open- 3396:00-7:30 pm Opening Session and Keynote Presentation– Kalakaua BallroomPresentation: Elizabeth Kapu’uwailani Lindsey, Bringing theWisdom of the “Elders” Together with Modern Science for the Futureof the Environment7:30-9:00 pm Opening Reception-Rooftop PavilionMonday, 24 February7:00– 8:00 am Mentor Breakfast-Kalakaua Ballroom A7:00 am-9:00 pm 5K Fun Run Check-in -Level 3 (near escalators)8:00 am-4:00 pm Concurrent Sessions-Various Rooms10:00 am-6:00 pm Press Room-302 B10:00 am-7:00 pm Exhibits Open-Exhibit Hall I.II, III10:00-10:30 am Coffee Break-Exhibit Hall I, II, III12:30-2:00 pm Lunch (on your own)12:45-1:45 pm GEARS Workshop -DECONSTRUCT-318 AB12:45-1:45 pm The Ethics of Idea Sharing in a Connected World-31112:45-1:45 pm Workshop-Coordinating Biomanipulation Studies-316 C12:45-1:45 pm Workshop-Snap it up-304 AB12:45-1:45 pm Town Hall-Writing Skills-317 AB12:45-1:45 pm Town Hall-International Quality controlled Ocean Database-301 AB12:45-1:45 pm Town Hall-Discussion on Coupled Air/Sea Satellite Mission-31212:45-1:45 pm NSF Town Hall-3144:00 -6:00 pm Poster Session-Exhibit Hall I, II, III4:00-5:00 pm Beer Break-Exhibit Hall I, II, III6:00-7:30 pm Early Career Mixer-Kalakaua Ballroom C6:00-7:30 pm Student Mixer-Kalakaua Ballroom AB6:30-9:30 pm Workshop-Data at Your Fingertips-313 A6:30-8:30 pm Workshop-Open Ocean Hypoxia-318 AB6:30-8:30 pm Student Communications Workshop -Communication to thePublic, Final Wrap-Up Session-319 AB6:30-9:30 pm Town Hall-Ocean Science Development of Ocean Univ. ofChina-313 C6:30-9:30 pm Town Hall-Optimizing Data Return From the OOI-313 B6:30-9:30 pm Town Hall-ASLO Home Videos-3126:30-9:30 pm Town Hall-Dual Careers: Challenges and Opportunities-3146:30-9:30 pm National Geographic Marine Debris Art Expedition-316 ATuesday, 25 February7:00-8:00 am TOS Networking Breakfast-Kalakaua Ballroom A7:00 am-9:00 pm 5K Fun Run Check-in -.Level 3 (near escalators)8:00-10:00 am Concurrent Sessions-Various Rooms10:00 am-6:00 pm Press Room-302 B10:00-10:30 am Coffee Break-Kalakaua Ballroom Foyer10:30 am-12:00 pm Plenary Session--Kalakaua BallroomPresentations: Robert Richmond, Coral Reefs, Climate Change andAtomic Bombs, and Panel Discussion, Why aren’t they listening?12:00-7:00 pm Exhibits Open-Exhibit Hall I.II, III12:30-2:00 pm Lunch (on your own)12:45-1:45 pm GEARS Workshop -DECONSTRUCT-Room 318 AB12:45-1:45 pm Sail with Norseman Maritime Workshop-316 A12:45-1:45 pm Workshop -Learn About Funding to Support UndergradEducation-316 B12:45-1:45 pm GEOTRACES Intermediate Data Product Town Hall– Room 319 AB12:45-1:45 pm ASIRI working group-31512:45-1:45 pm Town Hall -Framework for Ocean Observing-Implementation-317AB12:45-1:45 pm National Oceanographic Data Center Town Hall-304 AB12:45-1:45 pm Town Hall -Doing Good with Your Science: Get Involved!-31112:45-1:45 pm AGU Ocean Science Section Executive Committee Meeting-325 B2:00-4:00 pm Concurrent Sessions-Various Rooms4:00 - 6:00 pm Poster Session-Exhibit Hall I, II, III4:00-5:00 pm Beer Break-Exhibit Hall I, II, III6:30-7:30 pm NOPP Excellence in Partnering Award Presentation -3116:30-7:30 pm ASLO Business Meeting-317 AB6:30-8:00 pm JGR-Oceans Editorial Board Reception-325 A6:30-8:30 pm Philanthropic Investment in Ocean Research-313 C6:30-8:30 pm Workshop -Turbulence Measurements with Doppler-301 AB6:30-8:30 pm NRC Decadal Survey of Ocean Sciences Town Hall Input-319 AB6:30-8:30 pm Town Hall -Mariana Trench Marine National Monument-Vents Unit-318 AB6:30– 8:30 pm Town Hall -Marine Ecosystem Model IntercomparisonProject-313 A6:30-8:30 pm NRC Decadal Survey of Ocean Sciences Town Hall Input-319 AB6:30-8:30 pm Town Hall -New CLIVAR Research Foci on Oceans & Climate-3126

Program BookAGU/ASLO/TOS6:30-9:30 pm Vitals Planning Meeting-304 AB6:30-9:30 pm Success in Broadening Participation-313 B8:00pm-12:00 amJam Session -Offsite at Mai Tai Bar, Ala Moana shopping centerWednesday, 26 February6:00 am Ocean Sciences 5K Fun Run7:00-8:00 am Meet your Agency Program Manager Breakfast #1-KalakauaBallroom A8:00 am-4:00 pm Concurrent Sessions-Various Rooms10:00 am-6:00 pm Press Room-302 B10:00 am-7:00 pm Exhibits Open-Exhibit Hall E10:00-10:30 am Coffee Break-Exhibit Hall I, II, III10:30 am-12:30 pm Award Talk Session12:30-2:00 pm Lunch (on your own)12:45-1:45 pm GEARS Workshop -LEARN 319 AB12:45-01:45 pm Town Hall -Beyond the Redfield Ration-301 AB12:45-01:45 pm Workshop-Positive Factors that Impact Success in STEM-313 C12:45-01:45 pm Outreach Through Social Media –Student Workshop-31112:45-01:45 pm Workshop -Collaborating with Schmidt Ocean Institute & MSTF-304 AB12:45-01:45 pm Town Hall -Decadal Hydrogrphic Survey-313 B12:45-01:45 pm Town Hall -Using Ocean Observatories in the NE Pacific toAdvance Science-31412:45-01:45 pm AGU OSS Strategic Planning Meeting-319 AB12:45-01:45 pm Workshop-Discover and Utilize Ocean Data from PO.DAAC-313 A4:00 -6:00 pm Poster Session-Exhibit Hall I, II, III4:00-5:00 pm Beer Break-Exhibit Hall I, II, III6:30-7:30 pm Echoview Workshop-317 AB6:30-7:30 pm Workshop -The Use of Profiling Floats Integrated with BiogeochemicalSensors to Reveal Upper Ocean Processes-3156:30-7:30 pm North Atlantic Observing System town hall-3116:30-8:30 pm University of Delaware Reception-319 AB6:30-8:30 pm NOAA’s Efforts on Marine Microbes Sciences-Room 316 B6:30-8:30 pm K-12 Student Science Symposium-318 AB6:30-8:30 pm Workshop -Effective Practices for Communicating OA-3126:30-8:30 pm MISST for JOOS Workshop-313 B6:30-8:30 pm Fellowships & Grant Writing Workshop for GraduateStudents-313 A6:30-8:30 pm Workshop-Facilitating Classroom Innovation-313 C6:30-9:30 pm Workshop-Perspective Particle Flux-3146:30-9:30 pm US IOOS HF Radar Meeting-316 A6:30-9:30 pm Coral Research Community-316 C6:30-9:30 pm SISS working group meeting-325 AThursday, 27 February7:00-8:00 am Meet your Agency Program Manager Breakfast #2-KalakauaBallroom A8:00-10:00 am Concurrent Sessions-Various Rooms10:00-10:30 am Coffee Break-Kalakaua Ballroom Foyer10:00 am-6:00 pm Press Room-302 B10:30 am-12:00 pm Plenary Session-Kalakaua BallroomPresentations– Mary Jane Perry, Looking Forward To Looking BackOn 50 Years of Autonomous Robotic Ocean Sensing, and RogerHanlon, Optical magic: how cephalopods sense and manipulatelight to produce rapid adaptive camouflage and communication12:00-7:00 pm Exhibits Open-Exhibit Hall I.II, III12:30-2:00 pm Lunch (on your own)12:30-2:00 pm TOS Business Meeting-304 AB12:45-1:45 pm GEARS Workshop -BUILD & BROADEN-318 AB12:45-1:45 pm SCOR Working Group 139-31112:45-1:45 pm “PACE: NASA’s Next Generation Ocean Color Mission”-313 A12:45-1:45 pm Ocean Science Clean Up SCUBA Dive-Off-site12:45-1:45 pm TOS Council Meeting -306 B12:45-1:45 pm Towards Harmonization of Oceanic Nutrient Data-3122:00-4:00 pm Concurrent Sessions-Various Rooms4:00 -6:00 pm Poster Session-Exhibit Hall I, II, III4:00-5:00 pm Beer Break-Exhibit Hall I, II, III6:30-8:30 pm Humrous Science: a Comical Look at Ourselves-301 AB6:30-8:30 pm The Future of Ocean Science Education—Hosted by COSEE-318 AB6:30-8:30 pm A Forum on Traditional Marine Resource Management-313 A6:30-8:30 pm Acceleration EU-US Research Cooperation-3116:30-8:30 pm Satellite PFT Algorithm Intercomparison Meeting-319 AB6:30-8:30 pm EXPORTS Planning Town Hall-313 C6:30-8:30 pm C-MORE Reunion-3127:00-9:00 pm Poster & Exhibit TeardownFriday, 28 February7:00-8:00 am Meet your Agency Program Manager Breakfast #3-Kalakaua Ballroom A8:00 am-12:00 pm Poster & Exhibit Teardown8:00 am-4:00 pm Concurrent Sessions-Various Rooms10:00-10:30 am Coffee Break-Ballroom Foyer12:30-2:00 pm Lunch (on your own)12:30-2:00 pm 2016 OSM Chairs Lunch-325 A12:45-1:45 pm Coaching Science -Room 318 AB4:00-9:00 pm Global Ocean Carbon Synthesis Project-325 BDaily Functions (Monday-Friday)7:00 am-5:00 pm Registration-HCC Lobby-Outside Exhibit Hall I, II, III (Friday 4:00 pm)7:00 am-7:00 pm Family Room-322 A (Friday 4:00 pm)7:00 am-7:00 pm Speaker Ready Room Open- 303 AB (Friday 4:00 pm)7:00 am-7:00 pm Presentation Room Open- 305 AB (Friday 4:00 pm)7:00 am-7:00 pm RPM Challenge Room-309 (Friday 4:00 pm)7:00 am-7:00 pm Student Presentation Judging Room-307 AB (Friday 4:00 pm)7:00 am-10:00 pm ASLO Minority Program Room-308 AB (Friday 4:00 pm)7:30 am-6:30 pm Child Care Room Open-337 (Friday 4:30 pm)7

AGU/ASLO/TOS2014 Ocean Sciences MeetingOSM 2014 Tutorial Talk SessionsWell-crafted tutorials are a desirable aspect of highly interdisciplinaryscience meetings; they provide an opportunity to learn about thecentral questions, results and methods on topics outside of one’s area ofexpertise and can be a vehicle for students and early-career attendees toget quickly up-to-speed on some of the topics and collaborations theymight undertake in the future.Tutorials may be on broadly-interesting late-breaking results, onunanswered questions within an emerging field, on new technologiesor methodologies available to ocean scientists, or areas of oceanapplication or policy that provide an improved research foundation.What makes a talk a tutorial rather than a research presentation is thatit reaches outside the specific work of an individual or group, and triesto reach a broad audience of non-specialists with material that givesan overview with new insights and opportunities to the listeners. It isintended to inform those outside the subject area being described.Session 175AMonday, 24 February 2014Room 310 Theater, 2:00 – 4:00 pmSession organizer(s):Lynne Talley, UCSD, Scripps Institute of Oceanography, ltalley@ucsd.eduEric Itsweire, National Science Foundation, eitsweir@nsf.gov2:00 Rintoul, S. R.; IPCC Lead Authors, Chapters 3, 10 and13; Bindoff, N. L.; AN OVERVIEW OF THE IPCC 5THASSESSMENT REPORT, HIGHLIGHTING THE OCEAN’SROLE IN CLIMATE CHANGE (Abstract ID:15678)2:20 Bindoff, N. L.; Rintoul, S. R.; Talley, L. D.; UNDERSTANDINGTHE IPCC WG1 FIFTH ASSESSMENT REPORT: USINGDETECTION AND ATRIBUTION METHODS TOEVALUATE AND UNDERSTAND HUMAN INFLUENCE INTHE OCEANS (Abstract ID:16090)2:40 Xie, S. P.; UNDERSTANDING THE IPCC WG1 FIFTHASSESSMENT REPORT: PROBING OCEAN’S ROLE INREGIONAL CLIMATE CHANGE (Abstract ID:15573)3:00 Johnson, G. C.; Merrifield, M. A.; Nerem, R. S.;UNDERSTANDING THE IPCC WG1 FIFTHASSESSMENT REPORT: OCEAN HEAT UPTAKE ANDSEA LEVEL CHANGE (Abstract ID:13643)3:30 Rhein, M.; Feely, R. A.; Masson-Delmotte, V.; Sabine, C.;Rintoul, S.; UNDERSTANDING THE IPCC WG1 FIFTHASSESSMENT REPORT: OCEAN AND CARBON INPAST, PRESENT, AND FUTURE (Abstract ID:13861)Session 175BTuesday, 25 February 2014Room 310 Theater, 2:00 – 4:00 pmSession organizer: Jon Sharp, University of Delaware, jsharp@udel.edu2:00 Kostka, J. E.; Huettel, M.; BIOGEO-OMICS: UTILIZINGBIOGEOCHEMISTRY AND –OMICS DATA TODETERMINE THE FATE AND IMPACTS OF OIL FROMTHE DEEPWATER HORIZON SPILL IN GULF OFMEXICO ECOSYSTEMS. (Abstract ID:15296)2:30 Gibson, G. A.; AN INTRODUCTION TO MARINEECOSYSTEM MODELING (Abstract ID:15669)3:00 Cullen, J. J.; OCEAN COLOR, PRIMARY PRODUCTIVITY,AND THE FOUNDATIONS OF BIO-OPTICALECOLOGY: CHARLES S. YENTSCH AND THE ARC OFINTERDISCIPLINARY OCEANOGRAPHY (Abstract ID:13278)3:30 Floge, S. A.; Wilson, W. H.; BEYOND THE LYTICCYCLE: THE HIDDEN REALM OF PERSISTENT VIRUSINFECTIONS IN MARINE MICROBIAL ECOLOGY(Abstract ID:16741)Session 175CWednesday, 26 February 2014Room 310 Theater, 2:00 – 4:00 pmSession organizer: Scott Harper, scott.l.harper@navy.mil2:00 Johnson, K. S.; Claustre, H.; Sarmiento, J. L.; TOWARD AGLOBAL OCEAN BIOGEOCHEMICAL OBSERVINGSYSTEM BASED ON PROFILING FLOATS (Abstract ID:13372)2:30 Lilly, J. M.; Olhede, S. C.; Sykulski, A. M.; Elipot, S.; Waterman,S. N.; NEW DIRECTIONS IN OCEANOGRAPHIC TIMESERIES ANALYSIS (Abstract ID:16619)3:00 MacKinnon, J. A.; DIAPYCNAL MIXING IN THE OCEANINTERIOR: A REVIEW OF RECENT RESULTS (AbstractID:17222)3:30 Gnanadesikan, A.; Pradal, M. A.; DISPERSION,DIFFUSIONAND CONFUSION: WHY MESOSCALE MIXINGMATTERS AND WHAT WE STILL NEED TO LEARNABOUT IT (Abstract ID:15147)Session 175DThursday, 27 February 2014Room 310 Theater, 2:00 – 4:00 pmSession organizer: Tom Drake, tom.drake@navy.mil2:00 Filippelli, G. M.; OCEAN SCIENCE, POLICY, ANDINTERNATIONAL DIPLOMACY: A LOOK FROM INSIDETHE U.S. DEPARTMENT OF STATE (Abstract ID:14213)2:30 Buesseler, K. O.; FUKUSHIMA AND OCEANRADIOACTIVITY (Abstract ID:16275)3:00 Chen, S. S.; SUPERSTORM SANDY: AN IDEAL TUTORIALFOR INTEGRATED IMPACT FORECASTING USINGCOUPLED ATMOSPHERE-WAVE-OCEAN-SURGEMODELS (Abstract ID:17856)3:30 Greene, C. H.; FOSSIL FUEL JUNKIES, CLIMATECHANGE, OCEAN ACIDIFICATION, AND GLOBALBIOGEOCHEMICAL ENGINEERING (Abstract ID:13015)Session 175EFriday, 28 February 2014Room 310 Theater, 2:00 – 4:00 pmSession organizer: Mel Briscoe, mel@briscoe.com2:00 Schmitt, R. W.; THE OCEANS AND THE GLOBALWATER CYCLE (Abstract ID:13574)8

Program BookAGU/ASLO/TOS2:30 Lovenduski, N. S.; CARBON IN THE SOUTHERN OCEAN:KNOWN KNOWNS AND KNOWN UNKNOWNS(Abstract ID:16562)3:00 Boetius, A.; THE CHANGING ARCTIC OCEAN:ECOLOGICAL EFFECTS OF WARMING AND SEA ICEMELT (Abstract ID:16774)3:30 Mills, K. E.; Pershing, A. J.; CLIMATE CHANGE ANDADAPTATION PLANNING FOR MARINE FISHERIES:AN ASSESSMENT FRAMEWORK AND RESEARCHNEEDS (Abstract ID:15167)Award Lectures SessionWednesday, 26 February 2014Room 310, 10:30 am -12:30 pmThe AGU Sverdrup Award LectureThe Harald Ulrik Sverdrup Lecture honors the life and work of geophysicist,Harald Sverdrup. The Sverdrup Lecturer is selected for exemplifyingHarald Sverdrup’s work with outstanding contributions to thebasic science of the atmosphere and the oceans and/or unselfish servicepromoting cooperation in atmospheric and oceanographic research.We congratulate this year’s winner:Dennis A. Hansell, RSMAS, Universityof Miami, USADr. Hansell is professor in the Division ofMarine & Atmospheric Chemistry at theUM Rosenstiel School of Marine and AtmosphericScience. He served as chairmanof the United States Carbon Cycle ScientificSteering Group from 2010 through 2013.Widely published and cited, Dr. Hansell’sresearch interests are in the biogeochemistryof marine carbon and the major nutrients, with a particular focuson the role of marine dissolved organic matter in elemental cycling. Heinvestigates biogeochemical processes in the open ocean and polar seas,using observational approaches such as process studies, time-series,and hydrographic surveys. Dr. Hansell’s lecture will focus on progress inscientific understanding of the dynamics of organic material dissolved inthe ocean, one of Earth’s major reservoirs of carbon.The ASLO G. Evelyn Hutchinson AwardThe ASLO G. Evelyn Hutchinson Award honors a limnology andoceanography scientist who has made considerable contributions toknowledge, and whose future work promises a continuing legacy ofscientific excellence.The G. Evelyn Hutchinson Award has been presented annually since1982 to recognize excellence in any aspect of limnology or oceanography.The award is intended to symbolize the quality and innovationstoward which the society strives and to remind its members ofthese goals. In lending his name to the award, Hutchinson asked thatrecipients be scientists who had made considerable contributions toknowledge, and whose future work promised a continuing legacy ofscientific excellence.We congratulate this year’s winner:Gerhard J. Herndl,Department of Marine Biology,University of ViennaProf. Gerhard J. Herndl is recognizedfor his contributions to the developmentof oceanography and aquatic microbialecology, for broadening our understandingof the interactions between microbesand marine biogeochemical cycles, forspearheading the exploration of the darkocean, and for his excellence and dedicationto training and community service.The TOS Munk Award LectureThe Walter Munk Award is granted jointly by The Oceanography Society,the Office of Naval Research and the Office of the Oceanographerof the Navy. Recipients are selected based on their:• Significant original contributions to the understanding of physicalocean processes related to sound in the sea• Significant original contributions to the application of acousticmethods to that understanding• Outstanding service that fosters research in ocean science andinstrumentation contributing to the above.We congratulate the most recent recipient of The Munk Award:Dr. W. Steven Holbrook, Professor ofGeophysics, University of Wyoming,and Adjunct Scientist, PhysicalOceanography Department, WoodsHole Oceanographic Institution.Steve Holbrook is honored as the father ofthe new field of “Seismic Oceanography”.His use of low frequency seismic reflectionprofiling to image the water column hasprovided quantitative and novel insightsinto the structure and dynamics of internalwaves, eddies and mixing processes. With his innate and relentlesscuriosity, he has provided unprecedented views of the internal workingsof the ocean. His generous collegiality has also been a stimulus to theformation of an interdisciplinary seismic oceanography community.Poster SessionsPoster sessions will take place Monday through Thursday from 4:00 to6:00 pm in the Exhibit Hall. Sessions are arranged in the poster hallaccording to primary session category. In addition, attempts have beenmade to group sessions according to secondary session category Signsshowing poster cluster topics and numbers for direction are hanging inthe exhibit hall as well as on signs throughout the hall.A Guide to Finding PostersIn keeping with recent Ocean Sciences meetings, we have made everyeffort to make the posters accessible and an ideal forum for present-9

AGU/ASLO/TOS2014 Ocean Sciences Meetinging research results. The posters and exhibitor’s booths are available onMonday through Thursday in the exhibit hall. On the meeting web pageunder Travel/Maps is a Poster Hall and Exhibits map. On the map, the16 clusters (categories) of sessions are indicated with the large letters A-Pand the poster boards are indicated as lines with hatch marks throughthem to indicate individual boards with two poster spaces each on thefront and back. Between the poster boards in A, P, F on one side and J, G,I, E on the other are the exhibitors’ booths shown as groups of squares.The poster boards have been placed in the hall with posters on both sides.On the map, the posters are numbered starting in the upper left handside of the hall. The boards are numbered starting with 1, going down thefront side of the boards to 40 at the bottom of the front of that column.Then from bottom to top on the back side (numbers 41-80); the secondcolumn of poster boards starts with number 81 at the top on the front.This continues up and down the poster boards to the last one on the backside of the board in the upper right side of the hall (3262).Also, the 16 categories of sessions are listed on web page under Programand Agenda/Session List. They are used to organize the poster and oralsessions. In the Exhibit Hall, the categories are grouped (shown on themap) with signs hanging from the ceiling. In the program, you can findthe category and find that session within it to guide you to that session.To minimize congestion, sessions within each cluster (category) arespread out for presentation over the four days and within each session,posters will be presented in one-hour time slots on the day for presentation.Each poster has a number and from 4:00-5:00 pm, the evennumber posters will be presented and from 5:00-6:00 pm, the odd numberposters will be presented. The exhibit hall will close on Monday-Thursday at 7:00 pm, so it is possible to view and discuss posters afterthe formal two-hour presentation periods and at any other time thatthe hall is open during those four days (Monday and Wednesday 10:00am-7:00 pm; Tuesday and Thursday 12:00-7:00 pm).The poster hall map is located on the inside back cover of this program.Poster Session ReceptionsDaily receptions will be held in the exhibit/poster area from 4:00 to 6:00p.m. This includes a beer break from 4:00 to 5:00 p.m.Auxiliary Meetings, Workshops andTown Hall MeetingsSunday, 23 February 2014Bering Sea Project - Open Science MeetingSunday, 23 February 2014, 7:00 am – 6:00 pmRoom 301 ABThomas Van Pelt - tvanpelt@nprb.orgThis is an Open Science Meeting to (1) communicate results of the2007-2013 Bering Sea Project, and (2) engage the community working inrelated disciplines and regions. This BSP-OSM will include topics withinthe broad scope of the Bering Sea Project-- to “understand the impactsof climate change and dynamic sea ice cover on the eastern Bering Seaecosystem”— as well as related work from disciplines not included in theprogram, other research programs, and other subarctic regions.Storymaker Workshop, Part #1- Communication to the Public– For Graduate StudentsSunday, 23 February 2014, 8:00 – 10:00 amRoom 313 CJon Sharp- jsharp@udel.eduThis workshop is limited to those graduate students who have preregistered.Participants in this workshop have been working withthe S-Team of Randy Olson and Brian Palermo prior to the meeting.They will split into two groups for one hour sessions on story line(with Randy) and on improv exercises (with Brian) and then switchto the other. This is the first part of a series of workshop sessions tobe followed in Sunday afternoon with “The Connection StorymakingPresentation” (which is open to everyone) and a final one hour sessionon Monday evening.2YC Oceanography Teaching Resources and PracticesSunday, 23 February 2014, 8:00 am - 5:00 pmRoom 316 CJan Hodder - jhodder@uoregon.eduThis workshop will explore successful models for teaching oceanographyto non-majors and majors at community colleges. Organizers willfocus on validated and effective practices, including but not limited tousing on-line data, the role of visualizations and in-class demos, interactiveactivities, active learning, and engaging students in research. Theworkshop will also include a discussion of student learning outcomes.Participants will be given an opportunity to share resources.Effective Communication and Team-Building WorkshopSunday, 23 February 2014, 8:00 am – 5:00 pmRoom 319 ABMichele Guannel - mguannel@hawaii.eduThis workshop is organized by a committee of graduate students, postdocs,and staff for the Center for Microbial Oceanography: Researchand Education (C-MORE) members and alumni. Participants will worktogether to develop interpersonal skills, address impacts of bias oncommunication, and hone strategies for professional conflict mediation.Science Education for Early Career ScientistsSunday, 23 February 20148:00 am – 5:00 pmRoom 318 ABJanice McDonnell - mcdonnel@marine.rutgers.eduThe GEARS Workshop: The Centers for Ocean Sciences EducationExcellence (COSEE) facilitates partnerships between scientists andeducation professionals to work toward the improvement of publicocean science literacy. Join us for hands-on demonstrations and discussionson the following skills, organized into four, interconnectedgears:#1: Deconstruct Your Science, #2: Understand How PeopleLearn, #3: Build Effective Communication Techniques, #4: Broadenthe Reach of Your Science.10

Program BookAGU/ASLO/TOSEcology of Infectious Marine Disease RCN WorkshopSunday, 23 February 2014, 8:00 am - 5:00 pmRoom 317 ABDrew Harvel- cdh5@cornell.eduThe Ecology of Infectious Marine Disease RCN is a highly interdisciplinaryproject that seeks solutions to sustaining ocean health under thepressure of climate change and other anthropogenic threats. This RCNwill also integrate social and economic dimensions of these issues byevaluating perceptions of human risk from marine disease and climatechange and enumerating the economic impact on fisheries.TRACERS Data WorkshopSunday, 23 February 2014, 9:00 am - 4:00 pmRoom 316 BDennis Hansell - dhansell@rsmas.miami.eduThis is a closed meeting of scientists involved in the Ross Sea project entitled“TRACERS”, conducted in early 2013 on the RVIB Nathanial B. Palmer.Early Career Workshop Keys to Proposing,Conducting, and PresentingSunday, 23 February 2014, 9:00 am – 5:00 pmRoom 314Jennifer Ramarui - jenny@tos.orgFour topics of interest to early career scientists and others will becovered in one-hour segments during this workshop. Practical guidancewill be provided on “proposal writing and the review process”, “cruiseplanning for chief scientists,” “how to get your work published in internationalscientific journals,” and “effective presentations at scientificconferences.” Participants may attend as few or as many presentationsas desired. A lunch break is scheduled from 12:00 - 2:00 pm.OSNAP PI MeetingSunday, 23 February 2014, 10:00 am - 5:00 pmRoom 316 ASusan Lozier - mslozier@duke.eduOSNAP (Overturning in the Subpolar North Atlantic Program)is aninternational program focused on the measure of the AMOC in thesubpolar North Atlantic. This meeting will focus on plans for thedeployment of instruments in the summer of 2014.The Connection Storymaking PresentationSunday, 23 February 2014, 1:00 – 4:00 pmRoom 313 CJon Sharp- jsharp@udel.eduAround 2008, fellow ocean scientist, Jon Sharp, declared “‘we as anenvironmental sciences community are doing a lousy job at communicatingwith the public”. So, he went to Hollywood for help. Randy Olson, ascientist turned filmmaker, has been working with our community since,and in the past few years has developed a storymaking team. Initially,they worked with those of you making short videos to explain yourscience to lay audiences. They recently expanded with their workshopcalled Connection Storymaking. We hosted the workshop at last year’sASLO winter meeting. They have also conducted it for the Center ofDisease Control, National Park Service, US Fish and Wildlife, and otherorganizations. We would now like to bring some of the same advice to alarger audience with the The Connection Storymaking presentation atthe 2014 Ocean Sciences Meeting. Randy Olson and Brian Palermo (Hollywoodactor and acting instructor) will present narrative and improv ina series of short talks, exercises and games. So if you are in Honolulu onSunday, come learn about the Connection Storymaking.Linking Social-Ecological Science in Ocean PolicySunday, 23 February 2014, 1:00 – 4:00 pmRoom 313 BCarlie Wiener - cwiener@hawaii.eduThis workshop will provide a forum to explore how social-ecological thinkingcan inform five critical policy areas: coral reef conservation, marineprotected areas, community-based fisheries management, endangered speciesmanagement, and monitoring/ocean observing. We aim to assess howbetter integration of social and natural sciences can inform science-basedmanagement, in a workshop format. It is expected that these discussionswill advise the development of a paper submitted for publication.Sloan Research Fellowships in Ocean SciencesSunday, 23 February 2014, 2:00 – 3:30pmRoom 313 AHosted by Mitch Sogin and Barbara BlockIn 2014, the Alfred P. Sloan Foundation will award $50,000 fellowships toeight early-career scientists in Ocean Sciences. These Fellows representour next generation of top scholars in ocean science. SRF selectioncommittee members Drs. Mitchell Sogin and Barbara Block will provideinformation about prior awardees and the nomination process. Theywill also inform the ocean sciences community about this important andprestigious new program and address questions about eligibility.Monday, 24 February 2014Mentor/Mentee Networking BreakfastMonday, 24 February 2014, 7:00 – 8:00 amKalakaua Ballroom AJennifer Ramarui - jenny@tos.orgAn opportunity for attendees participating in the mentoring programto get acquainted and plan activities for the week while enjoying a relaxedmeal. This event will be held at the Honolulu Convention Centerbefore oral presentations begins.GEARS Lunchtime Workshop Series - DECONSTRUCT:Deconstruct your Research and Share your Pathway to Science!Monday, 24 February 2014, 12:45 - 1:45 pmRoom 318 ABAnnette deCharon - annette.decharon@maine.eduDeconstruct your science. In this workshop you will learn and applyconcept mapping skills to help you: 1) visually represent your science ina “bigger picture” context, 2) simplify your research goals and communicatethem to others, and 3) share your pathway to becoming a scientist.Concept mapping will help you in writing collaborative proposals,improving your presentations, and focusing your science on questions ofsocietal significance. Lunch will be provided to the first 50 participants.11

AGU/ASLO/TOS2014 Ocean Sciences MeetingSnap It UpMonday, 24 February 2014, 12:45 - 1:45pmRoom 304 ABJonathan Sharp - jsharp@udel.eduThe Hollywood team of Randy Olson, Dorie Barton, and Brian Palermowill attend several talks during the day on Monday and then report withsuggestions for improvements at the workshop.NSF Town HallMonday, 24 February 2014, 12:45 - 1:45pmRoom 314Debbie Bronk - dbronk@nsf.govA Town Hall to update the community on recent news from the NationalScience Foundation.International Quality Controlled Ocean DatabaseMonday, 24 February 2014, 12:45 - 1:45pmRoom 301 ABRebecca Cowley - Rebecca.Cowley@csiro.auAttendees of the recent IQUOD workshop will lead a discussion of theneed for a definitive set of uniformly quality controlled ocean profile data.Co-Ordinating Complex Bio-Manipulation StudiesMonday, 24 February 2014, 12:45 - 1:45pmRoom 316 CPhilip Boyd - philip.boyd@utas.edu.auThis meeting will capitalize on the wide attendance of OSM2014 of scientistsinterested in studying the effects complex environmental changeon ocean biota using environmental manipulation experiments. Wecurrently have a SCOR proposal on this topic pending and wish to have apreliminary meeting of the investigators named in this proposal, and others(attending OSM2014) who would like to contribute to this discussion.Writing Skills, Science Communication and ClimatesMonday, 24 February 2014, 12:45 - 1:45pmRoom 317 ABMathew Stiller-Reeve - mathew.reeve@uni.nohttp://climatesnack.com/ocean-sciences/We have to write well to communicate our science and engage with ourtarget audience. Besides some natural talents, most of us have to learntechnique and improve our skills as we go. Our panel will share theirstories and views on how they developed as writers and how importantwriting is for science communication. We will then introduce a newcommunity-based approach called ClimateSnack. ClimateSnack showsthat if we want to hone our writing skills, doing it together beats goingit alone. Lunch boxes will be provided to the first 75 particpants.Discussion on Coupled Air/Sea Satellite MissionMonday, 24 February 2014, 12:45 - 1:45pmRoom 312Mark Bourassa - mbourassa@fsu.eduinteraction, and cloud coupling). Key proposed features of the proposedmission high resolution surface vector winds from a dual frequencyscatterometer (10km at Ku-band and 5km at Ka-band with traditionalprocessing techniques) and an AMSR2-like radiometer with additionalchannels sensitive to ice. Discussion will follow a presentation.Storymaker Workshop, Part #3 - Communication to thePublic, Final Wrap-Up SessionMonday, 24 February 2014, 6:30 - 8:30pmRoom 319 ABJonathan Sharp - jsharp@udel.eduThis workshop is limited to the pre-registered graduate students And isthe final session with Randy Olson and Brian Palermo of the multistepworkshop. Participants in this workshop will be split into two groupsfor final 1-hour sessions.Improving Our Understanding of Open-Ocean HypoxiaMonday, 24 February 2014, 6:30 -8:30pmRoom 318 ABAnand Gnanadesikan- gnanades@jhu.eduThe inability of today’s climate models to simulate hypoxia motivates ajoint study of the physics and biogeochemistry of the oxygen minimumzone. Participants are invited to provide input for a scoping study to bepresented to funding agencies.Ocean Science Development of Ocean University of ChinaMonday, 24 February 2014, 6:30 - 8:30 pmRoom 313 CQinyu Liu - liuqy@ouc.edu.cnOcean University of China (OUC) will celebrate its 90th anniversaryin October 2014. This town hall will introduce the history of OUC, itsrecent achievements in ocean science research and education, as well asits blueprint for ongoing and future development. The meeting will alsohighlight OUC’s plan for international collaborations and recruitingtalented scientists in ocean science and technology and will serve as areunion event for overseas alumni.Data at Your FingertipsMonday, 24 February 2014, 6:30 - 9:30 pmRoom 313 ASteve Diggs - sdiggs@ucsd.eduEarthCube is a direct and proactive federal funding agency response tothe data deluge that is on the increase due to technological advancesfrom the sensor to the user in all of the geosciences in general, and marinesciences in particular. The challenge facing geosciences has becomehow to discover, integrate, and analyze existing discipline-specific data,large or small, in order to advance necessary interdisciplinary research.Current EarthCube activities are working towards integrate theserapidly growing data streams and technologies into an open, adaptable,sustainable framework for data-intensive, multi-disciplinary geoscienceresearch compatible with high-performance computing, large and smalldata sets, scalable software, and modeling.Community input is sought for science objectives of a satellite missionfocused on air/sea coupling (surface winds, SSTs, boundary-layer12

Program BookOptimizing Data Return from the OOIMonday, 24 February 2014, 6:30 - 9:30pmRoom 313 BJulie Farver - jfarver@oceanleadership.orgJoin an open forum town hall discussion on optimizing data from theOcean Observatories Initiative (OOI). Discussion topics will includesensor calibration procedures, sensor cross-calibration, data managementapproaches, and incremental approaches for data quality as weenter the operational phase of the project. A panel of program expertswill use examples of OOI data returned from initial deployments toillustrate data opportunities as well as data issues to address.Dual Careers: Challenges and OpportunitiesMonday, 24 February 2014, 6:30 - 9:30 pmRoom 314Colleen Mouw - cbmouw@mtu.eduMany scientists are in a dual-career relationship. The opportunities andchallenges this presents will be highlighted at this town hall sponsored byMPOWIR (Mentoring Physical Oceanography Women to Increase Retention).Dr. Kelly Ward, an expert in gender equality will discuss statistics ondual career couples and her research on managing two careers. A panel ofoceanographic community members will share their strategies and experiencesin finding opportunity, hiring and balancing two careers and respondto questions from participants. Light refreshments will be provided.ASLO Home VideosMonday, 24 February 2014, 6:30 - 9:30pmRoom 312Bob Chen - bob.chen@umb.eduThe ASLO Image Library will be expanding its capacity by acceptingvideos in addition to still images. With over 40 million views of its images,the ASLO image library serves as a unique resource for educatorsand scientists worldwide. At this town hall, come grab a soft drinkand some popcorn and view 10 second to 5 minute videos and providefeedback on what videos should be included in the ASLO image library.National Geographic Marine Debris Art ExpeditionMonday, 24 February 2014, 6:30 - 9:30 pmRoom 316 AKurt Byers - kurt@norsemanmaritime.comGyre: Creating Art from a Plastic Ocean: In this 20-minute video,National Geographic journeys along the remote Alaskan coast in searchof—garbage. A team of scientists and artists investigates the buildupof marine debris washing out of the great gyres in the Pacific Ocean.The artists created art from marine debris. The artworks have been assembledinto a traveling exhibit which debuted earlier this month at theAnchorage Museum of History and Art.The Center for Ocean Solutions Networking MeetingMonday, 24 February 2014, 6:30 - 9:30pmRoom 315Laura Good - lhgood@stanford.eduThis is a small gathering and networking opportunity for OSM participantsfrom the Center for Ocean Solutions in Monterey, California,graduate program.Tuesday, 25 February 2014TOS Networking BreakfastTuesday, 25 February 2014, 7:00 - 8:00 amKalakaua Ballroom AJennifer Ramarui - jenny@tos.orgAGU/ASLO/TOSMembers of The Oceanography Society (TOS) and invited guests willhonor newly selected TOS Fellows as well as the most recent recipientof the Walter Munk Award. While breakfast is being served, attendeeswill also have the opportunity to network with colleagues and participantsin the OSM mentoring program.GEARS Lunchtime Workshop Series - DECONSTRUCT: TellingStories About Your ScienceTuesday, 25 February 2014, 12:45 - 1:45 pmRoom 318 ABAri Daniel - ashapiro@whoi.eduStories are our currency of communication and memory. You will learnhow to frame your science using storytelling techniques. You will learnhow to use stories to engage your audience and help them understandyour science. You will hear some examples, and get to try it yourself.Ari Daniel is a freelance radio and multimedia reporter. His work hasappeared on public radio outlets including The World, Radiolab, and AllThings Considered. Lunch is provided to the first 50 participants.Framework for Ocean Observing – ImplementationTuesday, 25 February 2014, 12:45 - 1:45 pmRoom 317 ABMaciej Telszewski - m.telszewski@ioccp.orgBased on an agreement achieved at the OceanObs’09 Conference a Frameworkfor Ocean Observing (FOO) was developed and published in 2012.The FOO organizes the observing system around the societal requirementsdriving observations, which output data that then feedback to societalbenefit, the source of the requirements. This event will provide an updateon developments within 3 Panels of the FOO, and focus on the Panel forBiogeochemistry and Essential Ocean Variables that are proposed.GEOTRACES Intermediate Data ProductTuesday, 25 February 2014, 12:45 - 1:45 pmRoom 319 ABRobert Anderson - boba@ldeo.columbia.eduThe GEOTRACES program will publicly release its first data product.The nature of the data to be made available, the data policy, and theprocedure to access the data will be described. GEOTRACES (www.geotraces.org)is an international study of the marine biogeochemical cyclesof trace elements and their isotopes. 618 stations (49 cruises) have beensampled resulting in 800 data sets. A question and answer session will followa presentation of selected results and new data visualization tools.AGU Ocean Science Section Executive CommitteeTuesday, 25 February 2014, 12:45 - 1:45 pmRoom 325 BJames Murray - jmurray@u.washington.eduThis will be a working meeting over lunch.13

AGU/ASLO/TOS2014 Ocean Sciences MeetingASIRI working groupTuesday, 25 February 2014, 12:45 - 1:45 pmRoom 315Jennifer MacKinnon- jmackinn@ucsd.eduAir-Sea Interactions in the Northern Indian Ocean (ASIRI) is an ONRfundedproject tasked with better understand upper ocean physics inthe Bay of Bengal. Two pilot cruises were held in Autumn 2013. Manyof the involved scientists (representing 10 different institutions) will bepresent at the Ocean Sciences meeting, and this will be an opportunityto meet and coordinate ongoing analysis. Other OSM attendees interestedin the project are welcome.Learn About Funding to Support Undergrad EducationTuesday, 25 February 2014, 12:45 - 1:45 pmRoom 316 AJill Singer- singerjk@buffalostate.eduThis session provides current information about the NSF-Division of UndergraduateEducation programs, with special attention to the program(s)replacing the TUES (Transforming Undergraduate Education in STEM)program. The TUES program supported a wide-range of activities aimedat improving the undergraduate geography and geoscience curriculum formajors and non-majors. The session is open to anyone that is involved inteaching undergraduates and faculty from 2YC are encouraged to attend.Doing Good with Your Science: Get Involved!Tuesday, 25 February 2014, 12:45 - 1:45 pmRoom 311Julia Galkiewicz- jgalkiewicz@agu.orgCommunity-inspired science is the idea that communities are more likelyto use science they’ve asked for and helped develop. Learn about competingdemands for community resources and why communities might nottrust scientific experts. Join a discussion on putting your skills and knowledgeto work to help your community embrace and use science. You’ll leavewith an action plan to develop relationships with people in your community,and a network of other scientists going through the same process.National Oceanographic Data Center Town HallTuesday, 25 February 2014, 12:45 - 1:45 pmRoom 304 ABAndrew Allegra - Andy.Allegra@noaa.govThis town hall is for both current & future users of NODC data productsand services. We will provide an update to the Ocean and Coastal Communityon recent enhancements and new products at NOAA’s NationalOceanographic Data Center. We hope to interact with the audience andgather feedback. NODC manages the world’s largest collection of freelyavailable oceanographic data and provides end-to-end services for satellite,in situ, model, video, and other types of ocean data and information.Sail with Norseman MaritimeTuesday, 25 February 2014, 12:45 - 1:45 pmRoom 316 AKurt Byers- kurt@norsemanmaritime.comNorseman Maritime, based in Seattle, operates two state-of-the-artresearch vessels, the R/V Norseman (108 ft) and the R/V Norseman II(115 ft). An internationally recognized oceanographer calls Norseman“the gold standard” in medium-size research ship operations. Enjoy ashort presentation followed by Q&A with Norseman General Managerand Captain, Bart Campbell, and Bosun’s Mate, Scotty Hameister.ASLO Business MeetingTuesday, 25 February 2014, 6:30 - 7:30 pmRoom 317 ABJohn Downing, ASLO President- business@aslo.orgThis is the ASLO annual society business meeting but all attendeesmembersand nonmembers are invited to come, have drink and a fewsnacks and learn more about ASLO.NOPP Excellence in Partnering Award PresentationTuesday, 25 February 2014, 6:30 – 7:30pmRoom 311John Hollister - john.hollister@qinetiq-na.comDuring this time, awards will be presented to winning PI, and co-PIs.Turbulence Measurements with Doppler InstrumentationTuesday, 25 February 2014, 6:30 - 8:30 pmRoom 301 ABPeter Rusello - pj@nortekusa.comwww.nortekusa.com/turbulenceWorkshopDoppler instruments are used to measure turbulence in a variety of environments.This workshop will feature speakers from diverse researchareas which demonstrate the use of acoustic Doppler instrumentationto effectively measure turbulence. Talks will focus on technicalprinciples and canonical measurement situations. Researchers andstudents from all areas are encouraged to attend. The primary goal isto encourage interaction between various fields measuring turbulencewith Doppler instrumentation.Philanthropic Investment in Ocean ResearchTuesday, 25 February 2014, 6:30 - 8:30 pmRoom 313 CRaechel Waters - RaechelW@PGAFamilyFoundation.orgOver recent years philanthropic support for ocean research has significantlyincreased in tandem with emerging global threats and reducedpublic funding; however, much remains to be learned towards improvingocean health. The Paul G. Allen Family Foundation is pleased to present thewinning concept of the Foundation’s “Ocean Challenge: Mitigating AcidificationImpacts,” followed by a panel discussion of broad philanthropicinterests, priorities and funding opportunities. Refreshments provided.NRC Decadal Survey of Ocean Sciences Town HallTuesday, 25 February 2014, 6:30 - 8:30pmRoom 319 ABDeborah Glickson - dglickson@nas.eduThe National Research Council is undertaking a Decadal Surveyof Ocean Sciences for NSF, which will review the current state ofknowledge, identify compelling scientific questions for the next decade,analyze infrastructure needed to address these questions vs. the current14

Program BookNSF portfolio, and identify opportunities to maximize value of NSFinvestments. The Town Hall will engage the community on its views forocean research in the next decade.Marine Ecosystem Model Intercomparison ProjectTuesday, 25 February 2014, 6:30 - 8:30pmRoom 313 ATaka Hirata - tahi@ees.hokudai.ac.jpScientists are increasingly being asked to communicate the “broaderimpacts” of their work. We will explore a suite of new online resourcesfor scientists aimed at helping you develop a BI statement that willsatisfy NSF Criterion II and fulfill your interest in communicating yourscience. Learn about the important points to include in your BI statementand tips on selecting potential audiences, identifying appropriatecollaborators, and developing activities that achieve broader impacts.Mariana Trench Marine National Monument-Vents UnitTuesday, 25 February 2014, 6:30 - 8:30pmRoom 318 ABEric Breuer - eric.breuer@noaa.govA town hall to provide an open forum to discuss research needs for the VentsUnit of the Marinas Trench Marine National Monument (MTMNM).New CLIVAR Research Foci On Oceans & ClimateTuesday, 25 February 2014, 6:30 – 8:30pmRoom 312Valery Detemmerman - vdetemmerman@wmo.intCome share your ideas with the CLIVAR community. CLIVAR is theWCRP project on Oceans and Climate: Variability, Predictability andChange. Change is in the air within both US and international CLI-VAR. Both have new structures and redefined science foci and strategiesfor wider community involvement (www.clivar.org, www.usclivar.org). We are looking to host a lively discussion, focusing on how youcan get involved and contribute to CLIVAR.JGR-Oceans Editorial Board MeetingTuesday, 25 February 2014, 6:30 - 9:30 pmRoom 325 AJeanette Panning - jpanning@agu.orgAn invitation only meeting for the editors and associate editors ofJGR-Oceans.Vitals Planning MeetingTuesday, 25 February 2014, 6:30 - 9:30 pmRoom 304 ABBrad Deyoung - bdeyoung@mun.caThe team working in the Labrador Sea on air-sea gas exchange willmeet to make field plans for the upcoming year and to share informationabout scientific progress of the project.Wednesday, 26 February 2014AGU/ASLO/TOS“Meet your Agency Program Manager” Networking Breakfast #1Wednesday, 26 February 2014, 7:00 – 8:00 amBallroom AJennifer Ramarui - jenny@tos.orgEarly career scientists are often counseled to “get to know your programmanagers.” These breakfast events provide participants with an opportunityto meet and interact with U.S. federal agency program managersin an informal setting. Program managers from the major U.S. fundingagencies supporting ocean sciences, including NSF, NASA, NOAAand ONR, will participate in these events. There is no fee to attend, butregistration is required in order to match program managers with smallgroups of participants each day. The list of all participating FederalAgency representatives is available on the registration website: https://www.surveymonkey.com/s/NetworkingBreakfasts.GEARS Lunchtime Workshop Series - LEARN: What’s theRelationship Between Understanding the Science of ClimateChange and Making Conservation Based Decisions?Wednesday, 26 February 2014, 12:45 - 1:45 pmRoom 319 ABCatherine Halversen - chalver@berkeley.eduHow deeply do people need to understand the science of climatechange before they are activated to do something about it? We addressthis question by discussing how people learn and how we makedecisions, and considering how a deeper understanding of the humanmind is helpful for communicating science. This interactive workshopwill explore the relationship between understanding and conservationbaseddecision-making, around climate change. Lunch is provided tothe first 50 participants.Beyond the Redfield RatioWednesday, 26 February 2014, 12:45 - 1:45 pmRoom 301 ABJames Elser - j.elser@asu.eduThis event is open to all those interested in advancing our understandingof C:N:P ratios in oceanography. We seek to explore interest in afollow-up workshop for our ASLO special session and to gather ideasabout possibilities for developing programmatic research conceptsrelated to oceanography beyond Redfield.Decadal Hydrographic SurveyWednesday, 26 February 2014, 12:45 - 1:45 pmRoom 313 BBernadette Sloyan - Bernadette.Sloyan@csiro.auWe are currently undertaking the decadal (2012 -2023) hydrographicsurvey. This town hall meeting, sponsored by GO-SHIP and IOCCP, willprovide a community update on the status of the current decadal survey,and, seek feedback from the community regarding (1) the current plans,(2) data availability and suggestions for improvements to data access, (3)connections and contributions to related large-scale ocean projects, and(4) emerging issues that the global survey should consider.15

AGU/ASLO/TOS2014 Ocean Sciences MeetingDiscover and Utilize Ocean Data from PO.DAACWednesday, 26 February 2014, 12:45 - 1:45 pmRoom 313 AJessica Hausman - Jessica.K.Hausman@jpl.nasa.govThe Physical Oceanography Distributed Active Archive Center (PO.DAAC) is the archive, distribution, and user/science services center forNASA’s satellite oceanographic data. We will provide an overview ofPO.DAAC’s expansive data holdings and showcase its rich set of search,visualization and sub setting capabilities through a series of live demonstrationsof the PO.DAAC portal, web interfaces, and web services. PO.DAACscientists and developers will be on hand to answer related questions.Using Ocean Observatories in the NE Pacific to Advance ScienceWednesday, 26 February 2014, 12:45 - 1:45 pmRoom 314Leslie Elliott - elliottl@uvic.caJoin a town hall discussion on how you can advance your specific scientificneeds and research by utilizing data currently streaming from theOcean Networks Canada ocean observatory and in the future when theOcean Observatories Initiative become operational in 2015. Programexperts from both organizations will provide data demonstrations andbe available to take your questions during this town hallPositive Factors that Impact Success in STEMWednesday, 26 February 2014, 12:45 - 1:45 pmRoom 313 CAllyson Fauver - afauver@ibparticipation.orgExplore the positive factors that reduce barriers to participation andenable individuals to succeed and persist in STEM fields and careers.Learn how to implement strategies and practices that broaden participationand support diversity in your programs or work, personal, and/or academic environments. Food for this luncheon workshop will beprovided to the first 50 participants. Co-sponsored by the Institute forBroadening Participation (IBP) and the COSEE - Ocean Systems.Collaborating with Schmidt Ocean Institute & MSTFWednesday, 26 February 2014, 12:45 - 1:45 pmRoom 304 ABAllison Miller - amiller@schmidtocean.orgThis workshop is an information sharing session about Schmidt OceanInstitute and the Marine Science & Technology Foundation. SchmidtOcean Institute owns & operates R/V Falkor for oceanographicresearch and selects projects conducted onboard via a competitiveprocess. The Marine Science & Technology Foundation supports R&Dof innovative ocean technology projects that transform observations,exploration, and information sharing. Future opportunities & organizationalpriorities and goals will be shared.AGU Ocean Sciences Section Strategic PlanningWednesday, 26 February 2014, 12:45 - 2:45 pmRoom 325 BJames Murray - jmurray@u.washington.eduA working meeting to discuss strategic planning by the OceanScience Section.The Use of Profiling Floats Integrated with Bio-GeochemicalSensorsWednesday, 26 February 2014, 6:30 – 7:30 pmRoom 315David Murphy - dmurphy@seabird.comBio-geochemical sensors integrated into Argo mission capable profilingfloats offer a powerful new tool for the investigation of oceanographicprocesses. This workshop presents analytical techniques covering biogeochemicalsensors that are available for these platforms with a focuson data handling, visualization and QA/QC. We will present examples ofparticulate carbon dynamics and Upper Ocean mixing from floats operatingoff Hawaii and in the Western Mediterranean and Labrador Seas.Effective Practices for Communicating OAWednesday, 26 February 2014, 6:30 – 8:30 pmRoom 312Jennifer Bennett - jennifer.bennett@noaa.govThe field of ocean acidification (OA) research is rapidly expanding. Manyeducators, communicators and scientists are working together to effectivelycommunicate ocean acidification science, raising awareness of ourocean’s changing ocean chemistry and understanding of the impacts ofthis change. Current projects & opportunities to join ongoing efforts willbe presented. Please come prepared to discuss stories that are emergingfrom recent scientific findings and community responses to OA.University of Delaware Alumni, Faculty, & Student ReceptionWednesday, 26 February 2014, 6:30 - 8:30 pmRoom 319 ABTracy Willman - twillman@udel.eduA reception for alumni, faculty, and students.K-12 Student Science SymposiumWednesday, 26 February 2014, 6:30 - 8:30 pmRoom 318 ABGeorge Matsumoto - mage@mbari.orgA special evening session of K-12 student posters and educator activities.This evening session will be the culmination of several differentprograms, (e.g. science fair entries, classroom research experiments,teacher expo, and student art contest) and can include submissionsfrom any students/educators.North Atlantic Observing SystemWednesday, 26 February 2014, 6:30 - 7:30 pmRoom 311Susan Lozier - mslozier@duke.eduBuilding upon the UK-US RAPID-MOCHA-WBTS array deployedsince 2004, the addition of several programs will create a basin-wideobserving system focused primarily, but not exclusively, on the meridionaloverturning circulation and the ocean’s uptake and transport ofheat, freshwater, oxygen and carbon. These programs include US/UK/Germany/Netherlands/Canada OSNAP, Canadian VITALS andEuropean NACLIM. Information on the individual and collective goalsof these programs will be discussed.16

Program BookAGU/ASLO/TOSMISST for IOOS WorkshopWednesday, 26 February 2014, 6:30 - 8:30 pmRoom 313 BChelle Gentemann - gentemann@remss.comThe Multi-sensor Improved Sea-Surface Temperature (MISST) for IOOSproject objectives are to (1) improve and continue generation of satelliteSST data and SST analyses in the Group for High Resolution Sea SurfaceTemperature (GHRSST) Data Specification GDS format; (2) distributeand archive these data; and (3) use this improved SST data in applicationstargeted for the Integrated Ocean Observing System (IOOS).Facilitating Classroom InnovationWednesday, 26 February 2014, 6:30 - 8:30pmRoom 313 CJill Singer - singerjk@buffalostate.eduInformation on NSF-DUE programs, with attention to program(s) replacingTUES. TUES supported activities aimed at improving undergraduategeoscience curriculum for majors and non-majors. A new solicitationshould be available early 2014 and new program likely will support activitiesaimed at department/institutional change, expanding evidence-basedpractices, building communities of adopters of effective practices, and facultydevelopment. Session will provide resources for preparing proposals.SISS Working Group MeetingWednesday, 26 February 2014, 6:30 – 9:30 pmRoom 325 AJacqueline Boutin - jb@locean-ipsl.upmc.frAt the SMOS-Aquarius science workshop, the Satellite & In Situ Salinity(SISS) Working Group (WG) was established. A large part of theparticipants to this WG will attend the ‘Ocean Salinity and Water CycleVariability and Change’ session organized at the Ocean science meeting.The major goal of this WG is to improve our understanding of the linkbetween satellite remotely -sensed salinity and in situ sea surface salinity.US IOOS HF Radar MeetingWednesday, 26 February 2014, 6:30 - 9:30 pmRoom 316 AJack Harlan - jack.harlan@noaa.govAn opportunity to discuss IOOS HF radar funding, operations and procedures.Also, much of the meeting will be devoted to presentations ontechnical aspects of HF radar rather than applications.Echoview WorkshopWednesday, February, 26 2014, 6:30 - 7:30 pmRoom 317 ABBriony Hutton - briony@echoview.comEchoview is the industry-standard scientific software for processing datafrom echosounders and sonars. In this workshop we’ll showcase Echoview’slatest features, including bottom classification, depth compensation,multibeam background removal and more, and then open up the floor forquestions. Whether beginner or seasoned veteran, these workshops are agreat way to engage directly with the Echoview team, meet fellow acousticians,and play an active role in the global hydroacoustics family.Perspectives on Particle FluxWednesday, 26 February 2014, 6:30 - 9:30 pmRoom 314Allison Smith - kas3@princeton.eduTechnological developments such as optical sensors and sediment trapshave enabled quantification of particle formation and attenuation. Still,little is known about the processes determining depth-specific spatial andtemporal variability in particle aggregation, decomposition, consumption,remineralization, and sinking speed. With this knowledge, we will havean enhanced ability to create predictive models. This workshop aims toshare experiences and initiate discussions for future directions.Coral Research CommunityWednesday, 26 February 2014, 6:30 - 9:30 pmRoom 316 CEmilie Dassié- edassie@ldeo.columbia.eduThursday, 27 February 2014“Meet your Agency Program Manager” Networking Breakfast #2Thursday, 27 February 2014, 7:00 – 8:00 amKalakaua Ballroom AJennifer Ramarui - jenny@tos.orgEarly career scientists are often counseled to “get to know your programmanagers.” These breakfast events provide participants with an opportunityto meet and interact with U.S. federal agency program managersin an informal setting. Program managers from the major U.S. fundingagencies supporting ocean sciences, including NSF, NASA, NOAAand ONR, will participate in these events. There is no fee to attend, butregistration is required in order to match program managers with smallgroups of participants each day. The list of all participating FederalAgency representatives is available on the registration website: https://www.surveymonkey.com/s/NetworkingBreakfastsGEARS Lunchtime Workshop Series - BUILD & BROADEN: TheBroader Impact Wizard, Step-By-Step Instructions on How toWrite Criterion IIThursday, 27 February 2014, 12:45 - 1:45 pmRoom 318 ABJanice McDonnell - mcdonnel@marine.rutgers.eduScientists are increasingly being asked to communicate the “broaderimpacts” of their work. We will explore a suite of new online resourcesfor scientists aimed at helping you develop a BI statement that willsatisfy NSF Criterion II and fulfill your interest in communicating yourscience. Learn about the important points to include in your BI statementand tips on selecting potential audiences, identifying appropriatecollaborators, and developing activities that achieve broader impacts.PACE: NASA’s Next Generation Ocean Color MissionThursday, 27 February 2014, 12:45 - 1:45 pmRoom 313 ACarlos Del Castillo - carlos.e.delcastillo@nasa.govA town hall about a new NASA Ocean Observing satellite mission.17

AGU/ASLO/TOS2014 Ocean Sciences MeetingSCOR Working Group 139Thursday, 27 February 2014, 12:45- 1:45 pmRoom 311Sylvia Sander - sylvia.sander@otago.ac.nzThe SCOR WG 139’s focus is on organic ligands as a key control on tracemetal biogeochemistry in the ocean. This lunch time meeting is aiming atmembers of the scientific community interested in hearing what this SCORworking group has achieved in the first half of its 4-year term. It will alsogive the opportunity to become involved in actions planned for the coming2 years, such as intercalibration cruises, publications and a ligand database.Towards Harmonization of Oceanic Nutrient DataThursday, 25 February 2014, 12:45 - 1:45 pmRoom 312Michio Aoyama - maoyama@mri-jma.go.jpA major challenge for the monitoring of planet Earth will be the accurateobservation of variability and trends to both the full ocean watercolumn in particular with respect to carbon and dissolved nutrients.In this workshop, we particularly would like input on how to establishmechanisms to harmonize the quality of oceanic nutrient data, in orderto detect and quantify trends in nutrient levels which might affect thesupply of nutrients to the upper ocean.C-MORE Summer Course Networking EventThursday, 27 February 2014, 6:30 - 8:30 pmRoom 312Daniela Bottjer - dbottjer@hawaii.eduFor 8 years the Center for Microbial Oceanography: Research and Educationhas offered an international summer course “Microbial Oceanography:From Genomes to microbes.” Over 100 graduate students and Post-docsfrom around the world have participated and we would like to use the 2014Ocean Sciences Meeting as venue for previous summer course participantsand faculty who lectured to meet, gather & talk about science and how participatingin the summer course has impacted their careers! This workshopwill be used to coordinate research and activities for this project.EXPORTS Planning Town HallThursday, 27 February 2014, 6:30 – 8:30 pmRoom 313 CDavid Siegel - david.siegel@ucsb.eduWe will discuss plans for a NASA field campaign, EXport Processes inthe Ocean from RemoTe Sensing (EXPORTS). The goal of EXPORTSis to quantify the strength and efficiency of the ocean’s biological pumpfrom satellite and autonomous observations. The draft science andimplementation plan for EXPORTS will be discussed and communityinputs will be considering in the final plan submitted to NASA.The Future of Ocean Science Education—Hosted by COSEEThursday, 27 February 2014, 6:30 - 8:30 pmRoom 318 ABBob Chen - bob.chen@umb.eduindependent Consortium for Ocean Science Exploration and Engagement(COSEE). A panel of ocean science and education professionalswill begin the discussion which will focus on future opportunitiesand directions for national and international ocean science education.Consortium representatives will describe the new organization and itsmission and objectives.Satellite PFT Algorithm Intercomparison meetingThursday, 27 February 2014, 6:30 - 8:30 pmRoom 319 ABTaka Hirata - tahi@ees.hokudai.ac.jpSatellite Phytoplankton Algorithm Intercomparison Project is a programendosed by International Ocean Colour Corrdinating Groups(IOCCG). The project compares several satellite algorithms to detectand quantify Phytoplankton Functional Types (PFTs).Humorous Science: a Comical Look at OurselvesThursday, 27 February 2014, 6:30 - 8:30 pmRoom 301 ABPeter Franks - pfranks@ucsd.edu, Jules S. JaffeThis independent, evening session will be devoted to finding the humorin science, and presenting a lighter side of ourselves and our researchto our colleagues. 15-minute satirical presentations will expose thehumorous underbelly of our field in the vein of “The Onion,” the “Annalsof Improbable Research,” or “The Far Side” cartoons. Talks willmarry the keen observational powers of the scientist and humorist toshow how alternate interpretations of facts can lead to fascinating andhumorous conclusions.Accelerating EU-US Research CooperationThursday 27, February 2014, 6:30 - 8:30 pmRoom 311Lynn Van Fleit - Lvanfleit@diplomacymatters.orgWith a $95 Billion budget, Horizon 2020 is the EU’s NEW 2014-2020funding program for research and innovation. Building on the successof transatlantic cooperation in prior funding programs, it is FULLYOPEN to international participation.A Forum on Traditional Marine Resource ManagementThursday, 27 February 2014, 6:30 - 8:30pmRoom 313 AEric Tong - etong@hawaii.eduThis science cafe convenes a panel of academics, resource managers,fishers, and cultural practitioners to explore traditional marine resourcemanagement in the Pacific. This event is hosted by Hawaiian Islands Science,a Native Hawaiian graduate student initiative promoting dialoguebetween Hawaiians and the scientific community. This is part of a seriesof cafes addressing issues at the intersection of science and community,conducted in the spirit of a’o aku, a’o mai (to teach and be taught).This town hall will introduce the evolution of COSEE from the NSF-Funded National Centers of Ocean Science Education Excellence to the18

Program BookFriday, 28 February 2014“Meet your Agency Program Manager” Networking Breakfast #3Friday, 28 February 2014, 7:00 – 8:00 amKalakaua Ballroom AJennifer Ramarui - jenny@tos.orgEarly career scientists are often counseled to “get to know your programmanagers.” These breakfast events provide participants with an opportunityto meet and interact with U.S. federal agency program managersin an informal setting. Program managers from the major U.S. fundingagencies supporting ocean sciences, including NSF, NASA, NOAAand ONR, will participate in these events. There is no fee to attend, butregistration is required in order to match program managers with smallgroups of participants each day. The list of all participating FederalAgency representatives is available on the registration website: https://www.surveymonkey.com/s/NetworkingBreakfasts.Coaching Science: How to Improve Your TeachingFriday, 28 February 2014, 12:45 - 1:45 pm318 ABBob Chen - bob.chen@umb.eduIn order to build new knowledge in a diversity of learner, scientistsneed to understand how people learn. Millions of kids learn to playyouth sports, and some simple but powerful coaching techniques canbe applied to your teaching of science. Do science. Practice science.Have fun. Allow students to make mistakes and learn from each other.Adopt a slanty line for assessment of learning gains. This workshop willexplore the similarities between teaching science and coaching sports.Global Ocean Carbon Synthesis ProjectFriday, 28 February 2014, 4:00 - 9:00 pmRoom 325 BNicolas Gruber - nicolas.gruber@env.ethz.chWe are in the process of synthesizing the global ocean carbon data fromthe repeat hydrography program in order to estimate the accumulationof anthropogenic CO2 since the WOCE era. This project started in2009 and we would like to use the opportunity provided at OS to bringthe participants together to advance the synthesis.Saturday, 1 March 2014Eco-DAS Symposium ReunionSaturday, 1 March 2014Off-sitePaul Kemp - paulkemp@hawaii.eduThe purpose of this one-day workshop is to bring together past participantsin the Ecological Dissertations in the Aquatic Sciences symposiumseries.Social EventsOpening Welcome Mixer ReceptionSunday, 23 February 2014, 7:30 – 9:00 pmRooftop Pavilion -HCC, Level 4AGU/ASLO/TOSA unique welcome to Honolulu and to the 2014 Ocean Sciences Meetingswill be held on Sunday, 23 February 2014 on the Rooftop Pavilionat the Hawai‘i Convention Center. Conference registration will be openprior to the reception to allow you to pick up your conference materials.Light hors d’oeuvres and a cash bar.Jam SessionTuesday, 25 February 2014, 8:00 pm to midnightMai Tai Bar, Ala Moana Shopping CenterGreg Cutter- gcutter@odu.eduThis event will be an opportunity to enjoy the musical talents of fellowscientists. Having occurred during the 2010 and 2012 meetings, quite afollowing has developed among both musicians and audience members.Relax at the jam session and spend time in a variety of ways - visitingwith colleagues or performing with other scientists-musicians andproviding an entertaining evening for everyone. Musicians are invitedto bring musical instruments and join the performance.1st Ocean Sciences 5K Fun RunWednesday, 26 February 2014, 6:00 amAla Moana Park, located along the shore just west of the conferencehotels and the Hawai‘i Convention Center.Steven Ackleson- steve@saoceans.com.Head west along Ala Moana Blvd and the park will be on the right justafter passing over the canal. Race packets, including a running shirt,a timing chip, and directions to Ala Moana Park, will be available forpickup on the third floor of the conference center, Monday and Tuesday.Special Opportunities for StudentsOutstanding Student Presentation AwardsAGU, TOS, and ASLO are co-sponsoring awards for outstandingposters and oral presentations by students at the 2014 Ocean SciencesMeeting. Awards will be given for the most outstanding posters andtalks presented by students at the 2014 Ocean Sciences Meeting.Student Social MixerMonday, 24 February 2014, 6:00 - 7:30 pmKalakaua Ballroom ABAn informal student social mixer will be held on Monday evening followingthe scientific sessions. Senior scientists will be invited to attendand meet with students on an informal basis. Beverages and snacks willbe available. All students are invited to attend.19

AGU/ASLO/TOS2014 Ocean Sciences MeetingStorymaker WorkshopsPart #1 - Communication to the Public – For Graduate StudentsSunday, 23 February 2014, 8:00 – 10:00 amRoom 313 CPart #3 - Communication to the Public, Final Wrap-Up SessionMonday 24 February 2014, 6:00 – 8:30 pmRoom 319 ABLimited to those graduate students who have pre-registered – registrationfilled. Participants in this workshop have been working withthe S-Team of Randy Olson and Brian Palermo prior to the meeting.They will split into two groups for one hour sessions on story line(with Randy) and on improv exercises (with Brian) and then switchto the other. This is the first part of a series of workshop sessions tobe followed in Sunday afternoon with “The Connection StorymakingPresentation” (which is open to everyone) and a final one hour sessionon Monday evening.The Ethics of Idea Sharing in a Connected WorldMonday, 24 February 2014, 12:45 – 1:45 pmRoom 311Science is all about sharing ideas, data, and results to advance our collectiveunderstanding. However through sharing our ideas we have thepotential to encounter a myriad of ethical problems involving ownershipof ideas, copyright, data use, and authorship. This workshop will providea toolbox for you to gracefully resolve these issues by providing resources,and guiding discussion of the ethics of ideas and information in science.Outreach Through Social MediaWednesday, 26 February 2014, 12:45 - 1:45 pmRoom 311Do you use social media? (Yes, you do.) Want to learn more about effectiveways to communicate about science and your research with thepublic? (Yes, you do!) This workshop is designed to teach you successfulstrategies for communicating science to the general public throughsocial media, blogging, and traditional methods.Fellowships and Grant Writing for Graduate StudentsWednesday, 26 February 2014, 6:30 – 8:30 pmRoom 313 AThinking of applying for a graduate fellowship or research grant? Don’tknow where to start, or how to be successful? Or do you not knowmuch about them and want to know more? This workshop will providevaluable information about the what, why, and how of graduate fellowshipsand grant applications, including tips to help students strengthenapplications for study and research, as well as evaluation of examples ofgood and bad proposals.Student & Early Career Professional Career Centerand LoungeMonday – ThursdayExhibit HallFostering communication among students and early career professionalsand providing information about career opportunities is animportant part of this meeting. An area of the exhibit hall has beenreserved for a Student/Early Career Lounge, allowing attendees to meeteach other in a fun, relaxed setting. This area will also host the CareerBulletin Board, where prospective employers are invited to post jobannouncements and students and early career professionals are invitedto post a one-page résumé.OSM Meeting Mentoring ProgramThe OSM Meeting Mentoring Program (MMP) builds on a successfulfirst effort at the February 2013 ASLO Aquatic Sciences Meeting. Mentorswill be matched with two to three mentees based on level of education/careerand area of research interest. Almost 700 student and earlycareer OSM registrants have indicated an interest in being mentored atthe meeting. Please encourage your colleagues to participate!ASLO Multicultural ProgramSince its start in 1990 the ASLO Multicultural Program has broughtover 850 diverse undergraduate and graduate students to the annualASLO and OSM meetings. Many have gone on for advanced degreesand several have served on the ASLO BOD and various committees.The program features a pre-conference dinner and field trip, meetingmentorsto help guide the students, a student-symposium, and variousother activities. The goal of the program is to increase the humandiversity of aquatic scientists. This year 91 students will participate. Formore information, please contact Dr. Benjamin Cuker by email: Benjamin.Cuker@hamptonu.edu.Special OpportunitiesEarly Career ParticipantsEarly Career MixerMonday, 24 February 2014, 6:00 to 7:30 pmKalakaua BallroomPlease join your Early Career Colleagues for this informal event. Beveragesand snacks will be available and all early career registrants areencouraged to attend. No prior registration is required.Student & Early Career LoungeMonday – ThursdayExhibit HallFostering communication among students and early career professionalsand providing information about career opportunities is animportant part of this meeting. An area of the exhibit hall has beenreserved for a Student/Early Career Lounge, allowing attendees to meeteach other in a fun, relaxed setting. This area will also host the CareerBulletin Board, where prospective employers are invited to post jobannouncements and students and early career professionals are invitedto post a one-page résumé.GEARS Lunchtime Workshop SeriesScientists are increasingly asked to communicate the “broader impacts”of their work. With the threat of a declining scientific workforce andwaning public literacy on ocean and environmental science issues,the time is now for stepping up our efforts to promote ocean literacy20

Program BookAGU/ASLO/TOSthrough effective communication.Although there is no single approach for creating a successful integratedresearch and education plan, this workshop will build the foundationfor attendees to think creatively about how their research will impacttheir education goals and, conversely, how their education activities willfeed back into their research. When research and education are effectivelyinterconnected, the process of discovery can help stimulate learningand the resulting research communicated to a broader audience.Keys to Proposing, Conducting, Presenting and Publishingyour Research (Workshops)Sunday, February 23, 2014Room 314Four topics of interest to early career scientists and others will becovered in one-hour segments during this workshop. Practical guidancewill be provided on “proposal writing and the review process”, “cruiseplanning for chief scientists,” “how to get your work published in internationalscientific journals,” and “effective presentations at scientificconferences.” Participants may attend as few or as many presentationsas desired. A lunch break is scheduled from 12 – 2 pm.Must be pre-registered to attend9:00 to 10:20 amA Primer to Proposal Writing, Merit Review and Research FundingLed by Eric Itsweire, National Science Foundation and Paula Bontempi,National Aeronautics and Space AdministrationThis workshop will cover the various factors that come into play todevelop a great idea into a funded project: Should I do it alone or seekcollaborators? Which agency and/or program(s) might be the besthome for my proposal? Who is the audience for my proposal: experts inthe field, the larger scientific community, the funding agency’s programmanagers? How do I structure my proposal to get my message acrosseffectively? How are funding decision made? Examples for several U.S.funding agencies will be discussed and ample time will be reservedfor questions and answers. Participants who would like more detailedinformation about a specific research program or funding agency areencouraged to sign up for one of the breakfast meetings with U.S. fundingagencies’ program managers.10:20 to 10:40 am: Break with refreshments10:40 am to 12:00 pmKey Elements to Planning and Conducting anOceanographic ExpeditionLed by Jon Alberts, UNOLS and Clare Reimers, Oregon State UniversityCongratulations! All your hard work in writing your research proposalhas paid off and you are ready to begin planning the details of youroceanographic research program. There are many steps to be awareof in this process. This workshop will focus on the most important responsibilitiesof a chief scientist of an oceanographic voyage. From theinitial proposal budget to post cruise reporting, we will cover the criticalelements that are hallmarks of a successful program at sea. Discussionitems will include developing a cruise plan with ship and technicalsupport groups, working up cruise timelines, identifying the requiredcomposition of your science party, understanding user-supplied versusa vessel’s scientific equipment, research clearances, environmentalpermitting, data dissemination, and post cruises assessments, to namea few. This workshop will be led by members of the oceanographiccommunity with decades of experience in research at sea, oceanographicproject planning, and assistance of scientists preparing to carryout expeditions. We encourage you to participate in this informativeworkshop. A question and answer session will follow.12:00 to 2:00 pm: Lunch on your own for networking2:00 to 3:20 pmGreat presentations! Effectively Presenting your Research toDifferent AudiencesLed by Tracy Wiegner and Steven Colbert, University of Hawaii at HiloCome and learn how to give a great presentation. This workshop willcover basics on developing a presentation and delivering it effectively todifferent audiences. Specifically, it will cover: presentation structure, effectiveslide layouts (font to figure), writing and delivering presentationscripts, and adjusting presentations for different audiences. Participantsare encouraged to bring their presentations for review.3:20 to 3:40 pm: Break with refreshments3:40 to 5:00 pmThe Secrets of Publishing your Article in International JournalsLed by Eric Des Barton, CSIC, Spain, Editor-in-chief for JGR Oceans.The editorial and review processes along the road to publication aredescribed in general terms. The construction of a well-prepared articleand the manner in which authors may maximize the chances of successat each stage of the process towards final publication are explored. Themost common errors and ways of avoiding them are outlined. Typicalproblems facing an author writing in English, especially as a secondlanguage, including the need for grammatical precision and appropriatestyle, are discussed. Additionally, the meaning of plagiarism, self-plagiarismand duplicate publication is explored. Critical steps in manuscriptpreparation and response to reviews are examined. Finally, the relationbetween writing and reviewing is outlined, and it is indicated howbecoming a good reviewer helps in becoming a successful author.Dual Careers: Challenges and OpportunitiesMonday, February 24, 2014, 6:30 – 9:30 pmRoom 314Many scientists are in a dual-career relationship. The opportunities andchallenges this presents will be highlighted at this town hall sponsoredby MPOWIR (Mentoring Physical Oceanography Women to IncreaseRetention). Dr. Kelly Ward, an expert in gender equality will discussstatistics on dual career couples and her research on managing twocareers. A panel of oceanographic community members will share theirstrategies and experiences in finding opportunity, hiring and balancingtwo careers and respond to questions from participants. Light refreshmentswill be provided.“Meet your Agency Program Manager” NetworkingBreakfastsWednesday, February 26, Thursday, February 27, and Friday, February28, 2014, 7:00 - 8:00 amKalakaua Ballroom AEarly career scientists are often counseled to “get to know your programmanagers.” These breakfast events provide participants with an oppor-21

AGU/ASLO/TOS2014 Ocean Sciences Meetingtunity to meet and interact with U.S. federal agency program managersin an informal setting. Program managers from the major U.S. fundingagencies supporting ocean sciences, including NSF, NASA, NOAAand ONR, will participate in these events. There is no fee to attend, butregistration is required in order to match program managers with smallgroups of participants each day. The list of all participating FederalAgency representatives is available on the registration website: https://www.surveymonkey.com/s/NetworkingBreakfasts.Oral PresentationsPrior to the start of the meeting, speakers received an email from PSAVwith login instructions to submit their presentations online. Submissionswill also be accepted on-site in the Presentation Room, Room 305AB at the Hawai‘i Convention Center, and you also can upload to theWeb site throughout the conference.Presentation RoomAll speakers must check in at the Presentation Room, Room 305 AB,preferably the day before your session to preview your presentation.Presentation Room Hours of Operation:Sunday, 23 February 2014: ........................................................ 1:00 to 9:00 pmMonday, 24 February 2012: ............................................... 7:00 am to 7:00 pmTuesday, 25 February 2012: ............................................... 7:00 am to 7:00 pmWednesday, 26 February 2012: ........................................ 7:00 am to 7:00 pmThursday, 27 February 2012: ............................................. 7:00 am to 7:00 pmFriday, 28 February 2012: ................................................... 7:00 am to 4:00 pmIf you are checking in on the day of your session, please come by atleast four hours prior to the start of your session. PSAV technicianswill assist with the upload of your files and provide the opportunity topreview and/or edit the presentation as necessary. If you are unavoidablydelayed, you must still go directly to the Presentation Room. Donot bring a laptop or other media device to the session room.Speaker Ready RoomA speaker ready/practice room is available in 303 AB. It will be openduring all hours of the meeting including Sunday from 1:00 to 9:00 pm,Monday through Thursday from 7:00 am to 7:00 pm and on Fridayfrom 7:00 am to 4:00 pm. You may practice or review your presentationin this room.your poster exceeds these specifications, it may be subject to removal.Posters will adhere to the boards using push pins that will be provided.Posters will be displayed in specific session groupings for the entiremeeting to maximize opportunities for viewing. Specific times forinteractions with the presenters will be assigned at times not in conflictwith oral presentations.Poster numbers are included in this program. Poster presenters alsowere notified of their poster number and the assigned time and day forpresenting their poster in advance of the meeting Each poster presenterwill be scheduled to stand for one hour by his/her poster on the dayto which you are assigned. If your poster number is an even number,you will present during the first hour (4:00 to 5:00 p.m.). If your posternumber is an odd number, you will present during the second hour(5:00 to 6:00 p.m.). This time will be to answer questions and participatein discussion about your poster. Past experience has shown thatthis at-poster interaction time is a highly valued way to describe one’swork and to meet face-to-face with those interested in it. Of course,a presenter can also discuss his/her poster with interested individualswhenever the exhibit hall is open.Poster Set-up:..................................... Sunday, 23 February, 12:00 to 5:00 pm.Poster Sessions:.............................. Monday through Thursday, 24 Februarythrough 27 February, 4:00 to 6:00 pmin the Exhibit/Poster HallPosters on Display:........... Monday and Wednesday, 10:00 am to 7:00 pm.Tuesday and Thursday, 12:00 to 7:00 pmPoster Teardown:........Thursday, 27 February, from 7:00 to 9:00 pm or onFriday, 28 February, from 8:00 am to 12:00 pm.Important note regarding poster presentations: The conventiondecorator may discard posters if the presenting author does notdismantle them according to tear-down instructions and times.ePosters: Technology Networks andOcean Sciences Meeting PartnershipWe have partnered with Technology Networks Ltd and their site ePosters(“The Online Journal of Scientific Posters”) to allow display of theOSM posters on-line and allow legacy display after the meeting.Those 2014 OSM participants who are making poster presentations areencouraged to go to ePosters (http://www.eposters.net/sponsor/oceansciences-meeting-2014)and submit their poster for display at that site;there is no charge for this.Additional InformationSecurity: Speakers are required to provide identification in order to submittheir presentation as well as to access it in the Presentation Room.Recording devices such as cameras are not permitted in the PresentationRoom. All presentation files are deleted at the end of the conference,unless permission has been granted to the conference associationto retain the presentation files.Poster PresentationsThere will be four posters displayed per board (two per side), thereforeposters must be no larger than 44.5 inches high x 45.5 inches wide. IfOSM 2014 SupportersSponsorsAmerican Geophysical Union (Booth #E1001)2000 Florida Avenue N.W.Washington, DC 20009-1277Contact: Susanne DavisonMeetings ManagerPhone: 202-777-7331Email: SDavison@agu.org, Website: www.agu.org22

Program BookAGU/ASLO/TOSAssociation for the Sciences of Limnology and Oceanography(Booth #E1002)5400 Bosque Boulevard, Suite 680Waco, TX 79710-4446Contact: Helen Schneider LemayPhone: 254-399-9635, Fax: 254-776-3767Email: business@aslo.org, Website: www.aslo.orgThe Oceanography Society (Booth #E1003)P.O. Box 1931Rockville, MD 20849-1931Contact: Jenny RamaruiPhone: 301-251-7708, Fax: 301-251-7709Email: jenny@tos.org, Website: www.oceanography.orgExhibitorsExhibits will be open in the Exhibit Hall on the following days and times:Monday, 24 February .......................................................10:00 am to 7:00 pm.Tuesday, 25 February ..............................................................12:00 to 7:00 pm.Wednesday, 26 February .................................................10:00 am to 7:00 pm.Thursday, 27 February ............................................................12:00 to 7:00 pm.ACSA (Booths #E49 & E50)9 Europarc Sainte-VictoireMeyreuil 13590 FranceContact: Dorothée CoulombPhone: +33-442- 585-4542, Fax: +33-442- 586-4546Email: dcoulomg@acsa-alcen.comALOHA Cabled Observatory (Booth #E103)University of HawaiiDepartment of Oceanography1000 Pope RoadHonolulu, HI 96822 USAContact: Roger LukasPhone: 808-956-7896, Fax: 808-956-9222Email: rlukas@hawaii.eduASL Environmental Sciences, Inc. (Booth #E1)1 – 6703 Rajpur PlaceVictoria, BC V8M 1Z5 CanadaContact: David LemonPhone: +1-250-656-0177, Fax: +1-250-656-2162Email: asl@aslenv.com, Website: www.aslenv.comAlpha Mach, Inc. (Booth #E78)101-2205 BombardierSainte-Julie, Quebec J3E 2J9 CanadaContact: Robert TurcottePhone: 450-446-3153, ext. 102, Fax: 450-649-0303Email: rtur@alphamach.comAmerican Meteorological Society (Booth #E18)1200 New York Avenue NWSuite 500Washington, DC 20005 USAContact: Kira NugnesPhone: 202-737-1043, Fax: 202-737-0445Email: dcmeetings@ametsoc.org, Website: www.ametsoc.org/amseduArizona Geological Survey (Booth #E42)416 W. Congress St.Suite 100Tucson, AZ 85701 USAContact: Kim PattenPhone: 520-209-4125, Fax: 520-770-3505Email: kim.patten@azgs.gov,Website: www.earthcube.org or www.earthcube.ning.comBigelow Laboratory for Ocean Sciences (Booth #E2)PO Box 38060 Bigelow DriveEast Boothbay, ME 04544 USAContact: Valerie YoungPhone: 207-380-2567, ext 107Email: vyoung@bigelow.org, Website: http://www.bigelow.org/Cambridge University Press (Booth #E27)32 Avenue of the AmericasNew York, NY 10013 USAContact: James MurphyPhone: 212-924-3900, Fax: 212-691-3239Email: jmurphy@cambridge.org, Website: www.cambridge.org/usCenters for Ocean Sciences Education Excellence (Booth #E31)University of Rhode IslandNarragansett Bay CampusNarragansett, RI 02882 USAContact: Andrea GingrasPhone: 401-874-6524, Fax: 401-874-6179Email: agingras@mail.uri.edu, Website: www.cosee.netCLS (Booth #E86)8-10 rue HermèsParc technologique du CanalRamonville St Agne 31520 FranceContact: Marianna Childress-PoliPhone: +33-56-139- 4726Email: mchildress@cls.frCODAR Ocean Sensors, Ltd. (Booth #E32)1914 Plymouth StreetMountain View, CA 94043 USAContact: Laura PedersonPhone: +1-408-773-8240, Fax: +1-408-773-0514Email: info@codar.com, Website: www.codar.com23

AGU/ASLO/TOS2014 Ocean Sciences MeetingConsortium for Ocean Leadership (Booth #E34)1201 New York Avenue NWSuite 400Washington, DC 20005 USAContact: Julie FarverPhone: 202-232-3900, Fax: 202-332-8887Email: jfarver@oceanleadership.orgDalhousie University (Booth #E30)1355 Oxford StHalifax, Nova Scotia B3H 4R2 CanadaContact: Lynn PetersPhone: 902-494-1434Email: lynn.peters@dal.caE of E (Booth #E55)303 Venture CenterKorea Aerospace UniversityHwajeon-Dong, Deokyang-GuGoyang-Si 412-791 Republic of KoreaContact: Doowon ChoiPhone: +82-2-3158-3178, Fax: +82-2-3158-3179Email: info@echologger.comElsevier (Booth #E15)Radarweg 29Amsterdam 1043NX NetherlandsContact: Anita OlfersPhone: +31-20-4853003, Fax: +31-20-4853228Email: a.olfers@elsevier.comEnterprise Electronics Corporation (Booth #E84)128 South Industrial BoulevardEnterprise, AL 36330 USAContact: Ms. Denise RiveraPhone: 334-347-3478, ext. 130, Fax: 334-393-4556Email: denise.rivera@eecradar.comESRI (Booth #E52)380 New York StreetRedlands, CA 92373 USAContact: Angelina SturdivanPhone: 909-793-2853, Fax: 909-307-3102Website: www.esri.comFluid Imaging Technologies (Booth #E3 & E4)200 Enterprise DriveScarborough, ME 04074 USAContact: Harry NelsonPhone: 207-289-3200, Fax: 207-289-3101Email: harry@fluidimaging.com, Website: www.fluidimaging.comFuture Ocean – Kiel Marine Sciences (Booth #E43)Christian Albrechts Platz 4R. 419Kiel 24118 GermanyContact: Nancy SmithPhone: +49-431-8804933, Fax: +49-431-8802539Email: nsmith@uv.uni-kiel.de, Website: www.futureocean.orgGHRSST – Group for Higher ResolutionSea Surface Temperature (Booth #E45)University of ReadingNCEO/Deptof MeteorologyEarley Gate – Agri Building 2L13Reading, BC UKContact: Silvia Bragaglia-PikePhone: +44-0-118-3785579Email: s.bragagliapike@reading.ac.ukGNS Science / Rafter Radiocarbon (Booth #E5)PO Box 30368Lower HuttNew Zealand 5040Contact: Mike SimPhone: +64-4-570-4123Email: m.sim@gns.cri.nz, Website: http://www.gns.cri.nz/nicGlobal Waves Project (Booth #E64)4828 Janice DriveMobile, AL 36618 USAContact: Alex SinclairPhone: 720-400-5057Email: alex@globalwavesproject.orgHach Hydromet (Booth #E91)5600 Lindbergh DriveLoveland, CO 80539 USAContact: Patrick SandersPhone: 650-941-4695Email: psanders@hach.comHawksoft, Inc. (Booth #E106)Qianren Plaza, Rm. 6008No.7 Yingcui Road, JiangningNanjing 211100 ChinaContact: Zhewei RuanPhone: +86-13-70-136-1853E-Mail Address: rzw@hawksoft.cnHYDROPTIC (Booth #E67)8 Avenue du Commandant TailleferL’isle en Dodon FrancePostal Code: 31230Contact: Jerome CoindatPhone: +33-6-7399-5790, Fax: +33-5-6189-3788E-Mail Address: jerome.coindat@hydroptic.com24

Program BookAGU/ASLO/TOSIOOS Association (Booth #E7)15 Lilac LaneFreeport, ME 04032 USAContact: Michelle HohenseePhone: 207-319-7482Email: michelle@ioosassociation.orgInstitute for Broadening Participation (Booth #E59)PO Box 607281 Main StDamariscotta, ME 04543 USAContact: Allyson FauverPhone: 866-593-9103Email: afauver@gmail.comJFE Advantech (Booth #E47)Fabian Wolk7-2-3 Ibukidai HigashiNishi KuKobe, Hyogo 651-2242 JapanContact: Fabian WolkPhone: +81-78-997-8686, Fax: +81-78-997-8609Email: fabian@rocklandscientific.com, Website: www.jfe-advanatech.co.jpJapan Geoscience Union (Booth #E75)2-4-16-4F YayoiBunkyo-kuTokyo 113-0032 JapanContact: Kayoko ShiraiPhone: +81-3-6914-2080, Fax: +81-3-6914-2088Email: office@jpgu.orgJouBeh Technologies (Booth #E92)11 Thornhill DriveSuite 100Dartmouth, NS B3B 1W6 CanadaContact: Paul HillPhone: 902-405-4428Email: paul.hill@joubeh.comKongsberg Underwater Technology, Inc. (Booth #E25)19210 33rd Ave W, Suite ALynnwood, WA 98036 USAContact: Rich PattersonPhone: 425-712-1107Email: christina.steinbacher@kongsberg.comLI-COR Biosciences (Booth #E68)4647 Superior StreetLincoln, NE 68504 USAContact: Gloria LekaiPhone: 402-467-0742, Fax: 402-467-0819Email: gloria.lekai@licor.comLone Star UAS Center of Excellence and Innovation (Booth #E113)Division of Research, Commercialization and Outreach6300 Ocean DriveUnit 5844Corpus Christi, TX 78412 USAContact: Linda VillarrealPhone: 361-825-3881Email: linda.villareal@tamucc.eduMacArtney Underwater Technology Group (Booth #E94)Department: Ocean Science2901 West Sam Houston Parkway NorthSuite D-260Houston, TX 77043 USAContact: Andrew T. ZiegwiedPhone: 503- 475 -4683, Fax: 713-622-7519E-Mail Address: az@macartney.comMarine Technology Society (Booth #E101)1100 H Street NWSuite LL100Washington, DC 20005 USAContact: Christin BarrettPhone: 202-717-8705Email: chris.barrett@mtsociety.orgMARUM (Booth #E44)Center for Marine Environmental SciencesUniversity of BremenLoebener StrasseBremen, Bremen 28359 GermanyContact: Albert GerdesPhone: +0049-421-21865540, Fax: +0049-421-21865505Email: agerdes@marum.de, Website: www.marum.deMcLane Research Laboratories, Inc. (Booth #E85)121 Bernard Saint Jean Dr.E Falmouth, MA 02536 USAContact: Tim ShanahanPhone: 508-495-4000, Fax: 508-495-3333Email: tshanahan@mclanelabs.comMECCO Inc. (Booths #E9 & E24)PO Box 79015614 Main Street NEDuvall, WA 98019 USAContact: Mike ChapmanPhone: 425-788-4522, Fax: 425-788-0639Email: m.e.chapman@att.netMetOcean (Booth #E33)21 Thornhill DriveDartmouth, Nova Scotia B3B1R9 CanadaContact: Emily MacPhersonPhone: +1-902-468-2505, Fax: +1-902-468-4442Email: emily@metocean.com, Website: www.metocean.com25

AGU/ASLO/TOS2014 Ocean Sciences MeetingMoffatt & Nichol (Booth #E96)3780 Kilroy Airport WaySuite 600Long Beach, CA 90803 USAContact: Robert SloopPhone: 562-506-4975Email: rsloop@moffattnichol.comMyriax (Booth #E80)GPO BoxHobart, Tasmania 7001 AustraliaContact: Tina HusseyPhone: +61-362315588Email: tina.hussey@myriax.comNASA Goddard Space Flight Center (Booths #E28, E29, E36 & E37)Greenbelt, MD 20771 USAContact: Winnie HumbersonPhone: 301-614-5560, Fax: 301-614-6530Email: Winnie.h.humberson@nasa.gov, Website: www.nasa.govNOAA National Oceanographic Data Center (Booth #E66)SSMC3, E/OC, Room 48221315 East-West HighwaySilver Spring, MD 20910 USAContact: Andy AllegraPhone: 301-713-3277, ext. 152, Fax: 301-713-3302Email: Andy.Allegra@noaa.gov, Website: www.nodc.noaa.govNational Oceanographic Partnership Program (Booth #E77)4100 N. Fairfax DriveSuite 800Arlington, VA 22203 USAContact: John HollisterPhone: 703-284-8357Email: john.hollister@qinetiq-na.comNational Science Foundation (Booth #E83)4201 Wilson Blvd.Suite 725Arlington, VA 22230 USAContact: Roxanne NikolausPhone: 703-292-8580, Fax: 703-292-9085Email: rnikolau@nsf.govNorseman Maritime (Booth #E57)7683 SE 27th StreetMercer Island, WA 98040USAContact: Kurt ByersPhone: 907-457-2231Email: kurt@norsemanmaritime.comNortekUSA (Booth #E71)27 Drydock AvenueBoston, MA 02210 USAContact: Judah GoldbergPhone: 617-206-5752, Fax: 617-275-8955Email: judah@nortekusa.comOEA Technologies, Inc. (Booth #E95)3650 Hammonds Plains RoadUnit 14 – 393Upper Tantallon, NS B3Z 4R3 CanadaContact: Brian WhitehousePhone: 902-826-0033Email: bwhitehouse@oeatech.comOcean Networks Canada (Booths #E39 & E40)University of VictoriaP. O. Box 1700, Station CSCVictoria, BC V8W 2Y2 CanadaContact: Leslie ElliottPhone: 250-472-5400, Fax: 250-472-5370Email: ncadmn@UVic.ca, Website: oceannetworks.caOcean Observatories Initiative (Booth #E35)1201 New York Avenue NWSuite 400Washington, DC 20005 USAContact: Julie FarverPhone: 202-232-3900, Fax: 202-332-8887Email: jfarver@oceanleadership.orgOcean Opportunities (Booth #E16)MS #31Woods Hole Oceanographic InstitutionWoods Hole, MA 02543 USAContact: James YoderPhone: 508-289-2200, Fax: 508-457-2188Email: jyoder@whoi.edu, Website: www.oceanopportunities.orgOceanic Imaging Consultants, Inc. (Booth #E105)1144 10th Avenue, Suite 200Honolulu, HI 96816 USAContact: Thomas B. Reed, IVPhone: 808-539-3706 , Fax: 808-791-4075Email: info@oicinc.com, Website: www.oicinc.comOnset (Booth #E62)470 MacArthur BoulevardBourne, MA 02532 USAContact: Cynthia SelbyPhone: 508-759-9500Email: cynthia_selby@onsetcomp.com26

Program BookAGU/ASLO/TOSOxford University Press (Booth #E61)2001 Evans RoadCary, NC 27513 USAContact: Ian ShermanPhone: 919-677-0977Email: gab.exhibitions.us@oup.comPacific Gyre, Inc. (Booth #E65)3740 Oceanic WaySuite 302Oceanside, CA 92056 USAContact: Andrew SybrandyPhone: 760-433-6300Email: asybrandy@pacificgyre.comPrecision Measurement Engineering (Booth #E38)1487 Poinsettia Ave., Suite 129Vista, CA 92081 USAContact: Kristin ElliottPhone: 760-727-0300, Fax: 760-727-0333Email: kristinhead@pme.com, Website: www.pme.comPreSens Precision Sensing GmbH (Booth #E69)Josef Engert Str. 11Regensburg 93053 GermanyContact: Martin GlasPhone: +49-941-952-72-132, Fax: +49 -94 -952-72-111Email: anna-maria.hierold@presens.de, Website: www.presens.dePro-Oceanus Systems, Inc. (Booth #E102)80 Pleasant StreetBridgewater, NS B4V 1N1 CanadaContact: Bryan SchofieldPhone: 902-530-3550Email: sales@pro-oceanus.comPyro Science GMBH (Booth #E82)Hubertusstraße 35Aachen 52064 GermanyContact: Dr. Andrea WielandPhone: +49-241-4004-555, Fax: +49-241-4004-558Email: info@pyro-science.comQPS, Inc. (Booth #E51)104 Congress StreetSuite 304Portsmouth, NH03801 USAContact: Teri BridgesPhone: 603-431-1773, Fax: 603-766-0485Email: Bridges@QPS-US.com, Website: www.QPS.NLRBR Ltd. (Booth #E41)Sales and Marketing95 Hines Rd., Unit 5Ottawa, ON K2K 2M5 CanadaContact: Mark VistPhone: 613-599-8900Email: info@rbr-gloal.comRadio Oceanography Laboratory (Booth #E8)University of Hawaii1000 Pope RoadHonolulu, Hawaii 96822 USAContact: Benedicte DoussetPhone: 808-956-6663, Fax: 808-956-9225Email: bdousset@hawaii.eduRockland Scientific (Booth #E48)520 Dupplin RoadVictoria, BC V8Z 1C1 CanadaContact: Fabian WolkPhone: +1-250-3701688, Fax: +1-250-3700234Email: fabian@rocklandscientific.com, Website: www.rocklandscientific.comSchmidt Ocean Institute (Booth #E53)555 Bryant Street, Suite 374Palo Alto, CA 94301 USAContact: Allison MillerPhone: 202-969-4675Email: amiller@schmidtocean.orgScientific Committee on Oceanic Research (Booth #E10)College of Earth, Ocean and EnvironmentUniversity of DelawareRobinson HallNewark, DE 19716 USAContact: Ed UrbanPhone: 302-831-7011, Fax: 302-831-7012Email: Ed.Urban@scor-int.orgScripps Institution of Oceanography (Booth #E58)9500 Gilman Drive MC 0210La Jolla, CA 92103 USAContact: Donna StoutPhone: 858-534-5604Email: dstout@ucsd.eduSea-Bird Scientific (Booths #E11, E12, E13 & E14)13431 NE 20th StreetBellevue, WA 98005 USAContact: Calvin LwinPhone: 425-643-9866, Fax: 425-643-9954Email: jrodriguez@seabird.com, Website: www.sea-birdscientific.com27

AGU/ASLO/TOS2014 Ocean Sciences MeetingSEAL Analytical, Inc. (Booth #E26)Mequon Technology Center10520-C Baehr Rd.Mequon, WI 53092 USAContact: Jeanne KimblePhone: 262-241-7900, Fax: 262-241-7970Email: jkimble@seal-us.com, Website: www.seal-analytical.comSequoia Scientific, Inc. (Booth #E21)2700 Richards Road, Suite 107Bellevue, WA 98005 USAContact: Ole MikkelsenPhone: 425-641-0944, Fax: 425-643-0595Email: ole.mikkelsen@sequoiasci.com, Website: www.sequoiasci.comSOEST Laboratory for Analytical Biogeochemistry (Booth #E70)University of Hawaii1000 Pope RdHonolulu, HI 96822 USAContact: Rebecca BriggsPhone: 808-956-5878Email: briggs@hawaii.eduSinauer Associates, Inc. Publishers (Booth #E111)PO Box 40723 Plumtree RoadSunderland, MA 01375 USAContact: Marie ScavottoPhone: 413-549-4300, Fax: 413-549-1118Email: scavotto@sinauer.comSpringer Science+Business Media B.V. (Booth #E81)Earth Sciences and GeographyPO Box 17AA Dordrecht 3300 The NetherlandsContact: Robert DoePhone: +31-78-6576188Email: Robert.doe@springer.comState Key Laboratory of Estuarine and Coastal Sciences(SKLEC) (Booth #E46)BZhongshan N. Rd. 3663Shanghai 200062 ChinaContact: Xiuzhen LiPhone: +86-21-62233002, Fax: +86-21-62546441Email: xzLi@sklec.ecnu.edu.cn, Website: http://english.sklec.ecnu.edu.cn/Sunburst Sensors, LLC (Booth #E104)1226 W. BroadwayMissoula, MT 59802 USAContact: James BeckPhone: 406-532-3246Email: jim@sunburstsensors.comSutron Corporation (Booth #E6)22400 Davis DriveSterling, VA 20164 USAContact: Patricia HagertyPhone: 703-406-2800Email: patriciah@sutron.com, Website: sutron.comStudent & Early Career LoungeTeledyne RD Instruments (Booth #E56)14020 Stowe DrivePoway, CA 92064 USAContact: Gail LamanganPhone: 858-842-2600Email: gail.lamangan@teledyne.comTexas A&M University College of Geosciences (Booth #E20)Oceanography and Meteorology Building3142 TAMUCollege Station, TX 77843 USAContact: Eliana MijangosPhone: 979-845-3651Email: elianamijangos@yahoo.comTexas A&M University – Corpus Christi (Booth #E112)6300 Ocean DriveUnit 5844Corpus Christi, TX 78412 USAContact: Linda VillarrealPhone: 361-825-3881Email: linda.villareal@tamucc.eduThe Nature Conservancy (Booth #E76)Palmyra Program923 Nuuanu AvenueHonolulu, HI 96817 USAContact: Laurie MoorePhone: 808-587-6282Email: lmoore@tnc.orgThe Sexton Corporation (Booth #E63)2130 Davcor St. SESalem, OR 97302 USAContact: Amy ClarkPhone: 503-371-6239Email: amy@thesextonco.comThermo Fisher Scientific (Booth #E19)355 River Oaks ParkwaySan Jose, CA 95134 USAContact: Lora PadaPhone: (408) 965-6143 Office; Cell: (408) 386-8275Email: lora.pada@thermofisher.com28

Program BookAGU/ASLO/TOSTurner Designs (Booth #E22)845 Maude AvenueSunnyvale, CA 94085 USAContact: Tom BrumettPhone: 408-749-0994, Fax: 408-749-0998Email: sales@turnerdesigns.com, Website: www.turnerdesigns.comUnisense (Booth #E23)Tueager 1Aarhus DK-8200 DenmarkContact: Thomas RattenborgPhone: +45-8944-9500, Fax: +45-8944-9549Email: mha@unisense.com, Website: www.unisense.comUniversity National Oceanographic (Booth #E74)Laboratory System215 South Ferry RdBox 32Narragansett, RI 02882 USAContact: Annette DeSilvaPhone: 401-874-6825, Fax: 401-874-6167Email: office@unols.orgUniversity of Chicago Press (Booth #E79)1427 E 60th StreetChicago, IL 60637 USAContact: Eric DeTrattoPhone: 773-834-7201Email: edetratto@uchicago.eduUniversity of Colorado (Booth #E60)Cooperative Institute for ResearchIn Environmental SciencesUCB 449Boulder, CO 80309 USAContact: Susan LyndsPhone: 303-492-1714Email: susan.lynds@colorado.edUniversity of Massachusetts-Dartmouth (Booth #E54)School for Marine Science & TechnologySMAST/UMassD706 S. Rodney French Blvd.New Bedford, MA 02744 USAContact: Frank SmithPhone: 508-910-6347, Fax: 508-999-8197Email: flsmith@umassd.eduUniversity of South Florida (Booth #E93)College of Marine Science140 7th AvenueSt. Petersburg, FL 33701-5016 USAContact: David NaarPhone: 727-510-9806, Fax: 727-553-1189E-Mail Address: naar@usf.eduWoods Hole Oceanographic Institution (Booth #E17)Carriage House, MS #49Woods Hole, MA 02543 USAContact: Janet FieldsPhone: 508-289-2950Email: jfields@whoi.edu, Website: www.whoi.edu/apoXylem Inc – Anderaa – SonTek – YSI (Booths #E72 & E73)1725 Brannum LaneYellow Springs, OH 45387 USAContact: Peter BornhorstPhone: 937-767-7241Email: pbornhorst@ysi.comMedia/Press InformationMedia ContactMary Catherine AdamsOffice Phone: 202-777-7530Email: mcadams@agu.orgOnsite Press RoomPress Room – Room 302 BHours: Monday – Thursday, 24-27 February 2014, 10:00 am – 6:00 pmMedia Registration EligibilityEligibility for media registration is limited to the following persons:• Working press employed by bona fide news media outlets whoregularly report news on the earth sciences. These registrants mustpresent a press card, business card, or a letter from an editor of arecognized news media outlet assigning you to cover 2014 OSM.• Freelance science journalists and science bloggers who presentevidence of three (3) bylined news reports in the earth sciencesintended for the general public and published in 2012 – 2014.• Creators of long-form stories or compositions about earth sciences,such as books/feature-length documentary films, who are currentlyworking on one or have published at least one in 2012-14.• •Public information/press officers of scientific societies, educationalinstitutions, and government agencies.Scientists who will be presenting at the meeting and who are alsoreporting from the meeting for bona fide news media outlets may beissued News Media credentials at the discretion of 2014 OSM Press OfficeStaff. Everyone who presents at the meeting must also register forthe meeting and pay the appropriate fee as a presenter.Representatives of publishing houses, the business side of news media,political action committees or similar, and for-profit corporations mustregister at the main registration desk at the meeting and pay the appropriatefees, regardless of possession of any of the above credentials; theywill not be accredited as News Media at the meeting. All press badgeswill be issued solely at the discretion of the 2014 OSM Press Office.29

AGU/ASLO/TOS2014 Ocean Sciences MeetingConference Registration and Check InRegistration and check in for the meeting will be available all weekin the lobby area on the first floor of the Hawai‘i Convention Center.Please check in upon your arrival at the meeting in order to receiveyour name badge and other important materials and information.Registration Hours:Sunday, 23 February 2014 ......................................................... 1:00 to 9:00 pmMonday, 24 February throughThursday, 27 February 2014............................................... 7:00 am to 5:00 pmFriday, 28 February 2014 .................................................... 7:00 am to 4:00 pmIn order to facilitate easier check in at the meeting, it is very importantthat you bring a copy of the email confirmation that you received whenyou registered. This will allow us to locate your name badge quicklyand efficiently.Additional Participantand Attendee InformationReceipts and Letters of ParticipationYour registration confirmation that was emailed to you when you registeredfor the meeting will serve as your receipt. In keeping with ourconservation efforts, we will not provide printed receipts to attendeeson site at the meeting. If you have misplaced your original receipt andneed another copy, you may print your own receipt by going to: http://www.sgmeet.com/osm2014/userlogon.asp. You may also log in andprint your particpation letter following the meeting.Concessions808 coffees café3rd floor center concourse between rooms 313 and 316.Coffee/continental breakfast items/snacks, espressos and specialty coffeedrinks. Specialize in Hawaii coffees. Hours:Sunday, 23 February 2014 ........................................................................ ClosedMonday through Friday 24- 28 February 2014 ............ 6:45 am – 1:00 pmConference Level3rd floor at the top of the escalators between rooms 301 and 311.Pastries, fruits, yogurt, hot/cold beverages, Lunch items include salads,sandwiches, lunch plates, curry bowls, candies/snacks. Hours:Sunday, 23 February 2014 .......................................................7:30am - 2:00pmMonday through Thursday, 24-27 February 2014 ...........6:45am - 2:00pmFriday, 28 February 2014 .........................................................6:45am - 1:00pmLobby LevelExhibit level outside halls 2 and 3.Lunch items to include salads, sandwiches, lunch plates, curry bowls,candies/snacks/chips, hot/cold beverages. Hours:Sunday, 23 February 2014 ......................................................................... ClosedMonday through Thursday, 24-27 February 2014 ........ 10:00am - 2:00pmFriday, 28 February 2014 ........................................................................... ClosedBreaks and RefreshmentsBreaks with coffee service will be available Monday through Fridaymornings from 10:00-10:30. Monday’s and Wednesday’s break willbe in the Exhibit Hall I, II, III and Tuesday’s , Thursday’s, and Friday’sbreak will be held in the Ballroom Foyer. Monday through Thursdayafternoon breaks will feature free beer (while supplies last) and will bein the Exhibit Hall for the first hour of the poster session. This is noafternoon break on Friday.MessagesMessage boards will be located outside the Exhibit/Poster Hall. Feelfree to post messages, CVs, job opportunities, as well as to check theseboards if you are expecting a message during the meeting.Hawai‘i Convention Center Business CenterThe Business Center is located on the 3rd level, across from room 301.This is a full service business center offering the following services:computer usage, Color & B/W copies and prints, Faxing, Scanning,Office Supplies, various paper supplies, Postcards and Gifts and FedExand UPS shipping.WiFi InternetComplimentary wireless service will be available from noon on Sunday,23 February, through the conclusion of the meeting on Friday. Thisservice will be available throughout the convention center.. There willbe adequate service for all participants via multiple access points but,access may be limited at times due to the number of users on the Internetat any one point.Connect to “OSM 2014;” no password or ID required.ATM Machines at Hawai‘i Convention CenterThe official currency of the United States is the dollar, denoted byUSD ($). There are three (3) Automatic Teller Machines (ATM) at theHawai‘i Convention Center; two (2) located in the Lobby and one (1)on Level 3Additional ATM locations throughout Honolulu may be found athttp://visa.via.infonow.net/locator/global/jsp/SearchPage.jsp for Visaand www.mastercard.us/cardholder-services/atm-locator.html forMasterCard.Check CashingWestern Union435 Atkinson Dr Suite BHonolulu, Hawaii 96814(A half of a block away from the Hawaii Convention Center)Regular Store Hours:Monday-Saturday: 9:00 am - 8:00 pmSunday: Closed30

Program BookAGU/ASLO/TOSA concierge service is available at the HCC during meeting hours toassist you with information about Honolulu.Hawai‘i Convention Center ParkingTo access parking at the convention center enter the Hawai‘i ConventionCenter Parking Garage while driving east towards Waikiki Beachon Kalakaua Avenue. Exit via automatic gate.Parking Fee: $10 per entry. No in & out privileges, No overnight parking.TransportationMost of the conference hotels are within walking distance of the HCC.In order to continue to meet our environmental goals, no shuttle serviceis provided.evening entertainment program packed with activities for children agessix months to 12 years. Children will participate in age-appropriateactivities, including arts and crafts projects and active games in a safe,nurturing, and educational environment. The high ratio of caregiver tochild (1:2 for children six to 11 months; 1:3 for children 12 months totwo years; 1:5 for children three to five years; and 1:8 for children six to12 years) ensures that campers receive lots of personal attention. Dropinsaccepted as space allows.Program costs include morning and afternoon snacks and juice,entertainment, and craft materials. Lunch is not included. However, alunch can be purchased when registering, or parents can send or bringa lunch to their child. Hours:Monday through Thursday, 24-27 February 2014 ........ 7:30 am - 6:30 pmFriday, 28 February 2014 ...................................................... 7:30 am - 4:30 pmSpecial NeedsIf you have a disability or limitation that may require special considerationin order to fully participate in the meeting, please contact theOSM Business Office to see how we can accommodate your needs.Call 254-776-3550 or contact us via e-mail at osm2014@sgmeet.com.You may also go to the conference registration desk at the Hawai‘i ConventionCenter during the meeting as well.Emergencies/Hawai‘i Convention Center First AidFirst Aid will be available during the following dates and times for yourcomfort and resource.There will be a Registered Nurse staffing First Aid. The Room is onthe 3rd Floor between Room 318 and Room 319. You may contact theNurse at any time by Dialing ‘ 0 ‘ on any House Phone in the ConventionCenter. The Nurse carries a Security Radio so it is possible torespond any where needed within the Facility. This would be yourresource for Comfort Needs such as Band aids or Tylenol while in theConvention Center as well as Emergency Assistance.General InformationFor more information on the 2014 Ocean Sciences Meeting, addressall correspondence and questions regarding registration, conferencelogistics, and hotel accommodations to:2014 Ocean Sciences Meeting5400 Bosque Boulevard, Suite 680Waco, Texas 76710-4446Phone: 254-776-3550, Fax: 254-776-3767E-mail: osm2014@sgmeet.comIf your questions pertain to the program, please contact one of themeeting chairs. If you need information regarding content of a particularsession, please contact the appropriate session organizer.Sunday, 23 February 2014.......................................................... 5:00 - 10:00 pmMonday, 23 February 2014................................................. 7:00 am - 10:00 pmTuesday, 23 February 2014 .................................................. 7:00 am - 9:00 pmWednesday, 23 February 2014............................................. 7:00 am - 9:00 pmThursday, 23 February 2014................................................. 7:00 am - 9:00 pmFriday, 23 February 2014....................................................... 7:00 am - 4:00 pmFamily RoomThere will be a family room in Room 322 A at the Hawai‘i ConventionCenter. This is a room where you may go to relax with your children ifyou bring them to the convention center. Please keep in mind that thisis not a room for child care and no service is offered in this room. Youmay not leave children unattended.Child Care InformationWhile you are attending the Ocean Sciences Meeting, your childrencan enjoy their own convention camp, CAMP 2014 OSM, organizedby ACCENT on Children’s Arrangements, Inc., a national companyspecializing in children’s activities. This is a complete morning to early31

AGU/ASLO/TOS2014 Ocean Sciences MeetingSchedule At A Glance - Monday301 AB 304 AB 310 Theater 311 312 313 A 313 B 313 C 314 31508:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:00125: The manyfaces of themarine N cycle125: The manyfaces of themarine N cycle125: The manyfaces of themarine N cycle132:Undergraduateocean scienceeducation in the21st century:an explorationof successfulpractices132:Undergraduateocean scienceeducation in the21st century:an explorationof successfulpractices70: PolicyImpacts ofOcean Research:CommunicatingScience toDecision-makers157: HabitatModeling andEcosystemBased ResourceManagement157: HabitatModeling andEcosystemBased ResourceManagementTutorialsSession 175A033: OceanAcidificationin CoastalEnvironments033: OceanAcidificationin CoastalEnvironments033: OceanAcidificationin CoastalEnvironments082: SedimentDelivery,Transport andDepositionin AquaticEnvironments048:Oceanprimaryproductivity:Variability andinfluenceMORNING BREAK082: SedimentDelivery,Transport andDepositionin AquaticEnvironmentsLUNCH048:Oceanprimaryproductivity:Variability andinfluenceWORKSHOPS &TOWN HALLS082: SedimentDelivery,Transport andDepositionin AquaticEnvironments048: Oceanprimaryproductivity:Variability andinfluence026: Biologicaland physicalcontrols ofparticle dynamicsand fluxes in themesopelagiclayer of theocean: Currentunderstanding andfuture directions130: Interactionsof pelagicor benthicorganisms withturbulent waterflow015: Physicalbiologicalinteractionsin mesoscaleeddies: governingprocesses andimplicationsfor the marineecosystemPOSTER SESSION AND RECEPTION (Kamehameha Hall III)039: OceanCirculationVariabilityand Air-SeaInteractions inthe WesternPacific andEastern IndianOcean039: OceanCirculationVariabilityand Air-SeaInteractions inthe WesternPacific andEastern IndianOcean039: OceanCirculationVariabilityand Air-SeaInteractions inthe WesternPacific andEastern IndianOcean037: Dynamicsof CoupledProcesses in theOcean: A tributeto the career ofDr. James Murray114: Applicationof natural andanthropogenicradionuclidesto the study ofocean processes114: Applicationof natural andanthropogenicradionuclidesto the study ofocean processesPoster sessions: 013, 015, 020, 022, 026, 030, 032, 033, 037, 039, 043, 048, 062, 064, 070, 082, 085,088, 098, 103, 105, 108, 110, 114, 118, 120, 125, 127, 128, 130, 132, 140, 148, 151, 157, 158, 164(Hall will remain open until 7:00 p.m.)WORKSHOPS &TOWN HALLS020: Explorationof oceancirculationvariabilitythrough Argo,satellite altimetryand otherobservations andassimilations020: Explorationof oceancirculationvariabilitythrough Argo,satellite altimetryand otherobservations andassimilations020: Explorationof oceancirculationvariabilitythrough Argo,satellite altimetryand otherobservations andassimilations32

Program BookAGU/ASLO/TOS316 A 316 B 316 C 317 AB 318 AB 319 AB 320 Theater 323 ABC Ballroom ABC032: Examiningconnectivityin marinepopulations,from unicellsto metazoans,using noveland integratedapproaches032: Examiningconnectivityin marinepopulations,from unicellsto metazoans,using noveland integratedapproaches022: Scalingup individualprocesses toecosystem levelsin an era ofglobal changeThe Science ofPlastic MarineDebris and otherAnthropogenicInfluencesThe Science ofPlastic MarineDebris and otherAnthropogenicInfluences088: Climate-mediatedoceanographicdrivers and trophicinteractions in highlatitude marginal seas:observations, modeling,and syntheses andconsequences forcommercial fisheries158: Measuringand modelinginternal wavesand theturbulencecascade: atribute to DavidTang158: Measuringand modelinginternal wavesand theturbulencecascade: atribute to DavidTang158: Measuringand modelinginternal wavesand theturbulencecascade: atribute to DavidTang085: Towards aGlobal OceanBiogeochemicalObservingSystem Based onProfiling Floatsand Gliders108: Synthesisand modelingof global-scalemarineplanktonicecosystemsand planktonfunctional types064: SurfaceOcean LowerAtmosphereStudy (SOLAS):Advances andImpacts of OceanDerived Aerosolsand AtmosphericNutrient InputsMORNING BREAK030: Windgeneratedwaves and stormsurge frommeteorologicalactivityLUNCH062: LinkingMolecular ‘Omics’Measurementsto DevelopConceptual andComputationalModels of OceanMicrobial Ecology,Diversity andBiogeochemistry013:Biogeo-Omics: UtilizingBiogeochemistryand -Omics Datato Unravel theMetabolic Pathwaysand EnvironmentalControls ofHydrocarbonBiodegradationWORKSHOPS &TOWN HALLS148: Effects ofclimate variabilityon marinebiophysicalinteractions andecosystemsdynamics128: MicrobialInteractionsin Oceans andHuman Health043: Biogenictrace gases in thesurface ocean:from sourceto fluxPOSTER SESSION AND RECEPTION (Kamehameha Hall III)072: TheSouthern Oceanand Its Role in theClimate System:Observationsand Modelingof Physical andBiogeochemicalProcesses072: TheSouthern Oceanand Its Role in theClimate System:Observationsand Modelingof Physical andBiogeochemicalProcesses072: TheSouthern Oceanand Its Role in theClimate System:Observationsand Modelingof Physical andBiogeochemicalProcessesPoster sessions: 013, 015, 020, 022, 026, 030, 032, 033, 037, 039, 043, 048, 062, 064, 070, 082, 085,088, 098, 103, 105, 108, 110, 114, 118, 120, 125, 127, 128, 130, 132, 140, 148, 151, 157, 158, 164(Hall will remain open until 7:00 p.m.)WORKSHOP &TOWN HALLS08:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:0033

AGU/ASLO/TOS2014 Ocean Sciences MeetingSchedule At A Glance - Tuesday301 AB 304 AB 310 Theater 311 312 313 A 313 B 313 C 314 31508:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:00093: Coastsin Crisis: SeaLevel Rise andInundation andthe Need forAdaptation093: Coastsin Crisis: SeaLevel Rise andInundation andthe Need forAdaptation028: MarineRenewableEnergy Research,Development,Evaluation, andPolicy054: The dynamicsof the Madden-JulianOscillation (DYNAMO),multi-scaleocean-atmosphereinteraction, andnumerical simulationof coupledocean-atmosphereprocesses033: OceanAcidificationin CoastalEnvironments082: SedimentDelivery,Transport andDepositionin AquaticEnvironments111: New insightsinto microbialcommunitymetabolismand coupledbiogeochemicalcycling inoxygen-deficientmarine watersMORNING BREAKPLENARY SESSION (Ballroom ABC)007: The Roleof the Oceans inClimate Changeon Interannual,Decadal andCentury-LongTime-Scalesfrom MarineProxy Archives010: Physical andbiogeochemicalocean modeling:development,assessment andapplicationsRobert H. Richmond, “Coral Reefs, Climate Change and Atomic Bombs” and050: Arctic inRapid Transition(ART): Impacts ofClimate Changeon the Ecology,Biogeochemistry,and BiologicalCarbon Pump ofthe Arctic OceanPanel Discussion: “Why aren’t they listening?” moderated by Richard Harris, National Public Radio with panelists:Edward Maibach, Christine O’Connell, and Jerry Schubel045: Sea-ingconnections:Ocean science as acatalyst to inspirethe next wave ofyoung (preK-16)scientists and keepstudents engagedwithin and outsidethe classroom.TutorialsSession 175 B021: OceanAcidificationand Coral Reefs:The Importanceof CooperativeResearch andthe IntegratedOcean ObservingSystem (IOOS)LUNCHWORKSHOPS &TOWN HALLS035: Opticsand Light in theParticle-LadenCoastal Ocean111: New insightsinto microbialcommunitymetabolismand coupledbiogeochemicalcycling inoxygen-deficientmarine waters007: The Roleof the Oceans inClimate Changeon Interannual,Decadal andCentury-LongTime-Scalesfrom MarineProxy ArchivesPOSTER SESSION AND RECEPTION (Kamehameha Hall III)010: Physical andbiogeochemicalocean modeling:development,assessment andapplications050: Arctic inRapid Transition(ART): Impacts ofClimate Changeon the Ecology,Biogeochemistry,and BiologicalCarbon Pump ofthe Arctic OceanPoster sessions: 003, 007, 008, 009, 010, 021, 028, 035, 038, 045, 050, 054, 058, 059, 060, 069, 072,074, 075, 077, 082, 084, 087, 093, 096, 097, 111, 122, 123, 154, 159, 160, 166, 172, 174(Hall will remain open until 7:00 p.m.)WORKSHOPS &TOWN HALLSOff-Site Evening Activity (JAM SESSION)8:00 pm to 12:00 am058: Mesoscaleocean processesand theirrepresentationin earth systemmodels058: Mesoscaleocean processesand theirrepresentationin earth systemmodels34

Program BookAGU/ASLO/TOS316 A 316 B 316 C 317 AB 318 AB 319 AB 320 Theater 323 ABC Ballroom ABC059: Illuminatingthe DeepOcean: Limits toUnderstanding,ObservationRequirements,and Overcomingthe Challenges060: SubmarineGroundwaterDischarge - fromRidge to Reef:GroundwaterEvolution, Climate,Land-Use, CoastalHydrology and MarineBiogeochemicalImpacts069: MarineMicrobial Ecology:The relative roleof dispersal,interactions,associations andother ecologicalprocesses instructuring microbialcommunities123: Themolecularchemistryand microbialbiology of marinedissolved organicmatter (DOM)composition andcycling096: Oceanand ClimateChange Science:EngagingScientists inEducating thePublicMORNING BREAK075: A holisticapproach tomarine ecosystemsbiology,major results andperspectives forresearch andeducationPLENARY SESSION (Ballroom ABC)Robert H. Richmond, “Coral Reefs, Climate Change and Atomic Bombs” and072: TheSouthern Oceanand Its Role in theClimate System:Observationsand Modelingof Physical andBiogeochemicalProcessesPanel Discussion: “Why aren’t they listening?” moderated by Richard Harris, National Public Radio with panelists:Edward Maibach, Christine O’Connell, and Jerry Schubel059: Illuminatingthe DeepOcean: Limits toUnderstanding,ObservationRequirements,and Overcomingthe Challenges060: SubmarineGroundwaterDischarge - fromRidge to Reef:GroundwaterEvolution, Climate,Land-Use, CoastalHydrology and MarineBiogeochemicalImpacts069: MarineMicrobial Ecology:The relative roleof dispersal,interactions,associations andother ecologicalprocesses instructuring microbialcommunitiesLUNCHWORKSHOPS &TOWN HALLS123: Themolecularchemistryand microbialbiology of marinedissolved organicmatter (DOM)composition andcycling097: BreakingBoundaries: Therole of sciencecommunicationand outreachin promotinghealthy oceans008: RevisingBiogeochemicalStoichiometry:The OceansBeyond Redfieldon a ChangingPlanetPOSTER SESSION AND RECEPTION (Kamehameha Hall III)072: TheSouthern Oceanand Its Role in theClimate System:Observationsand Modelingof Physical andBiogeochemicalProcessesPoster sessions: 003, 007, 008, 009, 010, 021, 028, 035, 038, 045, 050, 054, 058, 059, 060, 069, 072,074, 075, 077, 082, 084, 087, 093, 096, 097, 111, 122, 123, 154, 159, 160, 166, 172, 174(Hall will remain open until 7:00 p.m.)WORKSHOPS &TOWN HALLSOff-Site Evening Activity (JAM SESSION)8:00 pm to 12:00 am08:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:0035

AGU/ASLO/TOS2014 Ocean Sciences MeetingSchedule At A Glance - Wednesday08:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:45301 AB 304 AB 310 Theater 311 312 313 A 313 B 313 C 314 315166: Aquaticbiology166: Aquaticbiology2:00 041: Advances2:15 in theunderstanding2:30of uncultivated2:45 microbes and3:00 developmentof model3:15systems for3:30 marine microbial3:45 ecology4:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:00100:Environmentalvariabilityand climatechange: linkingenvironmentalvariation andorganismresponses acrossscales100:Environmentalvariabilityand climatechange: linkingenvironmentalvariation andorganismresponses acrossscales053: CoralMicrobiology:Partners andPathogens144: Viruses inthe sea - themolecularengineers andarchitectsof planktoncommunitiesAWARDSSESSIONTutorialsSession 175 C159: CLIVAR:Ocean andAtmosphereVariability,Predictability andChange159: CLIVAR:Ocean andAtmosphereVariability,Predictability andChange159: CLIVAR:Ocean andAtmosphereVariability,Predictability andChange124: Boundarycurrents, eddies,and water masstransformation athigh latitudes173: Newconceptual andexperimentalapproachesto investigatethe effectsof multipleenvironmentaldrivers on oceanbiotaMORNING BREAK124: Boundarycurrents, eddies,and water masstransformation athigh latitudesLUNCH142:Understandingand simulatingENSO in past,present andfuture climatesWORKSHOPS &TOWN HALLS124: Boundarycurrents, eddies,and water masstransformation athigh latitudes142:Understandingand simulatingENSO in past,present andfuture climates079: RisingSea Level:Contributionsand FutureProjections079: RisingSea Level:Contributionsand FutureProjections081: ClimateImpacts onLiving MarineResourcesPOSTER SESSION AND RECEPTION (Kamehameha Hall III)042: OpticalRemote Sensingof Freshwater,Estuarine,and CoastalEnvironments:Water Qualityand otherApplications042: OpticalRemote Sensingof Freshwater,Estuarine,and CoastalEnvironments:Water Qualityand otherApplications042: OpticalRemote Sensingof Freshwater,Estuarine,and CoastalEnvironments:Water Qualityand otherApplicationsPoster sessions: 001, 003, 016, 027, 040, 041, 042, 044, 046, 047, 053, 058, 063, 066,073, 079, 081, 092, 099, 100, 102, 107, 124, 139, 142, 144, 149, 156, 159, 167, 170, 173(Hall will remain open until 7:00 p.m.)WORKSHOPS &TOWN HALLS003: Advancesin CoastalOcean Modeling,Observations,and Prediction003: Advancesin CoastalOcean Modeling,Observations,and Prediction003: Advancesin CoastalOcean Modeling,Observations,and Prediction058: Mesoscaleocean processesand theirrepresentationin earth systemmodels058: Mesoscaleocean processesand theirrepresentationin earth systemmodels099:ProxyRecords forUnderstandingCoastal andOceanicProcessesand TheirPreservation inPresent and Past36

Program BookAGU/ASLO/TOS316 A 316 B 316 C 317 AB 318 AB 319 AB 320 Theater 323 ABC Ballroom ABC102: The ChukchiSea Region:Physical Forcingand EcosystemResponse in thePacific Arctic102: The ChukchiSea Region:Physical Forcingand EcosystemResponse in thePacific Arctic102: The ChukchiSea Region:Physical Forcingand EcosystemResponse in thePacific Arctic040: Antarcticmarginal seasand shelf/slopeprocesses:physical andbiologicalvariability,controls, andlinks to largerscales040: Antarcticmarginal seasand shelf/slopeprocesses:physical andbiologicalvariability,controls, andlinks to largerscales040: Antarcticmarginal seasand shelf/slopeprocesses:physical andbiologicalvariability,controls, andlinks to largerscales001: UpperOcean TurbulentFields and TheirVariability:temperature,salinity, energy001: UpperOcean TurbulentFields and TheirVariability:temperature,salinity, energy001: UpperOcean TurbulentFields and TheirVariability:temperature,salinity, energy123: Themolecularchemistryand microbialbiology of marinedissolved organicmatter (DOM)composition andcycling092: FromVERTEX toGEOTRACES:honoring KenBruland’scontributionsto marinebiogeochemicalcycles066:Collaborationsand Partnershipsin OceanResearch andEducationMORNING BREAK066:Collaborationsand Partnershipsin OceanResearch andEducationLUNCH074: Estuaries,what are theygood for? Atribute to thework of Dr.Jonathan H.Sharp074: Estuaries,what are theygood for? Atribute to thework of Dr.Jonathan H.SharpWORKSHOPS &TOWN HALLS092: FromVERTEX toGEOTRACES:honoring KenBruland’scontributionsto marinebiogeochemicalcycles016: Usingevaluation inocean scienceseducationand workforcedevelopment:What does theevidence show?047: Natural andanthropogenicchangesin CoastalEcosystems andtheir impact onhuman welfarePOSTER SESSION AND RECEPTION (Kamehameha Hall III)073: Oceansalinity and watercycle variabilityand change073: Oceansalinity and watercycle variabilityand change073: Oceansalinity and watercycle variabilityand changePoster sessions: 001, 003, 016, 027, 040, 041, 042, 044, 046, 047, 053, 058, 063, 066,073, 079, 081, 092, 099, 100, 102, 107, 124, 139, 142, 144, 149, 156, 159, 167, 170, 173(Hall will remain open until 7:00 p.m.)WORKSHOPS &TOWN HALLS08:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:0037

AGU/ASLO/TOS2014 Ocean Sciences MeetingSchedule At A Glance - Thursday301 AB 304 AB 310 Theater 311 312 313 A 313 B 313 C 314 31508:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:00044: East AsianMarginal Seas:sea surfacetemperaturevariabilityand oceanatmosphereprocess044: East AsianMarginal Seas:sea surfacetemperaturevariabilityand oceanatmosphereprocess024: ASLOMulticulturalProgram StudentSymposium091: Advancesin approachesto monitoringthe occurrence,distribution, andbehavior of toppredators027: NearshoreProcesses005: Air-Sea GasExchange139: Advancesin oceantechnology;autonomousinstrumentdevelopment andapplicationsMORNING BREAKPLENARY SESSION (Ballroom ABC)081: ClimateImpacts onLiving MarineResources017: Sheddinglight onphytoplanktonbiogeographyRoger T. Hanlon, “Optical magic: how cephalopods sense and manipulate light to produce rapidadaptive camouflage and communication “ and156: Circulation,Mixing andDeep WaterFormation inthe Deep Basinsof the NorthAtlantic and onthe AdjacentContinentalShelvesMary Jane Perry, “Looking Forward To Looking Back On 50 Years of Autonomous Robotic Ocean Sensing”078: Ecologyof InfectiousMarine Diseasein a ChangingClimateTutorialsSession 175 D027: NearshoreProcessesLUNCHWORKSHOPS &TOWN HALLS005: Air-Sea GasExchange139: Advancesin oceantechnology;autonomousinstrumentdevelopment andapplications049: StationALOHA:Celebrating25 years ofsustained oceanobservationsPOSTER SESSION AND RECEPTION (Kamehameha Hall III)046: Biophysicalcontrolson the initiationand developmentof the springphytoplanktonbloom156: Circulation,Mixing andDeep WaterFormation inthe Deep Basinsof the NorthAtlantic and onthe AdjacentContinentalShelvesPoster sessions: 002, 005, 011, 012, 014, 017, 018, 023, 024, 025, 027, 036, 049, 051, 052, 055, 056, 057,068, 071, 078, 080, 086, 090, 091, 094, 095, 101, 112, 113, 116, 117, 119, 131, 133, 137, 143, 147, 153, 161, 169(Hall will remain open until 7:00 p.m.)WORKSHOPS &TOWN HALLS161: HABS andInvasive Species161: HABS andInvasive Species38

Program BookAGU/ASLO/TOS316 A 316 B 316 C 317 AB 318 AB 319 AB 320 Theater 323 ABC Ballroom ABC063: Changesin the globalocean carboncycle: Fromobservations tomodels063: Changesin the globalocean carboncycle: Fromobservations tomodels107: Tides andocean mixing:past, present,future170: Ecosystems:processes,assessment, andmanagement055: ComparingPhysicalProcesses inLarge Lakes andShallow Seas116: Advancesin approachesto assessmetal-bindingorganic ligandsand perspectiveson the impacts ofligands on metalbiotainteractionsin the oceansMORNING BREAK149: Aquaticmicrobialeukaryotes: fromgenomes toecosystemsPLENARY SESSION (Ballroom ABC)025: Physicalbiologicalinteractions incoral reefs: atribute to MarlinAtkinson073: Oceansalinity and watercycle variabilityand changeRoger T. Hanlon, “Optical magic: how cephalopods sense and manipulate light to produce rapidadaptive camouflage and communication “ andMary Jane Perry, “Looking Forward To Looking Back On 50 Years of Autonomous Robotic Ocean Sensing”107: Tides andocean mixing:past, present,future167: Ocean Policyand ResourceManagementincluding MarineAgronomy andAquacultureLUNCHWORKSHOPS &TOWN HALLS169:Watersheds,lakes, rivers,estuaries169:Watersheds,lakes, rivers,estuaries018: Advancingthe frontiersof the Si cyclein terrestrial,coastal, andopen oceanecosystems143: Fram Strait- New insightsinto physicaland biologicalprocesses inthe Atlanticgateway to theArctic Ocean andtheir linkages toclimatic changesPOSTER SESSION AND RECEPTION (Kamehameha Hall III)147: Passiveand ActiveElectromagneticRemote Sensingof Air-WaterInterfacesPoster sessions: 002, 005, 011, 012, 014, 017, 018, 023, 024, 025, 027, 036, 049, 051, 052, 055, 056, 057,068, 071, 078, 080, 086, 090, 091, 094, 095, 101, 112, 113, 116, 117, 119, 131, 133, 137, 143, 147, 153, 161, 169(Hall will remain open until 7:00 p.m.)WORKSHOPS &TOWN HALLS08:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:0039

AGU/ASLO/TOS2014 Ocean Sciences MeetingSchedule At A Glance - Friday301 AB 304 AB 310 Theater 311 312 313 A 313 B 313 C 314 31508:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:00095: Riverplumes andbuoyancydrivenshelfcirculation095: Riverplumes andbuoyancydrivenshelfcirculation095: Riverplumes andbuoyancydrivenshelfcirculation024: ASLOMulticulturalProgram StudentSymposium068:Understandingbiogeochemicaland ecosystemresponses tonatural andhuman-inducedinteractions, driversand pressures incoastal regions068:Understandingbiogeochemicaland ecosystemresponses tonatural andhuman-inducedinteractions, driversand pressures incoastal regionsTutorialsSession 175 E027: NearshoreProcesses027: NearshoreProcesses027: NearshoreProcesses137: NorthAtlantic oceandynamics:from naturalfluctuations toexternally forcedresponse080:Biogeochemistryof TraceElements andtheir IsotopesMORNING BREAK137: NorthAtlantic oceandynamics:from naturalfluctuations toexternally forcedresponse080:Biogeochemistryof TraceElements andtheir IsotopesLUNCHWORKSHOPS &TOWN HALLS137: NorthAtlantic oceandynamics:from naturalfluctuations toexternally forcedresponse080:Biogeochemistryof TraceElements andtheir Isotopes036: Anintegrated view ofAgulhas Science:Past, present andfuture086: TsunamiResearch: RecentAdvances inInstrumentationand Modeling023:Mechanisms ofbiogeochemicalvariability in theglobal oceans094:Consequencesof fluid stirringand mixing: fromorganisms toecosystems133: Dynamicphysical andecologicaldrivers of marinemetapopulationconnectivity014: Physicalprocesses alongreef-protectedcoastlines:currentobservations andfuture predictions119: Highlynonlinear internalwaves and boresin shallow water119: Highlynonlinear internalwaves and boresin shallow water131: Submarinecanyons:oceanographicconditions,geologicalfeatures, andecologicalsettings112: TropicalCyclone-OceanInteractions:from Weather toClimate112: TropicalCyclone-OceanInteractions:from Weather toClimate112: TropicalCyclone-OceanInteractions:from Weather toClimate40

Program BookAGU/ASLO/TOS316 A 316 B 316 C 317 AB 318 AB 319 AB 320 Theater 323 ABC Ballroom ABC012: Oceanicsubmesoscaleprocesses012: Oceanicsubmesoscaleprocesses012: Oceanicsubmesoscaleprocesses056: Insightsinto marineecosystemdynamicsfrom acoustictechniques056: Insightsinto marineecosystemdynamicsfrom acoustictechniques002:UnderstandingCoupled Human-Natural Systems:Multi-disciplinaryApproachesfor AddressingSustainabilityof the MarineEnvironment071: Frontiers ofoceanographicdata andmethods071: Frontiers ofoceanographicdata andmethods071: Frontiers ofoceanographicdata andmethods113: Big Data,Including OceanClimate Data:Data Availability,Techniques, andApplications113: Big Data,Including OceanClimate Data:Data Availability,Techniques, andApplications153: UsingCompound-Specific StableIsotope Analysisto AdvancePopulation andCommunityEcologyMORNING BREAK117: Benthicpelagiccouplingand exchangeacross thesediment-waterinterfaceLUNCH052: Currentperspectives ontrophic ecology:utilization ofcomplementarytracer methods101: Ecology andmanagement ofsemi-enclosedseasWORKSHOPS &TOWN HALLS090: DataAssimilationand UncertaintyQuantification inOcean Modeling051: Sheddinglight on thedark ocean:biogeochemistryand microbialoceanography ofthe pelagic realmof the deep sea011: Mapping,monitoringand managingmesophotic reefs:Scientific insightsand technologiesto addresscoral resourcemanagementchallenges025: Physicalbiologicalinteractions incoral reefs: atribute to MarlinAtkinson025: Physicalbiologicalinteractions incoral reefs: atribute to MarlinAtkinson057: Smallbugs with a bigimpact: linkingplankton ecologywith ecosystemprocesses057: Smallbugs with a bigimpact: linkingplankton ecologywith ecosystemprocesses057: Smallbugs with a bigimpact: linkingplankton ecologywith ecosystemprocesses08:0008:1508:3008:4509:0009:1509:3009:4510:0010:1510:3010:4511:0011:1511:3011:4512:0012:1512:3012:451:001:151:301:452:002:152:302:453:003:153:303:454:004:154:304:455:005:155:305:456:006:156:306:457:007:157:307:458:008:158:308:459:0041

AGU/ASLO/TOS2014 Ocean Sciences MeetingConvention Center Map - Level 1/Exhbit & Poster HallALA WAI CANALALA WAI PROMENADE(ALA HOKU)LOADING DOCK LOADING DOCKCONCESSIONKĀLAKAUA AVENUEKAMEHAMEHAExhibit Hall IKAMEHAMEHAExhibit Hall IIKAMEHAMEHAExhibit Hall III88,752 sq feet (8,245 m²) 59,260 sq feet (5,505 m²) 56,017 sq feet (5,204 m²)EXIT EXITMAIN LOBBYPORTE COCHEREKAPIÒLANI BOULEVARDATKINSON DRIVEKAHAKAI DRIVEKAHAKAI DRIVESERVICE CORRIDORTo Waikīkī /Diamond HeadGRAND STAIRCASEEXITCONCESSION CONCESSIONDock ExitROLL UPGATEEXIT EXIT EXIT EXIT EXITParking EntranceEXIT1 EXHIBIT HALL / LOBBYEXITROLL UPGATEEXITTo Ala Wai Yacht HarborTo Ala Moana Beach Park1LEGENDInformation deskEscalator (2nd FL Parking)Escalator (3rd & 4th FL)ElevatorRestroom (Men)Restroom (Women)Restroom (Universal)Pay phoneTDD / Pay phoneATMVending areaWater fountainSmoking areaLCD boardParkingEntranceAutomatic entry doorPlants / grass areaWalkwayCrosswalkService corridorAccessible PassengerLoading ZoneUPEXITGIFT OF WATERSTATUEDock Entrance1211109876543217 6 9854Parking ExitLevel42

Program BookAGU/ASLO/TOSConvention Center Map - Level 2/ParkingTo Waikīkī /Diamond HeadLOADING DOCK (Level 1)GRAND STAIRCASEGACCESS FROM LEVEL 37 6 9Dock Exit(Level 1)Parking Entrance(Level 1)FFREIGHT LOADING ZONEEKĀLAKAUA AVENUEDCBAENTRANCEEXITEXITKAPIÒLANI BOULEVARD2PARKINGALA WAI CANALALA WAI PROMENADE(ALA HOKU)854FREIGHT LOADING ZONEMAIN LOBBY (Level 1)PORTE COCHEREGIFT OF WATERSTATUEEMPLOYEELUNCH ROOMGFEDCBAATKINSON DRIVEEXITAKAÀHUMANUEXECUTIVEBOARDROOMBTo Ala Wai Yacht HarborKAHAKAI DRIVEDock Entrance(Level 1)KAHAKAI DRIVEParking Exit(Level 1)To Ala Moana Beach ParkLevel2LEGENDInformation deskParking cashierParking pay stationElectric VehicleCharging StationEscalator (2nd FL Parking)Escalator (3rd & 4th FL)ElevatorVending areaSmoking areaLCD boardParkingEntranceAutomatic entry doorPlants / grass area43

AGU/ASLO/TOS2014 Ocean Sciences MeetingConvention Center Map - Level 3/Meetign RoomsTo Waikīkī /Diamond HeadALA WAI CANALALA WAI PROMENADE(ALA HOKU)To Ala Wai Yacht HarborLevelLOADING DOCK (Level 1)BALCONY3WAIKĪKĪHELUMOAKALIAPARKING (Level 2) GRAND STAIRCASE328 327 326B 326ALEGENDKĀLAKAUA AVENUEPĀLOLOLILIÙTHEATERMĀNOA310MAKIKI306B306A304B304A302B302APĀ KALOKACOURTYARD309308B308A307B307A305B305A303B303A301B 301A7 6 9OÀHUOÀHUNIÌHAUKAUAÌ313C313B313A312311ALA HALAWAICONCOURSE316C316B316A315314317AKAHOÒLAWEMAUIMAUIMOLOKAÌLĀNAÌ317B854318A321B321A318B325B322B319A324323C323B323A325A322A319BKAHAKAI DRIVEInformation deskBusiness center310 320ÈMALANITHEATERPORTE COCHEREGIFT OF WATERSTATUE22SERVICE CORRIDORSERVICE CORRIDORPĀ KALIHICOURTYARD808PĀ KAMALIÌCOURTYARDKAHAKAI DRIVE808808 Coffees CaféFirst aidEscalator (2nd FL Parking)Escalator (3rd & 4th FL)ElevatorRestroom (Men)Restroom (Women)Pay phoneTDD / Pay phoneATMVending areaWater fountainSmoking areaMAIN LOBBY (Level 1)LCD boardParkingEntranceTo Ala Moana Beach ParkAutomatic entry doorPlants / grass areaKAPIÒLANI BOULEVARDATKINSON DRIVEService corridor3MEETING ROOM / THEATERS44

Program BookAGU/ASLO/TOSSTREAMSTREAMSTREAMConvention Center Map - Level 4/BallroomTo Waikīkī /Diamond HeadLOADING DOCK (Level 1)PARKING (Level 2)GRAND STAIRCASE7 6 9MAIN KITCHEN(Level 3)KĀLAKAUA AVENUEGREEN ROOMEXITC11,206 sq feet(1,041 m²)BALLROOMFOYEREXITKĀLAKAUABALLROOMB12,757 sq feet(1,185 m²)EXITA11,198 sq feet(1,040 m²)BALLROOMFOYERKAPIÒLANI BOULEVARD4BALLROOM / ROOF TOP GARDENALA WAI CANALALA WAI PROMENADE(ALA HOKU)PONDGIFT OF WATERSTATUEALA WAI TERRACE485ROOFTOPGARDENMĀHEALANIGARDENSATKINSON DRIVETo Ala Wai Yacht HarborKAHAKAI DRIVEKAHAKAI DRIVETo Ala Moana Beach ParkLevel4LEGENDEscalator (3rd & 4th FL)ElevatorRestroom (Men)Restroom (Women)Water fountainSmoking areaLCD boardParkingEntrancePlants / grass areaService corridorSERVICE CORRIDOR45

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY2/24/2014 Orals175A TutorialsChair(s): Lynne Talley, ltalley@ucsd.eduEric Itsweire, eitsweir@nsf.govLocation: 310 Theater14:00 Rintoul, S. R.; IPCC Lead Authors, chapters 3, 10 and 13, .; Bindoff, N. L.: ANOVERVIEW OF THE IPCC 5TH ASSESSMENT REPORT, HIGHLIGHTINGTHE OCEAN’S ROLE IN CLIMATE CHANGE14:15 Bindoff, N. L.; Rintoul, S. R.; Talley, L. D.: UNDERSTANDING THE IPCC WG1FIFTH ASSESSMENT REPORT: USING DETECTION AND ATRIBUTIONMETHODS TO EVALUATE AND UNDERSTAND HUMAN INFLUENCE INTHE OCEANS14:30 Xie, S. P.: UNDERSTANDING THE IPCC WG1 FIFTH ASSESSMENTREPORT: PROBING OCEAN’S ROLE IN REGIONAL CLIMATE CHANGE15:00 Johnson, G. C.; Merrifield, M. A.; Nerem, R. S.: UNDERSTANDING THE IPCCWG1 FIFTH ASSESSMENT REPORT: OCEAN HEAT UPTAKE AND SEALEVEL CHANGE15:30 Rhein, M.; Feely, R. A.; Masson-Delmotte, V.; Sabine, C.; Rintoul, S.:UNDERSTANDING THE IPCC WG1 FIFTH ASSESSMENT REPORT: OCEANAND CARBON IN PAST, PRESENT, AND FUTURE013 Biogeo-Omics: Utilizing Biogeochemistry and -Omics Datato Unravel the Metabolic Pathways and Environmental Controlsof Hydrocarbon BiodegradationChair(s): Joel Kostka, joel.kostka@biology.gatech.eduAndreas Teske, teske@email.unc.eduSamantha Joye, mjoye@uga.eduLocation: 319 AB10:30 Joye, S. B.; Kleindienst, S.; Crespo-Medina, M.; Grim, S.; Sogin, M.: THE ROLEOF THE RARE BIOSPHERE IN PELAGIC HYDROCARBON DEGRADATIONDURING THE DEEPWATER HORIZON OIL SPILL10:45 Redmond, M. C.; Swan, B. K.; Woyke, T.; Stepanauskas, R.; Valentine, D. L.:STABLE ISOTOPE PROBING AND SINGLE CELL GENOMICS IDENTIFYHYDROCARBON OXIDIZING COLWELLIA AND CYCLOCLASTICUSACTIVE DURING THE DEEPWATER HORIZON OIL SPILL11:00 Jeffrey, W. H.; Morrison, T. E.; Vaughan, P. P.; Chen, H.; McKenna, A. A.: THEROLE OF PHOTOCHEMISTRY IN DETERMINING THE EFFECTS OF MC252SURROGATE OIL ON MICROBIAL GROWTH11:15 Hollander, D. J.; Romero, I. C.; Schwing, P.; Brooks, G.; Kosta, J.:DISENTANGLING THE ROLES OF RIVER DISCHARGE, PRODUCTIVITY,OIL BURNING & DISPERSANT ON THE MARINE OIL-SNOW DEPOSITION(MOSSFA) EVENT FOLLOWING THE DWH BLOWOUT11:30 Mason, O. U.; Jansson, J. K.: RESPONSE OF SEDIMENT MICROBIALCOMMUNITY TO DEEPWATER HORIZON OIL SPILL11:45 Overholt, W. A.; Rodriguez-R, L. M.; Konstantinidis, K. T.; Huettel, M.; Kostka,J. E.: A SUCCESSION IN MICROBIAL POPULATIONS PARALLELS THEEVOLUTION OF HYDROCARBON CHEMISTRY IN GULF OF MEXICOBEACH SANDS12:00 Zhou, J.; Van Nostrand, J. D.; Maxwell, M.; Hou, A.: RESPONSE OFFUNCTIONAL MICROBIAL COMMUNITIES TO THE DEEPWATERHORIZON OIL SPILL AND CHEMICAL DISPERSANT EXPOSURE12:15 Aeppli, C.; Nelson, R. K.; Kinnaman, F. S.; Valentine, D. L.; Reddy, C. M.:IDENTIFICATION OF MICROBIAL AND ABIOTIC OIL DEGRADATIONPROCESSES USING HIGH-RESOLUTION GAS CHROMATOGRAPHY ANDSTABLE ISOTOPES015 Physical-Biological Interactions In Mesoscale Eddies:Governing Processes and Implications for the Marine EcosystemChair(s): Annette Samuelsen, annette.samuelsen@nersc.noSolfrid Saetre Hjollo, solfrid.hjollo@imr.noCarol Ladd, carol.ladd@noaa.govLocation: 313 B14:00 Angel-Benavides, I. M.; Garcia, C. A.: SURFACE CHLOROPHYLLANOMALIES INDUCED BY MESOSCALE EDDIES IN THE SOUTHATLANTIC SUBTROPICAL GYRE14:15 Suga, T.; Inoue, R.; Kouketsu, S.; Honda, M.: WESTERN NORTH PACIFICINTEGRATED PHYSICAL-BIOGEOCHEMICAL OCEAN OBSERVATIONEXPERIMENT: NUTRIENT INPUTS AND PRIMARY PRODUCTION IN ASUBTROPICAL CYCLONIC EDDY14:30 Olson, E. M.; McGillicuddy, D. J.; Davis, C. S.; Dyhrman, S. T.; Waterbury, J.B.: PHYSICAL AGGREGATION OF BUOYANT TRICHODESMIUM SPP.COLONIES THROUGH EDDY/WIND INTERACTION: OBSERVATIONSAND MODELING14:45 Waite, A. M.; Jeffs, A.; Stemmann, L.; Beckley, L. E.; Thompson, P. A.: ROCKLOBSTER LARVAL TROPHIC LEVEL IS IMPACTED BY NITRATE RELEASEFROM COASTALLY TRAPPED PARTICLES WITHIN A MESOSCALE EDDYIN THE EASTERN INDIAN OCEAN15:00 Simons, R. D.; Nishimoto, M. M.; Washburn, L.; Brown, K. S.; Siegel, D. A.:RETENTION OF JUVENILE FISH IN A COASTAL MESOSCALE EDDY: FIELDOBSERVATIONS AND THREE-DIMENSIONAL MODELING15:15 Sánchez Velasco, L.; Lavín , M. F.: THREE-DIMENSIONAL DISTRIBUTIONOF FISH LARVAE IN A CYCLONIC EDDY IN THE GULF OF CALIFORNIADURING THE SUMMER15:30 Kline, T. C.: MESOSCALE EDDIES MAY DRIVE INTER-ANNUALVARIABILITY IN OCEAN SURVIVAL OF PINK SALMON,ONCORHYNCHUS GORBUSCHA15:45 Moss, J. H.; Trudel, M.; Beckman, B.; Crawford, W.: BENEFITS OF LIVINGLIFE ON THE EDGE: ENHANCED GROWTH AND FORAGINGOPPORTUNITIES FOR JUVENILE SALMON INHABITING THE MARGINSOF THE SITKA EDDY020 Exploration of Ocean Circulation Variability Through Argo,Satellite Altimetry and Other Observations and AssimilationsChair(s): Bo Qiu, bo@soest.hawaii.eduDean Roemmich, droemmich@ucsd.eduIchiro Fukumori, ichiro.fukumori@jpl.nasa.govSteve Piotrowicz, steve.piotrowicz@noaa.govLocation: 31508:00 Stendardo, I.; Rhein, M.; Klein, B.; Roessler, A.: A NEW APPROACH FORINVESTIGATING SALINITY VARIABILITY IN THE NORTH ATLANTICTHROUGH SYNERGETIC ANALYSIS OF ARGO FLOATS AND SATELLITEALTIMETRY DATA08:15 Billheimer, S. J.; Talley, L. D.; Fratantoni, D. M.: ANNUAL CYCLE ANDDESTRUCTION OF SUBTROPICAL MODE WATER IN THE WESTERNNORTH ATLANTIC08:30 Frajka-Williams, E.; McCarthy, G.; Meinen, C. S.; Johns, W. E.: USINGSATELLITE AND IN SITU OBSERVATIONS TO DETERMINE THE SOURCEOF THE WEAKENING DWBC AT 26N08:45 Candela, J.; Ochoa, J.; Sheinbaum, J.; Lopez, M.; Perez, P.: A TALE OF TWO STRAITS09:00 Sato, O. T.; Polito, P. S.: THE PROCESS OF FORMATION AND DISSIPATIONOF SOUTH ATLANTIC SUBTROPICAL MODE WATERS09:15 Goni, G. J.; Dong, S.; Bringas, F.: VARIABILITY OF THE SOUTH ATLANTICMERIDIONAL OVERTURNING CIRCULATION09:30 Makowski, J. K.; Chambers, D. P.: UNDERSTANDING TRANSPORTVARIABILITY OF THE ANTARCTIC CIRCUMPOLAR CURRENT USINGOCEAN BOTTOM PRESSURE09:45 Bowen, M. M.; Sutton, P.; Roemmich, D.: EVALUATING MEAN DYNAMICTOPOGRAPHY IN BOUNDARY CURRENTS AND THE USE OF ARGOFLOAT TRAJECTORIES46

Program BookAGU/ASLO/TOS10:30 Piecuch, C. G.: ROSSBY WAVES OBSERVED BY SATELLITE GRAVITY INTHE TROPICAL PACIFIC10:45 Cole, S. T.; Owens, W. B.: MIXING LENGTH AND HORIZONTALDIFFUSION FROM ARGO OBSERVATIONS IN THE PACIFIC OCEAN11:00 Qiu, B.; Rudnick, D.; Chen, S.; Kashino, Y.; Sasaki, H.: NEW SUBTHERMOCLINEOCEAN CIRCULATION FEATURES IN THE TROPICAL PACIFIC OCEANREVEALED BY THE ARGO AND OKMC PROFILING FLOAT PROGRAMS11:15 Cornuelle, B. D.; Gopalakrishnan, G.; Rudnick, D. L.: STATE ESTIMATIONAND PREDICTION IN THE BIFURCATION REGION EAST OF THEPHILIPPINES.11:30 Yuan, D.; Zhang, Z.; Chu, P. C.; Dewar, W. K.: GEOSTROPHIC CIRCULATIONIN THE TROPICAL NORTH PACIFIC OCEAN BASED ON ARGO PROFILES11:45 Zilberman, N.; Roemmich, D.; Gille, S.: MERIDIONAL TRANSPORT IN THESOUTH PACIFIC: ASSESSING SAM RELATED VARIABILITY12:00 Na, H.; Kim, K.; Minobe, S.; Sasaki, Y. N.: DECADAL VARIABILITY OFTHE UPPER-OCEAN HEAT CONTENT IN THE NORTHWESTERNPACIFIC AND ITS RELATIONSHIP WITH THE KUROSHIO EXTENSIONVARIABILITY12:15 Nonaka, M.; Hosoda, S.; Sasai, Y.; Sasaki, H.: SUBSURFACE TEMPERATURESTRUCTURE CHANGE IN ASSOCIATION WITH NEGATIVE PACIFICDECADAL OSCILLATION SINCE THE LATE 2000S14:00 von Schuckmann, K.; Sallée, J. B.; Chambers, D.; Le Traon, P. Y.; Cabanes,C.: CONSISTENCY OF THE CURRENT GLOBAL OCEAN OBSERVINGSYSTEMS FROM AN ARGO PERSPECTIVE14:15 Gray, A. R.; Riser, S. C.: A GLOBAL ANALYSIS OF SVERDRUP BALANCEUSING ABSOLUTE GEOSTROPHIC VELOCITIES FROM ARGO14:30 Liang, X.; Wunsch, C.: ESTIMATION OF THE GLOBAL OCEAN VERTICALVELOCITY14:45 Masuda, S.; Doi, T.; Osafune, S.; Sugiura, N.: IMPROVED OCEAN STATEESTIMATION BY USING A 4 DIMENSIONAL VARIATIONAL APPROACH15:00 Lyman, J. M.; Johnson, G. C.: EFFECTS OF CLIMATOLOGY TEMPERATURESHIFTS ON ESTIMATIONS OF GLOBAL OCEAN HEAT CONTENT15:15 Forget, G.; Ponte, R.: OBSERVED REGIONAL SEA LEVEL VARIABILITY ANDITS LARGE SCALE COMPONENTS15:30 Cheng, L.; Zhu, J.: THE IMPACTS OF OCEAN SUBSURFACE OBSERVATIONSYSTEM ON ESTIMATING GLOBAL OCEAN HEAT CONTENT15:45 Lumpkin, R.; Johnson , G.; Flament , P.: A NEW GLOBAL SURFACE CURRENTCLIMATOLOGY, WITH APPLICATION TO THE HAWAIIAN ISLANDREGION022 Scaling Up Individual Processes to Ecosystem Levels In AnEra of Global ChangeChair(s): Sophie J McCoy, mccoy@uchicago.eduAndrew J Pershing, andrew.pershing@maine.eduLaurent Seuront, laurent.seuront@univ-lille1.frNicholas A Kamenos , nick.kamenos@glasgow.ac.ukFrederic Maps, frederic.maps@bio.ulaval.caLocation: 316 A14:00 McCoy, S. J.: EFFECTS OF OCEAN ACIDIFICATION ON CORALLINEALGAE: INTEGRATING EXPERIMENTS, HISTORICAL DATA, ANDMODELS ACROSS PHYSIOLOGICAL, POPULATION, AND ECOSYSTEMLEVELS14:15 Botsford, L. W.; Dedrick, A. G.: SCALING UP THE EFFECTS ONINDIVIDUAL MARINE ORGANISMS TO THEIR POPULATIONCONSEQUENCES AND BEYOND14:30 Record, N. R.; Pershing, A. J.; Maps, F.: A DYNAMICAL SYSTEMS LINKBETWEEN TRAITS AND COMMUNITIES14:45 Neuheimer, A. B.; Hartvig, M.; Heuschele, J.; Hylander, S.; Kiørboe, T.:PATTERNS OF ADULT AND PROGENY SIZE IN THE OCEAN: FROMROTIFERS TO WHALES.15:00 Stamieszkin, K.; Pershing, A. J.; Record, N. R.: USING COPEPODPHYSIOLOGY AND BIOGEOGRAPHY TO UNDERSTAND VARIABILITY INTHE BIOLOGICAL CARBON PUMP15:15 Chen, B.; Landry, M. R.; Huang, B.; Liu, H.: DOES WARMING ENHANCETHE EFFECT OF MICROZOOPLANKTON GRAZING ON MARINEPHYTOPLANKTON IN THE OCEAN?15:30 Hirst, A. G.; Glazier, D. S.; Atkinson, D.: SHAPE-SHIFTING PELAGICINVERTEBRATES RESOLVE MAJOR CONTRADICTIONS IN METABOLICSCALING15:45 Mills, K. E.; Pershing, A. J.: DRAWING UPON METABOLIC THEORY TOFORECAST FISH COMMUNITY CHARACTERISTICS IN A CHANGINGCLIMATE026 Biological and Physical Controls of Particle Dynamicsand Fluxes In the Mesopelagic Layer of the Ocean: CurrentUnderstanding and Future Directions.Chair(s): Richard B. Rivkin, rrivkin@mun.caRoger Francois , rfrancoi@eos.ubc.caLouis Legendre, legendre@obs-vlfr.frLocation: 313 B08:00 Jackson, G. A.; Checkley, D. M.; Dagg, M.: FACTORS AFFECTING PARTICLEFLUX IN THE UPPER 100 M OF THE OCEAN08:15 Siegel, D. A.; Buesseler, K. O.; EXPORTS Planning Team, .: EXPORTS: SCIENCEPLAN FOR A NASA FIELD CAMPAIGN FOR QUANTIFYING THEBIOLOGICAL PUMP FROM SATELLITE OBSERVABLES08:30 Guidi, L.; Legendre, L.; Uitz, J.; Stemmann, L.; Henson, S. A.: A NEW LOOKAT OCEAN CARBON REMINERALIZATION AND SEQUESTRATIONCOMBINING WATER-COLUMN AND SATELLITE DATA08:45 Dagg, M. J.; Jackson, G. A.; Checkley, D. M.: FECAL PELLETS FROM LARGEZOOPLANKTON IN MONTEREY BAY AND COASTAL CALIFORNIA.09:00 Iversen, M. H.: DO IN SITU MEASUREMENTS OF SETTLINGAGGREGATES TELL US WHAT WE THINK THEY DO?09:15 McDonnell, A. M.; Gruber, N.: SPATIAL AND TEMPORAL DISPLACEMENTOF SINKING PARTICLE FLUXES AND REMINERALIZATION09:30 Laurenceau, E. C.; Trull, T. W.; Davies, D. M.; De La Rocha, C. L.; Blain, S.:AGGREGATION PROCESSES AND PHYTOPLANKTON MORPHOLOGYIN THE CONTROL OF EXPORT FLUXES FROM NATURALLY IRON-FERTILISED WATERS NEAR THE KERGUELEN PLATEAU.09:45 Legendre, L.; Rivkin, R. B.; Guidi, L.; Uitz, J.: DOES THE MICROBIAL CARBONPUMP HAVE BIOGEOCHEMICAL SIGNIFICANCE IN THE GLOBALLYCHANGING OCEAN?030 Wind-Generated Waves and Storm Surge FromMeteorological ActivityChair(s): Oceana Puananilei Francis, oceanaf@hawaii.eduKwok Fai Cheung, cheung@hawaii.eduLocation: 318 AB10:30 Ardhuin, F.; Roland, A.; Filipot, J.: EXTREME SEA STATES: CALIBRATION OFOCEAN WAVE HINDCASTS WITH SEISMIC NOISE RECORDS10:45 Naohisa Takagaki, N.; Koji Iwano, K.; Satoru Komori, S.: STATISTICALPROPERTIES OF WIND WAVES GENERATED IN EXTREMELY-HIGH WINDCONDITION11:00 Cox, C. S.: DISTORTION OF THE VISCOUS SUBLAYER OF WIND OVERGRAVITY-CAPILLARY WAVES: WIND STRESS AND WAVE GROWTH11:15 Webb, A.; Fox-Kemper, B.; Flyer, N.: A MESHLESS APPROACH TO GLOBALOCEAN WAVE MODELING11:30 Deike, L.; Popinet, S.: INFLUENCE OF SMALL SCALE STRUCTURE ONSURFACE WAVE DISSIPATION11:45 Melville, W. K.; Fedorov, A. V.: THE EQUILIBRIUM DYNAMICS ANDSTATISTICS OF WIND DRIVEN GRAVITY-CAPILLARY WAVES12:00 Neumeier, U.; Ruest, B.; Bismuth, E.; Dumont, D.: MODELING FUTURE WAVECLIMATES IN THE GULF OF ST. LAWRENCE, INFLUENCE OF SEA ICEREDUCTION12:15 Francis, O. P.; Panteleev, G. G.; Stroh, J.; Yaremchuk, M.: TOWARD A RELIABLEWAVE HINDCAST IN THE PACIFIC SECTOR OF THE ARCTIC OCEANMONDAY47

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY032 Examining Connectivity In Marine Populations, From Unicellsto Metazoans, Using Novel and Integrated ApproachesChair(s): Tatiana Rynearson, rynearson@mail.uri.eduBenjamin Walther, bwalther@utexas.eduErica Goetze, egoetze@hawaii.eduDerek Hogan, james.hogan@tamucc.eduLocation: 316 A08:00 Blanco-Bercial, L.; Bucklin, A.; O’Neill , R. J.: NEW VIEW OF POPULATIONGENETICS OF ZOOPLANKTON: RAD-SEQ ANALYSIS REVEALSPOPULATION STRUCTURE OF THE N ATLANTIC PLANKTONICCOPEPOD CENTROPAGES TYPICUS08:15 Peijnenburg, K.; Liu, S.; Le Parco, Y.; Marlétaz, F.: MITOGENOMICS REVEALSEXTREME GENETIC DIVERSITY IN CHAETOGNATHS08:30 Osborn, K. J.; Bush, S. L.; Wirshing, H. H.; Walz, K. R.; Robison, B. H.:CONNECTIVITY OF MESO- AND BATHYPELAGIC INVERTEBRATECOMMUNITIES08:45 Chen, G.; Rynearson, T.: POPULATION GENETIC VARIATION ANDCONNECTIVITY OF THE MARINE DIATOM THALASSIOSIRAGRAVIDA IN THE 2008 NORTH ATLANTIC BLOOM EXPERIMENT09:00 Mino, S.; Nakagawa, S.; Makita, H.; Miyazaki, J.; Sawabe, T.:BIOGEOGRAPHY AND POPULATION GENETICS OF DEEP-SEA VENTCHEMOLITHOAUTOTROPHS INFERRED FROM MULTI-LOCUSSEQUENCE ANALYSIS (MLSA)09:15 Baco-Taylor, A. R.; Etter, R.; Ribeiro, P.; Beerli, P.; von der Heyden, S.: ASYNTHESIS OF DISPERSAL DISTANCES IN DEEP-SEA FAUNA INFERREDFROM GENETIC DATA: IMPLICATIONS FOR CONNECTIVITY AND MPADESIGN09:30 Iacchei, M.; Bird, C. E.; Goetze, E.; Toonen, R. J.: KINSHIP METRICS PROVIDEINSIGHT INTO THE MURKY POPULATION GENETIC DATASETS OFHIGH GENE-FLOW POPULATIONS09:45 Bird, C. E.: PATTERNS OF SELECTION ALONG A DEPTH GRADIENT INHAWAIIAN ‘OPIHI (CELLANA SPP.)10:30 Torda, G.; Willis, B. L.; Lundgren, P.; van Oppen, M. J.: ASSESSMENTOF CONTEMPORARY CONNECTIVITY IN CORALS BY GENETICASSIGNMENT OF RECRUITS10:45 Santos, A. M.; Bartilotti , C.; Garrido, S.; Peliz , A.; dos Santos, A.: LARVALTRANSPORT AND RETENTION IN THE NORTHERN CANARY CURRENTUPWELLING SYSTEM11:00 Nanninga, G. B.; Zhan, P.; Saenz-Agudelo, P.; Hoteit, I.; Berumen, M. L.:EMPIRICAL EVIDENCE FOR A SINK POPULATION IN A CORAL REEF FISH11:15 Young, E. F.; De Bruyn, M.; Tysklind, N.; Murphy, E. J.; Carvalho, G. R.:OCEANOGRAPHIC INFLUENCES ON THE POPULATION GENETICSTRUCTURE OF ANTARCTIC FISHES11:30 Hrycik, J. M.; Chassé, J.; Wells, M. G.; Ruddick, B. R.; Taggart, C. T.: DISPERSALKERNEL ESTIMATION: COMPARISONS OF EMPIRICAL AND MODELLEDPARTICLE DISPERSION IN COASTAL MARINE AND LAKE SYSTEMS11:45 Hogan, J. D.; McIntyre, P. B.; Blum, M. J.; Gilliam, J. F.; Bickford, N.:CONSEQUENCES OF ALTERNATIVE DISPERSAL STRATEGIES IN APUTATIVELY AMPHIDROMOUS FISH12:00 Stanley, R. E.; Bradbury, I. R.; Snelgrove, P. V.; DiBacco, C.; Thorrold, S.:SPATIAL VARIATION IN OTOLITH GEOCHEMISTRY OF JUVENILEATLANTIC COD, GADUS MORHUA, IN COASTAL NEWFOUNDLAND:ENVIRONMENTAL AND BIOLOGICAL DRIVERS12:15 Ceriani, S. A.; Roth, J. D.; McClellan, C. M.; Haas, H. L.; Weishampel, J. F.:MODELING AND MAPPING ISOTOPIC PATTERNS IN THE NORTHWESTATLANTIC DERIVED FROM THE LOGGERHEAD TURTLE033 Ocean Acidification In Coastal EnvironmentsChair(s): Jeremy T. Mathis, jeremy.mathis@noaa.govRichard A. Feely, richard.a.feely@noaa.govLocation: 31108:00 Hofmann, G. E.; Kelly, M. W.: STUDYING ADAPTIVE CAPACITY INCOASTAL MARINE INVERTEBRATES: A FIRST CUT08:15 White, M. M.; Drapeau, D. T.; Lubelczyk, L. C.; Bowler, B. C.; Balch, W. M.:CALCIFICATION OF AN ESTUARINE COCCOLITHOPHORE INCREASESUNDER INCREASED PCO 208:30 Saderne, V.; Fietzek, P.; Aßmann, S.; Hiebenthal, C.; Martz, T. A.: IN-SITUCONTINUOUS RECORDING OF THE CARBONATE CHEMISTRYINTERACTIONS BETWEEN MUSSEL AND SEAGRASS BEDS SUBJECTEDTO UPWELLING EVENTS USING PH AND PCO2 SENSORS08:45 Miller, J. J.; Bascom, D.; Friedman, C.; McElhany, P.: EFFECT OF ELEVATEDCO2 ON LARVAE OF DUNGENESS CRAB (CANCER MAGISTER)09:00 TOMAS, F.; MARTINEZ-CREGO, B.; HERNÁN, G.; SANTOS,R.: CONTRASTING EFFECTS OF OCEAN ACIDIFICATION,EUTROPHICATION AND HERBIVORY ON SEAGRASS - HERBIVOREINTERACTIONS09:15 Walkup, S.; Correa, J.; Ayón, P.; Ledesma, J.; Checkley, Jr. , D.: THEDISTRIBUTION AND ABUNDANCE OF PERUVIAN ANCHOVETA(ENGRAULIS RINGENS) EGGS AND LARVAE IN RELATION TO PCO 209:30 Thomsen, J.; Stapp, L.; Haynert, K.; Wegner, M.; Melzner , F.: SENSITIVITYAND ADAPTATION POTENTIAL OF MYTILUS EDULIS TO OCEANACIDIFICATION: A MULTI-GENERATIONAL STUDY09:45 MacLeod, C. D.: HOW WILL OCEAN ACIDIFICATION AFFECT THEFREE-LIVING STAGES OF MARINE PARASITES?10:30 Hagens, M.; Slomp, C. P.; Meysman, F.; Borges, A. V.; Middelburg, J. J.: HYPOXIAAND BIOGEOCHEMICAL PROCESSES CONCURRENTLY IMPACTACIDIFICATION IN A SEASONALLY STRATIFIED COASTAL MARINELAKE10:45 Yeakel, K. L.; Andersson, A. J.; Bates, N.; Noyes, T.; Collins, A.: FIVE-YEARTIME-SERIES OF SEAWATER CO 2CHEMISTRY REVEALS ACIDIFICATIONOF THE BERMUDA CORAL REEF PLATFORM11:00 Horwitz, R.; Fine, M.: HIGH CO2 DETRIMENTALLY AFFECTS TISSUEREGENERATION OF RED SEA CORALS11:15 Dulaiova, H.; Fuleky, P.; Berg, C.: ACIDIFICATION RATES IN HAWAIIANCOASTAL WATERS11:30 Cyronak, T. J.; Schulz, K. G.; Santos, I. R.; Eyre, B. D.: THE CHANGINGCARBONATE CHEMISTRY OF CORAL REEFS: IMPLICATIONS FOR THEFUTURE OF REEF FORMATION11:45 Ashworth, J.; Orellana, M. V.; Lee, A.; Armbrust, E. V.; Baliga, N. S.:MULTIFACTORIAL RESPONSES TO INCREASED CO 2IN T. PSEUDONANA:POTENTIAL IMPACTS OF OCEAN ACIDIFICATION ON DIATOMCARBON AND NUTRIENT CYCLING12:00 Ingels, J.; Dashfield, S.; Widdicombe, S.; Stahl, H.; Blackford, J.: MEIO- ANDMICRO-BENTHIC RESPONSE TO CO2 RELEASE IN COASTALSEDIMENTS: INVESTIGATING IMPACTS OF POTENTIAL LEAKAGE INCCS SYSTEMS12:15 CURRIE, A. R.; STAHL, H.: RATES OF BENTHIC DENITRIFICATION ANDANAMMOX UNDER PRESENT AND FUTURE OCEAN ACIDIFICATIONAND TEMPERATURE CONDITIONS14:00 Salisbury, J.; Vandemark, D.; Hunt, C. W.; Sabine, C.; Musielewicz, S.: FACTORSCONTRIBUTING TO VARIABILITY IN PCO2 AND CALCITE MINERALSATURATION STATE IN A SENSITIVE COASTAL ECOSYSTEM14:15 Siedlecki, S. A.; Hermann, A.; Bond, N.; Alin, S.; Feely, R.: HYPOXIA ANDOCEAN ACIDIFICATION OF THE COASTAL WATERS OF THE PACIFICNORTHWEST: EVALUATION OF SEASONAL PREDICTIONS OF HYPOXIAAND PH14:30 Alin, S. R.; Feely, R. A.; Newton, J. A.; Krembs, C.; Devol, A.: ATTRIBUTIONOF CORROSIVE BOTTOM-WATER CONDITIONS TO OCEANACIDIFICATION AND OTHER ESTUARINE DRIVERS IN PUGET SOUND:AN UPDATED ANALYSIS14:45 Ianson, D.; Allen, S. E.; Moore-Maley, B.; Johannessen, S.; MacDonald, R.:VULNERABILITY OF A SEMI- ENCLOSED ESTUARINE SEA TO OCEANACIDIFICATION15:00 Newton, J. A.; Willis, Z.; Jewett, L.; Feely, R.: OCEAN ACIDIFICATIONOBSERVING SYSTEMS: LOCAL TO GLOBAL15:15 Phillips, J. C.; McKinley, G. A.; Bootsma, H. A.; Sterner, R. W.; Urban, N. R.:CO2-INDUCED ACIDIFICATION OF THE LAURENTIAN GREAT LAKES48

Program BookAGU/ASLO/TOS15:30 Montserrat, F.; Meysman, F. J.: MITIGATION OF OCEAN ACIDIFICATIONIN COASTAL SYSTEMS THROUGH ENHANCED MINERAL WEATHERING15:45 Murray, J. W.; Lessard, E.; Morris, R.; Kodner, R.; Foy, M.: IMPACTS OFOCEAN ACIDIFICATION ON FOOD-WEB STRUCTURE: A MESOCOSMEXPERIMENT (APRIL 2013) IN HIGH CO2 WATERS OF NATURAL ORIGINAT THE UW FHL037 Dynamics of Coupled Processes In the Ocean: A Tribute tothe Career of Dr. James MurrayChair(s): Laurie Balistrieri, balistri@usgs.govKathryn Kuivila, kkuvilia@usgs.govHans Jannasch, jaha@mbari.orgLocation: 31408:00 Santschi, P. H.; Chuang, C. Y.; Xu, C.; Zhang, S.; Schwehr, K. A.: BIOPOLYMERSAS CARRIERS OF NATURAL AND ANTHROPOGENIC RADIONUCLIDESIN THE ENVIRONMENT08:15 Brewer, P. G.; Hofmann, A. F.; Peltzer, E. T.; Ussler, W.: EVALUATINGMICROBIAL CHEMICAL CHOICES: THE OCEAN CHEMISTRY BASIS FORTHE COMPETITION BETWEEN USE OF O2 OR NO3 AS AN ELECTRONACCEPTOR08:30 Emerson, S. R.; Hamme, R. C.; Tempest, K. E.: MECHANISMS OF BUBBLE-PRODUCED OXYGEN SUPERSATURATION DETERMINED BY INERTGASES AND A NEW TRACER, ΔN2*/AR08:45 Konovalov, S. K.; Murray, J. W.: ACIDIFICATION OF THE BLACK SEA OXIC/ANOXIC WATER COLUMN09:00 Oldham, V. E.; Owings, S. M.; Jones, M.; Tebo, B. M.; Luther, G. W.: EVIDENCEFOR THE PRESENCE OF STRONG MN(III)-BINDING LIGANDS IN THEWATER COLUMN OF THE CHESAPEAKE BAY09:15 Benitez-Nelson, C. R.; McParland, E.; Opseth, A.; Taylor, G. T.; Thunell, R. C.:PHOSPHORUS CYCLING ACROSS THE OXIC/ANOXIC INTERFACE OFTHE CARIACO BASIN09:30 Miller, L. G.; Baesman, S. M.; Oremland, R. S.: DISSIMILATORYPERCHLORATE REDUCTION LINKED TO CRYPTIC AEROBIC METHANEOXIDATION VIA CHLORITE DISMUTASE.09:45 Dunne, J. P.: TOP TEN SCIENCE LESSONS FROM MY PHD ADVISORAPPLIED TO EARTH SYSTEM MODELING039 Ocean Circulation Variability and Air-Sea Interactions In theWestern Pacific and Eastern Indian OceanChair(s): Kentaro Ando, andouk@jamstec.go.jpChristopher Maes, Christophe.Maes@ird.frBo Qiu, bo@soest.hawaii.eduYukio Masumoto, masumoto@eps.s.u-tokyo.ac.jpLocation: 313 C08:00 Nagura, M.; McPhaden, M. J.: MOMENTUM BUDGET OF THE WYRTKI JETS08:15 McPhaden, M. J.; Nagura, M.: INDIAN OCEAN DIPOLE INTERPRETED INTERMS OF RECHARGE OSCILLATOR THEORY08:30 WANG, J.; Yuan, D.: ROLES OF WESTERN AND EASTERN BOUNDARYREFLECTIONS IN THE INTERANNUAL SEA LEVEL VARIATIONS DURINGTHE INDIAN OCEAN DIPOLE EVENTS08:45 DU, Y.; ZHANG, Y.: AQUARIUS AND SMOS OBSERVED SEA SURFACESALINITY VARIATIONS IN THE EQUATORIAL INDIAN OCEANASSOCIATED WITH THE IOD09:00 Horii, T.; Mizuno, K.; Nagura, M.; Miyama, T.; Ando, K.: SEASONAL ANDINTERANNUAL VARIATION IN THE CROSS-EQUATORIAL MERIDIONALCURRENTS OBSERVED IN THE EASTERN INDIAN OCEAN09:15 Kataoka, T.; Tozuka, T.; Behera, S. K.; Yamagata, T.: ON THE MECHANISM OFLOCALLY AMPLIFIED NINGALOO NIÑO09:45 ZHOU, L.; Murtugudde, R.: OCEAN IMPACT ON THE ONSET OF INDIANSUMMER MONSOON10:30 Brown, J. N.; Langlais, C.; Maes, C.; Sen Gupta, A.; Graham, F.: SIMULATIONSOF THE EDGE OF THE WESTERN PACIFIC WARM POOL IN CMIP5, ANDTHE IMPLICATIONS FOR CLIMATE CHANGE AND ENSO DYNAMICS.10:45 Liu, Q.; Wang, L.; Xu, L.; Xie , S. P.: RESPONSE OF MODE WATER ANDSUBTROPICAL COUNTERCURRENT IN THE NORTH PACIFIC TOGREENHOUSE GAS AND AEROSOL FORCING11:00 Yamanaka, G.; Tsujino, H.; Nakano, H.; Hirabara, M.: DECADAL VARIABILITYOF THE SUBTROPICAL CELL AND THE SEA SURFACE HEIGHT IN THETROPICAL PACIFIC REVEALED BY A HISTORICAL OGCM SIMULATION11:15 Han, W.; Meehl, G. A.; Hu, A.; Alexander, M. A.; Yamagata (and other coauthors),T.: INTENSIFICATION OF DECADAL (10-20YR) SEA LEVEL VARIABILITYIN THE WESTERN TROPICAL PACIFIC DURING RECENT DECADES11:30 England, M. H.; McGregor, S.; Spence, J. P.; Meehl, G. A.; Timmermann, A.:RECENTLY INTENSIFIED PACIFIC OCEAN WIND-DRIVEN CIRCULATIONAND THE ONGOING WARMING HIATUS11:45 Zhuang, W.; Qiu, B.; Du, Y.: LOW-FREQUENCY WESTERN PACIFICOCEAN SEA LEVEL AND CIRCULATION CHANGES DUE TO THECONNECTIVITY OF THE PHILIPPINE ARCHIPELAGO12:00 Qu, T.; Song, Y. T.; Maes, C.: SEA SURFACE SALINITY AND BARRIER LAYERVARIABILITY IN THE EQUATORIAL PACIFIC12:15 Singh, A.; Brown, J. N.: RELATIONSHIPS BETWEEN BARRIER LAYERVARIABILITY AND ENSO RECHARGE/DISCHARGE IN THE WESTERNPACIFIC WARM POOL REGION14:00 Kessler, W. S.; Davis, R. E.; Sherman, J. T.: GLIDER-MEASURED SOLOMONSEA TRANSPORT TIME SERIES14:15 marin, F.; fuda, J. L.; durand, F.: TIME VARIABILITY OF THE EASTCALEDONIAN CURRENT14:30 Steinberg, C. R.; McAllister, F.; Rigby, P.; Munoz Mas, C.; Tonin, H.: Q-IMOSMONITORING OF THE WESTERN BOUNDARY CURRENTS OF THECORAL SEA AND GREAT BARRIER REEF EXCHANGES14:45 Gordon, A. L.; Flament, P.; Villanoy, C. L.: LAMON BAY: KUROSHIO BIRTHAND THE NEC BIFURCATION15:00 Lee, C. M.; Ma, B.; Lien, R. C.; Rainville, L.; Yang, K. C.: ORIGINS OFTHE KUROSHIO AND MINDANAO CURRENTS: GLIDER-BASEDOBSERVATIONS OF THE KUROSHIO IN THE VICINITY OF LUZONSTRAIT15:15 Ma, B. B.; Lien, R.; Lee, C. M.: EFFECT OF EDDIES ON THE KUROSHIOTRANSPORT AT THE ENTRANCE OF LUZON STRAIT15:30 McClean, J. L.; Yulaeva, E. V.; Delman, A. S.: EDDY-MEAN FLOWINTERACTIONS IN THE LOW LATITUDE KUROSHIO CURRENT IN ANEDDYING GLOBAL OCEAN MODEL15:45 Schonau, M. C.; Rudnick, D. L.: STRUCTURE AND VARIABILITY OF THENORTH EQUATORIAL CURRENT AND MINDANAO CURRENT: GLIDEROBSERVATIONS043 Biogenic Trace Gases In the Surface Ocean:From Source to FluxChair(s): Sam Wilson, stwilson@hawaii.eduHermann Bange, hbange@geomar.dePhilippe Tortell, ptortell@eos.ubc.caLaura Farias, lfarias@profc.udec.clLocation: 319 AB14:00 Arévalo-Martínez, D. L.; Bange, H. W.; Kock, A.; Körtzinger, A.; Steinhoff, T.:NITROUS OXIDE IN THE EASTERN TROPICAL SOUTH PACIFIC OCEAN14:15 Zhang, G.; Zhang, J.; Liu, S.; Cao, X.; Ma, X.: DISSOLVED METHANE ANDNITROUS OXIDE IN THE EAST CHINA SEA: DISTRIBUTIONS ANDFLUXES14:30 Rehder, G.; Werner, J.; Lenz, S.; Bange, H. W.; Quadfasel, D.: TRACE GASDISTRIBUTION AND FLUXES IN THE BENGUELA UPWELLING SYSTEM14:45 Capelle, D. W.; Tortell, P. T.; Hawley, A. K.; Torres-Beltran, M.; Hallam, S.J.: MONTHLY TIME SERIES OF WATER COLUMN N 2O AND CH 4INSAANICH INLET, BC; A SEASONALLY ANOXIC FJORD15:00 Liu, Y.; Thornton, D. C.; Yvon-Lewis, S. A.; Bianchi, T. S.; Shields, M.: MARINEDISSOLVED ORGANIC MATTER (DOM) COMPOSITION DRIVES THEPRODUCTION AND CHEMICAL SPECIATION OF BROMINATED VERYSHORT-LIVED SUBSTANCESMONDAY49

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY15:15 Hepach, H.; Quack, B.; Raimund, S.; Fuhlbruegge, S.; Bracher, A.: PROCESSESCONTRIBUTING TO HALOCARBON EMISSIONS FROM THE TROPICALOCEAN15:30 Stemmler, I.; Hense, I.: BROMOFORM IN THE OPEN OCEAN15:45 Johnson, M. T.; Bell, T. G.; Paulot, F.; Woodward, M.: SURFACE OCEANAMMONIUM DYNAMICS: TOWARDS AN IMPROVED ESTIMATE OFGLOBAL MARINE AMMONIA EMISSIONS048 Ocean Primary Productivity: Variability and InfluenceChair(s): David Nicholson, dnicholson@whoi.eduChristopher Brown, christopher.w.brown@noaa.govAnand Gnanadesikan, gnanades@jhu.eduLaurie Juranek, ljuranek@coas.oregonstate.eduToby Westberry, westbert@science.oregonstate.eduLocation: 313 A08:00 Pan, B.; Moore, J. K.: ANALYSIS OF THE VARIATIONS IN PHYTOPLANKTONBLOOMS IN THE VICINITY OF KERGUELEN PLATEAU08:15 Lopes, C.; Kucera, M.; Mix, A. C.: GLACIAL-INTERGLACIAL CHANGES INPRIMARY PRODUCTIVITY AND ORGANIC CARBON BURIAL EFFICIENCYIN THE NORTHEAST PACIFIC08:30 Briggs, N. T.; Perry, M. J.; Cetinic, I.; D’Asarao, E.; Rehm, E.: DIEL CYCLES OFOXYGEN AND BEAM ATTENUATION MEASURED BY A LAGRANGIANFLOAT YIELD ACCURATE, AUTONOUMOUS ESTIMATES OF PRIMARYPRODUCTIVITY.08:45 Smith, T. A.; Jolliff, J. K.; Walker, N. D.: TROPICAL CYCLONE CHLOROPHYLL-APRODUCTION IN A FULLY-COUPLED AIR-SEA-BIOLOGY MODEL09:00 Dudeja, G.; Henson, S.; Challenor, P.; Beaulieu, C.: DETECTION OF GLOBALWARMING IN SATELLITE RECORDS OF OCEAN PRODUCTIVITY WITHAN OPTIMAL FINGERPRINT METHOD09:15 Gnanadesikan, A.; Dunne, J. P.; Msadek, R.: EVALUATING THE LINKBETWEEN ATLANTIC MULTIDECADAL VARIABILITY ANDPHENOLOGICAL VARIBILITY IN TWO EARTH SYSTEM MODELS09:30 Foukal, N. P.; Thomas, A. C.: BIOGEOGRAPHY AND PHENOLOGY OFSATELLITE-MEASURED PHYTOPLANKTON SEASONALITY IN THECALIFORNIA CURRENT09:45 Lozier, M. S.; Dave, A. C.: EXAMINING THE GLOBAL RECORD OFINTERANNUAL VARIABILITY IN STRATIFICATION AND MARINEPRODUCTIVITY IN THE LOW-LATITUDE AND MID-LATITUDE OCEAN10:30 Juranek, L. W.: GLOBAL VARIABILITY IN THE GROSS TO NET PRIMARYPRODUCTION RATIO: PHYSIOLOGICAL DRIVERS, METHOD BIASES,AND UNCERTAINTIES10:45 Palevsky, H. I.; Lockwood, D. E.; Armstrong, E. J.; Quay, P. D.: GROSS PRIMARYPRODUCTION AND NET COMMUNITY PRODUCTION RATES ACROSSTHE NORTH PACIFIC FROM TRIPLE OXYGEN ISOTOPES AND OXYGEN/ARGON DISSOLVED GAS RATIOS11:00 Prokopenko, M. G.; Yeung, L. Y.; Haskell, W. Z.; Brix, H.; Stanley, R.: LINKINGBIOLOGICAL PRODUCTION AND HYDROGRAPHY IN THE TRANSITIONZONE BETWEEN COASTAL UPWELLING AND SUBTROPICAL GYRE INTHE EASTERN TROPICAL S. PACIFIC (ETSP)11:15 Stanley, R. H.; McGillicuddy, D. J.; Sandwith, Z. O.: SUBMESOSCALEBIOLOGICAL HOTSPOTS: INSIGHTS FROM A HIGH RESOLUTIONTOWED OXYGEN PROFILER AND FROM SURFACE O2/AR RATIOS11:30 Teeter, L.; Hamme, R. C.; Ianson, D.; Bianucci, L.: CAN NET COMMUNITYPRODUCTION BE ACCURATELY ESTIMATED FROM OXYGEN/ARGONRATIOS IN COASTAL UPWELLING ZONES? A MODELLING STUDY.11:45 Primeau, F. W.; Emerson, S. W.: ON THE SENSITIVITY OF THERMOCLINEOXYGEN CONCENTRATION TO CHANGES IN SPATIAL PATTERNS OFNET COMMUNITY PRODUCTION12:00 Bror Jonsson, B. F.; Salisbury, J.; Mahadevan, A.: EPISODICITY INPHYTOPLANKTON DYNAMICS ON REGIONAL AND GLOBAL SCALES12:15 Munro, D. R.; Lovenduski, N. S.; Stephens, B. B.; Sweeney, C.; Arrigo, K. R.:ESTIMATES OF NET COMMUNITY PRODUCTION IN THE SOUTHERNOCEAN BASED ON TIME SERIES OBSERVATIONS OF NUTRIENTS ANDDISSOLVED INORGANIC CARBON IN DRAKE PASSAGE14:00 Stukel, M. R.; Ducklow, H. W.; Schofield, O.; Erickson, M. E.; Strebel, S.: THEBALANCE OF NEW AND EXPORT PRODUCTION IN THE BISMARCKSTRAIT, WESTERN ANTARCTIC PENINSULA14:15 Halsey, K. H.; Jones, B. M.; Behrenfeld, M. J.; Milligan, A. J.: PHYTOPLANKTONPRIMARY PRODUCTION EFFICIENCIES ARE STRONGLY INFLUENCED BYSPECIES-SPECIFIC PHOTOSYNTHETIC ELECTRON UTILIZATION STRATEGIES14:30 Young, J. N.; Tortell, P. D.; Morel, F. M.: RUBISCO IN COLD SEAS14:45 Goldman, J. A.; Tortell, P. D.; Morel, F. M.; Bender, M. L.: PRIMARYPRODUCTION AND RESPIRATION IN COLD WATERS: INSIGHTS FROMMEASUREMENT IN THE WEST ANTARCTIC PENINSULA15:00 Bachman, B. E.; Lomas, M. W.; Richardson, T. L.: PICOPLANKTON RULE!FROM THE LABRADOR TO THE SARGASSO SEA: SIZE-FRACTIONATEDAND GROUP-SPECIFIC RATES OF PRIMARY PRODUCTIVITY15:15 Morison, F.; Menden-Deuer, S.: EARLY SPRING PHYTOPLANKTONDYNAMICS IN THE SUBPOLAR NORTH ATLANTIC: THE INFLUENCE OFHETEROTROPHIC-PROTIST HERBIVORY15:30 Browning, T. J.; Bouman, H. A.; Moore, C. M.: SATELLITE-DETECTEDFLUORESCENCE: DECOUPLING NON-PHOTOCHEMICAL QUENCHINGFROM IRON STRESS SIGNALS IN THE SOUTH ATLANTIC ANDSOUTHERN OCEAN15:45 Macey, A. I.; Ryan-Keogh, T. J.; Richier, S.; Moore, C. M.; Bibby, T. S. :PHOTOSYNTHETIC PROTEIN STOICHIOMETRY AND PHOTOPHYSIOLOGICALRESPONSES OF PHYTOPLANKTON COMMUNITIES TO IRON STRESS IN THEHIGH LATITUDE NORTH ATLANTIC062 Linking Molecular ‘Omics’ Measurements to DevelopConceptual and Computational Models of Ocean MicrobialEcology, Diversity and BiogeochemistryChair(s): John R. Moisan, John.R.Moisan@nasa.govSarah Bender, sbender@uw.eduVictoria Coles, vcoles@umces.eduSonya Dyhrman, sdyhrman@ldeo.columbia.eduAdam Martiny, amartiny@uci.eduBrook Nunn, brookh@uw.eduBenjamin Twinning, btwining@bigelow.orgPatricia Yager, pyager@uga.eduLocation: 319 AB08:00 Jack, . A.; Peter, .; Nicole, .: MODELING MICROBIAL COMMUNITIES USINGOMICS DATA08:15 Reed, D. C.; Breier, J. A.; Jiang, H.; Klausmeier, C. A.; Dick, G. J.: COUPLEDMICROBIAL-GEOCHEMICAL DYNAMICS IN A MODEL DEEP-SEAHYDROTHERMAL PLUME08:30 Saito, M. A.; McIlvin, M.; Moran, D. M.; Lamborg, C. H.; DiTullio, G.:INTERSECTION OF NUTRIENT LIMITATION BIOMES IN THEEQUATORIAL PACIFIC OCEAN AS DETECTED BY QUANTITATION OFPROTEOMIC BIOMARKERS08:45 Jenkins, B. D.; Chappell, P. D.; Wallace, J. R.; Whitney, L. P.: FOLLOWINGIRON LIMITATION ACROSS OCEAN GRADIENTS: PAIRING GENETICFINGERPRINTING OF DIATOM COMMUNITY COMPOSITION WITHMOLECULAR INDICATORS OF IRON STATUS09:00 Kujawinski, E. B.; Carozza, J.; Johnson, W.; Kido Soule, M. C.; Longnecker,K.: INSIGHTS INTO CARBON CYCLING ALONG LINE-P FROMINTEGRATION OF MICROBIAL METABOLOMICS AND DISSOLVEDORGANIC MATTER COMPOSITION09:15 Zielinski, B. L.; Coles, V. J.; Satinsky, B.; Yager, P. L.; Paul, J. H.: PATTERNS OFMICROEUKARYOTIC GENE EXPRESSION PARALLEL BIOGEOCHEMICALMEASUREMENTS IN THE AMAZON RIVER PLUME09:30 Snow, J. T.; Metodiev, M.; Geider, R.; Moore, C. M.; Bibby, T. S.: RESOURCEALLOCATION IN TRICHODESMIUM SP.: LINKING QUANTITATIVEPROTEOMICS AND INTRACELLULAR STOICHIOMETRY TO DEFINEDDIAZOTROPHIC PROVINCES09:45 Poulson-Ellestad, K. L.; Nunn, B.; Jones, C. M.; Fernandez, F. M.; Kubanek,J.: COMBINING PROTEOMICS AND METABOLOMICS TO UNRAVELCOMPETITIVE INTERACTIONS BETWEEN MARINE PHYTOPLANKTON50

Program BookAGU/ASLO/TOS064 Surface Ocean Lower Atmosphere Study (SOLAS):Advances and Impacts of Ocean Derived Aerosols andAtmospheric Nutrient InputsChair(s): William L. Miller, bmiller@uga.eduDavid J. Kieber, djkieber@esf.eduLocation: 318 AB08:00 Galgani, L.; Piontek, J.; Engel, A.: THE GEL-LIKE NATURE OF THE SEA-SURFACE MICROLAYER DURING THE 2012 ARCTIC SEA-ICE MINIMUM08:15 Bureekul, S.; Murashima, Y.; Furutani, H.; Uematsu, M.: BIOGEOCHEMICAL–ENRICHMENT IN SEA-SURFACE MICROLAYER08:30 George, .; Bernard, F.; Ciararu, R.; Rossignol, S.: AIR-SEA EXCHANGE DRIVENBY LIGHT: FUNCTIONALIZED VOCS AND PARTICLE FORMATION08:45 Orellana, M. V.; Caballero, J.; Lee, A. M.; Leck, C.; Matrai, P. A.:FINGERPRINTING THE CLOUDS09:00 Lewis, E. R.; Senum, G.; Schwartz, S. E.; Gao, Y.: AEROSOL NUMBERCONCENTRATION AND SIZE DISTRIBUTION IN THE MID-LATITUDEEASTERN NORTH PACIFIC09:15 Volkamer, R.; Apel, E.; TORERO Science team, .: FIELD EVIDENCE THATMARINE ORGANIC CARBON IMPACTS THE COMPOSITION OF THETROPICAL FREE TROPOSPHERE09:30 Kieber, D. J.; Keene, W. C.; Frossard, A. A.; Long, M. S.; Russell, L. M.: COUPLEDOCEAN-ATMOSPHERE LOSS OF REFRACTORY MARINE DISSOLVEDORGANIC MATTER09:45 Manuela van Pinxteren, .; Hartmut Herrmann, .: GLYOXAL ANDMETHYLGLYOXAL IN ATLANTIC SEAWATER AND MARINE AEROSOLPARTICLES070 Policy Impacts of Ocean Research: Communicating Scienceto Decision-MakersChair(s): Kevin Wheeler, kwheeler@oceanleadership.orgAdrienne Sponberg, sponberg@aslo.orgLocation: 304 AB14:00 Beth Turner, .; Michael Dowgiallo, .: CATAPULTS, FERRIES AND BRIDGES:MOVING OCEAN SCIENCE RESULTS TO APPLICATIONS14:15 Abeles, A.; Erickson, A. L.; Deans, N. L.; Martone, R. G.; Kappel, C. V.: THETIDE FLOWS BOTH WAYS: COMMUNICATING SCIENCE TO POLICYAND POLICY TO SCIENCE14:30 Eddebbar, Y. A.; Gallo, N.: THE OCEAN IN THE INTERNATIONALCLIMATE POLICY FORUM14:45 Westley, M. B.: THE LONDON CONVENTION, OCEAN FERTILIZATIONAND LEGITIMATE SCIENTIFIC RESEARCH15:00 Coughlin, R. A.; Barbee, M.; Fletcher, C.; Iwamoto, M.; Schaubach, M.; Potemra,J. T.: BUILDING A BETTER MOUSETRAP (I.E. WEB MAP).15:15 Fassbender, A.; Bushinsky, S. M.; Maloney, A.; Newsom, E.: UNDERSTANDINGTHE USE OF SCIENCE IN WASHINGTON STATE CLIMATE LEGISLATION15:30 Majkut, J. D.; Sarmiento, J. L.; Froelicher, T. L.: OCEAN CARBON FEEDBACKSAND CLIMATE POLICY15:45 O’Donnell, M. J.; Knight, E.; Meyer, R.; Boehm, A. B.: GETTING THEQUESTIONS RIGHT: THE ROLE OF BOUNDARY ORGANIZATIONS INADVANCING UNDERSTANDING OF OCEAN ACIDIFICATION ANDHYPOXIA072 The Southern Ocean and Its Role In the ClimateSystem: Observations and Modeling of Physical andBiogeochemical ProcessesChair(s): Igor Kamenkovich, ikamenkovich@rsmas.miami.eduSarah Gille, sgille@ucsd.eduJoellen Russell, jrussell@email.arizona.eduAlberto Naveira Garabato, acng@noc.soton.ac.ukRyan Abernathey, ryan.abernathey@gmail.comAndrew Thompson, andrewt@caltech.eduIvana Cerovecki, icerovecki@ucsd.eduPaul Holland, pahol@bas.ac.ukLocation: 323 ABC08:00 Messias, M.; Mills, B. J.; Wadley, M.; Mackey, N.; Watson, A. J.: DIAPYCNALMIXING IN THE SCOTIA SEA AND IN THE ARGENTINE BASIN FROMTHE DIMES TRACER RELEASE EXPERIMENT08:15 Merrifield, S. T.; St. Laurent, L. C.; Owens, W. B.; Centurioni, L. R.:TURBULENCE IN FRONTAL REGIONS IN THE SOUTHERN OCEAN08:30 Sheen, K. L.; Naveira Garabato, A. C.; Brearley, J. A.; Meredith, M. M.; Smeed, D.A.: CLIMATIC MODULATION OF SOUTHERN OCEAN ABYSSAL MIXING08:45 Wang, J.; Mazloff, M. R.; Gille, S. T.: TRACER TRANSPORT IN A SOUTHERNOCEAN STATE ESTIMATE09:00 Song, H.; Marshall, J.; Follows, M. J.; Dutkiewicz, S.; Long, M. C.: STUDYINGTHE ROLE OF EDDIES IN SOUTHERN OCEAN VENTILATION09:15 Morrison, A. K.; Saenko, O. A.; Hogg, A. M.; Spence, P.: THE ROLE OF EDDIESIN SOUTHERN OCEAN HEAT UPTAKE09:30 Watts, D. R.; Tracey, K. L.; Donohue, K. A.; Chereskin, T. K.: FOUR-YEAROBSERVATIONS OF EDDY HEAT AND MOMENTUM FLUXES ON ASECTION ACROSS DRAKE PASSAGE09:45 Gent, P. R.: CLIMATE MODEL RESPONSE TO CHANGING SOUTHERNHEMISPHERE WINDS10:30 Gille, S. T.; Chereskin, T. K.: CHARACTERIZING SCALES OF VARIABILITYIN DRAKE PASSAGE10:45 Le Sommer, J.; Dufour, C. O.; Zika, J. D.; Gehlen, M.; Orr, J.: THE ROLE OFSTANDING MEANDERS IN COMPENSATING CHANGES IN WINDDRIVEN OVERTURNING IN THE SOUTHERN OCEAN.11:00 Zajaczkovski, U.; Gille, S. T.; Mazloff, M. R.: EDDIE GENERATION ANDDECAY IN THE SOUTHERN OCEAN11:15 Wilson, C.: OCEAN STORM TRACKS, EDDY PARAMETERIZATION ANDTHE ROLE OF NONLINEAR INTRINSIC VARIABILITY IN SOUTHERNOCEAN DYNAMICS11:30 Hogg, A. M.; Meredith, M. P.; Chambers, D.; Abrahamsen, E. P.; Hughes, C.W.: RECENT TRENDS IN THE SOUTHERN OCEAN EDDY FIELD ANDANTARCTIC CIRCUMPOLAR CURRENT11:45 Marshall, D. P.; Munday, D. R.; Allison, L. C.; Hay, R. J.; Johnson, H. L.: GILL’SMODEL OF THE ANTARCTIC CIRCUMPOLAR CURRENT, REVISITED12:00 Ferrari, R.; Adkins, J.; Burke, A.; Jansen, M.; Stewart, A.: THE OCEANCIRCULATION AND STRATIFICATION AT THE LAST GLACIALMAXIMUM12:15 WOLFE, C. L.; Cessi, P.: SALT FEEDBACK IN THE ADIABATICOVERTURNING CIRCULATION14:00 Meredith, M. P.; Venables, H. J.; Stammerjohn, S. E.; Leng, M. J.; Ducklow, H. W.:SPATIAL AND TEMPORAL CHANGES IN THE FRESHWATER INPUTS TOTHE OCEAN WEST OF THE ANTARCTIC PENINSULA14:15 Michael Schodlok, .; Ala Khazendar, .: ON THICKNESS CHANGES OFANTARCTIC GLACIERS/ICE SHELVES ASSOCIATED WITH POLYNYAFORMATION14:30 Haumann, F. A.; Muennich, M.; Frenger, I.; Gruber, N.: SEA-ICE FRESHWATERFLUX: AN IMPORTANT DRIVER OF RECENT SOUTHERN OCEANSALINITY CHANGES14:45 Stewart, K.; Haine, T.: FLAVORS OF SOUTHERN OCEAN STRATIFICATION15:00 Firing, Y. L.; Boening, C.; Watkins, M. M.; Wiese, D.: INTERANNUALVARIABILITY IN OCEAN TEMPERATURE AND WEST ANTARCTIC MASSCHANGEMONDAY51

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY15:15 Chang, C.; Johnson, N. C.: AN ANALYSIS OF OPPOSING TRENDS INANTARCTIC SEA ICE DIPOLE FROM OBSERVATIONAL DATA15:30 Herraiz–Borreguero, L.; Coleman, R.; Rintoul, S. R.; Allison, I.; Craven, M.:INTERACTION BETWEEN MODIFIED CIRCUMPOLAR DEEP WATER ANDTHE AMERY ICE SHELF, EAST ANTARCTICA15:45 Yuan, X.; Sambrotto, R.; Stammerjohn, S.; Björk, G.; Wahlin, A.: SPATIALVARIABILITY OF GLACIAL MELTWATER ON THE AMUNDSEN SEA SHELF082 Sediment Delivery, Transport and Deposition In AquaticEnvironmentsChair(s): J. P. Walsh, walshj@ecu.eduCourtney K. Harris, ckharris@vims.eduAlan Orpin, alan.orpin@niwa.co.nzKehui Xu, kxu@lsu.eduNathan Hawley, nathan.hawley@noaa.govAndrea S. Ogston, ogston@ocean.washington.eduLocation: 31208:00 Scheu, K.; Fong, D.; Monismith, S.; Fringer, O.: SEASONAL VARIABILITY OFSEDIMENT DEPOSITION INTO A LARGE ALPINE LAKE08:15 Hawley, N.; Redder, T.; Beletsky, R.; Verhamme, E.; Beletsky, D.: WAVES, ICEAND SEDIMENT TRANSPORT IN SAGINAW BAY08:30 Williams, J. R.; Dellapenna, T. M.; Lee, G. H.: IMPACTS OFANTHROPOGENIC ALTERATIONS ON THE YEONGSAN ESTUARY,SOUTH KOREA08:45 Lee, G.; Shin, H.; Williams, J.; Dellapenna, T.: FLOC DISCHARGE ANDSEDIMENT ACCUMULATION AT ALTERED MACRO-TIDAL YEONGSANESTUARY OF KOREA09:00 Andersen, T. J.; Markussen, T. N.; Lund-Hansen, L. C.; Nielsen, M. H.; Lam, N.N.: FLOCCULATION IN THE WATER COLUMN OR AGGREGATION ATTHE BED – CASE STUDY FROM NHA PHU BAY, VIETNAM09:15 Yang, Z.; Zhang, X.; Bi, N.; Wang, H.; Fan, D.: DAM-REGULATIONDOMINATED RIVER REGIME: EROSION PHASE OF THE EVOLUTION OFTHE YELLOW RIVER LOWER REACHES AND IMPACT ON ITS ESTUARY09:30 WANG, H.; WANG, A.; BI, N.; ZENG, X.; XIAO, H.: SEASONALDISTRIBUTION OF SUSPENDED SEDIMENT IN THE BOHAI SEA, CHINA09:45 Liu, P.: FATES OF ASIAN RIVER-DERIVED SEDIMENTS TO THE SEA:LARGE VS. SMALL RIVERS10:30 Nowacki, D. J.; Ogston, A. S.; Nittrouer, C. A.; Souza-Filho, P. W.; Asp,N. E.: TIDAL-CHANNEL FLOW AND SEDIMENT TRANSPORT INENVIRONMENTS INFLUENCED BY THE TIDAL AMAZON RIVER, BRAZIL10:45 Horner-Devine, A. R.; Pietrzak, J. D.; Souza, A.; Henriquez, M.; Meirelles, S.:CROSS-SHORE SEDIMENT TRANSPORT DUE TO NEAR-SHORE FRONTALPROCESSES IN THE RHINE REGION OF FRESHWATER INFLUENCE11:00 Liu, X.; Wang, M.: STUDY OF RIVER RUNOFF EFFECT ON SUSPENDEDSEDIMENT PROPERTIES IN TURBID COASTAL WATERS USINGSATELLITE OCEAN COLOR DATA AND MODEL SIMULATIONS11:15 Downing-Kunz, M. A.; Schoellhamer, D. H.: CHARACTERISTICS OFSEDIMENT DELIVERY THROUGH THE TIDAL REACH OF AN ESTUARINETRIBUTARY OF THE SAN FRANCISCO BAY11:30 Cheriton, O. M.; Storlazzi, C. D.; McPhee-Shaw, E. E.; Rosenberger, K.J.; Shaw, W. J.: UPWELLING REBOUND, EPHEMERAL SECONDARYPYCNOCLINES, AND THE CREATION OF A NEAR-BOTTOM WAVEGUIDE: IMPLICATIONS FOR SHELF SEDIMENT RESUSPENSION ANDTRANSPORT11:45 Alexander, C. R.; Kidwell, S. M.: PATTERNS OF CONTINENTAL MARGINSEDIMENTATION FROM PT. DUME TO OCEANSIDE, CALIFORNIA12:00 Hanna, A. J.; Allison, M. A.; Bianchi, T. S.; Goff, J. A.; Marcantonio, F.: ANEXAMINATION OF MODERN AND LATE HOLOCENE SEDIMENTATIONIN SIMPSON LAGOON, ALASKA12:15 Denommee, K. C.; Bentley, S. J.: CLINOTHEM MECHANICS ON THEMUDDY SOUTHWEST LOUISIANA SHELF14:00 Ridderinkhof, W.; de Swart, H. E.; van der Vegt, M.; Alebregtse, N. C.; Hoekstra,P.: THE EFFECT OF THE TIDAL BASIN GEOMETRY ON THE NETSEDIMENT TRANSPORT IN A TIDAL INLET14:45 Li, M. Z.; Prescott, R. H.; Wu, Y.; King, E. L.; Han, G.: SEDIMENT TRANSPORTPROCESSES AND BEDFORM MOBILITY DURING MAJOR STORMS ONGRAND BANKS15:00 Li, Y.; Li, D.; Yin, X.; Wang, A.; Li, H.: IMPACT OF TYPHOON MORAKOT ONSUSPENDED PARTICLE SIZE DISTRIBUTIONS ON THE EAST CHINA SEAINNER SHELF15:15 Lu, K. F.; Chen, S. N.: THE EFFECT OF OSCILLATORY AMBIENTCURRENTS ON THE SPREADING OF HYPERPYCNAL RIVER OUTFLOWS15:30 Ralston, D. K.; Warner, J. C.; Geyer, W. R.; Wall, G. R.: SEDIMENTTRANSPORT IN A TIDAL RIVER AND ESTUARY DURING EXTREMEDISCHARGE EVENTS15:45 Goni, M. A.; Lerczak, J. A.; Smith, L.; Lemagie, E.; Helm, J.: SEDIMENT ANDPARTICULATE ORGANIC MATTER TRANSPORT DYNAMICS ACROSSA SMALL MOUNTAINOUS RIVER ESTUARY DURING WINTER FLOODCONDITIONS – ALSEA BAY, OREGON085 Towards A Global Ocean Biogeochemical Observing SystemBased On Profiling Floats and GlidersChair(s): CLAUSTRE Herve, claustre@obs-vlfr.frJohnson Kenneth, johnson@mbari.orgLocation: 317 AB08:00 Testor, P.; Bosse, A.; Houpert, L.; D’Ortenzio, F.; Lavigne, H.: PHYSICAL-BIOGEOCHEMICAL COUPLING OBSERVED BY GLIDERS AND PROFILINGFLOATS IN THE NORTH-WESTERN MEDITERRANEAN SEA OVER ASEASONAL CYCLE08:15 Hardman-Mountford, N.; Greenwood, J.; Trull, T.: USING MODELS TOOPTIMIZE THE DESIGN OF ROBOTIC BIO-FLOAT ARRAYS08:30 Dall’Olmo, G.; Mork, K. A.: CARBON EXPORT BY SMALL-PARTICLES ASREVEALED BY BIO-ARGO FLOATS IN THE NORWEGIAN SEA08:45 XING, X.; CLAUSTRE, H.; WANG, H.; POTEAU, A.; D’ORTENZIO, F.:SEASONAL DYNAMICS IN COLORED DISSOLVED ORGANIC MATTER INTHE MEDITERRANEAN SEA: PATTERNS & DRIVERS09:00 Estapa, M. L.; Durkin, C. A.; Valdes, J.; Buesseler, K. O.: CARBON FLUX FROMBIO-OPTICAL PROFILING FLOATS: A SIDE-BY-SIDE COMPARISON TONEUTRALLY-BUOYANT SEDIMENT TRAPS09:15 Bushinsky, S. M.; Emerson, S. R.; Riser, S. C.; Swift, D.: ACCURATE OXYGENFROM SELF-CALIBRATING PROFILING FLOATS IN THE WESTERN ANDNORTHEASTERN PACIFIC09:30 Plant, J. N.; Johnson, K. S.; Swift, D.; Riser, S. C.: MEASURING NETCOMMUNITY PRODUCTION IN THE SOUTHERN OCEAN WITHBIOCHEMICAL SENSORS ON PROFILING FLOATS09:45 Bittig, H. C.; Körtzinger, A.; Claustre, H.: SUB-SURFACE PRODUCTION INTHE ATLANTIC SUBTROPICAL GYRES - HOW BIOGEOCHEMICALFLOATS YIELD ESTIMATES OF THE O2 AND NO3 CYCLE ON SUB-ANNUAL SCALES.088 Climate-Mediated Oceanographic Drivers and TrophicInteractions In High Latitude Marginal Seas: Observations, Modeling,and Syntheses and Consequences for Commercial FisheriesChair(s): Carin Ashjian, cashjian@whoi.eduJeffrey Napp, jeff.napp@noaa.govMike Sigler, mike.sigler@noaa.govPhyllis Stabeno, phyllis.stabeno@noaa.govLocation: 316 B14:00 Zhang, J.; Banas, N.; Campbell, R.; Panteleev, G.; Woodgate, R.: OCEANICRESPONSE TO RECENT CHANGES IN ATMOSPHERIC AND SEA ICEFORCING IN THE BERING SEA SHELF14:15 Sambrotto, R. N.: RAPID DIATOM GROWTH AT ICE EDGES IN THEEASTERN BERING SEA PRODUCES ISOTOPIC AND NUTRIENTSIGNATURES APPLICABLE TO ECOLOGICAL FLUXES14:30 Eisner, L. B.; Farley, E. V.; Gann, J.; Ladd, C.; Mordy, C. W.: PHYTOPLANKTONBIOMASS AND PRODUCTION, PHYSICAL DRIVERS AND POTENTIALIMPACTS ON FISHERIES DURING SUMMER IN THE EASTERN BERINGSEA52

Program BookAGU/ASLO/TOS14:45 Stoecker, D. K.; Weigel, A.; Lomas, M.: MICROZOOPLANKTON-ABUNDANCE, BIOMASS, CONTRIBUTION TO CHLOROPHYLL ANDGRAZING IN THE EASTERN BERING SEA IN SUMMER15:00 Durbin, E. G.; Casas, M. C.: EARLY REPRODUCTION BY CALANUSGLACIALIS IN THE NORTHERN BERING SEA: THE ROLE OF SEA ICE ASREVEALED BY MOLECULAR ANALYSIS15:15 Coyle, K. O.; Gibson, G. A.; Pinchuk, A. I.: POTENTIAL MECHANISMS OFCLIMATE INFLUENCE ON SURVIVAL OF LARGE CALANUS ON THEEASTERN BERING SEA SHELF15:30 Bi, H.; Yu, H.; Pinchuk, A.; Harvey, R.: ESTIMATING GROWTH RATE OFEUPHAUSIIDS IN THE EASTERN BERING SEA USING INDIVIDUAL-BASEDMODELS15:45 Holsman, K. K.; Aydin, K.; Ianelli, J.: USING MULTI-SPECIES MODELS TOPREDICT CLIMATE-CHANGE IMPACTS ON BERING SEA (AK) FISHERIES.108 Synthesis and Modeling of Global-Scale Marine PlanktonicEcosystems and Plankton Functional TypesChair(s): Scott Doney, sdoney@whoi.eduMeike Vogt, meike.vogt@env.ethz.chLocation: 317 AB10:30 Stock, C. A.; Dunne, J. P.; John, J. G.: REVISITING RYTHER: THE GLOBALTRANSFER OF ENERGY FROM PHYTOPLANKTON TO FISH10:45 Vogt, M.; O’Brien, C.; Brun, P.; Zimmermann, N. E.; Gruber, N. P.: PRESENTAND FUTURE PLANKTON BIOGEOGRAPHY IN THE GLOBAL OCEAN11:00 Hirata, T.; Kostadinov, T.; Hardman-Mountford, N.; Brewin, R.: SATELLITEVIEWS OF PHYTOPLANKTON FUNCTIONAL TYPES: SATELLITE PFTALGORITHM INTERCOMPARISON11:15 Vallina, S. M.; Follows, M. J.; Dutkiewicz, S.; Montoya, J. M.; Loreau, M.:GLOBAL RELATIONSHIP BETWEEN PHYTOPLANKTON DIVERSITY ANDPRODUCTIVITY IN THE OCEAN: KILLING-THE-WINNER11:30 Hashioka Taketo, T.; Vogt Meike, M.; Hirata Takafumi, T.; Yamanaka Yasuhiro,Y.; Doney Scott, S. C.: POTENTIAL IMPACTS OF GLOBAL WARMING ONPHYTOPLANKTON COMPETITION PROJECTED BY DIFFERENT GLOBALECOSYSTEM MODELS.11:45 Sailley, S. F.; Polimene, L.; Mitra, A.: EFFECT OF ZOOPLANKTON GRAZINGSELECTIVITY ON PHYTOPLANKTON COMPOSITION.12:00 Asch, R. G.; Long, M. C.: VARIATIONS IN PHYTOPLANKTON PHENOLOGYACROSS THE NORTH PACIFIC HINDCASTED WITH THE COMMUNITYEARTH SYSTEM MODEL 1.0 (CESM1)12:15 Rivero-Calle, S.; Gnanadesikan, A.; Del Castillo, C. E.; Balch, W.; Guikema, S.:WHY DO CPR COCCOLITHOPHORES SEEM TO BE INCREASING IN THENORTH ATLANTIC IN THE LAST 50 YEARS? IS THE NORTH ATLANTICBECOMING THE NEXT BLACK SEA?114 Application of Natural and Anthropogenic Radionuclides tothe Study of Ocean ProcessesChair(s): Matt Charette, mcharette@whoi.eduMarcus Christl, mchristl@phys.ethz.chNuria Casacuberta, ncasacuberta@phys.ethz.chKen Buesseler, kbuesseler@whoi.eduLocation: 31410:30 Yukio/Masumoto, Y.; participants to the comparison project, .: OCEANICDISPERSION MODEL INTERCOMPARISON: THE FUKUSHIMA CASE10:45 Charette, M. A.; Breier, C.; Kanda, J.; Nishikawa, J.; Buesseler, K. O.: SUBMARINEGROUNDWATER DISCHARGE AS A SOURCE OF RADIOACTIVITY TOTHE OCEAN FROM THE FUKUSHIMA NUCLEAR POWER PLANT11:00 Yoshida, S.; Jayne, S. R.; Macdonald, A. M.; Buesseler, K.: OBSERVATIONALEVIDENCE FOR FUKUSHIMA RADIONUCLIDE SIGNALS IN THE NORTHPACIFIC TWO YEARS AFTER THE RELEASE11:15 Smith, J. N.; Brown, R. M.: TIME SERIES MEASUREMENTS OF THEARRIVAL OF FUKUSHIMA 137 CS ON LINE P IN THE EASTERN NORTHPACIFIC OCEAN11:30 Tsubono, T.; Tsumune, D.; Aoyama, M.; Hirose, K.; BRYAN, F. O.:DISTRIBUTION OF CAESIUM-134 IN THE NORTH PACIFIC OCEAN FORSEVERAL YEARS AFTER THE FUKUSHIMA DAI-ICHI NUCLEAR POWERPLANT ACCIDENT BY EDDY RESOLVING MODEL11:45 Belharet, M.; Estournel, C.; Charmasson, S.: NEW APPROACH FOR THEMODELLING OF RADIOCESIUM IN PELAGIC FOOD CHAIN IN THENORTHWESTERN PACIFIC AFTER THE FUKUSHIMA ACCIDENT12:00 Honda/Makio, M. C.; Kawakami/Hajime, H.: SINKING VELOCITY OFPARTICULATE RADIOCESIUM DERIVED FROM THE FUKUSHIMADAIICHI NUCLEAR POWER PLANT ACCIDENT12:15 Otosaka, S.; Kato, Y.: RADIOCESIUM DERIVED FROM THE FUKUSHIMADAI-ICHI NUCLEAR POWER PLANT ACCIDENT IN SEABED SEDIMENTS:INVENTORIES AND THEIR TEMPORAL CHANGE14:00 Kenna, T. C.; Masqué, P.: ANTHROPOGENIC RADIONUCLIDES INTHE ATLANTIC OCEAN: RESULTS FROM U.S. GEOTRACES NORTHATLANTIC ZONAL TRANSECT GA0314:15 Casacuberta, N.; Christl, M.; Vockenhuber, C.; Walther, C.; Van-der-Loeff, M. R.:DISTRIBUTION OF 236 U, 129 I AND 240 PU/ 239 PU RATIOS IN ARCTIC OCEANWATERS14:30 Henderson, G. M.; Deng, F.; Scott, P.; Thomas, A. L.: CONTROLSON 232 TH, 230 TH, AND 231 PA IN THE SOUTH ATLANTIC: ASSESSINGPALEO-CIRCULATION AND DUST-FLUX PROXIES14:45 Anderson, R. F.; Hayes, C. T.; Huang, K. F.; Lu, Y.; Moran, S. B.: ENHANCEDSCAVENGING OF 231 PA AND 230 TH IN BENTHIC NEPHELOD LAYERS15:00 Baskaran, M.; Church, T. M.; Stewart, G.; Rigaud, S.: CONTRASTINGSCAVENGING OF PO-210 AND PB-210 AT HYDROTHERMAL ANDBENTHIC LAYER INTERFACES DURING THE GEOTRACES NORTHATLANTIC SECTION TRANSECT15:15 Villa-Alfageme, M.; de Soto, F.; Le Moigne, F.; Ceballos, E.; Henson, S.:GEOGRAPHICAL AND SEASONAL VARIATION IN SINKING PARTICLEVELOCITIES IN THE NORTH ATLANTIC15:30 Hammond, D. E.; Haskell, W. Z.; Prokopenko, M. G.; Berelson, W. M.: A DUAL-TRACER APPROACH TO CALCULATE UPWELLING VELOCITY ANDPARTICLE EXPORT IN THE SOUTHERN CALIFORNIA BIGHT15:45 van Beek, P.; Souhaut, M.; Moore, W.; De Oliveira, J.; Jeandel, C.: THE RADIUMQUARTET (223RA, 224RA, 226RA, 228RA) IN THE PLUME OF THEAMAZON RIVER125 The Many Faces of the Marine N CycleChair(s): Silvia Newell, sen@bu.eduBonnie Chang, bonniec@princeton.eduCarolyn Buchwald, cbuchwald@whoi.eduAndrew Babbin, babbin@princeton.eduLaura Bristow, lbristow@biology.sdu.dkBehzad Mortazavi, bmortazavi@ua.eduLocation: 301 AB08:00 Il-Nam/Kim, .; Kitack/Lee, .; Tae-Wook, .: INCREASING ANTHROPOGENICNITRATE IN THE NORTH PACIFIC OCEAN:08:15 Simon Yang, S.; Nicolas Gruber, .: ON THE ROLE OF STABILIZINGFEEDBACKS IN THE DEGLACIAL MARINE NITROGEN CYCLE08:30 Gradoville, M. R.; White, A. E.; Böttjer, D.; Church, M. J.; Letelier, R. M.:DIVERSITY TRUMPS ACIDIFICATION: NO CO 2ENHANCEMENT OFN 2FIXATION BY THETRICHODESMIUM COMMUNITY AT STATIONALOHA08:45 Snoeijs, P.; Farías, L.; Díez, B.; Sylvander, P.: NITROGEN FIXATION AT THENORTH POLE09:00 Landrum, J. P.; Altabet, M. A.; Montoya, J. P.: CONCENTRATIONSAND SOURCES OF NITROGEN IN SUSPENDED PARTICLES ANDMESOZOOPLANKTON IN THE SUBTROPICAL NORTH ATLANTICOCEAN BASIN09:15 Montoya, J. P.; Weber, S. C.; Padilla, C. C.; Joye, S. B.: DEEPWATER N 2-FIXATION IN THE NORTHERN GULF OF MEXICO: SPILLS AND SEEPSCONNECT THE N AND C CYCLESMONDAY53

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY09:30 Gier, J.; Sommer, S.; Loescher, C.; Schmitz-Streit, R.; Treude, T.: MICROBIALBENTHIC NITROGEN FIXATION INSIDE AND BELOW THE PERUVIANOXYGEN MINIMUM ZONE09:45 Fulweiler, R. W.; Heiss, E. M.; Newell, S.; LeCleir, G. R.; Wilhelm, S. R.:ASSESSING ACETYLENE IMPACTS ON MARINE SEDIMENT N-FIXERS10:30 Fawcett, S. E.; Lomas, M. W.; Ward, B. B.; Sigman, D. M.: Co-occuring NitrateAssimilation and Nitrification in the Sargasso Sea’s Twilight Zone10:45 Widner, B.; Mulholland, M. R.; Mopper, K.; Bernhardt, P.: NEW INSIGHTSINTO REDUCED NITROGEN: THE ROLE OF CYANATE IN THE MARINENITROGEN CYCLE11:00 Smith, J. M.; Chavez, F. P.; Francis, C. A.: AMMONIUM UPTAKE BYPHYTOPLANKTON REGULATES NITRIFICATION IN THE SUNLITOCEAN11:15 Damashek, J.; Francis, C. A.: POPULATIONS DYNAMICS OF AMMONIA-OXIDIZING ARCHAEA AND BACTERIA DURING ESTUARINEPHYTOPLANKTON BLOOMS: HOW FIERCE IS THE FIGHT FORAMMONIUM?11:30 Francis, C. A.; Lund, M. B.; Smith, J. M.; Lee, J. A.; Beman, J. M.: MOLECULARCHARACTERIZATION OF PLANKTONIC N-CYCLING MICROBIALCOMMUNITIES IN THE GULF OF CALIFORNIA AND EASTERNTROPICAL NORTH PACIFIC OCEAN11:45 Wan, X.; Xu, M.; Wu, Y.; Zheng, Z.; Kao, S.: ISOTOPIC SIGNATURE OFN2O AND ITS EMISSION FROM A EUTROPHICATED COASTAL BAY INSOUTHERN CHINA12:00 Kock, A.; Bange, H. W.: HYDROXYLAMINE AS A TRACER FORNITRIFICATION IN MARINE ENVIRONMENTS12:15 Taillefert, M.; Hui, L.: KEY GEOCHEMICAL FACTORS REGULATINGMN(IV)-CATALYZED ANAEROBIC NITRIFICATION IN COASTAL MARINESEDIMENTS14:00 Bowen, J. L.; Kearns, P. J.: NITROGEN CYCLING IN THE COASTALZONE: SYNTHESIZING DATA ON THE AFFECT OF ANTHROPOGENICNUTRIENT SUPPLY ON NITROGEN CYCLING MICROBES IN COASTALSYSTEMS14:15 Schaefer, S. C.; Brandes, J. A.; Alber, M.: INVESTIGATING SOURCESOF NITROGEN IN THE ALTAMAHA RIVER, GEORGIA BASED ONCONCENTRATIONS AND STABLE ISOTOPES OF NO314:30 Bourbonnais, A.; Altabet, M. A.; Charoenpong, C.; Stramma, L.; Bange, H.W.: BIOGENIC N 2CONCENTRATIONS AND STABLE NITROGEN ANDOXYGEN ISOTOPE DYNAMICS OF DISSOLVED N 2, NITRATE ANDNITRITE ASSOCIATED WITH EDDIES14:45 daniele bianchi, .; Andrew Babbin, .; Eric Galbraith, .: ENHANCEMENT OFANAMMOX BY THE EXCRETION OF DIEL VERTICAL MIGRATORS15:00 Sollai, M.; Hopmans, E. C.; Schouten, S.; Keil, R. G.; Sinninghe Damsté, J.S.: INTACT POLAR LIPIDS AS INDICATORS OF N-CYCLING IN THEEASTERN TROPICAL NORTH PACIFIC OXYGEN MINIMUM ZONE15:15 Hardison, A. K.; Giblin, A.; Rich, J. J.: ENVIRONMENTAL CONTROLS ONANOXIC NITRATE REDUCTION PATHWAYS IN TEMPERATE COASTALSEDIMENTS15:30 Veraart, A. J.; Marchant, H. K.; Strous, M.: DENITRIFICATION, STEP-BY-STEP. PROCESS RATES OF THE DENITRIFICATION SUB-REACTIONS INPERMEABLE SEDIMENTS.15:45 Wankel, S. D.; Ziebis, W.; Lehmann, M. F.; Wenk, C.: IMPRINT OF THENITROGEN CYCLE ON DEEP SUBSURFACE AUTOTROPHY128 Microbial Interactions In Oceans and Human HealthChair(s): Erin K. Lipp, elipp@uga.eduSandra McLellan, mclellan@uwm.eduLocation: 318 AB14:00 Boehm, A. B.; Sassoubre, L. M.; Maraccini, P. A.: SUNLIGHT INACTIVATIONOF ENTERIC BACTERIA IN SEAWATER: INSIGHTS ON RATES ANDMECHANISMS FROM THE FIELD, LAB, AND MODELS14:15 Rowe, J.; Jiang, S.: INTERACTIONS OF BACTERIAL MICROBIOME WITHBLOOM FORMING MARINE DIATOM PSEUDO-NITZCHIA14:30 Satoshi Ishii, .; Takamitsu Nakamura, .; Ayano Kobayashi, .; Daisuke Sano, .;Satoshi Okabe, .: QUANTIFICATION OF MULTIPLE ENTERIC PATHOGENSIN COASTAL WATER ENVIRONMENTS BY USING MICROFLUIDICQUANTITATIVE PCR14:45 Davis, J.; Fricke , W. F.; Hamann, M. T.; Hill, R. T.: BACTERIAL SYMBIOSIS OFTHE HAWAIIAN SEA SLUG ELYSIA RUFESCENS15:00 Eren, A. M.; Amaral-Zettler, L. A.; Sogin, M. L.; McLellan, S. L.: DISSECTINGOTUS INTO MORE ECOLOGICALLY MEANINGFUL UNITS WITHOLIGOTYPING: EXAMPLES OF HOST-SPECIFICITY AND MICROBIALSOURCE TRACKING15:15 Yan Boucher, .; Paul Kirchberger, C.; Fabini Orata, .; Tania Nasreen, .; Martin Polz,F.: EXPLORING MARINE RESERVOIRS OF THE CHOLERA PATHOGEN15:30 Sabino, R.; Nevers, M.; Solo-Gabriele, H.; Whitman, R. L.; Brandão, J. C.:ROUTINE SCREENING OF HARMFUL MICROORGANSIMS IN BEACHSANDS SHOULD BE IMPLEMENTED: IMPLICATIONS TO PUBLIC HEALTH15:45 Bienfang, P.; DeFelice, S.; Floresquintana, H.; Goodman, C.; Wong, E.:CIGUATOXIN DISTRIBUTION AMONG BODY PARTS OF THE TROPICALREEF CARNIVORE CEPHALOPHOLIS ARGUS130 Interactions of Pelagic Or Benthic Organisms with TurbulentWater FlowChair(s): Jeannette Yen, jeannette.yen@biology.gatech.eduJosef Ackerman, ackerman@uoguelph.caMimi Koehl, cnidaria@berkeley.eduDon Webster, dwebster@ce.gatech.eduLuca van Duren, luca.vanduren@deltares.nlLocation: 313 B10:30 Wagner, G. L.; Young, W. R.; Lauga, E.: STRATIFIED MIXING BY MICROORGANISMS10:45 Fuchs, H. L.; Gerbi, G. P.; Hunter, E. J.; Christman, A. J.; Diez, F. J.:HYDROMECHANICAL SENSING AND BEHAVIOR BY OYSTER LARVAE INTURBULENCE AND WAVES11:00 Webster, D. R.; Young, D. L.; Yen, J.: ACARTIA TONSA RESPONSE TOBURGERS VORTEX: DECONSTRUCTING TURBULENCE-COPEPODINTERACTIONS11:15 Sutherland, K. R.; Costello, J. H.; Colin, S. P.; Dabiri, J. O.: AMBIENTFLUID MOTIONS INFLUENCE SWIMMING AND FEEDING BY THECTENOPHORE MNEMIOPSIS LEIDYI11:30 Seuront, L.; Stanley, H. E.: ANOMALOUS DIFFUSION ANDMULTIFRACTALITY ENHANCE MATING ENCOUNTERS IN THETURBULENT OCEAN11:45 Koehl, M.: BEHAVIOR AND ADHESION OF SETTLING MARINE LARVAEIN TURBULENT PULSES OF WATER FLOW12:00 Gaylord, B.; Hodin, J.; Ferner, M. C.: TURBULENT SHEAR SPURSSETTLEMENT IN SEA URCHIN AND SAND DOLLAR LARVAE VIA APREVIOUSLY UNRECOGNIZED PATHWAY12:15 Quinn, N.; Ackerman, J. D.: EFFECTS OF NEAR-BED TURBULENCE ONSETTLEMENT AND RESUSPENSION OF FRESHWATER MUSSEL LARVAE132 Undergraduate Ocean Science Education In the 21st Century:An Exploration of Successful PracticesChair(s): Jan Hodder, jhodder@uoregon.eduJude Apple , jude.apple@wwu.eduAllison Beauregard, beaurega@nwfsc.eduAnnette deCharon, annette.decharon@maine.eduJanice McDonnell, mcdonnel@marine.rutgers.eduLocation: 304 AB08:00 Wiese, K.; Mogk, D.; Bruckner, M.; St. John, K.; Trujillo, A.: TEACHINGINTRODUCTORY OCEANOGRAPHY: AN ON THE CUTTING EDGEWORKSHOP REPORT08:15 Hewlett, J. A.: THE COMMUNITY COLLEGE UNDERGRADUATERESEARCH INITIATIVE08:30 Martin, J. M.; Berquist, P.; LeMay, L.: SUCCESSES IN LEARNING OUTSIDETHE LABORATORY: AN EXAMPLE FROM THOMAS NELSONCOMMUNITY COLLEGE, HAMPTON, VA54

Program BookAGU/ASLO/TOS08:45 Glenn, S.; Schofield, O.; Kohut, J.: LEVERAGING OCEAN OBSERVATORIESAND WEB-BASED EDUCATIONAL TOOLS FOR SUSTAINEDUNDERGRADUATE RESEARCH IN OCEAN SCIENCE09:00 Miller, S. A.: STUDENTS AS CITIZEN SCIENTISTS IN AN INTRODUCTORYOCEANOGRAPHY COURSE: MARINE DEBRIS MONITORING ANDADVOCACY09:15 Halversen, C.; Tran, L. U.: REDEFINING THE COLLEGE LECTURE:FACILITATING DISCUSSIONS IN UNDERGRADUATE SCIENCE COURSES09:30 Newby, S. G.: THE SEMI-FLIPPED CLASSROOM: BRINGING THEAPPLICATION OF LECTURE INFORMATION TO A COMMUNITYCOLLEGE THROUGH SHORT, IN-CLASS, GROUP ACTIVITIES09:45 Woodall, D. W.; Cruz, J.; Truxall, C. W.; Macfie, C.: JUMPING INTOTHE DEEP-END OF THE OCEAN: ADVENTURES IN EXPERIENTIALEDUCATION VIA PROJECT-BASED LEARNING10:30 Lutz, R. V.; Golden, B. W.; Balinsky, M.: THE USE OF ARGUMENTATIONDRIVEN INQUIRY (ADI) LESSONS TO ENGAGE STUDENTS ININTRODUCTORY OCEANOGRAPHY CLASSES10:45 Cifuentes, L.; Sharp, K. H.: ENGAGING LEARNERS IN THOUGHT-PROVOKING CONVERSATIONS ABOUT SCIENTIFIC ADVANCEMENTS:A NOVEL INSTRUCTIONAL DESIGN MODEL11:00 Frashure, K. M.; Abukhidejeh , K.: INNOVATIVE AND DEVELOPMENTALPROGRAMMING FOR UNDER-PREPARED COMMUNITY COLLEGESTUDENTS WITH DIVERSE BACKGROUNDS MAJORING IN STEM FIELDS11:15 Davidson, E. R.; Ewing, N. R.: POWER UP! GIVING UNDERGRADUATESTHE TOOLS TO MAKE IT IN THE OCEAN SCIENCE WORKFORCE11:30 Brassell, S. C.: INTEGRATED WEB-BASED EXERCISES FOR INTERACTIVELEARNING IN INTRODUCTORY OCEANOGRAPHY11:45 Webster, D. R.; Majerich, D. M.: FLIPPIN’ FLUID MECHANICS – IMPROVEDSTUDENT ENGAGEMENT AND LEARNING VIA WEB-BASEDAPPLICATIONS12:00 Johnson, Z. I.: UNLOCKING THE POTENTIAL OF SMARTPHONES TOENABLE OCEAN SCIENCE EDUCATION12:15 Goodwin, D. S.; Schell, J. S.; Siuda, A. N.: THE REWARDS OFINTERDISCIPLINARY TEACHING IN STEM COURSES: FROM STUDENTTO INSTITUITION140 The Science of Plastic Marine Debris andOther Anthropogenic InfluencesChair(s): Erik Zettler, ezettler@sea.eduTracy Mincer, tmincer@whoi.eduLinda Amaral-Zettler, amaral@mbl.eduLocation: 316 B08:00 Hafner, J.; Maximenko, N.: STORY OF MARINE DEBRIS FROM THE 2011TSUNAMI IN JAPAN IN MODEL SIMULATIONS AND OBSERVATIONALREPORTS08:15 Lavender Law, K.; Moret-Ferguson, S. E.; Zettler, E. R.; DeForce,E.; Proskurowski, G.: A SYNOPTIC LOOK AT EASTERN PACIFICMICROPLASTIC DEBRIS: 11-YEARS OF CONSISTENT MONITORING08:30 Bochow, M.; Keuck, V.; Franke, J.; Siegert, F.; Laforsch, C.: CONTAMINATIONOF AQUATIC ECOSYSTEMS WITH PLASTIC DEBRIS: GLOBAL ANDLOCAL MONITORING USING REMOTE SENSING METHODS08:45 Hardesty, B. D.; Lawson, T. J.; van der Velde, T.; Lansdell, M.; Wilcox, C. V.:ESTIMATING SOURCES OF MARINE DEBRIS AT A CONTINENTAL SCALEFROM COASTAL SURVEYS09:00 Wilcox, C.; Hardesty, D.; van Sebille, E.: A GLOBAL RISK ASSESSMENT FORMARINE DEBRIS IMPACTS ON SEABIRDS09:15 Brandon, J. A.; Goldstein, M. C.: LONG-TERM AGING AND DEGRADATIONOF MICROPLASTIC PARTICLES: COMPARING NATURAL ANDEXPERIMENTAL WEATHERING PATTERNS09:30 Lanners, T.; Bochow, M.; Oswald, S. E.; Kaufmann, H.: ANALYZING WATERSAMPLES USING CLOSE-RANGE IMAGING SPECTROSCOPY: EVIDENCEAND QUANTIFICATION OF MICROPLASTICS DISCHARGE FROM ASEWAGE PLANT OUTLET09:45 Padula, V. M.; Hu, M. E.; Causey, D.: PLASTICS, PHTHLATES, AND PCBCONTAMINATION OF SEABIRDS FROM THE ALEUTIAN ISLANDS10:30 Amaral-Zettler, L. A.; Boyd, G.; Slikas, B.; Zettler, E. R.; Mincer, T. J.: COMPARATIVEMICROBIAL COMMUNITY STRUCTURE AND BIOGEOGRAPHY OFATLANTIC AND PACIFIC “PLASTISPHERE” COMMUNITIES10:45 Zettler, E. R.; Morrall, C.; Proskurowski, G.; Mincer, T. J.; Amaral-Zettler,L. A.: MICROBIAL SUCCESSION ON PLASTIC MARINE DEBRIS:DEVELOPMENT OF THE “PLASTISPHERE” COMMUNITY.11:00 Mincer, T. J.; Guzzetta, V. S.; Slikas, B.; Zettler, E. R.; Amaral-Zettler, L. A.:INVESTIGATION OF MICROBIAL ADHERENCE AND VIRULENCEFACTORS ASSOCIATED WITH OPEN-OCEAN DERIVED PLASTICMARINE DEBRIS: VIBRIO BACTERIA AS A MODEL SYSTEM11:15 Perez, X.; Roberson, L.; Diaz, L.: SPATIAL AND TEMPORAL DISTRIBUTIONOF EMERGING CONTAMINANTS IN THE SAN JUAN BAY ESTUARY,PUERTO RICO11:30 Bonito, L. T.; Nicklisch, S.; Hamdoun , A.; Sandin, S. A.: SPATIAL PATTERNSOF MODERN POLLUTANTS IN TUNA: A GLOBAL ASSESSMENT11:45 Simmons, C. C.; Jaward, F. M.; Van Vleet, E. S.: DEPOSITIONAL HISTORY OFPOLYBROMINATED DIPHENYL ETHERS IN A DATED SEDIMENT COREFROM TAMPA BAY, FL.12:00 Kurtz, A. E.; Reiner, J. L.; West, K. L.; Jensen, B. A.: AN INITIAL SURVEY OFPERFLUORINATED COMPOUNDS IN HAWAIIAN CETACEANS12:15 Goksøyr, A.; Yadetie, F.; Eide, M.; Hogstrand, C.; Karlsen, O. A.: INTEGRATIVEENVIRONMENTAL GENOMICS: MECHANISMS UNDERLYINGCONTAMINANT INDUCED TOXICITY IN COD (GADUS MORHUA)148 Effects of Climate Variability On Marine BiophysicalInteractions and Ecosystems DynamicsChair(s): Cecile S. Rousseaux, Cecile.S.Rousseaux@nasa.govMichelle Gierach, Michelle.Gierach@jpl.nasa.govLocation: 317 AB14:00 Rousseaux, C. S.; Gregg, W. W.: INTERANNUAL VARIATION INPHYTOPLANKTON CLASS-SPECIFIC PRIMARY PRODUCTION AT AGLOBAL SCALE14:15 Gierach, M. M.; Messié, M.; Lee, T.; Karnauskas, K. B.; Radenac, M. H.:BIOPHYSICAL RESPONSES NEAR EQUATORIAL ISLANDS IN THEWESTERN PACIFIC OCEAN DURING EL NIOO/LA NIAA TRANSITIONS14:30 Radenac, M. H.; Messie, M.; Leger, F.; Bosc, C.: A VERY OLIGOTROPHICZONE OBSERVED FROM SPACE IN THE EQUATORIAL PACIFIC WARMPOOL14:45 Karnauskas, K. B.; Cohen, A. L.; Gove, J. M.: AN UNDERCURRENT OFCHANGE: ASSESSING POTENTIAL NATURAL MITIGATION OF OCEANWARMING AT THE U.S. PACIFIC REMOTE ISLANDS MARINE NATIONALMONUMENT15:00 Schollaert Uz, S.; Busalacchi, A. J.; Smith, T. M.; Brown, C. W.; Carton, J. A.:STATISTICALLY RECONSTRUCTED CHLOROPHYLL PATTERNS DURING50 YEARS OF SARDINE AND ANCHOVY REGIMES IN THE TROPICALPACIFIC15:15 Santos, A. L.; McKinley, G. A.; Lovenduski, N. S.:CHLOROPHYLL-A VARIABILITY DUE TO THE WEAKENING NORTHATLANTIC NUTRIENT STREAM15:30 Raitsos, D. E.; Yi, X.; Platt, T.; Racault, M. F.; Brewin, R. J.: MONSOONOSCILLATIONS REGULATE GREENNESS OF THE RED SEA15:45 Cohen, A. L.; Oppo, D. W.; Henson, S.: THE ROLE OF BASIN-SCALECLIMATE VARIABILITY IN THE DEMISE OF THE CARIBBEAN REEFS157 Habitat Modeling and Ecosystem Based Resource ManagementChair(s): Mitchell Roffer, roffers@bellsouth.netJohn Manderson, john.p.manderson@gmail.comLocation: 310 Theater08:00 Boustany, A. M.; Roberts, J. J.; Dunn, D. D.; Halpin, P. N.: THE EFFECTS OFSPATIAL RESOLUTION ON MARINE SPECIES HABITAT MODELING ANDTHE IMPLICATIONS FOR PREDICTING SPECIES DISTRIBUTIONS IN AFUTURE OCEANMONDAY55

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY08:15 Spillman, C. M.; Hobday, A. J.; Hartog, J. R.; Eveson, P.: DYNAMICALSEASONAL FORECASTING TO SUPPORT THE MANAGEMENT OF WILDSOUTHERN BLUEFIN TUNA FISHERIES IN AUSTRALIA08:30 Manderson, J. P.; Kohut, J. T.: HABITAT MODELS CAN BE USED INCOASTAL OCEAN OBSERVING SYSTEMS TO GUIDE PROCESS BASEDSTUDIES INFORMING ECOSYSTEM ASSESSMENTS08:45 Muhling, B.; Walter, J.; Lamkin, J.; Roffer, M.; Li, Y.: HABITAT MODELING FORHIGHLY MIGRATORY ATLANTIC FISH SPECIES: APPLICATIONS ANDCHALLENGES09:00 Danner, E.; Chao, Y.; Chai, F.; Chavez, F.; Nisbet, R.: FROM RIVERS TO THEOCEAN: USING HABITAT MODELS TO UNDERSTAND AND PREDICTVARIATIONS IN CENTRAL CALIFORNIA SALMON09:15 Winship, A. J.; Rankin, R. W.; Kinlan, B. P.; Caldow, C.: PREDICTIVE HABITATMODELING OF MARINE BIRD DISTRIBUTIONS TO INFORM SPATIALPLANNING AND RISK ASSESSMENT09:30 Roberts, J. J.; Jones, H. M.; Halpin, P. N.: HERE BE DRAGONS: EXTENDINGMARINE MAMMAL DENSITY MODELS TO DISTANT UNSURVEYEDREGIONS USING HABITAT SUITABILITY MODELS BUILT FROMHISTORIC SIGHTINGS09:45 Briscoe, D. K.; Best, B. D.; Peckham, S. H.; Foley, D. G.; Lavaniegos, B.:PREDICTIVE HABITAT USE OF JUVENILE LOGGERHEAD SEA TURTLES(CARETTA CARETTA) OFF BAJA CALIFORNIA, MEXICO10:30 Ma, H.; Townsend, H.; Zhang, X.; Christensen, V.: MODELING TROPHIC ANDHABITAT IMPACTS ON BLUE CRAB POPULATION IN THE CHESAPEAKEBAY10:45 Breece, M. W.; Oliver, M. J.; Dunton, K. J.; Fox, D. A.: USING SATELLITESAND AUVS IN AN INTEGRATED OCEAN OBSERVATORY TO IDENTIFYATLANTIC STURGEON HABITAT11:00 Fiedler, P. C.; Redfern, J. R.; Félix, F.: PREDICTION AND EXPLANATION OFWHALE DISTRIBUTIONS WITH PRESENCE-ONLY DATA11:15 Huff, D. D.; Yoklavich, M. M.; Love, M. S.; Watters, D. L.; Lindley, S. T.:ENVIRONMENTAL FACTORS THAT INFLUENCE THE DISTRIBUTION,SIZE, AND BIOTIC RELATIONSHIPS OF CHRISTMAS TREE CORALS INTHE SOUTHERN CALIFORNIA BIGHT11:30 Townsend, H. M.: WATER QUALITY, HABITAT AND FISHERIES MODELLINKAGES TO EXPLORE RESOURCE MANAGEMENT STRATEGIES11:45 Weijerman, M.; Fulton, E. A.; Kaplan, I. C.; Brainard, R. E.: CORAL REEFSIN CRISIS: A CORAL REEF ECOSYSTEM MODEL AS A MANAGEMENTDECISION SUPPORT TOOL12:00 Palacios, D. M.; Mate, B. R.; Bailey, H.; Irvine, L.; Bograd, S. J.: USINGSATELLITE TRACKING AND HABITAT MODELING TO INFER BLUEWHALE DISTRIBUTION AND MOVEMENT BEHAVIOR IN THE EASTERNNORTH PACIFIC12:15 Lamkin, J.; Muhling, B.; Roffer, M.; Gerard, T.; Malca, E.: USING HABITATMODELS TO LOCATE ALTERNATIVE BLUEFIN TUNA SPAWNINGGROUNDS IN THE ATLANTIC AND WESTERN CARIBBEAN.158 Measuring and Modeling Internal Waves and the TurbulenceCascade: A Tribute to David TangChair(s): Oliver Fringer , fringer@stanford.eduEmily Shroyer, eshroyer@coas.oregonstate.eduLouis St. Laurent , lstlaurent@whoi.eduKaran Venayagamoorthy , vskaran@engr.colostate.eduCaitlin Whalen, cwhalen@ucsd.eduLocation: 316 C08:00 Ramp, S. R.; Yang, Y. J.; Reeder, D. B.; Bahr, F. L.: MODE-2 INTERNAL WAVEGENERATION ON THE NORTHERN HENG-CHUN RIDGE08:15 Ren-Chieh Lien, .; Frank Henyey, .; Barry Ma, .; Yiing Jang Yang, .: LARGE-AMPLITUDE INTERNAL SOLITARY WAVES OBSERVED IN THENORTHERN SOUTH CHINA SEA: PROPERTIES AND ENERGETICS08:30 Ko, D. S.; Allard, R.; Jacobs, G. A.; Broome, R.; Hawkins, J.: INTERNAL WAVEPREDICTION AND AN ALARM SYSTEM FOR THE SOUTH CHINA SEA08:45 Yang, Y. J.; Tang, T. Y.; Jan, S.: OBSERVATIONS OF INTERNAL SOLITARYWAVES IN THE KUROSHIO NORTHEAST OF TAIWAN09:00 Vlasenko, V. I.; Stashchuk, N. M.; Inall, M. E.: THREE DIMENSIONALDYNAMICS OF BAROCLINIC TIDES IN THE CELTIC SEA ON THE RESULTSOF IN-SITU OBSERVATIONS AND NUMERICAL MODELING09:15 Martini, K. I.; Simmons, H. L.; Hutchings, J. K.: ARCTIC INTERNAL WAVES:SEASONAL CYCLES AND TRENDS09:30 Zhao, Z.; Alford, M. H.; Girton, J. B.; Rainville, L.; Simmons, H.: GLOBALINTERNAL TIDES FROM MULTI-SATELLITE ALTIMETRY09:45 Dalziel, S. B.: SCATTERING OF INTERNAL GRAVITY WAVES10:30 Nash, J. D.; Moum, J. N.; MacKinnon, J. A.: DIRECT QUANTIFICATION OFTHE LARGE-SCALE DISTRIBUTION OF MIXING USING TEMPERATUREVARIANCE FROM SHIPBOARD CTD10:45 Whalen, C. B.; Jennifer MacKinnon, J. A.; Talley, L. D.: TWO OBSERVATIONALPERSPECTIVES ON EDDIES, INTERNAL WAVES, AND TURBULENTDIAPYCNAL MIXING11:00 Jones, N. L.; Bluteau, C. E.; Rayson, M. D.; Fringer, O. B.; Ivey, G. N.: INTERNALTIDE MIXING ON THE AUSTRALIAN NORTHWEST CONTINENTALSHELF AND SLOPE11:15 Shearman, R. K.; Lee, C. M.; St. Laurent, L.; Shroyer, E. L.; Simmons, H.:OBSERVATIONS OF A KUROSHIO INTRUSION AND ASSOCIATEDMIXING IN THE SOUTH CHINA SEA11:30 Sun, O. M.; Jayne, S. R.; St. Laurent, L. C.; Polzin, K. L.: ON ‘Q’ AND THELOCALNESS OF INTERNAL TIDE DISSIPATION11:45 Gemmrich, J.; Klymak, J.: ENERGY DISSIPATION OF LOW-MODE INTERNALWAVES IN THE MID-SLOPE REGION OF LARGE SCALE TOPOGRAPHY12:00 Mater, B. D.; Venayagamoorthy, S. K.: A UNIFYING FRAMEWORK FORPARAMETERIZING STABLY STRATIFIED TURBULENCE12:15 Umlauf, L.; Moum, J. N.; Smyth, W. D.: CONVECTIVE MIXING AND MIXINGEFFICIENCY IN TURBULENT BOTTOM BOUNDARY LAYERS INDUCED BYINTERNAL WAVES14:00 St. Laurent, L.; Simmons, H.; Fu, K.; Wang, Y.: THE KUROSHIO CURRENT,INTERNAL WAVES AND TURBULENCE IN THE LUZON STRAIT14:15 Park, J.; Farmer, D.: EFFECTS OF KUROSHIO INTRUSIONS ON NONLINEARINTERNAL WAVES IN THE SOUTH CHINA SEA14:30 Whitt, D. B.; Thomas, L. N.: NEAR-INERTIAL WAVE SURF ZONE IN STRONGFRONTS14:45 Simmons, H. L.; St. Laurent, L. C.; Lee, C. M.; Shearman, R. K.; Shroyer, E. L.:SUBMESOSCALE STRUCTURE IN THE NORTHERN SOUTH CHINA SEADURING LATE WINTER MONSOON CONDITIONS15:00 Labreuche, P.; Le Sommer, J.; Staquet, C.: INTERACTION OF INTERNAL LEEWAVES WITH INERTIAL OSCILLATIONS : A ROUTE TO MIXING IN THEDEEP SOUTHERN OCEAN15:15 Peacock, T.; Ghaemsaidi, S. J.; Dauxois, T.; Joubaud, S.; Odier, P.: THEPROPAGATION OF INTERNAL WAVES EXCITED BY THE MIXED LAYER15:30 Buijsman, M. C.; Legg , S.; Klymak, J. M.; Kang, D.: NONLINEAR INTERNALWAVE GENERATION AND DISSIPATION AT THE DOUBLE RIDGE INLUZON STRAIT15:45 Sarkar, S.; Jalali, M.; Rapaka, N.: FROM WAVES TO TURBULENCE AT AMODEL RIDGE56

Program BookAGU/ASLO/TOS2/24/2014 Posters013 Biogeo-Omics: Utilizing Biogeochemistry and -Omics Datato Unravel the Metabolic Pathways and Environmental Controlsof Hydrocarbon BiodegradationChair(s): Joel Kostka, joel.kostka@biology.gatech.eduAndreas Teske, teske@email.unc.eduSamantha Joye, mjoye@uga.eduLocation: Kamehameha Hall III1 Simister, R. L.; Willis, E. L.; White, H. K.: DIVERSITY OF OIL-DEGRADINGMICROBES AND ALKANE HYDROXYLASE (ALKB) GENES IN DEEP-SEAENVIRONMENTS IMPACTED BY THE DEEPWATER HORIZON OIL SPILL2 Austin, R. N.: ALKANE OXIDIZING ENZYMES IN THE MARINEENVIRONMENT: WHAT WE CAN LEARN FROM INTEGRATINGBIOCHEMISTRY, MICROBIOLOGY, AND OMIC DATABASES.3 Baskerville, T. C.; Sarkodee-Adoo, J.; Jeffrey, W. H.; Chanton, J.; Cherrier, J.:ASSESSING THE IMPACT OF THE DEEPWATER HORIZON OIL SPILL ONINDIGENOUS BACTERIAL COMMUNITIES: A BIOGEOCHEMICAL ANDMOLECULAR APPROACH4 Mishra, S.; Wefers, P.; Treude, T.: PETROLEUM DEGRADATION INNATURAL MARINE SEDIMENTS: CHANGES IN BIOGEOCHEMICALGRADIENTS AND COMPOSITION OF HYDROCARBONS5 Wemheuer, B.; Klempert, P.; Voget, S.; Simon, M.; Daniel, R.: DIVERSITY ANDACTIVITY OF MARINE BACTERIOPLANKTON COMMUNITIES IN THESOUTHERN OCEAN6 Babcock-Adams, L. C.; Joye, S. B.; Medeiros, P. M.: TRACKING OILTRANSFORMATIONS IN THE GULF OF MEXICO SEDIMENTS AFTER THE2010 MACONDO BLOWOUT USING BIOMARKER RATIOS7 Rogers, D. R.; Bose, A.; Adams, M. M.; Joye, S. B.; Girguis, P. R.:GEOMICROBIOLOGICAL LINKAGES BETWEEN SHORT-CHAIN ALKANECONSUMPTION AND SULFATE REDUCTION RATES IN SEEP SEDIMENTS8 Kostka, J. E.; Huettel, M.; Snell, T.; Brooks, G.; Hollander, D.: THE RESPONSEOF BENTHIC MICROBIAL COMMUNITIES IN THE GULF OF MEXICOTO THE DEEPWATER HORIZON OIL DISCHARGE: FROM SHALLOWCOASTAL SANDS TO THE DEEPSEA.9 Brooks, G. R.; Larson, R. A.; Reichart, G. J.; Chanton, J. P.; Kostka, J. E.:SEDIMENTATION PULSE IN THE NE GULF OF MEXICO FOLLOWINGTHE 2010 DWH BLOWOUT10 Elser, J.; Lee, Z.; Dupont, C.; Siefert, J.; Souza, V.: EFFECTS OF NUTRIENTENRICHMENT AND N:P STOICHIOMETRY ON MICROBIALCOMMUNITY STRUCTURE IN AN ANCIENT (VERY) SHALLOWREMNANT SEA AT CUATRO CIENEGAS, MEXICO.11 Chen, H.; Aeppli, C.; Rodgers, R. P.; Marshall, A. G.; McKenna, A. M.: NATURALSEEPS VERSUS HUMAN SPILL: CHARACTERIZATION AND COMPARISONOF DWH WEATHERED OIL WITH NATURAL PETROLEUM SEEPS BYFT-ICR MASS SPECTROMETRY12 Fatland, D. R.; Stubbins, A.; Dittmar, T.: A BIOGEOCHEMISTRY DATASYSTEM FOR MS AND OTHER SPECTRAL DOM ANALYSIS015 Physical-Biological Interactions In Mesoscale Eddies:Governing Processes and Implications for the Marine EcosystemChair(s): Annette Samuelsen, annette.samuelsen@nersc.noSolfrid Saetre Hjollo, solfrid.hjollo@imr.noCarol Ladd, carol.ladd@noaa.govLocation: Kamehameha Hall III894 Gaube, P.; McGillicuddy, D. J.; Chelton, D. B.; Behrenfeld, M. J.; Strutton, P. G.:REGIONAL VARIATIONS IN THE INFLUENCE OF MESOSCALE OCEANEDDIES ON NEAR-SURFACE CHLOROPHYLL895 Zhou, F.; Shapiro, G.; Wobus, F.: SHELF-DEEP SEA EXCHANGES IN THENORTH-WESTERN BLACK SEA896 Parada, C.; Ladd, C.: MESO- AND SUBMESOSCALE EDDIES IN THE GULFOF ALASKA: ARE THEY REGULATING EARLY LIFE STAGES OF WALLEYEPOLLOCK SURVIVAL?897 Guastella, L. A.; Roberts, M. J.: DYNAMICS AND INFLUENCE OF THEDURBAN BREAKAWAY EDDY ON THE EAST COAST OF SOUTH AFRICA898 Chenillat, F.; Franks, P. J.; Rivière, P.; Capet, X.; Blanke, B.: PLANKTONICECOSYSTEMS IN COASTAL EDDIES: COMBINING EULERIAN ANDLAGRANGIAN MODEL ANALYSES899 McKiver, W.; Vichi, M.; Lovato, T.; Masina, S.; Storto, A.: IMPACTOF RESOLVED PHYSICAL DYNAMICS ON GLOBAL MARINEBIOGEOCHEMISTRY: THE GREENSEAS PROJECT EXPERIENCE900 Hozumi, A.; Jones, B. H.: RED SEA’S WHALE SHARK AGGREGATIONENCOURAGED BY SHALLOW PYCNOCLINE BIOLOGICAL HOTSPOT901 Zarokanellos, N.; Jones, B.; Raitsos , D.; PAPADOPOULOS , V.: CHARACTERIZATIONOF THE MESOSCALE EDDY OF THE NORTH CENTRAL RED SEA902 Liu, X.; Jones, B. H.; Kiefer, D. A.; Zarokanellos, N.; Teng, Y.: ASSESSINGTHE EFFECT OF VERTICAL DYNAMICS ON PHYTOPLANKTONDISTRIBUTION IN THE CENTRAL RED SEA: A MODELING APPROACH903 Brandão, M. C.; Freire, A. S.: MEROPLANKTON DISTRIBUTION AND ITSRELATIONSHIP TO MESOSCALE HYDROLOGICAL STRUCTURES AT THESOUTH BRAZIL SHELF904 Repollo, C. A.; Flores-Vidal, X.; Flament, P.; Villanoy, C. L.: HIGH FREQUENCYDOPPLER RADAR (HFDR) OBSERVATIONS OF A CYCLONIC EDDY IN THELEE OF PANAY, PHILIPPINES DURING THE NORTHEAST MONSOON910 Wakamatsu, T.; Tanaka, Y.; Ishizaki, H.; Ishikawa, Y.: DETECTION OFTHREE-DIMENSIONAL LAGRANGIAN COHERENT STRUCTURES IN THEOYASHIO-KUROSHIO TRANSITION ZONE USING THE OCEAN DATAASSIMILATION SYSTEM911 Pietri, A.; Karstensen, J.; Krahmann, G.; Schütte, F.: CHARACTERIZINGTHE FRONTAL STRUCTURE OF MESOSCALE EDDIES – A COMBINEDSATELLITE/GLIDER APPROACH912 Samuelsen, A.; Hjøllo, S. S.; Ladd, C.; Godø, O. R.; Johannessen, J. A.: AMULTI-METHOD APPROACH TO LINKING MESOSCALE STRUCTURESTO DISTRIBUTION OF BIOMASS OF HIGHER TROPHIC LEVELS913 Karstensen, J.; Schütte, F.; Pietri, A.; Fiedler, B.; Brandt, P.: DEAD-ZONE EDDIESIN THE OXYGEN MINIMUM ZONE OF THE TROPICAL EASTERN NORTHATLANTIC OCEAN914 Trasviña-Castro/Armando, .; Gaxiola-Castro/Gilberto, .; González-Rodríguez/Eduardo, .; Zaitsev/Oleg, .: COASTAL JETS, GULF OF CALIFORNIA EDDIESAND CHLOROPHYLL PULSES AT THE CABO PULMO NATIONAL PARK,MXXICO915 Monger, B. C.: SEASONAL VARIABILITY OF EDDY IMPACT ON LOCALSURFACE CHLOROPHYLL AND SEA SURFACE TEMPERATURE FIELDSDERIVED FROM SATELLITE OBSERVATIONS916 He, R.; Li, Y.: IMPACT OF MESOSCALE EDDIES ON THE GULF STREAMAND SHELF ECOSYSTEM IN THE SOUTHEASTERN UNITED STATES020 Exploration of Ocean Circulation Variability Through Argo,Satellite Altimetry and Other Observations and AssimilationsChair(s): Bo Qiu, bo@soest.hawaii.eduDean Roemmich, droemmich@ucsd.eduIchiro Fukumori, ichiro.fukumori@jpl.nasa.govSteve Piotrowicz, steve.piotrowicz@noaa.govLocation: Kamehameha Hall III2166 Smith, S. R.; Jacobs, G. A.; Helber, R. W.; Carrier, M. J.; Spence, P. L.: THEIMPACT OF VELOCITY DATA ASSIMILATION FROM DRIFTERS USINGTHE NAVY COUPLED OCEAN 3D VARIATIONAL DATA ASSIMILATIONSYSTEM (NCODA-VAR)2219 Cowley, R.; Cheng, L.; Wijffels, S.; Boyer, T.; Kizu, S.: REMOVING BIASES INEXPENDABLE BATHYTHERMOGRAPH (XBT) DATA.2220 Chen, Z.; Wu, L.: SEASONAL VARIATION OF THE SOUTH EQUATORIALCURRENT BIFURCATION IN THE PACIFIC2221 Tekuramori, T.; Ueno, H.: TEMPERATURE INVERSIONS IN THE EASTERNSUBTROPICAL NORTH PACIFIC2222 Nadiga, B. T.; Casper, W. R.; Jones, P. W.: ENSEMBLE-BASED GLOBAL OCEANDATA ASSIMILATION AND IMPROVEMENTS IN HINDCAST SKILLMONDAY57

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY2223 Kosempa, M. G.; Chambers, D.: GEOSTROPHIC TRANSPORT IN THESOUTHERN OCEAN BY COMBINING SATELLITE ALTIMETRY ANDTEMPERATURE/SALINITY PROFILE DATA2224 Knudsen, P.; Andersen, O. B.: COMBINING A GLOBAL GOCE DERIVEDMDT WITH IN-SITU OBSERVATION FOR REGIONAL ENHANCEMENT OFTHE MEAN DYNAMIC TOPOGRAPHY.2225 Sperrevik, A. K.; Christensen, K. H.; Rörhs, J.: ASSIMILATION OF HF RADARCURRENTS IN AN EDDY RESOLVING MODEL2226 Castellanos, P.; Campos, E. J.: TROPICAL-SUBTROPICAL CONNECTIONS: ANUMERICAL APPROXIMATION IN THE SOUTH ATLANTIC OCEAN2227 Liu, Y.; Minnett, P. J.: EVIDENCE LINKING SEA-SURFACE TEMPERATURESIGNALS TO CHANGES IN THE ATLANTIC MERIDIONALOVERTURNING CIRCULATION2228 Lebedev, K. V.; Sarkisyan, A. S.: ARGO PRODUCTS DEVELOPED AT THEP.P.SHIRSHOV INSTITUTE OF OCEANOLOGY2229 Rykova, T. A.; Oke, P. R.: A COMPARISON OF THE THREE-DIMENSIONALSTRUCTURE OF THE WESTERN BOUNDARY CURRENT EDDIES2230 Shibata, Y.; Suga, T.; Toyama, K.: INTERANNUAL VARIATIONS OF ANNUALSUBDUCTION RATE AND LOW POTENTIAL VORTICITY WATERDISTRIBUTION IN THE NORTH PACIFIC2231 Wagawa Taku, .; Kuroda Hiroshi, .; Ito Shin-ichi, .; Kakehi Shigeho, .; YamanomeTakeshi, .: FLOW FIELDS AND DISTRIBUTIONS OF WATER PROPERTIES INTHE SANRIKU COASTAL AREA2232 Jo, Y.: SEA SURFACE HEIGHT PHASE CHANGES DERIVED FROMNONLINEAR SEA SURFACE HEIGHT ANOMALY2233 Chandanpurkar, H. A.; Reager, J. T.; Famiglietti, J. S.: HOW MUCHCONTINENTAL FRESHWATER DO GLOBAL OCEANS RECEIVE?INTERCOMPARISON OF FOUR GLOBAL CONTINENTAL DISCHARGEESTIMATES2234 Kuragano, T.; Fijii, Y.; Toyoda, T.; Usui, N.; Kamachi, M.: OCEAN MASSVARIATIONS CAUSED BY BAROTROPIC RESPONSE TO SEASONALLYVARYING ATMOSPHERIC FORCING2235 Nishikawa, S.; Ishikawa, Y.; Masuda, S.: IMPACTS OF ARGO DATA ON THEREPRESENTATION OF NORTH PACIFIC SUBTROPICAL MODE WATERUSING A 4D-VAR COUPLED DATA ASSIMILATION SYSTEM2236 Hosoda, S.; Nonaka, M.: IMPACT OF SUBSURFACE TEMPERATUREVARIATION ON SEA SURFACE TEMPERATURE AND NET SURFACE HEATFLUX OVER SHARP SEASONAL THERMOCLINE2237 Takashi Setou, .; Hiroshi Kuroda, .; Tomonori Azumaya, .; Shin-ichi Itoh, .;Shigeho Kakehi, .: OBSERVATION IMPACT ON AN EDDY-RESOLVINGOCEAN FORECAST SYSTEM BASED ON ROMS2238 PARENT, L.; FERRY, N.; Barnier, B.; GARRIC, G.; GREINER, E.: GLOBALEDDY-PERMITTING OCEAN REANALYSES AND SIMULATIONS OF THEPERIOD 1992 TO PRESENT2239 Bricaud Clement, .; Garric Gilles, .; Drillet Yann, .; Parent Laurent, .; FerryNicolas, .: GLOBAL OCEANIC THERMO-HALINE WARMING TREND INAN EDDY-PERMITTING REANALYSIS CONTEXT2240 Rusciano, E.; Speich, S.: INTEROCEAN EXCHANGE OF THEINTERMEDIATE WATERS BETWEEN THE PACIFIC, INDIAN ANDATLANTIC OCEAN, SOUTH OF 15SS.2241 Yoon, S. T.; Chang, K. I.: HEAT CONTENT VARIATIONS DUE TOSTRENGTHENING AND WEAKENING OF COLD AND WARM CURRENTSIN THE SOUTHWESTERN EAST/JAPAN SEA2243 Kurczyn, J. A.; Pérez, P.; García, J.; Candela, J.; López, M.: SEASONALCHARACTERISTICS OF THE OCEAN CURRENTS AND WATER MASSESOFF BAHAA DE TODOS SANTOS, BAJA CALIFORNIA.2244 Janzen, C. D.; Murphy, D.: IMPROVING ARGO FLOAT DATA: STEPSTOWARD IMPLEMENTING ONBOARD CELL THERMAL MASSCORRECTIONS2245 Pozo Buil, M.; Di Lorenzo, E.; Bograd, S.: SUBSURFACE OCEAN CLIMATEVARIABILITY AND CONTROLS ON NORTHEAST PACIFIC UPWELLING2246 Lankhorst, M.; Send, U.; Rudnick, D.; Cornuelle, B.: OBSERVATIONSAND STATE ESTIMATES OF THE CIRCULATION IN THE SOUTHERNCALIFORNIA CURRENT SYSTEM2299 Sheinbaum, J.; Athie, G.; Romero, A.; Ochoa , J.; Candela, J.: THE FLOWTHROUGH YUCATAN CHANNEL: FOLKLORE, FICTION AND FACT.2300 Volkov, D. L.; Landerer, F. W.: NON-SEASONAL FLUCTUATIONS OF THEARCTIC OCEAN MASS OBSERVED BY GRACE2301 Dohan, K.; Early, J.: INERTIAL OSCILLATIONS IN TIME DEPENDENTWIND-DRIVEN SURFACE CURRENTS2302 Dong, S.; Baringer, M. O.; Goni, G. J.; Garzoli, S. L.: MODEL-DATADIFFERENCES IN THE SEASONAL VARIATIONS OF THE SOUTHATLANTIC MOC022 Scaling Up Individual Processes to Ecosystem Levels In AnEra of Global ChangeChair(s): Sophie J McCoy, mccoy@uchicago.eduAndrew J Pershing, andrew.pershing@maine.eduLaurent Seuront, laurent.seuront@univ-lille1.frNicholas A Kamenos , nick.kamenos@glasgow.ac.ukFrederic Maps, frederic.maps@bio.ulaval.caLocation: Kamehameha Hall III2489 Dornberger, L.; Ainsworth, C.: IMPLEMENTATION OF NEW SPATIALFORCING FUNCTIONS IN THE ATLANTIS MODELING FRAMEWORK TOACCURATELY REPRESENT OIL SPILL IMPACTS IN THE GULF OF MEXICO2490 Oliver, M. J.; Irwin, A.; Moline, M. A.; Fraser, W.; Patterson, D.: ADPLIEPENGUIN FORAGING LOCATION PREDICTED BY TIDAL REGIMESWITCHING IN A CHANGING CLIMATE2491 Schopmeyer, S. A.; Lirman, D.: REEF RESTORATION AND CORALPROPAGATION OF THE ENDANGERED GENUS ACROPORA IN THECARIBBEAN: TIME TO SCALE UP!!2492 Curran, M. C.; Sherman, M. B.: THE EFFECT OF THE PARASITEPROBOPYRUS PANDALICOLA ON THE SURVIVAL TIME OF THE GRASSSHRIMP PALAEMONETES PUGIO DURING STARVATION AT TWODIFFERENT TEMPERATURES2493 Hunt, J. N.; Wilson, W. H.; Countway, P. D.: ENHANCEMENT OF LIPIDPRODUCTION IN MICROALGAE BY DODECANE ADDITION ANDNITRATE LIMITATION2494 Kamenir, Y.: STEADY PATTERNS OF COMMUNITY STRUCTURE2495 Morganti, T.; Coma, R.; Serrano, E.; Ribes, M.; Yahel, G.: EFFECTS OFNATURAL TEMPERATURE FLUCTUATIONS ON IN SITU PUMPING OFSPONGES SPECIES IN THE MEDITERRANEAN SEA2496 Banas, N. S.; Zhang, J.; Campbell, R. G.: LINKING CLIMATE TO BERING SEAFISHERIES RECRUITMENT VIA A NEW, TRAIT-BASED COPEPOD LIFEHISTORY MODEL2497 Pierson, J. J.; Nidzieko, N. J.; Roman, M. R.; Elliott, D. E.; Fitzgerald, C.:COPEPODS IN THE DEAD ZONE: THE ROLES OF BEHAVIOR ANDPHYSICS IN CONTROLLING COPEPOD POPULATION DYNAMICS INHYPOXIC SYSTEMS2498 Anderson, C. R.; Edwards, C. A.; Goebel, N. L.; Kudela, R. M.: AMECHANISTIC APPROACH TO FORECASTING DOMOIC ACIDPRODUCTION IN COASTAL CALIFORNIA2507 Fields, D. M.; Browman, H. I.; Twining, B. S.: COPEPODS INTESTINES: 10^21MICROBIOREACTORS OF GLOBAL OCEAN PROCESSES2508 Furby, K. A.; Smith, J. E.; Sandin, S.: SAFETY IN NUMBERS: HOW COLONIALGROWTH ALLOWS RECOVERY AFTER A BLEACHING EVENT IN THECENTRAL PACIFIC2509 Hale, R.; Jacques, R.; Solan, M.; Tolhurst, T.: VISUALISATION OF MARINEBENTHIC BIOGENIC STRUCTURES AND PARTICLE TRANSPORT2510 Freytes-Ortiz, I. M.; Stallings, C. D.: MUSSEL HEART RATE AS A SHORT-TERM PHYSIOLOGICAL RESPONSE TO ACUTE STRESSORS2511 Gleiss, A. C.; Morgan, D. L.; Whitty, J. M.; Fossette, S.; Hays, G. C.:SEASONALLY CONTRASTING PHYSIOLOGICAL AND ECOLOGICALPERFORMANCE QUESTION THE “WARMER-IS-BETTER” HYPOTHESISFOR JUVENILE FISH2512 Kahn, A. S.; Yahel, G.; Tunnicliffe, V.; Leys, S. P.: GLASS SPONGES REQUIRESTRONG CURRENTS AND PRODUCTIVE WATERS TO SUPPORT INTENSEGRAZING AND FORM REEFS IN DEEP WATER58

Program BookAGU/ASLO/TOS026 Biological and Physical Controls of Particle Dynamicsand Fluxes In the Mesopelagic Layer of the Ocean: CurrentUnderstanding and Future Directions.Chair(s): Richard B. Rivkin, rrivkin@mun.caRoger Francois , rfrancoi@eos.ubc.caLouis Legendre, legendre@obs-vlfr.frLocation: Kamehameha Hall III1032 Hwang, J.; Kim, M.; Rho, T.; Lee, T.; Kang, D. J.: SINKING PARTICULATEORGANIC CARBON FLUX IN THE SOUTHWESTERN EAST SEA (JAPAN SEA)1033 Hillaire-Marcel, C.; Ghaleb, B.; Yashayaev, I.: NEPHELOID PLUMES ALONGTHE LABRADOR SLOPE AND THEIR RECORDING BY U & TH-SERIESISOTOPES IN THE WATER COLUMN1034 Buesseler, K. O.; Siegel, D. A.; EXPORTS Planning Team, .: EXPORTS:IMPLEMENTATION PLAN FOR A NASA FIELD CAMPAIGN FORQUANTIFYING THE BIOLOGICAL PUMP FROM SATELLITEOBSERVABLES1035 Kiko, R.; Hauss, H.; Schwarzkopf, F.; Brandt, P.; Stemmann, L.: ATLANTICEQUATORIAL MARINE SNOWFALL AND DEEP PARTICLE MAXIMA1036 McInnes, A. S.; Dorado, S.; Waite, A. M.; Quigg, A.: IMPROVING PARTICLEFLUX ESTIMATES BY ACCOUNTING FOR HORIZONTAL MOVEMENT964 Enright, M. P.; Johnson, R. J.; Bates, N. R.: IMPLICATIONS OF NEWMETHODICAL IMPROVEMENTS IN SEDIMENT TRAP MEASUREMENTSAT THE BERMUDA ATLANTIC TIME-SERIES STUDY965 Planchon, F.; Ballas, D.; Cavagna, A. J.; Trull, T.; Dehairs, F.: FE FERTILIZATIONAND CARBON EXPORT PRODUCTION: THE NATURAL LABORATORYOF THE KERGUELEN ISLAND, SOUTHERN OCEAN966 Chen, J. C.; Hung , C. C.: SHORT-TERM VARIATION OF PARTICULATEORGANIC CARBON FLUX IN MARGINAL SEAS967 Rivkin, R. B.: DYNAMICS OF FREE-LIVING AND PARTICLE-ATTACHEDBACTERIA AND THEIR ROLE IN OCEANIC CARBON CYCLING: AGLOBAL OCEAN OVERVIEW.968 Ivory, J. A.; Tang, K. W.; Takahashi, K.: DEVELOPING THE USE OF THE VITALSTAIN NEUTRAL RED IN SHORT-TERM SEDIMENT TRAPS TO MOREACCURATELY DETERMINE PARTICLE FLUX IN THE MESOPELAGICLAYER969 Collins, J. R.; Ossolinski, J. E.; Thamatrakoln, K.; Tagliaferre, J.; Van Mooy, B. A.:BUDGETING RESPIRATORY LOSS PROCESSES: EXPLAINING OBSERVEDVARIATION IN PARTICLE FLUX ATTENUATION AT SEVEN STATIONS INTHE NORTH ATLANTIC970 Barnett, A.; Mouw, C. B.; McKinley, G.: THE ROLE OF SATELLITEESTIMATED PHYTOPLANKTON COMMUNITY SIZE STRUCTURE INEXPORT FLUX030 Wind-Generated Waves and Storm Surge From MeteorologicalActivityChair(s): Oceana Puananilei Francis, oceanaf@hawaii.eduKwok Fai Cheung, cheung@hawaii.eduLocation: Kamehameha Hall III1001 Grieser, J.; Zhao, Q.; Maskell, J.; Rodney, J. T.; Bruneau, N.: A TYPHOONSTORM SURGE MODEL FOR JAPAN1002 Shope, J. B.; Storlazzi, C. D.; Erikson, L. H.; Hegermiller, C. A.: MODELEDCHANGES IN EXTREME WAVE CLIMATES AND RUNUP FOR US ANDUS-AFFILIATED PACIFIC ISLANDS DURING THE 21ST CENTURY1003 Li, Y. N.; Peng, S. Q.: ON IMPROVING STORM SURGE FORECASTINGUSING AN ADJOINT OPTIMAL TECHNIQUE1004 Werkmeister, A. A.; Graber, H. C.: SIGNIFICANT WAVE HEIGHT INRELATION TO INERTIAL CURRENTS INDUCED BY TYPHOON WINDSMEASURED BY A DRIFTING BUOY1005 Colberg, F.; McInnes, K. L.: WEATHER RELATED CHANGES IN STORMSURGE ACTIVITY OVER AUSTRALIA1006 Kim/Kyeong Ok, .; Jung/Kyung Tae, .: WAVE SIMULATION USINGINTEGRALLY COUPLED WAVE-TIDE-SURGE MODEL OF THE EASTCHINA SEA1007 Repina, I. A.; Titov, V. M.: THE DYNAMIC AND STRUCTURE WIND WAVESDURING STRONG OFFSHORE WIND FROM REMOTE SENSING DATA1008 Mostafa Bakhoday Paskyabi, M. B.; Brian Ward, .; Ilker Fer, .:OBSERVATIONAL AND NUMERICAL STUDY OF WAVE-TURBULENCEINTERACTION NEAR THE SEA SURFACE1009 Solano, M. S.; Canals, E.; Capella, M.; Morell, J.; Leonardi, S.: DEVELOPMENTOF A COUPLED OCEAN-ATMOSPHERE OPERATIONAL OBSERVINGSYSTEM IN PUERTO RICO AND THE VIRGIN ISLANDS1010 LIU, Z.; Wang, H. V.: A SUPERTIDAL EXPLOSIVE STORM SURGE IN THELONG ISLAND SOUND DURING HURRICANE SANDY1085 Grare, L.; Lenain, L.; Melville, W. K.: WAVE-COHERENT AIRFLOW ANDCRITICAL LAYERS OVER OCEAN WAVES.1086 Li, C.: MODELING THE RESPONSE OF ESTUARINE LAKES AND BAYS TOATMOSPHERIC COLD FRONTAL SYSTEM PASSAGES1087 Mancilla-Rojas, R.; Rivas, D.: REMOTE WIND-FORCED COASTAL TRAPPEDWAVES OFF TAMAULIPAS AND NORTHERN VERACRUZ, WESTERNGULF OF MEXICO.032 Examining Connectivity In Marine Populations, From Unicellsto Metazoans, Using Novel and Integrated ApproachesChair(s): Tatiana Rynearson, rynearson@mail.uri.eduBenjamin Walther, bwalther@utexas.eduErica Goetze, egoetze@hawaii.eduDerek Hogan, james.hogan@tamucc.eduLocation: Kamehameha Hall III2593 Schweinsberg, M.; Lampert, K. P.; Tollrian, R.: TRANSFER OFINTRACOLONIAL GENETIC VARIABILITY THROUGH GAMETES INACROPORA HYACINTHUS2594 Walther, B. D.; Woodcock, S. H.: TRACKING CONNECTIVITY NON-LETHALLY WITH TRACE ELEMENTS AND STABLE ISOTOPES IN FISHSCALES2595 Padron, M.; Bramanti, L.; Guizien, K.: DEMOGRAPHIC EFFECT ON ALLELEFREQUENCIES IN A METAPOPULATION2596 Jin, Y.; Lundgren, P.; Willis, B.; Kininmonth, S.; van Oppen, M.: GENETICADAPTATION ALONG ENVIRONMENTAL GRADIENTS IN THE REEF-BUILDING CORAL ACROPORA MILLEPORA FROM THE GREAT BARRIERREEF2597 Pearman, J. K.; El-Sherbiny Omar , M.; Aidaroos, A.; Irigoien, X.: HIGHTHROUGHPUT AMPLICON SEQUENCING TO DETERMINEZOOPLANKTON DIVERSITY IN THE RED SEA2598 Zhang, X.; Haidvogel, D. B.; Munroe, D.; Powell, E. N.: SIMULATING LARVALTRANSPORT OF ATLANTIC SURFCLAMS IN THE MID-ATLANTICBIGHT: THE INFLUENCE OF PHYSICAL DRIVERS WITH COMMENTS ONPOTENTIAL CLIMATE CHANGE EFFECT2599 Norton, E. L.; Andrews, K. R.; Powell, B. S.; Goetze, E.: EMPIRICAL ANDBIOPHYSICAL MODELING STUDIES OF DISPERSAL BARRIERS FORMARINE PLANKTON2600 Braun, C. D.; Skomal, G. B.; Thorrold, S. R.: FIDELITY AND MIGRATION OFBASKING SHARKS IN THE ATLANTIC2601 Howell, K. L.; Ross, R. E.; Kirby, I.; Nimmo-Smith, W. A.; Read, J.: LARVALDISPERSAL POTENTIAL DECREASES WITH DEPTH, IMPLICATIONS FOROPEN OCEAN CONNECTIVITY2602 Govindarajan, A. F.; Rand, D.; Pineda, J.: DO DIFFERENT LARVAL SOURCEPOPULATIONS INFLUENCE RECRUITMENT WINDOWS IN THEBARNACLESEMIBALANUS BALANOIDES?2603 Bush, S. L.; Osborn, K. J.: PTEROPOD MOLLUSCS: USING MOLECULARGENETICS TO UNDERSTAND POPULATION CONNECTIVITY ANDBIODIVERSITY2604 T. Pires, R. F.; Pan, M.; P. Santos, A. M.; Peliz, A.; dos Santos, A.: MODELLINGTHE VARIATION IN LARVAL DISPERSAL OF ESTUARINE AND COASTALGHOST SHRIMP: UPOGEBIA CONGENERS IN THE GULF OF CADIZ2605 Wood, S.; Paris, C. B.; Ridgwell, A.; Hendy, E. J.: GOING WITH THE FLOW?MODELLING CORAL DISPERSAL IN A CHANGING OCEANMONDAY59

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY2606 Faria, J.; Presa, P.; Martins, G. M.; Ribeiro, P.; Neto, A. I.: GENETIC POPULATIONSTRUCTURE AND CONNECTIVITY OF AZOREAN LIMPETS2607 Goodwin, J. D.; North, E. W.; Thompson, C. M.: USING A NOVELAUTOMATED IDENTIFICATION TECHNIQUE TO ENHANCE OURUNDERSTANDING OF OYSTER (CRASSOSTREA VIRGINICA) LARVALDISPERSAL AND CONNECTIVITY2608 Goetze, E.; Andrews, K. R.; Norton, E. L.; Portner, E.: POPULATIONPERSISTENCE IN MARINE ZOOPLANKTON2681 Carr, S. M.; Duggan, A. T.; Stenson, G. B.; Marshall, H. D.: NOVELQUANTITATIVE ANALYSES OF PHYLOGEOGRAPHIC STRUCTURE ANDCONNECTIVITY AMONG MARINE POPULATIONS AS INFERRED FROMWHOLE-GENOME MTDNA SEQUENCES2682 Leavitt LaBella, A.; Plouviez, S. C.; Van Dover, C. L.; Cunningham,C.: THE ROLE OF MIGRATION AND COLONIZATION IN THEESTABLISHMENT OF THE DEEP-SEA CLAM ABYSSOGENASOUTHWARDAE THROUGHOUT THE ATLANTIC OCEAN2683 Vaz, A. C.; Paris, C. B.; Holstein, D. M.; Olascoaga, M. J.: SIMULATINGMESOPHOTIC TO SHALLOW REEFSCCONNECTIVITY CONSIDERINGTHREE-DIMENSIONCCORAL REEF HABITATS2684 Pennoyer, K. E.; Baker, A.; Hogan, J. D.; Toonen, R. J.; Bird, C. E.: HAWAIIAN‘OPIHI POPULATIONS PARTITIONED BY ISLAND2685 Bailey, J.; Rynearson, T. A.; Durbin, E. G.: POLAR EXPRESS? CONNECTIVITYAMONG MORPHOLOGICALLY CRYPTIC PSEUDOCALANUS COPEPODSPECIES IN THE BERING SEA2686 Anstead, K. A.; Schaffler, J. J.; Jones, C. M.: COAST-WIDE NURSERY AREACONTRIBUTION TO THE ADULT POPULATION OF ATLANTICMENHADEN BREVOORTIA TYRANNUS2687 Wren, J. L.; Kobayashi, D. R.; Toonen, R. J.: MODELING AND GROUND-TRUTHING THE REEF FISH LARVAL POOL AROUND THE HAWAIIANISLANDS2688 Herrera, Y.; Carrasco, L.; Mella-Flores, D.; von Dassow, P.: TESTINGMICROSATELLITE MARKERS FOR REVEALING POPULATIONGENETICS OF THE COCCOLITHOPHORE EMILIANIA HUXLEYI IN THESOUTHEAST PACIFIC2689 Abboud, S. S.; Gómez Daglio, L.; Dawson, M. N.: SPATIAL SCALES OFGENETIC DIVERSITY WITHIN JELLYFISHES2690 Kajajian, A.; Schaffler, J. J.; Jones, C. M.: OTOLITH CHEMISTRY: PITFALLSAND INSIGHTS IN ITS USE FOR THE STUDY OF SUMMER FLOUNDERPOPULATION STRUCTURE033 Ocean Acidification In Coastal EnvironmentsChair(s): Jeremy T. Mathis, jeremy.mathis@noaa.govRichard A. Feely, richard.a.feely@noaa.govLocation: Kamehameha Hall III2561 Chou, W.; Gong, G.; Hung, C.; Wu, Y.: CARBONATE MINERAL SATURATIONSTATES IN THE EAST CHINA SEA: PRESENT CONDITIONS AND FUTURESCENARIOS2562 Hu, X.: EXPLORING ESTUARINE ACIDIFICATION AND MINIMUMBUFFER ZONE2563 Kim, D.: SEASONAL VARIATIONS IN ARAGONITE SATURATION STATESIN KWANGYANG BAY, KOREA2564 Shishido, C. M.; Klinger, T. L.; Thom, R. M.: CARBON DRAW-DOWNPOTENTIAL BY THE NATIVE EELGRASS Z. MARINA IN PUGET SOUNDAND IMPLICATIONS FOR OCEAN ACIDIFICATION MANAGEMENT2565 Ribas-Ribas, M.; Tyrrell, T.: ASSESSING THE EFFECT OF OCEANACIDIFICATION IN THE NW EUROPEAN SEAS IN SUMMER 2011 USINGA MULTIVARIATE STATISTICAL APPROACH2566 Crook, E. D.; Potts, D. C.; Rebolledo-Vieyra, M.; Hernandez Terrones, L.; Paytan,A.: RECRUITMENT AND DEVELOPMENT OF BENTHIC BACK-REEFCOMMUNITIES IN RESPONSE TO IN-SITU LOW PH CONDITIONS2567 Patsavas, M. C.; Byrne, R. H.; Wanninkhof, R.; Feely, R. A.; Cai, W.J.: CARBONATE SATURATION STATE CALCULATIONS ANDTHERMODYNAMIC CONSISTENCY OF DATA OBTAINED ON U.S. EASTAND WEST COAST OCEAN ACIDIFICATION CRUISES2568 Cosca, C.; Williamson, P.; Jewett, L.; Newton, J.; Mathis, J.: THE GLOBALOCEAN ACIDIFICATION OBSERVING NETWORK2625 Hurd, C. L.; Cornwall, C. E.: HYDRODYNAMIC REGUIFA: SLOWSEAWTER FLOWS AMELIORATE THE NEGATIVE EFFECTS OF OCEANACIDIFICAITON ON CORALLINE ALGAE2626 Candelmo, A. C.; Chambers, C.; Habeck, E.; Wieczorek, D.; Cooper, K.:TOLERANCE AND IMPACTS OF EARLY-LIFE STAGES OF WINTERFLOUNDER, PSEUDOPLEURONECTES AMERICANUS, TO OCEANACIDIFICATION2627 Adhami, Z.; Hunter, K.; Currie, K.; Sander, S.: OCEAN ACIDIFICATION: THEDISSOLUTION OF CALCIUM CARBONATE IN ARTIFICIAL SEAWATER2628 PARK, G. H.: VARIABILITY OF INORGANIC CARBON SYSTEM IN THESOUTHWESTERN EAST/JAPAN SEA2629 Kamenos, N. A.; Burdett, H. L.; Findlay, H.; Widdicombe, S.; Calosi, P.: RATEOVER MAGNITUDE: RATE-DEPENDENT RESPONSES OF CORALLINEALGAE TO OCEAN ACIDIFICATION2630 Davis, C. V.; Hill, T. M.; Jahncke, J.: SEASONAL ABUNDANCE OF PLANKTICFORAMINIFERA FROM NEAR SHORE PLANKTON TOWS IN THECALIFORNIA CURRENT UPWELLING SYSTEM2631 Wada, S.; Hama, T.: MACROALGAL ROLE AS A FACTOR CONTROLLINGPH IN COASTAL ENVIRONMENTS.2632 Steckbauer, A.; Ramajo, L.; Fernandez, M.; Lagos, N.; Duarte, C. M.:SYNERGETIC EFFECTS OF HYPOXIA AND INCREASING CO2 ONDIFFERENT INVERTEBRATE SPECIES ALONG THE CHILEAN COAST2633 Stoneman, A. T.; Smith, S. L.: THE EFFECT OF OCEAN ACIDIFICATION ONOTOLITH GROWTH IN LARVAL ESTUARINE AND MARINE FISH2634 Howden, S. D.; Griffith, J.; Wanninkhof, R.; Friederich, G.; Gundersen, K.: APILOT PROJECT FOR AUTONOMOUS OCEAN ACIDIFICATION SURVEYSIN THE NORTHERN GULF WITH THE LIQUID ROBOTICS WAVE GLIDER2635 James, A. K.; Carlson, C. A.; Brzezinski, M. A.; Passow, U.: EFFECTS OFINCREASING PCO 2ON BACTERIOPLANKTON UTILIZATION OF DOC2636 Park, K.; Lee, K.; Shin, K.; Yang, E.; Hyun, B.: DIRECT LINKAGE BETWEENDMS PRODUCTION AND MICROZOOPLANKTONGRAZING RESULTINGFROM PREY COMPOSITION CHANGE UNDER HIGH PCO2 CONDITIONS.2637 Kim, H.; Lee, K.; Park, K.; Kim, M.: IMPACT OF COUPLED OCEANACIDIFICATION AND DEOXYGENATION ON NITROUS OXIDEPRODUCTION IN OCEAN WATER2638 Long, M. H.; Charette, M. A.; Martin, W.; McCorkle, D.; De Beer, D.: HIGHRESOLUTION, IN SITU PH AND OXYGEN FLUXES USING A NEW EDDYCORRELATION SYSTEM TO EXAMINE OCEAN ACIDIFICATION ANDECOSYSTEM METABOLISM2639 Gilleard, J. M.; Taylor, J. R.: EFFECTS OF OCEAN ACIDIFICATION ON THESTRUCTURE OF THE RED ROCK SHRIMP (LYSMATA CALIFORNICA)EXOSKELETON2640 Matsushita, W.; Wada, S.; Ishii, M.; Hama, T.: SEASONAL CHANGE INCARBONATE SYSTEM AND ITS CONTLOLLING FACTORS OFF THECOAST OF SHIMODA IN JAPAN2649 Inoue, T.; Suzuki, R.; Wada, S.; Sasano, D.; Hama, T.: EFFECT OF OCEANACIDIFICATION ON COASTAL PHYTOPLANKTON COMMUNITYSTRUCTURE AND PRIMARY PRODUCTION RATE2650 Heiko Brenner, H.; Ulrike Braeckman, .; Marie Le Guitton, .; Filip Meysman, .:ALKALINITY RELEASE FROM SEDIMENTS AND IMPACT ON THE WATERCOLUMN CO2 SYSTEM IN THE NORTH SEA2651 Zindler, C.; Lutterbeck, H.; Marandino, C. A.; Bange, H. W.: THE EFFECT OFOCEAN ACIDIFICATION ON DIMETHYLSULFOXIDE (DMSO)2652 Molari, M.; Meyer, S.; Weber, M.; Ramette, A.; Boetius, A.: EFFECT OFSEABED CO2 EMISSIONS ON BENTHIC MICROBIOTA IN A COASTALECOSYSTEM (PANAREA ISLAND, ITALY)2653 Kapsenberg, L.; Hofmann, G. E.: FROM KELP TO ICE: TEMPORAL ANDSPATIAL VARIABILITY IN OCEAN PH2654 Johnson, K. E.; Hofmann, G. E.: EPIGENETIC APPROACHES TOINVESTIGATE LOCAL ADAPTATION IN MARINE INVERTEBRATES60

Program BookAGU/ASLO/TOS2655 Martínez Fernández, A.; Crook, E.; Rebolledo-Vieyra, M.; Hernández Terrones,L. M.; Paytan, A.: CALCITE SATURATION NUTRIENT AND OXYGENIMPACTS ON CALCIFICATION OF BENTHIC FORAMINIFERA ATNATURAL LOW PH SUBMARINE SPRINGS2656 Chan, P.; Halfar, J.; Lebednik, P. A.; Norley, C. J.; Holdsworth, D. W.:INVESTIGATING POTENTIAL EFFECTS OF OCEAN ACIDIFICATION ONCALCIFICATION RATES OF SUBARCTIC CORALLINE ALGAE2657 Martin, W. R.; Sayles, F. L.; McCorkle, D. C.; Weidman, C.: CONTINUOUS,AUTONOMOUS MEASUREMENT OF THE CO2 SYSTEM IN WAQUOITBAY, MA2658 Campbell, J.; Paul, V.; Miller, A.; Fourqurean, J.: THE EFFECTS OF OCEANACIDIFICATION ON MARINE CALCIFIERS IN TROPICAL SEAGRASS BEDS2659 Ballard, J. R.; Martz, T. R.; Alin, S. R.: CALCIUM ANOMALIES IN THENORTHERN CALIFORNIA CURRENT SYSTEM2660 Valentino, L. M.; Carpenter, R. C.: EFFECTS OF OCEAN ACIDIFICATION ONBIOEROSION OF BURROWING BIVALVES IN MOOREA, FRENCH POLYNESIA.2661 Friederich, G. E.; Chavez, F. P.; O’Reilly, T. C.; McGill, P. R.; Wahl, C.:DEVELOPMENT, TESTING AND DEPLOYMENT OF AUTONOMOUSOCEAN ACIDIFICATION INSTRUMENT PACKAGES IN A COASTALUPWELLING SYSTEM2662 Page, H. N.; Yeakel, K.; Jokiel, K.; Rodgers, K.; Andersson, A. J.: DIEL TRENDSIN NET COMMUNITY CALCIFICATION AND PRODUCTION RATES FORDIFFERENT BENTHIC COMMUNITIES EXPOSED TO AMBIENT ANDACIDIFIED SEAWATER2663 Bénard, R.; Levasseur, M.; Scarratt, M.; Mucci, A.; Tremblay, J. E.: IMPACTS OFOCEAN ACIDIFICATION ON PHYTOPLANKTONIC COMMUNITIES OFESTUARINE AND COSTAL REGIONS OF CANADA2664 Love, B. A.; O’Brien, C. E.; Bulthuis, D.: EXTREME PCO 2VARIABILITY INA MACROTIDAL EEL GRASS MEADOW MEDIATED BY TIDAL ANDDIURNAL CYCLES2730 Subhas, A. V.; Rollins, N.; Erez, J.; Berelson, W.; Adkins, J. F.: THEDISSOLUTION KINETICS OF CARBONATE MINERALS2731 Jacobsen, J. R.; Abell, J. T.; Shaugnessy, F.: FREQUENCY AND INTENSITY OFEXPOSURE TO CARBONATE CORROSIVE WATERS IN A NEAR-SHOREUPWELLING ENVIRONMENT2732 Pérez-Pérez, N. M.; Smith, S.; Reckenbeil, B. A.; Stoneman, A.; Ozbay, G.: THEEFFECTS OF OCEAN ACIDIFICATION ON THE EARLY LIFE STAGES OFIMPORTANT COMMERCIALLY SPECIES IN THE EAST COAST OF THEUNITED STATES2733 King, A. L.; Wikfors, G. H.; Milke, L. M.; Jenkins, B. D.; Meseck, S. L.: EFFECTSOF OCEAN ACIDIFICATION ON PHYTOPLANKTON IN CULTURES ANDFIELD-COLLECTED COASTAL ASSEMBLAGES2734 Abell, J. T.; Bjorkstedt, E. P.; Dickson, A. G.; Fabry, V. J.: DOCUMENTINGPRESENT-DAY VARIABILITY IN ARAGONITE SATURATION STATE ONTHE NORTHERN CALIFORNIA CONTINENTAL SHELF2735 Barbero, L.; Wanninkhof, R.: CLIMATOLOGY OF PCO2 AND ARAGONITESATURATION STATE IN THE GULF OF MEXICO2736 Steppe, C. N.; Breitburg, D.; Burrell, R.; Keppel, A. G.: THE EFFECTS OFCO-VARYING DIEL CYCLING HYPOXIA AND PH ON GAMETOGENESISIN THE EASTERN OYSTER CRASSOSTREA VIRGINICA037 Dynamics of Coupled Processes In the Ocean: A Tribute tothe Career of Dr. James MurrayChair(s): Laurie Balistrieri, balistri@usgs.govKathryn Kuivila, kkuvilia@usgs.govHans Jannasch, jaha@mbari.orgLocation: Kamehameha Hall III2113 Barrett, P. M.; Resing, J. A.; Buck, N. J.; Landing, W. M.: DECADALCOMPARISON OF THE DISTRIBUTION OF PARTICULATE TRACEELEMENTS IN THE TOP 1000 M OF THE NORTH ATLANTIC OCEANALONG CLIVAR SECTION A16N: 2003–20132114 Liu, K. K.; Dai, M.; Tseng, C. M.; Sui, C. H.; Oey, L. Y.: COUPLING BETWEENSOUTH CHINA SEA THROUGHFLOW AND BIOGEOCHEMICALCONDITIONS IN THE NORTHERN SOUTH CHINA SEA2181 Stewart, G. M.; Church, T. M.; Baskaran, M.; Rigaud, S.: PARTICULATE PO-210AND PB-21O ALONG THE NORTH ATLANTIC GEOTRACES TRANSECT:BIOREACTIVE VS PARTICLE REACTIVE TRACERS2182 Yigiterhan, O.; Al-Ansari, E. M.; Al-Shaikh , I. A.; Murray, J. W.: MARINEGEOCHEMISTRY OF PARTICULATE TRACE ELEMENTS IN THEEXCLUSIVE ECONOMIC ZONE (EEZ) OF THE STATE OF QATAR2183 Lacan, F.; Labatut, M.; Murray, J.: IRON ISOTOPES IN THE PAPUA NEWGUINEA AREA AND IN THE EQUATORIAL PACIFIC2184 Stanev, E. V.: BLACK SEA OXYGEN DYNAMICS AS SEEN IN CONTINUOUSPROFILING FLOATS OBSERVATIONS AND 3D NUMERICALSIMULATIONS2185 Eitel, E. M.; Taillefert, M.: INFLUENCE OF NATURALLY OCCURRINGTHIOLS ON IRON AND MANGANESE REDUCTION IN MARINESEDIMENTS2186 Hastings, D. W.; Schwing, P. T.; Brooks, G. R.; Selden, C.; Quinn, K. A.:CHANGES IN SEDIMENT REDOX CONDITIONS FOLLOWING THE BPDEEPWATER HORIZON BLOWOUT EVENT2187 Breier, J. A.; Toner, B.; Sheik, C.; Jiang, H. S.; Dick, G.: DEEP-SEAHYDROTHERMAL PLUMES: CHEMICAL, MICROBIAL, AND PHYSICALCONTROLS ON MASS AND ENERGY TRANSFER BETWEEN THELITHOSPHERE AND THE OCEAN2188 Enrich-Prast, A.; Signori, C.; Valle, J.; Pollery, R.; Gonsior, M.: THE SEAMOUNTEFFECT ON CHEMOSYNTHETIC AND BACTERIAL PRODUCTION2189 Miller, C. M.; Hastings, D. W.; Quinn, K. A.; Masserini, R.; Hammaker, S.:DISSOLVED NUTRIENTS AND TRACE METALS IN SEDIMENT POREWATERS FOLLOWING THE DEEPWATER HORIZON BLOWOUT2190 Moore, J. K.: THE EFFICIENCY OF THE BIOLOGICAL PUMP: INSIGHTSFROM A GLOBAL OCEAN MODEL039 Ocean Circulation Variability and Air-Sea Interactions In theWestern Pacific and Eastern Indian OceanChair(s): Kentaro Ando, andouk@jamstec.go.jpChristopher Maes, Christophe.Maes@ird.frBo Qiu, bo@soest.hawaii.eduYukio Masumoto, masumoto@eps.s.u-tokyo.ac.jpLocation: Kamehameha Hall III2740 Kim, E.; Jeon, D. C.; Shin, C. W.; Kim, D. G.: VARIATION OF THE SOUTHERNSUBTROPICAL COUNTERCURRENT RELATED TO SEA SURFACE HEIGHTAND EDDY IN THE NORTHWEST TROPICAL PACIFIC2741 Gan, B.; Wu, L.: SEASONAL AND LONG-TERM COUPLING BETWEENWINTERTIME STORM TRACKS AND SEA SURFACE TEMPERATURE INTHE NORTH PACIFIC2742 Chiang, T.: SUBTHERMOCLINE EDDIES ACROSS THE EQUATOR IN THEWESTERN PACIFIC AS SHOWN BY A HIGH-RESOLUTION OGCM2743 Cai, W.; Zheng, X. T.; Weller, E.; Collins, M.; Cowan, T.: PROJECTED RESPONSEOF THE INDIAN OCEAN DIPOLE TO GREENHOUSE WARMING2744 JEON, D.; KIM, E.: CURRENT VARIABILITY OF THE STCC-NEC-NEUCSYSTEM IN THE WESTERN PACIFIC OCEAN2745 Luo, Y.: FORMATION MECHANISMS OF OCEANIC CHANGES IN THETROPICAL PACIFIC UNDER GLOBAL WARMING2746 Yinglai Jia, .; Longjing Chen, .: MERIDIONAL PROPAGATION OF EDDIES INTHE KUROSHIO-OYASHIO EXTENSION REGION UNDER LOCAL WINDFORCING2747 Hsu, J.; Lien, R.; D’Asaro, E.; Sanford, T.: THE ESTIMATED DRAGCOEFFICIENT IN TYPHOON MEGI 20102748 Richards, K. J.; Natarov, A.; Jia, Y.: OCEAN MIXING IN THE WESTERNEQUATORIAL PACIFIC2749 Katsumata, M.; Bellenger, H.; Yoneyama, K.: OBSERVED VARIATIONS OFDETAILED TEMPERATURE PROFILE IN SURFACE 10-METER LAYER ANDATMOSPHERIC SITUATIONS OVER THE TROPICAL WESTERN PACIFIC2750 Menezes, V. V.; Phillips, H. E.; Schiller, A.; Domingues, C. M.; Bindoff,N. L.: IMPACT OF SALINITY ON THE EASTERN INDIAN OCEANCIRCULATIONMONDAY61

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY2751 Thoppil, P. G.; Metzger, J. E.: ANNUAL AND INTERANNUAL VARIABILITYOF THE RYUKYU CURRENT SYSTEM2752 Hackert, E. C.; Busalacchi, A. J.: ROLE OF THE INDIAN OCEAN FORPREDICTION OF THE COUPLED INDO-PACIFIC SYSTEM2813 Hu, D.: RECENT OBSERVATIONS ON WESTERN BOUNDARY CURRENTSAND PROSPECT IN THE NORTHWESTERN PACIFIC OCEAN2814 Hieronymus, M.; Nilsson, J.; Nycander, J.: WATER-MASS TRANSFORMATIONIN SALINITY-TEMPERATURE SPACE2815 Ng, B.; Cai, W.; Walsh, K.: NONLINEAR INDIAN OCEAN DIPOLEFEEDBACKS AND THEIR RESPONSE TO A WARMING CLIMATE IN THECMIP5 MULTIMODEL ENSEMBLE2816 Mensah, V.; Jan, S.: FLOW PATTERN AND MIXING OF THE KUROSHIOINTERMEDIATE WATERS EAST OF TAIWAN2817 Nyadjro, E. S.; McPhaden, M. J.: VARIABILITY OF SURFACE ANDSUBSURFACE ZONAL CURRENTS IN THE EASTERN TROPICAL INDIANOCEAN2818 Shu, Y.; Xue, H.; Wang, D.; Chai, F.; Yao, J.: THE SOUTH CHINA SEAMERIDIONAL OVERTURNING CIRCULATION DERIVED FROM THEGLOBAL REANALYSIS DATA GLBA0.082819 Hristova, H. G.; Kessler, W. S.; McWilliams, J. C.; Molemaker, M. J.: ON EDDYDISTRIBUTION AND SEASONALITY IN THE SOUTHWEST TROPICALPACIFIC OCEAN2820 Yang, H.; Wu , L.: LOW-FREQUENCY VARIABILITY OF THE SOUTH CHINASEA CIRCULATION UNDER SEASONAL WIND FORCING2821 Sen Jan, .; Vigan Mensah, .; Ming-Da Chiou, .; Tien-Hsia Kuo, .; Ming-HuiChang, .: MEASUREMENTS OF THE KUROSHIO HYDROGRAPHY ANDTRANSPORT AT 23.75°N2822 LEE, E.; Noh, Y.: RESPONSE OF THE UPPER OCEAN TO SURFACEHEATING IN THE N. PACIFIC2823 Chang, M.; Jan, S.; Mensah, V.: OBSERVATIONS OF ISLAND WAKEEVOLUTION AND SUBMESOSCALE EDDY SHEDDING IN THE KUROSHIOOFF TAIWAN2824 Son, C. Y.; Kim, J. S.; Moon, Y. I.: SENSITIVITY OF KOREAN SUMMERRAINFALL BY WNP TROPICAL CYCLONE DURING THE CENTRALPACIFIC EL NIOO YEARS2825 Schaeffer, A.; Roughan, M.; Wood, J.: QUANTIFYING EKMAN TRANSPORTAND BOTTOM WATER UPLIFT BY A WESTERN BOUNDARY CURRENT:IN-SITU OBSERVATIONS ON THE AUSTRALIAN CONTINENTAL SHELF2826 Pequignet, C.; Macdonald, H. S.; Book, J. W.; Jones, N. L.; Ryan, R. J.:SPATIAL AND TEMPORAL VARIABILITY OF THE REGIONAL-SCALECIRCULATION ON THE AUSTRALIAN NORTH WEST SHELF2827 Ohishi, S.; Sugimoto, S.; Hanawa, K.: INTERANNUAL INTENSITY ANDLONGITUDINAL POSITION VARIATIONS OF MASCARENE HIGH INAUSTRAL SUMMER AND THEIR RELATION TO SST IN THE SOUTHINDIAN OCEAN2828 Wang, W.; Zhu, X.: REVISITING ANNUAL MEAN AND SEASONAL CYCLE OFDEEP MERIDIONAL OVERTURNING CIRCULATION OF THE INDIAN OCEAN2829 Ando, K.; Hasegawa, T.: COOLING TREND OF THE UPPER OCEANTEMPERATURE IN THE CENTRAL PACIFIC SINCE TOGA ERA2830 Andres, M.; Jan, S.; Mensah, V.; Chiou, M.: ON THE FATE AND IMPACTOF MESOSCALE EDDIES IN THE WESTERN NORTH PACIFIC:OBSERVATIONS AND LABORATORY EXPERIMENTS2831 Mahajan, S.; Saravanan, R.; Chang, P.; Hsieh, W.: AEROSOLS AND AIR-SEATHERMODYNAMIC INTERACTIONS OVER THE WESTERN PACIFICWARM POOL REGION.2832 Chen, G.; Han, W.; Li, Y.; Wang, D.: DYNAMICS OF THE EQUATORIALUNDERCURRENT AND ITS INTERANNUAL VARIABILITY IN THEINDIAN OCEAN2833 Acosta, R. P.; Goldner, A.; Herold, N.; Huber, M.: DOES THE TIBETANPLATEAU PLAY AN IMPORTANT ROLE ON THE UPWELLING SYSTEMSIN THE ARABIAN SEA AND BAY OF BENGAL?2834 Kölling, J.; Lankhorst, M.; Send, U.; Davis, R.; Kessler, W.: SIMULTANEOUSOBSERVATIONS OF THE FLOW THROUGH THE SOLOMON SEA WITHGLIDERS AND END-POINT MOORINGS2836 Napitu, A. M.; Gordon, A. L.: THE SEA SURFACE TEMPERATURE RESPONSEWITHIN THE INDONESIAN SEAS TO STRONG MJO EVENTS2889 Ueki, .; Ando, .: DETECTION OF PACIFIC TROPICAL WATER BEHAVIOR BYTAUT-LINE MOORINGS IN THE WESTERN EQUATORIAL PACIFIC2890 Hsin, Y.: SEASONALITY OF CENTRAL POSITION AND INTENSITY OFTHE SURFACE KUROSHIO EAST OF TAIWAN2891 Duan, A.; Hu, W.; Wu, G.: IMPACT OF SUB-DAILY AIR-SEA INTERACTIONON SIMULATING INTRASEASONAL OSCILLATIONS OVER THETROPICAL ASIAN MONSOON REGION043 Biogenic Trace Gases In the Surface Ocean:From Source to FluxChair(s): Sam Wilson, stwilson@hawaii.eduHermann Bange, hbange@geomar.dePhilippe Tortell, ptortell@eos.ubc.caLaura Farias, lfarias@profc.udec.clLocation: Kamehameha Hall III23 Kang, J.; Woo, H.; Koo, B.; Lee, J.; Jeong, K.: ROLE OF BENTHIC FAUNALBURROWS IN METHANE FLUX MEASUREMENTS FROM TIDAL FLATSEDIMENTS24 Bange, H. W.; Team of M91, .: BIOGENIC TRACE GASES IN THEUPWELLING REGION OFF PERU25 Yang, G. P.; Zhang , H. H.; Zhuang, G. C.: TEMPORAL AND SPATIALVARIABILITY AND SEA-TO-AIR FLUX OF DIMETHYLSULFIDE (DMS) INTHE CHINA SEAS: KEY CONTROLLING FACTORS26 Schweers, J.; Bange, H. W.; Loescher, C.; Schmitz-Streit, R.; Treude, T.:PRODUCTION OF METHANE AND NITROUS OXIDE IN SEDIMENTSFROM ECKERNFOERDE BAY (BALTIC SEA)27 Omori, Y.; Tanimoto, H.; Inomata, S.; Kameyama, S.; Suzuki, K.: EVALUATIONOF USING UNFILTERED SEAWATER FOR UNDERWAY MEASUREMENTOF DIMETHYL SULFIDE IN THE OCEAN BY ONLINE MASSSPECTROMETRY28 Zhang, H. H.; Zhang, S. H.; Wang, X.; Yang, G. P.: SPATIAL VARIABILITYOF BIOGENIC SULFUR COMPOUNDS AND ITS RELATION WITHPHYTOPLANKTON IN THE YELLOW SEA AND THE EAST CHINA SEADURING SUMMER29 Laperriere, S. M.; Fox, R. J.; Lee, D. Y.; Cornwell, J. C.; Santoro, A. E.: THECHESAPEAKE BAY AS A POTENTIAL SINK FOR ATMOSPHERIC NITROUSOXIDE DURING STRATIFIED SUMMER CONDITIONS30 Sun, J.; Thrash, J. C.; Qian, Y.; Qian, M. C.; Giovannoni, S. J.: DMSPMETABOLISM IN SAR11 PELAGIC MARINE BACTERIA31 Ferrón, S.; Wilson, S. T.; del Valle, D. A.; Karl, D. M.: METHANE SOURCES INTHE UPPER OCEAN AT STATION ALOHA32 Wilson, S. T.; Del Valle, D. A.; Segura-Noguera, M.; Karl, D. M.: NITRIFIER-DENITRIFICATION AS A SOURCE OF NITROUS OXIDE IN THELOWER EUPHOTIC ZONE OF THE OLIGOTROPHIC NORTH PACIFICSUBTROPICAL GYRE AT STATION ALOHA33 Farias, L.; Besoain, V.: AN ANALYSIS OF TEN YEARS OF ABIOGEOCHEMICAL TIME SERIES IN A COASTAL UPWELLING AREA OFFCENTRAL CHILE34 Schulz-Bull, .; Orlikowska, .; Stolle, .: DYNAMICS OF HALOCARBONS INSURFACE WATERS OF THE BALTIC SEA35 DiTullio, G. R.; Lee, P. A.; Cyronak, T.; Kendrick, B. J.; Riseman, S. F.: DMSP CELLQUOTAS FROM FLOW CYTOMETRICALLY-SORTED PHYTOPLANKTONFROM DIVERSE OCEANIC REGIONS36 Magen, C.; Finke, N.; Komada, T.; Burdige, D. J.; Chanton, J. P.: PRODUCTIONOF METHANE IN THE UPPER WATER COLUMN OF THE OPEN OCEANASSOCIATED WITH THE CHLOROPHYLL MAXIMUM37 Charoenpong, C. N.; Bristow, L. A.; Altabet, M. A.: ENHANCEMENT OFISOTOPE RATIO MASS SPECTROMETRY MEASUREMENTS OF N 2/ARRATIOS AND < 15 N 2THROUGH O 2REMOVAL38 Klein, N. J.; Gomez-Consarnau, L.; Cutter, L. S.; Sanudo-Wilhelmy, S. A.:PRODUCTION OF HALOCARBONS IN MARINE HETEROTROPHICBACTERIAL CULTURES62

Program BookAGU/ASLO/TOS048 Ocean Primary Productivity: Variability and InfluenceChair(s): David Nicholson, dnicholson@whoi.eduChristopher Brown, christopher.w.brown@noaa.govAnand Gnanadesikan, gnanades@jhu.eduLaurie Juranek, ljuranek@coas.oregonstate.eduToby Westberry, westbert@science.oregonstate.eduLocation: Kamehameha Hall III2951 Steele, D. J.; Airs, R. L.; Kimmance, S. A.; Franklin, D. J.: CELL VIABILITY ANDCHLOROPHYLL ALTERATION IN EUKARYOTE PHYTOPLANKTON;EXPLORING THE RELATIONSHIP BETWEEN CELL PIGMENTS AND CELLDEATH.2953 Lee, S. H.; Kang, S. H.; Whitledge, T. E.: SMALL PHYTOPLANKTONCONTRIBUTION TO TOTAL PRIMARY PRODUCTION IN THE CHUKCHISEA2954 Fruendt, B.; Waniek, J. J.: RETRIEVING PAST CHLOROPHYLL A FIELDFROM TEMPERATURE FIELD IN THE OLIGOTROPHIC SUBTROPICALOCEANS2955 Brown, C. W.: INTERMITTENCY OF OCEANIC PRIMARY PRODUCTIONAND ITS RELATIONSHIP TO EXPORT EFFICIENCY2956 Jones, J.; Van Meerssche, E.; Johnson, R. J.; Lomas, M. W.: THE INFLUENCEOF PHYTOPLANKTON COMMUNITY STRUCTURE AND CELL SIZEON INTER-ANNUAL VARIABILITY OF PRIMARY PRODUCTION IN THESARGASSO SEA.2957 Munoz, E.; Lindsay, K.: ENSEMBLE VARIANCE OF SIMULATED PRIMARYPRODUCTION IN THE INDIAN OCEAN2958 Frances Rivera, N.; Alejandro Carrera, .; Angelie Cartagena , R.; Nicole Fuentes,.; Miguel Sastre, P.: SHORT-TERM CHANGES IN THE PLANKTONICCOMMUNITY COMPOSITION IN LAGUNA GRANDE, PUERTO RICO, ATTHE ONSET OF THE RAINY SEASON, FROM APRIL 4 TO MAY 27, 20112994 Gong, X.; Gao, H. W.; Shi, J.; Yao, X. H.: THE NUTRITIVE ANDPHOTOSYNTHESIS IN SUBSURFACE CHLOROPHYLL MAXIMUM LAYERIN THE NORTHERN SOUTH CHINA SEA2995 Son, S.; Wang, M.; Harding, L. W.: SATELLITE-MEASURED NET PRIMARYPRODUCTION IN THE CHESAPEAKE BAY FROM MODIS AND VIIRS2996 Olhsson, E.; Powell, T. M.: CAPTURING EVENT-DRIVEN RIVERINENUTRIENT DELIVERY TO COASTAL OCEAN BIOLOGY THROUGHMESOSCALE MODELING2997 Kwon, B.; Khim, J.: THE SHORT-TERM EFFECT OF HIGH CO2CONCENTRATION ON BENTHIC MICROALGAL PRODUCTION2998 Vaillancourt, R. D.; Marra, J.; Lance, V.; Hargreaves, B.: NITROGENAVAILABILITY AND LIGHT INTENSITY SIMULTANEOUSLY CONTROLPHOTOSYNTHETIC QUANTUM YIELD IN THE STRATIFIED OCEAN2999 de Oca, M.; Reichert, M. H.; Johnson, Z. I.: THE MAGNITUDE ANDREGULATION OF PROCHLOROCOCCUS AND SYNECHOCOCCUSPRIMARY PRODUCTION IN THE NORTHERN PACIFIC OCEAN3000 Lee, Y. J.; Matrai, P. A.; Friedrichs, M. A.; Saba, V. S.: PRIMARY PRODUCTIVITYALGORITHM ROUND ROBIN FOR THE ARCTIC OCEAN3001 Yao, F.; Hoteit, I.: THERMOCLINE REGULATED SURFACE CHLOROPHYLLBLOOMS IN THE GULF OF ADEN3002 Majchrowski, R.; Ston-Egiert, J.; Ficek, D.: COMPARISON OF THE NON-PHOTOSYNTHETIC PIGMENT ABSORPTION FACTOR IN THE BALTICAND IN THE ATLANTIC WATERS3027 Hynes, A. M.; Binder, B. J.: TUNING DAILY RHYTHMS: PARAMETEROPTIMIZATION FOR AN INDIVIDUAL-BASED MODEL OF DIEL CYCLESINPROCHLOROCOCCUS3028 Ostle, C.; Landschützer, P.; Johnson, M.; Schuster, U.; Robinson, C.: SEASONALAND SPATIAL VARIABILITY IN NET COMMUNITY PRODUCTION IN THENORTH ATLANTIC OCEAN3029 Meyers, M. T.; Carpenter, E. J.: EFFECT OF OCEAN ACIDIFICATION ONGROWTH OF FOUR PHYTOPLANKTON SPECIES AND RESULTINGCOPEPOD FEEDING BEHAVIOR3030 Li, Z.; Cassar, N.: ESTIMATION OF GLOBAL NET COMMUNITYPRODUCTION BASED ON IN-SITU O 2/AR MEASUREMENTS ANDREMOTELY SENSED PROPERTIES3031 Meyerink, S. W.; Ellwood, M.; Strzepek, R.: VARIATIONS IN SILICONUPTAKE KINETICS AND NUTRIENT STOICHIOMETRY IN THREEDIATOM SPECIES AS A RESULT OF CHRONIC IRON LIMITATION3032 Haskell II, W. Z.; Prokopenko, M. G.; Hammond, D. E.; Stanley, R. H.; Berelson,W. M.: EXPLORING THE EFFECT OF UPWELLING ON ECOSYSTEMEXPORT EFFICIENCY IN SOUTHERN CALIFORNIA USING THECONCENTRATION AND ISOTOPIC COMPOSITION OF DISSOLVEDOXYGEN3033 Pan, X.: SPATIAL AND SEASONAL VARIATIONS IN PRIMARYPRODUCTION IN THE NORTHERN SOUTH CHINA SEA3034 Roder, C.; Ziegler, M.; Roelke, D. L.; Walton, J.; Voolstra, C. R.:PHYTOPLANKTON IN RED SEA CORAL REEFS: TEMPORAL ANDSPATIAL DYNAMICS AND POTENTIAL IMPACTS ON THE BENTHICCOMMUNITY3035 Stawiarski, B.; Buitenhuis, E. T.: PICOPHYTOPLANKTON PHYSIOLOGYAND THE MICROBIAL LOOP – RECENT RESULTS FROM LABORATORYEXPERIMENTS3078 Walter, B.; Peters, J.; van Beusekom, J.: ESTIMATE PHYTOPLANKTONGROWTH IN DEEP MIXED WATER BODIES BY USING NET PRIMARYPRODUCTION: A LABORATORY APPROACH3079 Giannini, M. F.; Tocci, B. G.; Ciotti, A. M.: PHOTOPHYSIOLOGICALPARAMETERS OF PHYTOPLANKTON COMMUNITY IN A MESO-OLIGOTROPHIC REGION OF THE BRAZILIAN COAST3080 Liu, L.; Lee, Z. P.: A STUDY ON THE IMPACT OF HOURLY CLOUDINFORMATION ON THE ESTIMATION OF MULTI-DAY PRIMARYPRODUCTION3081 Zhao, Y.; Quigg, A.; DiMarco, S.; Bianchi, T.: STUDY OF PHOTOSYNTHETICPRODUCTIVITY IN NORTHERN GULF OF MEXICO: IMPORTANCE OFDIEL CYCLES.3082 Reifel, K. M.; Graff, J. R.; Dall’Olmo, G.; Behrenfeld, M. J.: MEASURINGPHYTOPLANKTON BIOMASS IN THE FIELD: OLD ESTIMATES AND NEWMETHODS3083 Kranz, S. A.; Morel, F. M.; Tortell, P. D.: INORGANIC CARBON ACQUISITIONBY ANTARCTIC PHYTOPLANKTON DURING A SPRING BLOOM3084 Schuback, N.; Maldonado, M. T.; Tortell, P. D.: FRRF AS A TOOL TO ASSESSPHYTOPLANKTON PHOTO-PHYSIOLOGY, PRIMARY PRODUCTIVITYAND COMMUNITY COMPOSITION – FIELD STUDIES IN THESUBARCTIC NE PACIFIC3085 Bernhardt, P. W.; Mulholland, M. R.; Mannino, A.; Hyde, K.: SEASONAL ANDINTER-ANNUAL VARIABILITY IN PRIMARY PRODUCTION IN THEMIDDLE ATLANTIC BIGHT AND GULF OF MAINE3086 Jones, B. M.; Halsey, K. H.: BIOCHEMICAL FRACTIONATION REVEALSDISPARATE CARBON ALLOCATION STRATEGIES IN EUKARYOTICMARINE PHYTOPLANKTON3087 Ghisolfi, R. D.; Da Silva, M. P.; Servino, R. N.; Santo, F. T.; Fernandes, M.: THEINFLUENCE OF LOCAL DYNAMICS ON THE SEASONAL VARIABILITYOF CHLOROPHYLL-A OVER THE ROYAL-CHARLOTTE AND ABROLHOSBANK – BRAZIL - WESTERN ATLANTIC OCEAN3088 Mulholland, M. R.; Bernhardt, P. W.; Mannino, A.; Hyde, K.: SEASONAL ANDINTERANNUAL VARIABILITY IN NITROGEN UPTAKE IN THE MIDDLEATLANTIC BIGHT AND GULF OF MAINE3137 Casey, J. R.; Bjorkman, K. M.; Grabowski, E. M.; Karl, D. M.: “HOT-PIE!” A NEWLOOK AT PRIMARY PRODUCTIVITY SIZE SPECTRA3138 Leung, S. W.; Marinov, I.; Cabre, A.: A SOUTHERN ANNULAR MODE(SAM) DRIVEN PHYTOPLANKTON PRODUCTIVITY RESPONSE TO21STCCENTURY CLIMATE CHANGE IN THE SOUTHERN OCEANACROSS THE CMIP5 MODEL SUITE3139 Kinkade, D. B.; Allison, M. D.; chandler, C. L.; Groman, R. C.; Galvarino, C.:ACCESS TO MARINE PRIMARY PRODUCTION DATA AND METADATA INTHE BCO-DMO REPOSITORY3140 Kessouri, F.; Ulses, C.; Estournel, C.: RESPONSE OF THE PLANKTONECOSYSTEM TO THE DEEP CONVECTION IN THE NORTHWESTERNMEDITERRANEAN SEAMONDAY63

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY062 Linking Molecular ‘Omics’ Measurements to DevelopConceptual and Computational Models of Ocean MicrobialEcology, Diversity and BiogeochemistryChair(s): John R. Moisan, John.R.Moisan@nasa.govSarah Bender, sbender@uw.eduVictoria Coles, vcoles@umces.eduSonya Dyhrman, sdyhrman@ldeo.columbia.eduAdam Martiny, amartiny@uci.eduBrook Nunn, brookh@uw.eduBenjamin Twinning, btwining@bigelow.orgPatricia Yager, pyager@uga.eduLocation: Kamehameha Hall III92 Spies, N. P.; Richmond, R.: DEVELOPMENT OF MOLECULAR BIOMARKERSFOR THE DETECTION OF SUBLETHAL STRESS IN THE CORAL PORITESLOBATA93 Fiore, C. L.; Kujawinski, E. B.: LEVERAGING GENOMICS TO PREDICT ANDGUIDE MARINE METABOLOMICS STUDIES94 Carozza, J. A.; Kido-Soule, M. C.; Kujawinski, E. B.: QUANTIFICATION OFMARINE MICROBIAL METABOLITES BY MASS SPECTROMETRY147 LaRoche, J.; Desai, D.; Roy, A. S.; Lommer, M.: THE GENOME SEQUENCEAND RESPONSE OF THALASSIOSIRA OCEANICA TO IRON LIMITATION148 Mayali, X.; Gomez-Consarnau, L.; Needham, D. M.; Weber, P. K.; Fuhrman, J.:LIGHT EFFECTS ON MARINE MICROBIAL CARBON INCORPORATIONANALYZED WITH STABLE ISOTOPE PROBING, RNA MICROARRAYS ANDNANOSIMS149 Johnson, W. M.; Kido Soule, M. C.; Kujawinski, E. B.: COUPLING TARGETEDAND UNTARGETED METABOLOMICS TO UNDERSTAND THE IMPACT OFCARBON SUBSTRATE ON THE METABOLISM OF RUEGERIA POMEROYI150 Bonachela, J. A.; Allison, S. D.; Martiny, A. C.; Levin, S. A.: DYNAMIC MODELFOR PHYTOPLANKTON STOICHIOMETRY BASED ON PROTEINREGULATION151 Nunn, B. L.; Hippmann, A. A.; Maldonado, M. T.; Boyd, P. W.; Strzepek, R. F.:DIGGING DEEPER INTO THE EXPRESSED PROTEOME TO UNDERSTANDHOW DIATOMS MITIGATE FE LIMITATION152 Roger, F.; Gamfeldt, L.: PBIODIVERSITY AND ECOSYSTEM FUNCTIONINGRELATIONSHIPS IN MEGA-DIVERSE NATURAL BACTERIALCOMMUNITIES153 Thompson, L. R.; Lee, M.; Genton, M.; Knight, R.; Stingl, U.: COMMUNITYGENOMICS OF AN INCIPIENT OCEAN BASIN: MEASURING ANDMODELING COVARIATION OF GENETIC AND PHYSICOCHEMICALPARAMETERS IN THE RED SEA154 Szul, M. J.; Silbaugh, M.; Johnson, Z. I.; Campagna, S.; Zinser, E.:METABOLOMIC ASSESSMENT OF INORGANIC CARBON ASSIMILATIONBY PHYTOPLANKTON IN THE N. PACIFIC OCEAN155 Wallace, J. R.; King, A. L.; Jenkins, B. D.: ASSESSING THE IMPACT OFPCO 2ON THALASSIOSIROID DIATOMS VIA GLOBAL GENE EXPRESSIONANALYSIS156 Rocap, G.; Nunn, B. L.; Reistetter, E. N.; Saunders, J. K.; Moore, L. R.:PHOSPHORUS STRESS RESPONSES IN PROCHLOROCOCCUS: INSIGHTSFROM PROTEOMICS157 Coles, V. J.; Hood, R. H.; Stukel, M. R.; Yager, P. L.: MODELINGMETAGENOMES AND METATRANSCRIPTOMES ALONG THE AMAZONRIVER PLUME GRADIENT159 Silbaugh, M. A.; Szul, M. J.; Wilhelm, S. W.; Campagna, S. R.; Zinser, E. R.:TRACKING THE FATE OF INCORPORATED CARBON AND NITROGENOF MARINE HETEROTROPHS160 Morris, R. M.; Nunn, B. A.: SHIFTING PATTERNS OF MICROBIAL PROTEINEXPRESSION ACROSS A PERSISTENT OCEANOGRAPHIC “HOT SPOT” INTHE NORTH PACIFIC161 Valette-Silver, N. J.; Goodwin, K.; Paranjpye, R.; Delorenzo, M.; Jacobs, J.: NOAA’SPARTICIPATION IN THE INTERNATIONAL OCEAN SAMPLING DAY162 Chivian, D.; Meyer, F.; Stevens, R.; Arkin, A. P.: KBASE MICROBIALCOMMUNTIES: AN INTEGRATED KNOWLEDGEBASE FOR PREDICTIVEBIOLOGY AND ENVIRONMENTAL RESEARCH064 Surface Ocean Lower Atmosphere Study (SOLAS):Advances and Impacts of Ocean Derived Aerosols andAtmospheric Nutrient InputsChair(s): William L. Miller, bmiller@uga.eduDavid J. Kieber, djkieber@esf.eduLocation: Kamehameha Hall III1201 Chen, Y.; Zhu, L.; Xu, Z.; Wang, F.: MAY AMMONIUM INDUCE THE BLOOMOF DINOFLAGELLATE IN THE EAST CHINA SEA?1202 Gao, H. W.; Liu, Y.; Shi, J. H.; Yao, X. H.: IMPACT OF ASIAN DUST ON THEGROWTH OF PHYTOPLANKTON IN THE SOUTHERN YELLOW SEA:RESPONSES OF CHLOROPHYLL IN TWO INCUBATION EXPERIMENTS1203 Kontradowitz, S.; Brévière, E.: SURFACE OCEAN – LOWER ATMOSPHERESTUDY (SOLAS)1204 Qi, J. H.; Shi, J. H.; Gao, H. W.: ATMOSPHERIC DRY AND WET DEPOSITIONOF NITROGEN SPECIES AND ITS IMPLICATION FOR PRIMARYPRODUCTIVITY IN COASTAL REGION OF THEYELLOW SEA, CHINA1205 Elizabeth/Asher, C.; John/Dacey, W. H.; Philippe/Tortell, D.:CONCENTRATIONS AND TURNOVER RATES OF DIMETHYLSULFIDE(DMS) IN COASTAL AND OFFSHORE WATERS OF THE SUBARCTICPACIFIC DURING SUMMER 2010- 20111206 Lu, X.; Hu, Y.: OCEAN SURFACE AND SUBSURFACE STUDIES FROMSPACE-BASED LIDAR MEASUREMENTS1207 Tesdal, J. E.; Christian, J. R.; Monahan, A. H.; von Salzen, K.: THE INFLUENCEOF OCEANIC DMS ON MARINE AEROSOL AND ITS RADIATIVE EFFECTS1208 Teng, H.; Shank, L. M.; Ting, H.; Hinz, D.; Johansen, A. M.: CHEMICALCOMPOSITION OF SIZE-FRACTIONATED AEROSOLS COLLECTED OVERTHE EQUATORIAL PACIFIC OCEAN: FERROUS IRON AND RELATEDCOMPOUNDS1209 Naoe, R.; Takeda, S.; Tamura, K.: EAST-WEST GRADIENT OF ATMOSPHERICNITROGEN DEPOSITION OVER THE SUBARCTIC NORTH PACIFICDURING SUMMER1210 Altieri, K. E.; Hastings, M. G.; Peters, A.; Sigman, D. M.: IT’S NOT ALLPOLLUTION: NEW INSIGHTS INTO THE OCEAN AS A SOURCE OFATMOSPHERIC N IN THE NORTH ATLANTIC REGION1311 Langmann, B.; Hudy, A.; Hort, M.: ON THE CONTRIBUTION OF VOLCANICASH MOBILIZATION BY WIND TO SURFACE OCEAN FERTILIZATION1312 D ANNA/Barbara, .; SELLEGRI/Karine, .; Marchand/Nicolas, .; Sempéré/Richard, .; Mas/Sebastien, .: MARINE PRIMARY AEROSOL IN THEMEDITERRANEAN ATMOSPHERE: PHYSICAL AND CHEMICALPROPERTIES FROM A MESOCOSM STUDY1313 Souza, R. B.; Pezzi, L. P.: IN SITU OCEAN-ATMOSPHERE OBSERVATIONSIN THE BRAZIL-MALVINAS CONFLUENCE (BMC) REGION: A DECADEOF EFFORTS BY BRAZIL1314 Tanaka, K.: INTER-OCEAN SCALE METEOROLOGICAL SYSTEMSRESULTED IN METEOTSUNAMI OVER THE EAST CHINA SEA1315 Langmann, B.; Hudy, A.; Hort, M.: ON THE CONTRIBUTION OF VOLCANICASH MOBILIZATION BY WIND TO SURFACE OCEAN FERTILIZATION070 Policy Impacts of Ocean Research: Communicating Scienceto Decision-MakersChair(s): Kevin Wheeler, kwheeler@oceanleadership.orgAdrienne Sponberg, sponberg@aslo.orgLocation: Kamehameha Hall III1535 Frisch, L. C.; Mathis, J. T.: GAUGING PERCEPTIONS OF OCEANACIDIFICATION IN ALASKA1536 Landrum, J. P.: THE SCIENCE OF MARINE DEBRIS: GUIDINGPREVENTION AND MANAGEMENT1537 Burston, J. M.; Ware, D.; Tomlinson, R.: INTERPRETATION OFPROBABILISTIC OUTPUT OF TROPICAL CYCLONE STORM TIDEFORECASTING FOR EMERGENCY MANAGEMENT64

Program BookAGU/ASLO/TOS1538 Schopmeyer, S. A.; Liehr, G. A.; Lirman, D.; Serafy, J. E.; Browder, J. A.:DEVELOPING AND COMMUNICATING METRICS OF RESTORATIONSUCCESS FOR THE COASTAL LAGOONS OF SOUTH FLORIDA AT THEINTERSECTION OF SCIENCE, MANAGEMENT, AND POLICY1539 Johnson, S.; Fox, D. A.; Wetherbee, B. M.: BRIDGING THE GAP BETWEENHUMANS AND SHARKS TO BUILD A CONSERVATION PLAN FOR SANDTIGERS (CARCHARIAS TAURUS) IN DELAWARE BAY1540 Frias-Torres, S.: FROM MONSTER TO FRIEND: CHANGING PERCEPTIONSOF FLORIDA DECISION-MAKERS ON GOLIATH GROUPERS1566 Nixon, M. E.; Norton, E. L.: OFFSHORE BATHYMETRIC ANDBACKSCATTER DATA FOR OCEAN SPATIAL PLANNING IN MAINE1567 Antia, A. N.; Schmidt, J. O.: PREPARING YOUNG SCIENTISTS FOR THEPOLICY IMPACTS OF THEIR RESEARCH1568 Vigness-Raposa, K. J.; Ellison, W. T.; Frankel, A. S.; Southall, B. L.:PARAMETRIC MODELING OF THE EXPOSURE OF MARINE MAMMALSTO UNDERWATER SOUND FROM ANTHROPOGENIC SOURCES: 20YEARS OF RESEARCH AND REGULATIONS1569 Hannides, A. K.: OCEANOGRAPHIC RESEARCH IN SUPPORT OFEUROPEAN UNION MARINE PROTECTION LEGISLATION IN THEEXTENSIVE EEZ OF AN ISLAND MEMBER-STATE1570 Bauer, J.; Rose, K.: NOVEL GEOVISUALIZATION APPROACH TOSIMULTANEOUSLY COMMUNICATE SPATIAL TRENDS ANDUNCERTAINTY ASSOCIATED WITH DISCONTINUOUS DATASETS082 Sediment Delivery, Transport and DepositionIn Aquatic EnvironmentsChair(s): J. P. Walsh, walshj@ecu.eduCourtney K. Harris, ckharris@vims.eduAlan Orpin, alan.orpin@niwa.co.nzKehui Xu, kxu@lsu.eduNathan Hawley, nathan.hawley@noaa.govAndrea S. Ogston, ogston@ocean.washington.eduLocation: Kamehameha Hall III15 Choi, J.; Yang, H.; Park, Y.: GOCI FOR THE TEMPORAL DYNAMICS OFKOREAN COASTAL WATER16 Ge, J.; Ding, P.; Guo, W.; Zheng, D.; Kong, Y.: NUMERICAL SIMULATIONOF COHESIVE MUD SUSPENSION IN HIGH-CONCENTRATED TIDALCHANNEL OF THE CHANGJIANG ESTUARY17 Brown, J. M.; Amoudry , L. O.; Souza, A. J.; Rees, J.: ESTUARINE PARTICLETRACKING – DIVERGENCE IN SEDIMENT PATHS18 Arenas, V. E.; Menanteau, L.: THOUSANDFOLD SEDIMENT DELIVERY,PORT DEVELOPMENT AND CORAL REEF CONSERVATION: THE 500YEARS VERACRUZ DILEMMA.19 ALBUQUERQUE, Ana Luiza, .; BELEM, Andre L., .; CAPILLA, Ramsés, .:PARTICLE FLUXES AND SOURCE CHARACTERIZATION ON A WESTERNBOUNDARY UPWELLING SYSTEM IN SOUTHEASTERN BRAZIL:SEDIMENT TRAP EXPERIMENTS20 Woo, H.; Cho, J.; Lee, Y.; Kang, J.; Choi, J.: LONG-TERM CHANGES OFSEDIMENTARY ENVIRONMENTS AT THE SOUTHERN KANGHWA TIDALFLAT, WEST COAST OF KOREA21 Guo, Z.; Hu, L.: DISPERSAL AND FATE OF YELLOW RIVER-DERIVEDSEDIMENTS IN THE BOHAI SEA INFERRING FROM ORGANICGEOCHEMICAL TRACERS22 Pritchard, M.; Green, M. O.; MacDonald, I.: SEDIMENT TRANSPORT INA LARGE NATURAL HARBOR AND INTERCONNECTING ESTUARINESYSTEM: THE KAIPARA HARBOUR, NEW ZEALAND59 Cho, H.; Lee, Y.; Kim, S.; Ahn, S.; Choi, H.: SEDIMENT PROVENANCE OFSOUTHWESTERN CHEJU ISLAND MUD USING PRINCIPAL COMPONENTANALYSIS60 Song, D.; Wang, H.: SUSPENDED SEDIMENT TRANSPORT IN THEDEEPWATER NAVIGATION CHANNEL OF THE YANGTZE RIVERESTUARY IN DRY SEASON 200961 Bi, N. S.; Wang, H. J.; Yang, Z. S.: RECENT CHANGES IN THE EROSION-ACCRETION PATTERNS OF THE ACTIVE HUANGHE (YELLOW RIVER)DELTA LOBE BY HUMAN ACTIVITIES62 Zhang, H. Y.; Zhao, L.; Sun, Y.: CONTRIBUTION OF SEDIMENT OXYGENDEMAND TO THE HYPOXIA OFF THE CHANGJIANG ESTUARY63 Bosman, A.; Madricardo, F.; Remia, A.; Correggiari, A.; Romagnoli, C.:FIRST MORPHOLOGICAL MAPPING OF THE PO DELTA (NORTHADRIATIC SEA) FROM THE ULTRA HIGH-RESOLUTION MULTIBEAMBATHYMETRY AND BACKSCATTER DATA64 Yutsis, V. V.; Levchenko, O. V.: VERY HIGH RESOLUTION SEISMICSTUDY OF WATER RESERVOIRS: POWERFUL TOOLS TO RECENTSEDIMENTATION AND WATER RESOURCES CONTROL65 Rosenberger, K. J.; Storlazzi, C. D.; Cheriton, O.: INTERNAL TIDECLIMATOLOGY ON THE SOUTHERN MONTEREY BAY SHELF ANDASSOCIATED BOTTOM BOUNDARY LAYER SEDIMENT TRANSPORT66 Jiang, X.; Ning, J.; Sui, J.; Xu, B.; Yu, Z.: REDOX SENSITIVE TRACE ELEMENTS(U, CR, V) AND THEIR RESPONSE TO THE REDOX CONDITIONS IN THEPORE WATER OF SEDIMENT ALONG THE COAST OF EAST CHINA SEA95 McSweeney, J.; Wilkin, J.; Chant, R.: BIOGEOCHEMICAL RESPONSES TOSEDIMENT DYNAMICS AND LIGHT LIMITATION IN THE DELAWAREESTUARY96 Carlin, J. A.; Dellapenna, T. M.: EVENT SEDIMENTATION ON ASUBAQUEOUS DELTA: UNDERSTANDING THE INTERPLAY OFSEDIMENT SUPPLY AND REMOBILIZATION IN SHAPING THE GROWTHOF AN ANTHROPOCENE DELTA97 Johnson, K. W.; Dellapenna, T. M.: EVIDENCE OF CONSTRUCTIONALRAVINEMENT ON A TRANSGRESSIVE BARRIER COAST: STORMGENERATED MORPHOLOGY PRESERVED ON THE INNER SHELF OF THENORTHWEST GULF OF MEXICO98 Smith, B.; Silliman, J.: THE DEPOSITIONAL HISTORY OF OSO BAY; ASOUTH TEXAS TIDAL FLAT99 Lee, A. J.: IMPACTS OF SUMMER STORM ACTIVITY ON SEAFLOORFEATURES OFFSHORE FROM FOLLY BEACH, SOUTH CAROLINA, USA.100 Niemistö, J. P.; Joensuu, M.; Virkkala, N.: SEDIMENT RESUSPENSION ANDNUTRIENT DYNAMICS IN THE SHALLOW AREAS OF THE BALTIC SEA –IMPLICATIONS OF CLIMATE CHANGE101 Takagawa, T.; Sato, S.; Nagasaka, Y.; Yamanaka, Y.: USING RADIO FREQUENCYIDENTIFICATION TAGS TO INVESTIGATE GRAVEL TRANSPORT ON ASAND-GRAVEL MIXED BEACH102 Correggiari, A.; Miserocchi, S.; Tesi, T.; Albertazzi, S.; Iacovone, V.: LINKINGDELTAIC SEDIMENTATION AND THE POLLUTION HISTORY: ANINTEGRATED APPROACH IN THE PO RIVER DELTA, ITALY085 Towards A Global Ocean Biogeochemical Observing SystemBased On Profiling Floats and GlidersChair(s): CLAUSTRE Herve, claustre@obs-vlfr.frJohnson Kenneth, johnson@mbari.orgLocation: Kamehameha Hall III1771 Johnson, K. S.; Riser, S. C.: DECOUPLING OF NUTRIENT, CARBON ANDOXYGEN CYCLES IN THE NORTH ATLANTIC: FIVE YEARS OF PROFILINGFLOAT OBSERVATIONS NEAR BATS1772 Pasqueron de Fommervault, O.; Taillandier, V.; D’Ortenzio, F.; Lavigne,H.; Migon, C.: MONITORING OF DEEP CONVECTION ANDPHYTOPLANKTON BLOOM PROCESSES IN THE NORTH WESTERNMEDITERRANEAN SEA USING BIOGEOCHEMICAL PROFILING FLOATS1773 Beck, M. R.; Comeau, A. J.; Davis, R. F.; Pye, J. D.; Cullen, J. J.: INCREASING THEACCURACY OF AUTONOMOUS, FLUORESCENCE-BASED ESTIMATES OFCHLOROPHYLL-A: A BIO-OPTICAL APPROACH1774 Sakamoto, C. M.; Johnson, K. S.; Coletti, L. J.; Swift, D.; Riser, S.: A NORTHPACIFIC BIOGEOCHEMICAL OBSERVING SYSTEM USING PROFILINGFLOATS1775 Poteau, A.; Schmechtig, C.; Obolensky, G.; D’Ortenzio, F.; Claustre, H.:GENERATING A CONSISTENT DATASET OF BIOGEOCHEMICALPROFILES ACQUIRED BY BIO-ARGO FLOATS.MONDAY65

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY1776 Claustre, H.; Tallandier, V.; Obolensky, G.; Vellucci, V.; Gentili, B.:CHARACTERIZATION AND BIOGEOCHEMICAL IMPACT OF INTENSESUMMER DCM IN THE NORTHWESTERN MEDITERRANEAN: A MULTI-INSTRUMENTED GLIDER AND PROFILING FLOAT APPROACH.1777 Jannasch, H. W.; Johnson, K. S.; Coletti, L. J.; Elrod, V.; Takeshita, Y.: PRESSURETOLERANT DURAFET PH SENSORS ON APEX PROFILING FLOATS1778 Besson, F.; Taillandier, V.; Obolensky, G.; Claustre, H.: FIRST TRANSECTSOF THE GLIDER SEAEXPLORER: DATA QUALITY CONTROL ANDINTERCOMPARISON WITHIN THE MEDITERRANEAN OCEANOBSERVING SYSTEM1779 Uchida, H.; Sato, K.; Hosoda, S.: LABORATORY CALIBRATION OF OPTODE-BASED OXYGEN SENSORS FOR PROFILING FLOATS1780 Edouard Leymarie, .; Christophe Penkerc’h, .; Hervé Claustre, .; David Antoine,.: PROVAL : A NEW PROFILING FLOAT DEDICATED TO VALIDATION OFOCEAN COLOR REMOTE SENSING OBSERVATIONS1781 The GROOM consortium, .; Schauer, U.: GLIDERS FOR RESEARCH, OCEANOBSERVATION AND MANAGEMENT - GROOM1782 Gomez-Ibanez, D.; McCartney, K.; German, C.; Yoerger, D.; Breier, J.: RECENTADVANCES IN GEOCHEMICAL AND BIOLOGICAL SAMPLINGINSTRUMENTATION: FROM REMOTE AND AUTONOMOUS VEHICLESTO THE CLIO BIOGEOCHEMICAL PROFILER.1799 Fiedler, B.; Fietzek, P.; Silva, P.; Karstensen, J.; Körtzinger, A.: CLOSING GAPS:INVESTIGATING THE MARINE CARBON CYCLE USING AUTONOMOUSMOBILE PLATFORMS1800 Walsh, I. D.; Murphy, D. J.; Mitchell, T. O.: SLOPE TO BASIN AND VERTICALPARTICLE TRANSPORT DYNAMICS MEASURED WITH A PROFILINGBIOGEOCHEMICAL FLOAT1801 Bishop, J. K.; Hamilton, C. M.; Fong, M.: IS TWILIGHT ZONE CARBONSEDIMENTATION UNDERESTIMATED?1802 Hamilton, C. M.; Bishop, J. K.; Wood, T. j.: CARBON FLUX EXPLORER:QUANTIFYING THE COMPOSITION, VERTICAL DISTRIBUTION, ANDDIURNAL VARIABILITY OF SEDIMENTATION IN THE SANTA CRUZ BASIN1803 Checkley, D. M.; Jackson, G. A.; Dagg, M. J.; Forrest-Baldini, J.: IMAGINGPARTICLES FROM AUTONOMOUS PROFILING FLOATS: THE SOLOPCAND THE FUTURE088 Climate-Mediated Oceanographic Drivers and TrophicInteractions In High Latitude Marginal Seas: Observations,Modeling, and Syntheses and Consequences for CommercialFisheriesChair(s): Carin Ashjian, cashjian@whoi.eduJeffrey Napp, jeff.napp@noaa.govMike Sigler, mike.sigler@noaa.govPhyllis Stabeno, phyllis.stabeno@noaa.govLocation: Kamehameha Hall III1134 Cokelet, E. D.: WATER MASSES OF THE EASTERN BERING SEA SHELF1135 Pinchuk, A. I.; Coyle, K. O.; Eisner, L. B.; Napp, J. M.: CLIMATE-INDUCEDVARIABILITY IN CALANUS SPP. DEVELOPMENT AND SPAWNING IN THEEASTERN BERING SEA1136 Pleuthner, R. L.; Harvey, H. R.: DISTINCT FEEDING STRATEGIES IN TWOSPECIES OF BERING SEA EUPHAUSIIDS DOCUMENTED BY MULTIPLELIPID BIOMARKERS1137 Walston, J. M.; Gibson, G. A.; Walsh, J.: EVALUATION OF EXTREME EVENTSOVER THE BERING SEA SIMULATED BY THE COMMUNITY CLIMATESYSTEM MODEL, VERSION 41138 Deibel, D.; Saunders, P.: SEASONAL PHENOLOGY OF APPENDICULARIANTUNICATE POPULATIONS IN THE NORTHWATER POLYNYA1145 Gibson, G. A.; Hermann, A. J.; Hedstrom, K.; Curchitser, E. N.: A MODELINGSTUDY TO EXPLORE ON-SHELF TRANSPORT OF OCEANICZOOPLANKTON IN THE EASTERN BERING SEA1146 Campbell, R. G.; Gelfman, C.; Dennis, M.; McCoy, I.; Ashjian, C.J.: POPULATION GENETICS OF THE CALANUS GLACIALIS/MARSHALLAE SPECIES COMPLEX IN THE BERING AND WESTERNARCTIC SEAS1147 Ortiz, I.; Aydin, K.; Hermann, A.; Gibson, G.: SEASONAL FISH GROWTHAND MORTALITY DURING COLD AND WARM YEARS IN THE EASTERNBERING SEA1148 Trahanovsky, K. A.; Whitledge, T. E.: TWELVE YEARS OF OBSERVEDSPRING NUTRIENT LEVELS IN THE NORTHERN GULF OF ALASKA:1998-20101149 Laurel, B. J.; Spencer, M.; Copeman, L. A.: GROWTH RATES OF JUVENILEARCTIC COD (BOREOGADUS SAIDA) AND SAFFRON COD (ELEGINUSGRACILIS) IN A WARMING OCEAN098 Lipids As Tracers of Organic Matter Pathways In MarineEcosystemsChair(s): Sarah Hardy, smhardy@alaska.eduLara Horstmann-Dehn, lara.horstmann@alaska.eduLocation: Kamehameha Hall III266 Horstmann-Dehn, L.; George, C.; Oliveira, A.: YOU ARE WHAT YOU EAT?DIFFERENTIAL DIGESTION AND MODIFICATION OF FATTY ACIDS INTHE ALIMENTARY TRACT OF BOWHEAD WHALES267 Schollmeier, T.; Iken, K.; Oliveira, A.: EVALUATION OF THE EXTRACTIONEFFICIENCY OF TWO SOLVENT SYSTEMS USING ACCELERATEDSOLVENT EXTRACTION268 Connelly, T. L.; McClelland, J. W.; Crump, B. C.; Kellogg, C. T.; Dunton, K.H.: DISTINCT SEASONALITY IN SOURCES AND COMPOSITION OFPARTICULATE ORGANIC MATTER IN ARCTIC LAGOONS AS REVEALEDBY FATTY ACID PROFILES AND BULK STABLE ISOTOPES269 Cui, X.; Bianchi, T. S.; Savage, C.: COMPARISONS OF LIPIDS WITH OTHERPROXIES IN TRACING TERRESTRIAL ORGANIC MATTER IN SEDIMENTS:A CASE STUDY IN FIORDLAND, NEW ZEALAND270 Campbell-Swarzenski, P.; Prouty, N. G.; Mienis, F.; Ross, S. W.: LIPIDBIOMARKERS TRACK CHANGING ORGANIC MATTER LOADS TO GULFOF MEXICO DEEP-WATER CORALS271 BODIN, N.; Pethybridge, H.: SPATIO-TEMPORAL AND INTER-SPECIFICVARIABILITY IN LIPID AND FATTY ACID TRACERS IN FORAGE FISHESFROM THE NW MEDITERRANEAN272 Regula-Whitefield, C. M.; Hardy, S. M.; Oliveira, A. C.: TAXONOMICCOMPOSITION AFFECTS PHYTODETRITUS NUTRITIONAL VALUE,WITH CONSEQUENCES FOR EGG PRODUCTION IN A DEPOSIT-FEEDING SEA CUCUMBER273 Taylor, K. A.; Harvey, H. R.: LIPIDS AS TRACERS OF FEEDING HISTORYACROSS MULTIPLE TROPHIC LEVELS IN THE ALASKAN NEPTUNEWHELK (NEPTUNEASPP.)274 Del Angel-Rodríguez, J. A.; Parrish, C. C.; Gómez-Gutiérrez, J.: VARIABILITYIN FOOD QUALITY IN SUBTROPICAL KRILL NYCTIPHANES SIMPLEX INDIFFERENT HYDROGRAPHIC REGIMES OF THE GULF OF CALIFORNIAREVEALED BY FATTY ACID275 Drazen, J. C.; Choy, C. A.; Neuheimer, A.; Phleger, C. F.; Nichols, P. D.:EXAMINING THE HAWAIIAN PELAGIC FOOD WEB FROM THEEPIPELAGIC TO THE MESOPELAGIC USING FATTY ACID BIOMARKERS276 Parrish, C. C.; Nichols, P. D.; Young, J. W.: DIRECT DETERMINATIONOF FATTY ACIDS IN FISH TISSUE IN ORDER TO DEFINE AND THENQUANTIFY TOP PREDATOR TROPHIC CONNECTIONS IN THESOUTHWESTERN PACIFIC277 Belyaev, N. A.; Ponyaev, M. S.: ORGANIC MATTER ON GEOCHEMICALBORDERS IN THE KARA SEA.278 Hunter, J. E.; Brandsma, J.; Moore, C. M.; Attard, G. S.; Mills, R. A.: LIPIDREMODELLING BY THE DIATOM THALASSIOSIRA PSEUDONANAUNDER PHOSPHORUS STARVATION – NEW INSIGHTS INTOPHYTOPLANKTON METABOLISM AND CANDIDATE BIOMARKERS279 Mayor, D. J.; Sharples, C. J.; Webster, L.; Walsham, P.; Lacaze, J. P.: FOOD ANDPHYSIOLOGY INFLUENCE THE FATTY ACID SIGNATURES OF TISSUESFROM THE DEEP-SEA FISH, CORYPHAENOIDES ARMATUS280 Hardy, S. M.; Dissen, J. N.; Oliveira, A.: DETRITAL FOOD QUALITY ANDQUANTITY AS PREDICTORS OF COMMUNITY STRUCTURE ON THEBEAUFORT SEA CONTINENTAL SLOPE66

Program BookAGU/ASLO/TOS297 Thurber, A. R.; Welsh, R.: MICROBIAL-ANIMAL COMPETITION IN THECOLD: CARBON CYCLING IN A HIGH ANTARCTIC INFAUNAL FOODWEB103 Biogoechemistry of Permeable EnvironmentsChair(s): Perran Cook, perran.cook@monash.eduFrank Sansone, sansone@soest.hawaii.eduMarkus Huettel, mhuettel@fsu.eduLocation: Kamehameha Hall III2191 Kessler, A. J.; Glud, R. N.; Cardenas, M. B.; Cook, P. L.: COUPLEDNITRIFICATION-DENITRIFICATION IS INHIBITED IN PERMEABLESEDIMENTS2192 Huettel, M. H.; Berg, P.; Brignole, P.: OXYGEN FLUXES IN CARBONATECORAL REEF SANDS MEASURED WITH THE EDDY CORRELATIONTECHNIQUE2195 Ahmerkamp, S.; Winter, C.; Kuypers, M. M.; Holtappels, M.: MODELLINGTHE INTERACTION OF MIGRATING RIPPLES AND PRESSURE DRIVENADVECTIVE POREWATER FLOW2196 Ding, H.; Sui, W.; Sun, C.; Sun, L.; Yang, G.: DEGRADATION OF LIPIDS INSEASONAL HYPOXIA SEDIMENT-SEAWATER INTERFACE2197 Albright, A. T.; Reimers, C. E.; Özkan-Haller, H. T.; Berg, P.: MODELING EDDYCORRELATION BIASES CREATED BY VELOCITY SENSITIVITIES OFCLARK-TYPE OXYGEN MICROELECTRODES UNDER WAVES2198 Marchant, H. K.; Lavik, G.; Holtappels, M.; Kuypers, M. M.: COMPLEXNITROGEN CYCLING IN EUTROPHIED COASTAL SANDS2199 Savidge, W. B.; Wilson, A. M.; Woodward, G. L.: USING TEMPERATURETIME SERIES TO MODEL TIME-VARYING POREWATER EXCHANGE IN ASANDY CONTINENTAL SHELF SEDIMENT2200 Mendes, S. D.; Duncombe, R.; Valentine, D. L.: MICROBIAL OXIDATIONOF ETHANE WITHIN SEEP SEDIMENT AT COAL OIL POINT, SANTABARBARA, CA2201 Charbonnier, C.; Anschutz, P.; Abril, G.; Deirmendjian, L.; Lecroart, P.:BIOGEOCHEMISTRY IN PERMEABLE SANDY SEDIMENTS OF ULTRAHIGH-ENERGY TIDAL BEACHES: DIC AND CO2 RELEASE ALONG THESUBTERRANEAN ESTUARY2202 mariotti, g.; Perron, J. T.; Gao, Y.; Klepac-Ceraj, V.; Bosak, T.: HYDRODYNAMICAND CHEMICAL CONTROLS ON MICROBIAL MAT GROWTH IN SANDYCOASTAL ENVIRONMENTS2203 Vink, S.; Kerr, J.: BIOGEOCHEMISTRY OF PERMEABLE STREAMBEDSEDIMENTS2204 Hannides, A. K.; Glazer, B. T.; Sansone, F. J.: MICROPHYTOBENTHICPRIMARY PRODUCERS IN CALCAREOUS SANDS: ABUNDANCE,DIVERSITY AND FUNCTION105 Real-Time Data, Technology, and Engineering for OceanScience Education and OutreachChair(s): Melvin Goodwin, mgoodwi8@bellsouth.netJanice McDonnell, mcdonnel@marine.rutgers.eduJim Yoder, jyoder@whoi.eduCarolyn Scheurle, carolyn.scheurle@obs-vlfr.frHervé Claustre, claustre@obs-vlfr.frRobin Sheek , ROBIN_SHEEK@charleston.k12.sc.usLocation: Kamehameha Hall III1725 Uitz, J.; Scheurle, C.; Lavigne, H.; de Fommervault, O.; Sauzede, R.: “ADOPT AFLOAT”: AN INITIATIVE DESIGNED FOR MIDDLE SCHOOL STUDENTSTO FOLLOW THE VOYAGE OF A BIO-ARGO PROFILING FLOAT ANDSHARE EXPERIENCES WITH OCEANOGRAPHERS1726 Pasqueron de Fommervault, O.; Sauzède, R.; Scheurle, C.; Claustre, H.;D’Ortenzio, F.: VOYAGE OF A PROFILING FLOAT: A SCIENTIFICADVENTURE TOLD TO YOUNG PEOPLE1727 Wienders, N.; Hole, L. R.; Ippolito, T.; Field, M.; Peddie, D.: THE SAILBUOYEXPERIMENT1728 Hotaling, L. A.: SENSE IT: STUDENT-CREATED WATER QUALITYSENSORS1729 Iwamoto, M. M.; Maurer, J.; Brown, D.: USING REAL-TIME DATA IN THECLASSROOM WITH THE PACIFIC ISLANDS OCEAN OBSERVING SYSTEM(PACIOOS) VOYAGER1730 Poteau, A.; Claustre, H.; Schmechtig, C.; Scheurle, C.: A USER-FRIENDLYAPPROACH TO VISUALIZE DATA RELATING “SCIENCE” AND“OUTREACH”1756 Lemon, D. D.; Dewey, R. K.; Clarke, M. R.: LOW POWER MULTI-FREQUENCYSONAR FOR NEAR REAL TIME LONG-TERM OBSERVATIONS OFVOLUME BACKSCATTER1757 Bliss, A. C.; Bell, E. V.; Thomas, C.; Spence, L. L.; Hathaway, T. K.: USINGELEMENTARY BASIC OBSERVATION BUOYS (EBOBS) AND REMOTELYOPERATED VEHICLES FOR ELEMENTARY STUDENTS (ROVES) TO SPARK3RD – 5TH GRADE INTERESTS IN STEM1758 Scheurle, C.; Claustre, H.; Uitz, J.; Sciandra, A.; MOM team, .: “MON OCPAN &MOI” – AN OUTREACH CONCEPT PARTICULARLY DEDICATED TO THEYOUTH.1759 Goodwin, M. H.; McCormick, A.; Sheek, R.: CONNECTING OCEAN SCIENCETECHNOLOGY AND ENGINEERING ACROSS THE CURRICULUM1760 Chao, Y.; Zhang, H.; Farrara, J.: A REAL-TIME DRIFTER TRAJECTORYFORECAST TOOL FOR EDUCATION AND OUTREACH1761 Crowley, M. F.; Glenn, S. M.; McDonnell, J.; Lichtenwalner, C. S.; deCharon, A.:THE OOI EDUCATION AND PUBLIC ENGAGEMENT TEAM: REAL-TIMEOCEAN DATA COMING SOON TO AN UNDERGRADUATE CLASSROOMNEAR YOU1762 Kohut, J. T.; Lichtenwalner, C. S.; Florio, K.; Gardner, K.; Linder, C.: RESEARCHAND EDUCATION IN THE ANTARCTIC: SCIENTISTS SHARE THEIRRESEARCH EXPERIENCE IN REAL-TIME WITH MIDDLE SCHOOLTEACHERS AND STUDENTS1763 Lichtenwalner, C. S.; McDonnell, J.; Mills, M.; Crowley, M. F.; Glenn, S. M.:EDUCATIONAL VISUALIZATION: SUPPORTING STUDENT KNOWLEDGEDEVELOPMENT WITH ONLINE INTERACTIVE OCEAN DATA TOOLS1764 Schofield, O. M.; Richter, K.; Glenn, S. M.; McDonnell, J.: DEVELOPING ARANGE OF OCEAN ACIDIFICATION LEARNING TOOLS1765 Dewey, R.; Davidson, E.; Ewing, N.; Juniper, K.: OCEAN NETWORKSCANADA: USING REAL-TIME DATA IN EDUCATIONAL RESOURCES TOBRING OCEAN SCIENCE TO STUDENTS1766 Kochevar, R. E.; Krumhansl, R.; Brown, C.; Krumhansl, K.; Block, B. A.:ANALYZING OCEAN TRACKS: A MODEL FOR STUDENT ENGAGEMENTIN AUTHENTIC SCIENTIFIC PRACTICES USING DATA1767 Mills, M. P.; Lichtenwalner, C. S.; McDonnell, J.; Crowley, M.; Glen, S.:DEVELOPING ONLINE TOOLS TO SUPPORT THE VISUALIZATION OFOCEAN DATA FOR EDUCATIONAL APPLICATIONS1768 Hams, J. E.: USING REAL-TIME DATA FROM PROJECT DYNAMO TOENGAGE GENERAL EDUCATION STUDENTS AND PROMOTE OCEANSCIENCE EDUCATION AT A TWO-YEAR COLLEGE1769 Apple, J. K.; Casper, N. J.: USING ONLINE DATA AS A TOOL FOR BUILDINGSTUDENT-LED INQUIRY AND HYPOTHESIS DRIVEN RESEARCH INTOUNDERGRADUATE AND GRADUATE COURSES1770 Gil, L.; Watson, .: IMPROVING THE LEARNING EXPERIENCE OF MUSEUMVISITORS: EXAMINING DIFFERENT TYPES OF EXPERIENCE IN THEGENOME: UNLOCKING LIFE’S CODE EXHIBIT108 Synthesis and Modeling of Global-Scale Marine PlanktonicEcosystems and Plankton Functional TypesChair(s): Scott Doney, sdoney@whoi.eduMeike Vogt, meike.vogt@env.ethz.chLocation: Kamehameha Hall III3089 Chang, C. W.; Miki, T.; Shiah, F. K.; Sastri, A. R.; Hsieh, C. H.: LINKINGSECONDARY STRUCTURE OF INDIVIDUAL SIZE DISTRIBUTION WITHNONLINEAR SIZE-TROPHIC LEVEL RELATIONSHIP IN FOOD WEBS3090 Taniguchi, D.; Franks, P.; Poulin, F. J.: PLANKTONIC BIOMASS SIZESPECTRA: AN EMERGENT PROPERTY OF SIZE-DEPENDENTPHYSIOLOGICAL RATES, FOOD WEB DYNAMICS, AND NUTRIENTREGIMESMONDAY67

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY3091 de Mora, L.; Butenschön, M.; Allen, J. I.: VALIDATING THE NEMO-ERSEMGLOBAL OCEAN MODEL USING MAREDAT AND WOD DATASETSWITHIN THE IMARNET FRAMEWORK3092 Kostadinov, T. S.; Milutinovic, S.; Hirata, T.; Marinov, I.; Maritorena, S.:MULTI-SENSOR PHYTOPLANKTON FUNCTIONAL TYPES FROM SPACE:TOWARDS A GLOBAL CLIMATE DATA RECORD3093 Garcia-Comas, C.; Sastri, A. R.; Ye, L.; Gong, G. C.; Hsieh, C. h.: PREDATORAND PREY SIZE DIVERSITY EFFECTS ON BIOMASS TRANSFEREFFICIENCY IN PLANKTONIC ECOSYSTEMS3094 Rodríguez-Ramos, T.; Marañón, E.; Cermeño, P.: THE LATITUDINALGRADIENT OF DIVERSITY DOES NOT APPLY TO PHYTOPLANKTON INTHE ATLANTIC OCEAN3095 Zhou, M.; Zhu, Y.; Quéguiner, B.; Carlotti, F.; Zhang, Y.: A CONTINUUM SIZESPECTRUM MODEL FOR MARINE PLANKTON3096 Barton, A. D.; Irwin, A. J.; Finkel, Z. V.; Stock, C. A.: ESTIMATING THERESPONSE OF NORTH ATLANTIC PHYTOPLANKTON COMMUNITIESTO CLIMATE CHANGE3097 Laufkoetter, C.; Vogt, M.; Gruber, N.: FUTURE CHANGES IN PLANKTONCOMMUNITY STRUCTURE AND EFFECTS ON EXPORT PRODUCTION3098 O’Brien, C. J.; Vogt, M.; Gruber, N.: HIGH SENSITIVITY OFCOCCOLITHOPHORE DIVERSITY TO OCEAN ACIDIFICATION3099 Rutzen, I.; Hopcroft, R. R.; Huettmann, F.: PAN-ARCTIC PREDICTIONOF COPEPOD ABUNDANCE THROUGH CONSOLIDATION OF DATASOURCES3100 Wilson, J. M.; Severson, R. J.; Beman, J. M.: OCEAN-SCALE PATTERNS INCOMMUNITY RESPIRATION RATES ALONG CONTINUOUS TRANSECTSACROSS THE PACIFIC OCEAN110 The Use of Noble Gases and Other Transient Tracers to StudyFluid Transport In the Oceans and At Their BoundariesChair(s): Rolf Kipfer, kipfer@eawag.chYama Tomonaga, tomonaga@eawag.chMatthias S. Brennwald, matthias.brennwald@eawag.chDavid M. Livingstone, living@eawag.chLocation: Kamehameha Hall III429 Tanhua, T.; Stöven, T.; Schneider, A.; Roether, W.: RECENT CHANGES IN THEVENTILATION OF THE MEDITERRANEAN SEA CONSTRAINED BY CFCS,SF6, TRITIUM AND HE-3 DATA.430 Tomonaga, Y.; Takahata, N.; Obata, H.; Gamo, T.; Sano, Y.: TRITIUM IN THEOCEAN OFF THE COAST OF JAPAN AFTER THE FUKUSHIMA DAIICHINUCLEAR DISASTER431 Steinfeldt, R.; Sültenfuß, J.; Dengler, M.; Fischer, T.; Rhein, M.: UPWELLINGVELOCITIES INFERRED FROM HELIUM ISOTOPE DISEQUILIBRIUM432 Tomonaga Yama, .; Brennwald Matthias, . S.; Kipfer Rolf, .: ATTENUATIONOF (NOBLE) GAS TRANSPORT IN LAMINATED SEDIMENTS OF THESTOCKHOLM ARCHIPELAGO, BALTIC SEA433 Jenkins, W. J.; Doney, S. C.: DETERMINING OXYGEN UTILIZATIONRATES IN THE EASTERN SUBTROPICAL NORTH ATLANTIC MAINTHERMOCLINE USING AN AGE TRACER HYBRID INVERSE MODEL434 Brennwald, M. S.; Vogel, N.; Vollmer, M. K.; Sültenfuß, J.; Kipfer, R.: ACOMMON GAS STANDARD FOR THE NOBLE GAS COMMUNITY?437 Figura, S.; Tomonaga, Y.; North, R. P.; Livingstone, D. M.; Kipfer, R.: NOBLEGASES IN THE SEDIMENT PORE WATER AS INDICATORS FORSEDIMENTOLOGICAL BOUNDARIES AND PAST PHYSICAL CONDITIONSIN THE BLACK SEA438 Tyroller, L.; Tomonaga, Y.; Brennwald, M. S.; Kipfer, R.: SIMULTANEOUSMEASUREMENT OF NOBLE GAS AND CH4 CONCENTRATIONS IN THESEDIMENT POREWATER439 Smethie, W. M.; Jenkins, W. J.: THE DISTRIBUTION OF PSF6 AGES ANDWATER MASSES ALONG THE US GEOTRACES NORTH ATLANTICSECTION440 Manning, C. C.; Stanley, R. H.; Lott, D. E.: A PORTABLE MASSSPECTROMETER SYSTEM FOR SHIPBOARD MEASUREMENT OF NEON,ARGON, KRYPTON, AND XENON441 LaBuhn, S. L.; Klump, J. V.; Anderson, P. D.: IDENTIFYING VERTICAL ANDHORIZONTAL MIXING IN GREEN BAY, LAKE MICHIGAN BY USE OFTWO NATURAL TRACERS- RADON-222 AND D 218O442 Mecking, S.; Shao, A. E.; Sonnerup, R. E.; Thompson, L.: OXYGENUTILIZATION RATES FROM TRANSIENT TRACERS VERSUS IN-SITURESPIRATION RATES IN AN OGCM114 Application of Natural and Anthropogenic Radionuclides tothe Study of Ocean ProcessesChair(s): Matt Charette, mcharette@whoi.eduMarcus Christl, mchristl@phys.ethz.chNuria Casacuberta, ncasacuberta@phys.ethz.chKen Buesseler, kbuesseler@whoi.eduLocation: Kamehameha Hall III511 Hsu, F.; Huh, C.; Chen, W.; Gao, A.; Su, C.: VARIABILITY OF WATER-MASSMIXING AND CIRCULATION IN THE TAIWAN STRAIT ELUCIDATEDFROM RADIUM ISOTOPES587 Kumamoto, Y.; Aoyama, M.; Hamajima, Y.; Murata, A.; Kawano, T.: INVENTORYOF THE FUKUSHIMA-DRIVED RADIOCESIUM IN THE WESTERN NORTHPACIFIC ABOUT TEN MONTHS AFTER THE DISASTER588 Yamada, M.; Zheng, J.; Aono, T.: PU ISOTOPE IN WATER COLUMN OF THESULU SEA589 Sui, J.; Jiang, X.; Xu, B.; Xia, D.; Yu, Z.: CONCENTRATIONS AND FLUXES OFDISSOLVED URANIUM IN THE YELLOW RIVER ESTUARY: SEASONALVARIATION AND ANTHROPOGENIC IMPACT590 Lee, H.; Kim, J.; Kim, G.: DETERMINATION OF FLOW RATE AND WATERMIXING IN THE NORTHWESTERN PACIFIC MARGINAL SEAS USINGRADIUM TRACERS591 Takata, H.; Kusakabe, M.; Oikawa, S.: SPATIAL DISTRIBUTIONS OF CS-134AS A TRACER OF FUKUSHIMA-DERIVED RADIOCESIUM IN THECOASTAL WATERS OF THE EAST JAPAN592 Oikawa, S.; Takata, H.; Watabe, T.; Kusakabe, M.: DISTRIBUTIONS OF PUISOTOPES AND AM-241 IN THE WATERS OFF NUCLEAR POWER PLANTSTHROUGHOUT JAPAN BEFORE AND SOON AFTER THE FUKUSHIMAACCIDENT593 Xu, B.; Yu, Z.; Bianchi, T. S.; Dimova, N. T.; Chen, H.: USING MULTI-RADIOTRACER TECHNIQUE TO EVALUATE MOBILE-MUD DYNAMICSIN LARGE-RIVER DELTA-FRONT ESTAURIES (LDE): AN EXAMPLE FROMTHE INNER COAST OF EAST CHINA SEA594 Wu, J. W.; Zheng, J.; Dai, M. H.; Huh, C. A.; Chen, W. F.: ISOTOPICCOMPOSITION AND DISTRIBUTION OF PU IN NORTHERN SOUTHCHINA SEA SEDIMENTS REVEALED CONTINUOUS RELEASE ANDTRANSPORT OF PU FROM THE MARSHALL ISLANDS595 Black, E.; Buesseler, K.; Pike, S.; Nishikawa, J.; Kanda, J.: CONSTRAININGINVENTORY ESTIMATES AND THE FATE OF CESIUM IN OCEANSEDIMENTS OFF FUKUSHIMA USING DETAILED ISOTOPE PROFILESAND MIXING RATES596 Jahn, A.; Kindsay, K.; Otto-Bliesner, B. L.; Brady, E. C.: CARBON ISOTOPES INTHE COMMUNITY EARTH SYSTEM MODEL597 Guo, L. D.; Lin, P.; Chen, M.: ADSORPTION AND FRACTIONATION OFTHORIUM AND PROTACTINIUM ON NANOPARTICLES IN SEAWATER598 Masqué, P.; Casacuberta, N.; Pike, S.; Castrillejo, M.; Buesseler, K. O.:EVOLUTION OF CS-137, CS-134 AND SR-90 IN THE PACIFIC OCEANDERIVED FROM THE FUKUSHIMA DAI-ICHI NUCLEAR ACCIDENT599 Kusakabe, M.; Takata, H.; Oikawa, S.: DISTRIBUTIONS OF FUKUSHIMA-DERIVED RADIONUCLIDES IN SEDIMENTS: A SUMMARY OF THREE-YEAR MONITORING IN THE WATERS OFF FUKUSHIMA AND NEARBYPREFECTURES, JAPAN600 Zhang, J.; Kambayashi, S.; Takeuchi, A.; Horikawa, K.; Hirokami, K.:UNDERSTANDING THE SEAFLOOR DEFORMATION BY THE TOHOKUEARTHQUAKE USING RADIONUCLIDES601 Rogan, N.; Achterberg, E. P.; Le Moigne, F.; Tagliabue, A.; Williams, R. G.:ESTIMATING IRON SCAVENGING RATES FROM 234TH AND 238UOBSERVATIONS68

Program BookAGU/ASLO/TOS602 Fitzgerald, P. C.; Cochran, J. K.; Guihou, A.: TEMPORAL VARIATION INSCAVENGING OF 230 , 234 TH AND 231 PA AT THE BERMUDA RISE118 Extreme Oceanographic Events:Windows to the Climate Future?Chair(s): Katherine Mills, kmills@gmri.orgJanet Nye, janet.nye@stonybrook.eduLocation: Kamehameha Hall III1332 Chen, K.; Gawarkiewicz, G.; Lentz, S.; Bane, J.: DIAGNOSING THE WARMINGOF THE NORTHEASTERN U.S. COASTAL OCEAN IN 2012: INTEGRATEDDATA ANALYSIS AND NUMERICAL MODELING1333 Fabina, N. S.; Baskett, M. L.; Gross, K. R.: THE DIFFERENTIAL EFFECTS OFINCREASING MAGNITUDE AND FREQUENCY OF EXTREME EVENTS ONCORAL POPULATIONS1334 Page, R. L.; Pumphrey, J.: CHICXULUB EJECTA IMPACT TRENCHES ANDTERMINAL IMPACT1387 Lindeman, M. R.; Hench, J. L.: ANALYSIS OF EXTREME WAVE ANDTEMPERATURE EVENTS IN MOOREA, FRENCH POLYNESIA1388 Nelson, J. R.; Edwards, C. R.; Seim, H. E.; Amft, J.; Robertson, C. Y.:PHYTOPLANKTON BLOOMS AND SHELF-SLOPE EXCHANGE DURINGTHE MILD WINTER OF 2012 OFF LONG BAY (SE US)1389 Scannell, H. A.; Pershing, A. J.; Mills, K. E.: THE FREQUENCY OF OCEANHEAT WAVES OCCURRING IN THE ATLANTIC AND PACIFIC OCEANS1390 Conte, M. H.; Weber, J. C.; Koweek, D.; Dickey, T. M.: EPISODIC ADVECTIONOF DETRITAL REEF SEDIMENTS TO THE DEEP SARGASSO SEA: A TALEOF TWO HURRICANES1391 McCarthy, G. D.; Blaker, A. T.; Ezer, T.; Cunningham, S. A.; Smeed, D. A.:DYNAMICS AND IMPACTS OF THE EXTREME DROPS IN THE ATLANTICMERIDIONAL OVERTURNING CIRCULATION OBSERVED BY THE 26NNMONITORING ARRAY1392 Wahle, R. A.; Pershing, A. J.; Mills, K. E.: RECENT EXTREME EVENTS INTHE AMERICAN LOBSTER FISHERY: CRISES INDUCED BY A CHANGINGGLOBAL CLIMATE AND ECONOMY1393 Pershing, A. J.; Mills, K. E.; Chen, Y.; Thomas, A. C.; Wahle, R. A.: IMPACT OFTHE 2012 OCEAN HEAT WAVE ON FISH AND FISHERIES IN THE NORTHATLANTIC1394 Thomas, A.; Mendelssohn, R.; Weatherbee, R.: SATELLITE VIEWS OFEXTREME CHLOROPHYLL EVENTS IN THE CALIFORNIA CURRENT1395 Eakin, C. M.; Heron, S. F.; Logan, C. A.; Liu, G.; Skirving, W. J.: TOO HOTALREADY: CORAL BLEACHING NOW AND IN THE FUTURE120 Integrative Taxonomy of Marine Animals: Progress,Prospects and PitfallsChair(s): Ann Bucklin, ann.bucklin@uconn.eduDhugal Lindsay, dhugal@jamstec.go.jpTracey T. Sutton, tsutton1@nova.eduFrederic H. Sinniger, fredsinniger@hotmail.comLocation: Kamehameha Hall III3202 Grossmann, M. M.; Lindsay, D. J.; Collins, A. G.: THE COMBINATION OFMORPHOLOGICAL AND GENETIC DATA SHEDS LIGHT ON DECADE-OLD TAXONOMIC MYSTERIES IN CNIDARIAN SIPHONOPHORES.3203 Vicente, J.; Zea, S.; Blasiak, L.; Hill, R. T.: STRUCTURAL AND MICROBIALASPECTS OF A SPECIALIZED SPONGE SYMBIOSIS BETWEEN PLAKORTISAND XESTOSPONGIA FROM CRYPTIC HABITATS OF THE CARIBBEAN3204 Lindsay, D. J.; Grossmann, M. M.; Collins, A. G.; Nishikawa, J.; Kirby, R. R.:INTEGRATIVE TAXONOMY IN PLANKTONIC, GELATINOUS MARINEANIMALS3205 Quattrini, A. M.; Georgian, S. E.; Cordes, E. E.: COMBINING GENETICS,MORPHOLOGY, AND NICHE MODELING TO REVEAL THE EVOLUTIONOF OCTOCORALS OF THE DEEP GULF OF MEXICO3206 Messing, C. G.; Summers, M.; Taylor, K. H.; Rouse, G. W.: RECONCILINGMOLECULAR PHYLOGENY WITH MORPHOLOGICAL TAXONOMY IN ANUNDER-APPRECIATED TAXON—LIVING CRINOIDEA (ECHINODERMATA)3207 Sinniger, F. A.; Yamamoto, H.; Harii, S.; Oshima, K.; Takami, H.: METAZOANCOMMUNITIES IN HYDROTHERMAL VENTS SEDIMENTS: A CASESTUDY ON DEEP-SEA METAGENETICS3208 Burridge, A. K.; Goetze, E.; Raes, N.; Janssen, A. W.; Peijnenburg,K.: GLOBAL BIOGEOGRAPHY AND EVOLUTION OFHOLOPLANKTONIC CUVIERINA PTEROPODS (MOLLUSCA,GASTROPODA)3209 Cornils, A.; Agrawal, S.; Held, C.: MOLECULAR AND MORPHOLOGICALSPECIES IDENTIFICATION OF MARINE PLANKTONIC COPEPODS USINGNON-DESTRUCTIVE DNA EXTRACTION3210 Sherlock, R. E.; Walz, K. R.; Schlining, K. L.; Robison, B. H.: MORPHOLOGY,ECOLOGY, AND MOLECULAR TAXONOMY OF TWO SPECIES OFBATHOCHORDAEUS IN THE NORTHEAST PACIFIC: A TALE OF TWOLARVACEANS3211 Bucklin, A.; Blanco-Bercial, L.; Wiebe, P. H.; Copley, N. J.: TOWARDMETAGENETIC ANALYSIS OF BIODIVERSITY OF ZOOPLANKTONCOMMUNITIES3212 Haddock, S. H.; Dámian-Serrano, A.; Mills, C. E.; Christianson, L. M.:COMBINING MULTIPLE MOLECULAR AND MORPHOLOGICALAPPROACHES TO RESOLVE DIVERSITY AMONG GELATINOUSPLANKTON3213 Bracken-Grissom, H.; Owen, C.; Felder, D.; Crandall, K.: THE SYNTHETICPHYLOGENY OF THE DECAPOD CRUSTACEANS: INTEGRATION OFTAXONOMY AND PHYLOGENIES3214 Baldwin, C. C.; Johnson, G. D.: CONNECTIVITY ACROSS THE CARIBBEAN:DNA BARCODING AND MORPHOLOGY UNITE AN ENIGMATIC FISHLARVA FROM FLORIDA WITH A NEW SEA BASS FROM DEEP REEFS OFFCURAAAO.125 The Many Faces of the Marine N CycleChair(s): Silvia Newell, sen@bu.eduBonnie Chang, bonniec@princeton.eduCarolyn Buchwald, cbuchwald@whoi.eduAndrew Babbin, babbin@princeton.eduLaura Bristow, lbristow@biology.sdu.dkBehzad Mortazavi, bmortazavi@ua.eduLocation: Kamehameha Hall III2273 Jacob, J.; Dähnke, K.; Sanders, T.: A CASE STUDY OF NITRIFICATION ANDNITRITE ISOTOPE FRACTIONATION IN A MAJOR GERMAN RIVER2274 Raes, E. J.; Bodrossy, L.; van de Kamp, J.; Abell, G. C.; Waite, A. M.:UNRAVELLING THE FUNCTIONAL GENES OF THE N CYCLE IN THEEASTERN INDIAN OCEAN2275 Dehairs, F.; Trull, T.; Cavagna, A. J.; Planchon, F.; Fripiat, F.: NITRATE ISOTOPICCOMPOSITION IN THE KERGUELEN AREA (SOUTHERN OCEAN)2276 Fonseca Batista, D.; Roukaerts, A.; Fripiat, F.; Dehairs, F.: FIXED-NITROGENAND ATMOSPHERIC N2 CONTRIBUTION TO BIOLOGICALPRODUCTIVITY IN THE EASTERN ATLANTIC OCEAN2277 Speights, C. J.; Brown, L.; Estabrooks, T.; DeWitt, T. H.: NITRATE RELEASEBY SALT MARSH PLANTS: AN OVERLOOKED NUTRIENT FLUXMECHANISM2278 Hu, H.; Bourbonnais , A.; Larkum, J.; Bange, H. W.; Altabet, M. A.: NITROGENCYCLING IN SHALLOW COASTAL WATERS OFF PERU FROM NITRITENITROGEN AND OXYGEN ISOTOPES2279 Huang, H.; Chen, Z. Z.; Jones , I. S.; Gong, X. Y.: NATURAL OCEANNOURISHMENT IN THE SOUTH CHINA SEA2280 LEE/JAE SEONG, .; KIM/EUN-SOO, .; AN/SUNG-UK, .; KIM/JIHYE, .:EVIDENCE OF MASSIVE NITROGEN REMOVAL IN SEMI-CLOSEDKOREAN BAY2281 Shiozaki, T.; Ijichi, M.; Kodama, T.; Takeda, S.; Furuya, K.: HETEROTROPHICBACTERIA AS A MAJOR NITROGEN-FIXER IN THE WESTERN INDIANOCEAN DURING NORTHEAST MONSOON PERIOD2393 Ji, Q.; Babbin, A. R.; Peng, X.; Angell, J.; Kearns, P.: NITROUS OXIDEPRODUCTION IN GREAT SIPPEWISSETT MARSH SEDIMENTMONDAY69

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY2394 Blum, M.; Friederich, G.; Dugdale, R. C.; Chavez, F.: HIGH-RESOLUTIONPROFILES OF BIOLOGICAL AND CHEMICAL PROPERTIES IN THECOASTAL OCEAN2395 Heiss, E. M.; Fulweiler, R. W.: THE ROLE OF NITRIFICATION IN ESTUARINEWATER COLUMN NITROUS OXIDE PRODUCTION AND CONSUMPTION2396 Chen Hung-Yu, .; Wang Wei, .: THE COMPOSITION AND FLUX OF WATER-SOLUBLE ORGANIC NITROGEN IN THE ATMOSPHERIC DRY AND WETDEPOSITIONS OVER THE SOUTHERN EAST CHINA SEA2397 Laverock, B.; Mclaughlin, J.; van de Kamp, J.; Bodrossy, L.; Abell, G.:INTERACTIONS IN THE COASTAL N CYCLE: AMMONIA OXIDISERS,CARBON AND PRIMARY PRODUCTIVITY IN SEDIMENTS FROMTROPICAL WESTERN AUSTRALIA2398 Böttjer, D.; Viviani, D.; Karl, D. M.; Letelier, R. M.; Church, M. J.: NO EVIDENCEFOR ENHANCED CARBON OR DINITROGEN FIXATION UNDERELEVATED SEAWATER PCO2 IN THE NORTH PACIFIC SUBTROPICALGYRE2399 Sommer, S.; Dale, A. W.; Gier, J.; Lomnitz, U.; Dengler, M.: BENTHICNITROGEN CYCLING ACROSS PERUVIAN OXYGEN MINIMUM ZONESURFACE SEDIMENTS2400 Xu, M.; Wu, Y.; Zheng, Z.; Wan, X.; Kao, S.: TIDALLY-INDUCED PARTICLE-ASSOCIATED NITRIFICATION RATE AND N2O EMISSION AT THESEDIMENT-WATER INTERFACE OF SHALLOW WATER2401 Wu, Y.; Xu, M.; Zheng, Z.; Wan, X.; Kao, S.: DIEL CYCLE OF NITRIFICATIONRATE AND N2O YIELD RATIO IN SHALLOW WATER OF EUTROPHICCOASTAL BAY IN SOUTHERN CHINA2402 Nozaki, R.; Umezawa, Y.; Nishiuchi, K.; Tayasu, I.; Kanehara, H.:IDENTIFICATION OF NITRATE SOURCES AND THEIR CONTRIBUTIONTO PHYTOPLANKTON GROWTH AT THE EAST CHINA SEA, BASED ONMULTIPLE ISOTOPES ANALYSES2403 Na, T. H.; Hyun, J. H.; Kim, B.; Choi, A.; Thamdrup, B.: N 2PRODUCTIONTHROUGH DENITRIFICATION AND ANAMMOX IN THE ULLEUNGBASIN, EAST SEA2404 Woodward, M. S.; Browning, T.; Bouman, H.; Sabadel, A.: BASIN SCALEDISTRIBUTIONS AND INTERACTIONS OF AMMONIUM2405 Wang, B. Y.; Kao, S. J.; Kandasamy, S.; Veeran, Y.; Hsu, S. C.: REVISITING THENITROGEN ISOTOPIC RECORDS IN SEDIMENT CORES IN ARABIAN SEA2406 Newell, S. E.; McCarthy, M. J.; Gardner, W. S.; Fulweiler, R. W.:DISENTANGLING SEDIMENT N 2FLUXES: A CALL FOR RE-EVALUATINGTHE COASTAL MARINE N BUDGET2407 Peters, B. D.; Buchwald, C.; Knapp, A. N.; Casciotti, K. L.: TRACKINGNITRATE ISOTOPES ALONG DENSITY SURFACES IN THE EASTERNTROPICAL SOUTH PACIFIC2408 Treibergs, L. A.; Granger, J.; Dabundo, R. C.; Karsh, K. L.: ENZYME LEVEL NAND O ISOTOPE EFFECTS OF DISSIMILATORY NITRATE REDUCTION2409 Tolar, B. B.; Wallsgrove, N. J.; Aluwihare, L. I.; Popp, B. N.; Hollibaugh,J. T.: ELEVATED AMMONIA OXIDATION RATES IN ANTARCTICCIRCUMPOLAR DEEP WATER VERSUS WINTER WATER2410 Chang, B. X.; Widner, B.; Jayakumar, A.; Ward, B. B.; Mulholland, M. R.:NITROGEN FIXATION IN THE EASTERN TROPICAL PACIFIC OXYGENMINIMUM ZONES2411 Dabundo, R. C.; Treibergs, L. A.; Granger, J.; Moisander, P.; Altabet, M.:CONTAMINATION OF COMMERCIAL 15N-LABELED NITROGEN GASWITH EXTRANEOUS 15N LABELED COMPOUNDS: POTENTIAL BIAS OFN2-FIXATION EXPERIMENTS2412 Liu, Z.; Liu, S.: USING SMALL PEPTIDES TO GAIN INSIGHTS INTOMARINE NITROGEN CYCLES2413 Jolley, K. A.; Weber, S. C.; Carpenter, E. J.; Coles, V. J.; Montoya, J. P.: SEASONALAND VERTICAL VARIATION IN PARTICLES AND NUTRIENTS IN THEAMAZON RIVER PLUME2414 Devlin, Q. B.; Swart, P. K.; Altabet, M. A.: UPTAKE AND ASSOCIATEDISOTOPIC FRACTIONATION OF DISSOLVED INORGANIC NITROGEN INTHE CORAL-ALGAL SYMBIOSIS2415 MADHURI, S.; DR.MOU, X.: CONCENTRATIONS TURNOVER AND FLUXOF POLYAMINES BY LAKE EIRE BACTERIOPLANKTON2416 Holm-Moore, T. D.; Batista, F.; Ravelo, A. C.: CHANGES IN THE ISOTOPICVALUE OF SEDIMENTARY NITROGEN AT CALIFORNIA MARGIN SITE1010: A RECORD OF DENITRIFICATION CHANGES OVER THE LAST FIVEMILLION YEARS2499 Han, Y.; Madison , M.; Ziebis , W.; Moffett , J.: THE LINK BETWEEN SULFURCYCLE AND NITROGEN CYCLE IN AN ESTUARINE SEDIMENT2500 Pruell, R. J.; Taplin, B. K.: NITROGEN ISOTOPE RATIOS OF JUVENILEWINTER FLOUNDER AS AN INDICATOR OF ANTHROPOGENICNITROGEN INPUTS TO ESTUARINE SYSTEMS127 Biogeochemistry, Ecological Dynamics and PhytoplanktonControls In the Costa Rica DomeChair(s): Michael R. Landry, mlandry@ucsd.eduJames W. Moffett, jmoffett@usc.eduKaren E. Selph, selph@hawaii.eduLocation: Kamehameha Hall III3194 Ballance, L. T.; Redfern, J. V.; Fiedler, P. C.; Pitman, R. L.: THE COSTARICA DOME AS A CETACEAN SPECIES RICHNESS HOTSPOT:OCEANOGRAPHIC DRIVERS AND CONSERVATION LESSONS3195 Harrison, D. P.: THE EFFICIENCY AND COST OF OCEAN IRONFERTILISATION3196 Zhang, W.; Kataoka, T.; Landry, M.; Liu, H.: TINTINNID COMMUNITY(CILIOPHORA: TINTINNINA) IN EASTERN TROPICAL PACIFIC OFFCOSTA RICA IN SUMMER 20103238 Iriarte, J. L.; Ardelan, M. V.; Cuevas, L. A.; González, H. E.; Sanchez, N.:PHYTOPLANKTON POPULATIONS RESPONSE TO IRON-SIDEROPHORECOMBINATIONS IN PATAGONIAN FJORDS3239 Pan, H.; Culp, R. A.; Sun, M.: CAUSES FOR VARIATIONS IN STABLECARBON ISOTOPIC COMPOSITIONS OF MARINE PHYTOPLANKTON-PRODUCED LIPID BIOMARKERS DURING BIOGEOCHEMICAL CYCLINGPROCESSES3240 Baines, S. B.; Landry, M. R.; Smith, S. L.; Twining, B. S.; Chen, X.: TRACEMETAL LIMITATION OF ZOOPLANKTON IN THE COSTA RICANUPWELLING DOME3241 Décima, M.; Landry, M. R.; López-López, L.; Bradley, C. J.: ZOOPLANKTON TROPHICSTRUCTURE AND GRAZING PRESSURE IN THE COSTA RICA DOME3242 Yuan, J.: AN EXPERIMENTAL STUDY OF THE SENSOR DISTANCE ANDPIXEL COMPOSITION ON VISIBLE REFLECTANCE SPECTRUM OF AMIXED PIXEL3243 Landry, M. R.; Stukel, M. R.; Décima, M.; Selph, K. E.; Taylor, A. G.: GRAZERREGULATION OF CARBON EXPORT IN THE COSTA RICA DOME3244 Ahlgren, N. A.; Noble, A.; Moore, L.; Saito, M.; Rocap, R.: THE UNIQUE TRACEMETAL AND MACRONUTRIENT CONDITIONS OF THE COSTA RICAUPWELLING DOME UPWELLING SUPPORT A DISTINCT AND DENSECOMMUNITY OF SYNECHOCOCCUS3245 Chappell, P. D.; Moffett, J. W.; Cyr, H. A.; Vedamati, J.; Jenkins, B. D.: TRACE METAL-SILICATE CO-LIMITATION OF DIATOMS IN THE COSTA RICA DOME3246 Selph, K. E.; Landry, M. R.; Taylor, A. G.; Gutiérrez-Rodríguez, A.; Taniguchi,D. A.: PICOPHYTOPLANKTON POPULATION ABUNDANCES ANDGROWTH DYNAMICS DURING SUMMER 2010 IN THE COSTA RICADOME AREA OF THE EASTERN PACIFIC3247 Firing, E.; Hummon, J.: COSTA RICA DOME: PHYSICAL CONTEXT OF THEFLUZIE CRUISE IN JUNE-JULY 20103248 Marinov, I.; Cabre, A.; Lingbin, C.; Bernardello, R.: OXYGEN MINIMUMZONES (OMZ) ACROSS THE CMIP5 MODELS: 21ST CENTURY CLIMATE-DRIVEN CHANGES128 Microbial Interactions In Oceans and Human HealthChair(s): Erin K. Lipp, elipp@uga.eduSandra McLellan, mclellan@uwm.eduLocation: Kamehameha Hall III391 Fisher, J. C.; Levican, A.; Eren, A. M.; Figueras, M. J.; McLellan, S. L.:PREVALENCE AND DIVERSITY OF ARCOBACTER IN SEWAGE ANDAQUATIC ENVIRONMENTS70

Program BookAGU/ASLO/TOS392 Abaya, L.; Wiegner , T.; Weisz, C.; Adolf, J.: A GEOSPATIAL ANALYSIS OFMICROBIAL POLLUTION WITHIN HILO BAY, HAWAI‘I397 Drummond, K. M.; McKenzie, K. A.; Edwards, K. L.; Cox, T. M.; Frischer,M. E.: A PREVIOUSLY UNDESCRIBED DOMINANT COMPONENT OFTHE COMMON BOTTLENOSE DOLPHIN TURSIOPS TRUNCATUSMICROBIOME IS A NOVEL FUSOBACTERIUM398 Petitpas, C. M.; Turner, J. T.; Keafer, B. A.; Anderson, D. M.: COMMUNITYGRAZING IMPACT ON A TOXIC BLOOM OF ALEXANDRIUMFUNDYENSE IN THE NAUSET MARSH SYSTEM, CAPE COD, USA399 Feng, Z.; Reniers, A.; Haus, B. K.; Solo-Gabriele, H. M.; Kelly, E. A.: WHATWE LEARNED FROM TEN YEARS OF WATER QUALITY MONITORINGTHROUGH THE FLORIDA HEALTHY BEACHES PROGRAM?400 Yan, T.; Zhang, Q.; Cui, H.; Feng, F.: THE IMPACT OF NON-AQUEOUSMATRICES (SOIL, SAND AND SEDIMENT) ON COASTAL WATERBACTERIOLOGICAL QUALITY401 Newton, R. J.; McLellan, S. L.: THE BACTERIAL FOOTPRINT OF A CITY ONCOASTAL WATERS402 Nuss, E.; Powell, B. S.; Steward, G.; Nigro, O.: PREDICTING PATHOGENICBACTERIA IN COASTAL WATERS470 Wong, M.; Kirs, M.: APPLICATION AND CHARACTERIZATION OFHUMAN POLYOMAVIRUS AS A HUMAN SEWAGE MARKER IN HAWAII471 Weisz, C. J.; Wiegner, T.; Abaya, L.; Adolf, J.; Awaya, J.: TEMPORALGEOSPATIAL ANALYSES OF MICROBIAL POLLUTION PATTERNS:A TOOL FOR IMPROVED WATER QUALITY MONITORING ANDWATERSHED MANAGEMENT472 Lipp, E. K.; Trtanj, J.: VIBRIO AS A MARINE INDICATOR FOR CLIMATECHANGE AND HEALTH RISK?130 Interactions of Pelagic Or Benthic Organisms with TurbulentWater FlowChair(s): Jeannette Yen, jeannette.yen@biology.gatech.eduJosef Ackerman, ackerman@uoguelph.caMimi Koehl, cnidaria@berkeley.eduDon Webster, dwebster@ce.gatech.eduLuca van Duren, luca.vanduren@deltares.nlLocation: Kamehameha Hall III1166 Du Clos, K. T.; Jumars, P. A.: MODELING THE FLOW FIELDS AROUNDACTIVE FILTER FEEDERS1167 Tinoco, R. O.; Coco, G.: ON THE ONSET OF SEDIMENT MOTION ANDRESUSPENSION IN THE PRESENCE OF RIGID CYLINDERS1168 Katz, J.; Nayak, A. R.; Li, C.; Kiani, B.: EFFECT OF A THIN LAYER OF FISHON TURBULENCE AND FLOW STRUCTURE IN THE INNER PART OF THECONTINENTAL SHELF BOTTOM BOUNDARY LAYER1169 Wilson, M.; Webster, D.; Weissburg, M.: EXPERIMENTS IN THE ESTUARINEINTERTIDAL: ADVICE FOR FIELD BIOLOGISTS1170 Yen, J.; Webster, D.; Murphy, D. M.; Mittal, R.; Zhou, Z.: UNDERWATERPROPULSION AT INTERMEDIATE RE: COMPARATIVE ANALYSES OF AMARINE PTEROPOD AND A FRESHWATER CLADOCERAN.1232 Pender-Healy, L. A.; Nagel, K. M.; Kim, P.; Yen, J.: MATE OR PREY?MECHANORECEPTION MEDIATES REACTIONS IN THE FRESHWATERCOPEPOD SPECIES,HESPERODIAPTOMUS SHOSHONE1233 Pepper, R. E.; Variano, E.; Koehl, M. A.: TURBULENT FLOW FROM ALARVA’S PERSPECTIVE: WHAT DOES IT FEEL LIKE TO BE TINY IN THEOCEAN?1234 Luo, E. Y.; Wheeler, J. D.; Helfrich, K. R.; Anderson, E. J.; Mullineaux, L. S.:EFFECTS OF LIGHT AND TURBULENCE ON SWIMMING BEHAVIOR OFLARVAL EASTERN OYSTER (CRASSOSTREA VIRGINICA)1235 True, A. C.; Webster, D. R.; Weissburg, M. J.; Yen, J.: SHEAR-INDUCEDBEHAVIORAL RESPONSES OF EMINENTLY-SETTLING BRACHYURANCRAB LARVAE ELUCIDATE SELECTIVE TIDAL STREAM TRANSPORT(STST) PHENOMENA1236 Dolinajec, T. H.; Koehl, M. A.: HYDRODYNAMIC FORCES AND MOMENTSON ZOOPLANKTON1237 Robinson, H. E.; Koehl, M. A.: CAPTURING ZOOPLANKTON PREY INTURBULENT WAVES: THE EFFECTS OF PREY SWIMMING BEHAVIORAND SURROUNDING NEIGHBORS ON SUSPENSION FEEDING BYINTERTIDAL SEA ANEMONES132 Undergraduate Ocean Science Education In the 21st Century:An Exploration of Successful PracticesChair(s): Jan Hodder, jhodder@uoregon.eduJude Apple , jude.apple@wwu.eduAllison Beauregard, beaurega@nwfsc.eduAnnette deCharon, annette.decharon@maine.eduJanice McDonnell, mcdonnel@marine.rutgers.eduLocation: Kamehameha Hall III1927 Anastasia, J. R.; McNamara, M. E.: PROMOTING INTEREST IN OCEANSCIENCES THROUGH PARTNERSHIPS BETWEEN A COLLEGE,AQUARIUM, AND NONPROFIT ORGANIZATION1928 Allen, M. R.; Jones, T. W.; Clark, J.; Moser, F. C.: ENHANCING STUDENTUNDERSTANDING OF ESTUARINE DYNAMICS USING AN ORIENTATIONRESEARCH CRUISE EXPERIENCE1929 Thomas, K.; Yeager, M.: FIELD STUDIES IN NATURAL SYSTEMS [EARTHSCIENCE, BIOGEOLOGY & MARINE BIOLOGY OF BELIZE]: A PORTABLEWAY TO PROMOTE HIGHER ORDER LEARNING & CRITICAL THINKING1930 Venn, C.: USING MAP EXERCISES AS AN INTEGRATIVE TOOL IN AGENERAL EDUCATION OCEANOGRAPHY COURSE1955 Brey, J. A.; Geer, I. W.; Mills, E. W.; Nugnes, K. A.: AMS OCEAN STUDIES:USING REAL-WORLD DATA TO EXPLORE THE WORLD OCEAN1956 Jocson, J. M.; Sunga, A. J.: BASELINE WATERSHED ASSESSMENT AS ATRAINING MODULE1957 Caldwell, M. O.; Bristol, D. L.; Olney, J. L.: INNOVATIVE IDEAS FOR TEACHINGOCEAN SCIENCE TOPICS IN INTRODUCTORY SCIENCE COURSES1958 Furutani, T. T.; Nesbit, E. A.; Martin, R. A.: THE POTENTIAL ANDPROBLEMS OF A FORAMINIFERA-BASED INTRODUCTORYPALEONTOLOGY EXERCISE1959 Beauregard, J. L.: OCEANOGRAPHY AND THE ARTS1960 WATTS, S.: HOW DO WE FACILITATE STUDENT LEARNING WHILEREDUCING CONTACT - AND WHY WOULD WE WANT TO?1961 Aguilar, C.; Cuhjel, R. L.: AQUATIC SCIENCES: INHERENTLYINTERDISCIPLINARY, IRRESISTABLE LURE LEADING REPRODUCIBLY TOCAREER CONTINUITY1962 Steinberg, R. T.: SEDIMENT UNDER THEIR FEET: STUDENT ANALYSISOF SEDIMENTS FROM LOCAL DEPOSITIONAL ENVIRONMENTS, WITHEMPHASIS ON A TRANSECT OF A MODERN BARRIER ISLAND SYSTEM1963 Brown, M. T.; McGinley, E. J.; Southwell, M. W.; Veenstra, J.; Flynn, L. M.: THEUSE OF A COMMUNITY-BASED OYSTER REEF RESTORATION PROJECTTO SUPPORT UNDERGRADUATE RESEARCH AT A LIBERAL ARTSTEACHING COLLEGE (FLAGLER COLLEGE)1964 Amaral-Zettler, L. A.; Yingxin, Y.; Ong, B.; Siuda, A. N.; Zettler, E. R.:FROM EXPERIENTIAL EDUCATION TO RESEARCH: ENGAGINGUNDERGRADUATE STUDENTS IN ONGOING RESEARCH PROJECTS1965 McDonnell, J. D.; Lichtenwalner, C. S.; Ferraro, C.; Glenn, S.: DEVELOPINGPROBLEM BASED LEARNING WITH UNDERGRADUATES USING AWEB-BASED LAB LESSON BUILDER SOFTWARE TOOL1966 Leonel, J.; Spera, A. M.; Figueira, R. L.: TEACHING CARBONATE SYSTEMFOR OCEANOGRAPHY UNDERGRADUATE STUDENTS1967 Jones, M. H.: STACKING THE DECK TO TEACH BIOLOGICALOCEANOGRAPHY: ENGAGING LAND-LOCKED STUDENTS WITH ANINQUIRY-BASED EXERCISE TO INTRODUCE MARINE LIFE AND MARINEECOSYSTEMS1968 Pride, C. J.; Curran, M. C.; Cox, T. M.; Frischer, M. E.: NSF OEDG PROGRAMAT SAVANNAH STATE UNIVERSITY: MODEL OF SUCCESSFULRETENTION OF UNDERGRADUATES IN THE GEOSCIENCES1969 Greene, A. R.; Garcia, M. O.; Becker, N.; Poland, M.: NATURAL HAZARDS ONTHE ISLAND OF HAWAII: A JIGSAW EXERCISE FOR INTRODUCTORYCLASSESMONDAY71

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY1970 Phillips, M. Q.: DESIGN YOUR OWN MARINE ORGANISM: AN EXERCISEFOR INTRODUCTORY OCEANOGRAPHY COURSES2015 Cheung, I. S.: LUNAR FORCES, EDIBLE SEA VAMPIRES AND OTHERCURIOSITIES OF THE SEA: ENGAGING FIRST YEAR STUDENTS INMARINE SCIENCES AND UNDERGRADUATE RESEARCH IN THECLASSROOM140 The Science of Plastic Marine Debris andOther Anthropogenic InfluencesChair(s): Erik Zettler, ezettler@sea.eduTracy Mincer, tmincer@whoi.eduLinda Amaral-Zettler, amaral@mbl.eduLocation: Kamehameha Hall III1635 Laforsch, C.; Imhof, H. K.; Ivleva, N. P.: BEYOND THE OCEAN:CONTAMINATION OF FRESHWATER ECOSYSTEMS WITHMICROPLASTIC PARTICLES1636 Kaonga, C. C.; Takeda, K.; Sakugawa, H.: ASSESSMENT OF DIURON,IRGAROL AND FENITROTHION IN SEAWATER, SEDIMENTS, PLANKTONAND FISH FROM SETO INLAND SEA, JAPAN1637 Bao, M.; Bao, X.; Yu, H.; Ding, Y.: EFFECTS OF TIDAL FLAT RECLAMATIONON TIDAL DYNAMICS IN WENZHOU SHOAL, CHINA1638 Nezlin, N. P.: IMPACT OF SUBMERGED WASTEWATER EFFLUENT ONDISSOLVED OXYGEN: ASSESSMENT STRATEGY1639 Booker, T.; May, E.; Ishque, A.: POTENTIAL IMPACTS OF LAND-USE LAND-COVER FEATURES ON WHITE PERCH INTERSEX CHARACTERISTICS1640 Rice, J. C.; May, E. B.: ACCUMULATION OF POLYCHLORINATEDBIPHENYLS (PCBS) AND CONTAMINANTS OF EMERGING CONCERN(CECS) IN GRAY SEALS AND THE UTILITY OF NON-INVASIVE METHODS1641 Savoca, M. S.; Van Alstyne, K. L.; Nevitt, G. A.: MARINE PLASTIC DEBRIS ASAN OLFACTORY TRAP FOR PROCELLARIIFORM SEABIRDS1642 Yamashita, R.; Takada, S.; Ochi, D.; Watanuki, Y.: THE EFFECTS OF PLASTICRESIN PELLETS EXPOSURE TO PCBS IN STREAKED SHEARWATERCHICKS1643 Murphy, J. W.; Spies, N.; Richmond, R. H.: EFFECTS OF MOLASSES ONPOCILLOPORA DAMICORNIS HEALTH1644 Kataoka, T.; Hinata, H.; Kato, S.: EXPONENTIAL DECAY OF REMNANTSOF PLASTIC LITTER THROUGH A DIFFUSION PROCESS ON THEWADAHAMA BEACH, NII-JIMA ISLAND, JAPAN1645 Smith, M. D.; Suthers, I.: CARBON SEQUESTRATION USING PELAGICTUNICATES1646 Gates, A. R.; Jones, D. O.: EFFECTS OF ANTHROPOGENIC DISTURBANCEAND EVIDENCE FOR RECOVERY OF BENTHIC ASSEMBLAGES ATHYDROCARBON EXPLORATION SITES IN THE DEEP NORTH EASTATLANTIC1647 Haugland, B. T.; Bolam, S. G.; Sweetman, A. K.: FAUNAL COLONIZATIONOF SUBMARINE MINE TAILINGS: AN INTERTIDAL EXPERIMENT TOINVESTIGATE THE INFLUENCE OF SEDIMENT ORGANIC CARBONCONTENT1648 Verlis, K. M.; Wilson, S. P.; Matthews, B.; Campbell, M. L.; Nevin, O. T.:SEABIRDS AND MARINE DEBRIS OF THE GREAT BARRIER REEF,AUSTRALIA1649 WILSON, S. P.: TRACKING MARINE DEBRIS ALONG THE GREATBARRIER REEF, AUSTRALIA: NEAR-SHORE MOVEMENT PATTERNS ANDINFLUENCING FACTORS1650 Hutchison, Z. L.; Hendrick, V. J.; Burrows, M. B.; Last, K. S.: THE POTENTIALIMPACT OF SMOTHERING ON THE BENTHOS DUE TO MODERNANTHROPOGENIC UTILISATION OF THE MARINE ENVIRONMENT1651 Gorsky, G.; Bruzaud, S.; Berline, L.; Domontet, B.; Elineau, A.: MONITORINGFLOATING PLASTIC FRAGMENTS IN THE LIGURIAN SEA, NWMEDITERRANEAN.1652 Juhl, A. R.; O’Mullan, G. D.; Mellendorf, M.; Aumack, C. F.: QUANTIFYINGWATER COLUMN SINKING RATES OF SUSPENDED MATTER AND FECALINDICATOR BACTERIA1653 Glover, D. M.; Doney, S. C.; Lindsay, K.; Lima, I.: THE IMPACT OF OCEANACIDIFICATION ON MARINE PLANKTONIC CALCIFICATION, THEROAD TO EXPLICIT CALCIFIERS IN CESM V1.21654 Casagrande, F.; Nobre, P.: ARCTIC SEA ICE EXTENT BASED ON RESULTSOF THE BRAZILIAN EARTH SYSTEM MODEL1731 Free, C. M.; Jensen, O. P.; Mason, S. A.; Eriksen, M.: LEARNING FROMLITTER: ILLEGAL FISHING AND PLASTIC POLLUTION IN A PRISTINEMONGOLIAN LAKE1732 DIMINO, T. F.; HENDERSON, N.; CHRISTIAN , A. D.: THE EFFECTSOF LAND USE/LAND COVER ON AQUATICMACRO INVERTEBRATECOMMUNITIES IN THE NEPONSET RIVER WATERSHED1733 Olsen, L. M.; Hernandez, K. L.; Ardelan, M. V.; Iriarte, J. L.; Olsen, Y.: EFFECT OFAMMONIUM ADDITION ON THE MICROBIAL FOOD WEB STRUCTUREAND COMMUNITY COMPOSITION OF THE OSMOTROPHS IN THECOMAU FJORD IN SOUTHERN CHILE1734 Agustin, A. E.; Potemra, J. T.; Merrifield, M. A.: MARINE DEBRIS DEPOSITIONRATES AT THE NORTHWESTERN HAWAIIAN ISLANDS RELATIVE TOFORCING FACTORS1735 Richard, H. L.; Carpenter, E. J.: SEASONAL AND SPATIAL CHANGES INMICROPLASTIC DEBRIS IN A NATIONAL PARK LAGOON1736 Masura, J. E.; Baker, J. E.: CHARACTERIZING MICROPLASTICS FROMSURFACE WATERS FROM THE WEST COAST OF VANCOUVER ISLANDTO PUGET SOUND, WASHINGTON1737 Duhaime, M. B.; Oberbeckmann, S.: CROSS-OCEAN PLASTIC MICROBIOMEDYNAMICS: TOWARDS A GLOBAL VIEW OF OCEAN PLASTIC BIOFILMCOMMUNITY STRUCTURE AND FUNCTION1738 Hansen, J.; Hearty, P.; Ruedy, R.; Sato, M.; Bauer, M.: IMPACT OF INCREASINGICE MELT ON OCEAN CIRCULATION AND STORMS1739 James, R. A.; Camp, L. A.; Savva, L.; davidson, J.; Lemchak, K.: FLUX OFMARINE DEBRIS ON SEA TURTLE NESTING BEACHES AND THEIMPACTS OF SMALL-SCALE STORMS, LITTLE CAYMAN ISLAND148 Effects of Climate Variability On Marine BiophysicalInteractions and Ecosystems DynamicsChair(s): Cecile S. Rousseaux, Cecile.S.Rousseaux@nasa.govMichelle Gierach, Michelle.Gierach@jpl.nasa.govLocation: Kamehameha Hall III2888 Gregg, W.; Rousseaux, C.: IMPROVING THE REPRESENTATION OFTHE RESPONSE OF GLOBAL OCEAN CHLOROPHYLL TO CLIMATEVARIABILITY: COMBINING IN SITU DATA, SATELLITE DATA, ANDMODELS2913 Brady, R. X.; Rykaczewski, R. R.: CONSEQUENCES OF SHIFTING HIGHPRESSURE ZONES ON FUTURE COASTAL UPWELLING2914 XU, Y.; Ba, Q.: ECOSYSTEM RESPONSES TO GLOBAL CHANGE IN THEPACIFIC OCEAN MODEL2915 Chiba, S.; Di Lorenzo, E.; Davis, A.; Keister, J. E.; Taguchi, B.: LARGE-SCALECLIMATE CONTROL OF ZOOPLANKTON TRANSPORT ANDBIOGEOGRAPHY IN THE KUROSHIO-OYASHIO EXTENSION REGION2916 Palamara, L.; Manderson, J.; Kohut, J.; Curchitser, E.; Kang, D.: VARIABILITYIN THERMAL HABITAT DYNAMICS FOR A PELAGIC FORAGE FISHESTIMATED BY COUPLING A THERMAL NICHE MODEL TO AHYDRODYNAMIC OCEAN MODEL2917 Allen, J. G.; Siegel, D. A.; Nelson, N. B.: AN ASSESSMENT OF OPTICAL ANDBIOGEOCHEMICAL MULTI-DECADAL TRENDS IN THE SARGASSO SEA2962 Watanabe, T.; Igeta, Y.; Takayama, K.: EFFECTS OF CLIMATE CHANGE ONMARINE ECOSYSTEM IN THE JAPAN SEA2963 Levine, N. M.: THE IMPACT OF SMALL-SCALE PHYSICAL VARIABILITYON LARGE-SCALE CARBON CYCLING AND ECOSYSTEM DYNAMICS2964 Romanou, A.; Romanski, J.; Schmidt, G. A.: RESPONSE OF THE OCEANCARBON UPTAKE TO DIFFERENT MODES OF NATURAL VARIABILITY72

Program BookAGU/ASLO/TOS151 Microbial Growth Factors In the Sea: Characterizing TheirImportance At the Molecular to Ecosystem LevelChair(s): Ryan Paerl, rpaerl@ucsd.eduErin Bertrand, ebertran@jcvi.orgLocation: Kamehameha Hall III551 del Valle, D. A.; Martínez-García, S.; Suffridge, C.; Cutter, L.; Sañudo-Wilhelmy, S.A.: THE ROLE OF B1 AND OTHER B-VITAMINS AT THE OLIGOTROPHICSTATION ALOHA DURING NATURAL AND INDUCED BLOOMCONDITIONS552 Heal, K. R.; Truxal Carlson, L.; Ingalls, A. E.; Coyote, W.; Stahl, D. A.:MICROBIAL CONTRIBUTION TO THE DISSOLVED VITAMIN POOL INCOASTAL WASHINGTON553 Kazamia, E.; Helliwell, K. E.; Grant, M. A.; Cicuta, P.; Smith, A. G.: A MODELSYSTEM DEMONSTRATES THAT ALGAE ACQUIRE VITAMIN B12DIRECTLY FROM BACTERIA.554 Hogle, S. L.; Brahamsha, B.; Barbeau, K. A.: AN OUTER MEMBRANCERECEPTOR CRITICAL FOR EXOGENOUS HEME UTILIZATION IN AMARINE ROSEOBACTER555 Monteverde, D. R.; Cutter, L.; Chong, L.; Berelson, W.; Sanudo-Wilhelmy, S.:POTENTIAL SEDIMENTARY FLUX OF B-VITAMINS TO THE WATERCOLUMN OF SANTA MONICA BASIN, CA556 Suffridge, C. P.; Cutter, L. S.; Webb, E. A.; Sanudo-Wilhelmy, S. A.:ESTABLISHING B-VITAMIN QUOTAS IN PHYTOPLANKTON: THEDEVLOPMENT OF A TECHNIQUE TO SIMULTANEOUSLY DETERMINEPARTICULATE B-VITAMIN CONCENTRATIONS IN SEAWATER557 Cohen, N. R.; Marchetti, A.: INFLUENCE OF IRON AND EXTERNAL BIOTINON BIOTIN METABOLISM IN A MARINE DIATOM558 Paz-Yepes, J.; Palenik, B.: GRAZING ON MARINE SYNECHOCOCCUS BYNEW MARINE HETEROTROPHIC NANOFLAGELLATES ISOLATES559 Helliwell, K. E.; Collins, S.; Kazamia, E.; Smith, A. G.: UNRAVELLINGTHE EVOLUTIONARY FORCES THAT SHAPE THE VITAMINB 12REQUIREMENTS OF ALGAE560 Paerl, R. W.; Palenik, B.; Azam, F.: EQUIPPED TO DEAL WITHSCARCITY: EXAMINING THE B1 PHYSIOLOGY OF A VITAMIN B1AUXOTROPHICALPHAPROTEOBACTERIUM561 Alegado, R. A.; Betin, V.; Beemelsmanns, C.; Clardy, J.; King, N.: BACTERIALSPHINGOLIPID SIGNALING IN CHOANOFLAGELLATES562 Case, R. J.: A BACTERIAL SYMBIONT THAT SHAPES THE LIFE HISTORYOF ITS TINY HOST, EMILIANA HUXLEYI640 Webb, E. A.; Gómez-Consarnau, L.; Suffridge, C. P.; Sanudo-Wilhelmy, S. A.:GENOMIC VIEW OF THE SOURCES AND SINKS OF MARINE B VITAMINS157 Habitat Modeling and Ecosystem Based ResourceManagementChair(s): Mitchell Roffer, roffers@bellsouth.netJohn Manderson, john.p.manderson@gmail.comLocation: Kamehameha Hall III1936 Xu, B.; Zhang, C.; Xue, Y.; Ren, Y.; Chen, Y.: OPTIMIZATION OF SAMPLINGEFFORT FOR A FISHERY-INDEPENDENT SURVEY WITH MULTIPLEOBJECTIVES1937 Pennino, M. G.; Kaplan, D.; Ménard, F.; Aumont, O.; Romanov, E. V.: EFFECTSOF ENVIRONMENTAL DATA QUALITY ON THE PERFORMANCE OFSPECIES DISTRIBUTION MODELS.1938 Sun, P.; Liang, Z.; He, X.; Tang, Y.; Huang, L.: FISHING SELECTIVITYINDUCED THE CHANGES ON AGE STRUCTURE AND SIZE AT AGE OFHAIRTAIL (TRICHIURUS LEPTURUS) IN THE EAST CHINA SEA, CHINA1939 Roffer, M. A.; Muhling, B.; Pugliese, R.; Reichert, M.: HABITAT MODELINGFOR FISHERIES INDEPENDENT TRAP SURVEYS1940 Sei-Ichi Saitoh, .; Xun Zhang, .; Toru Hirawake, .; Satoshi Nakada, .; YoichiIshikawa, .: DISSEMINATION OF POTENTIAL FISHING ZONE PREDICTIONMAP OF JAPANESE COMMON SQUID IN THE COASTAL WATER,SOUTHWESTERN HOKKAIDO, JAPAN1941 Alabia, I. D.; Saitoh, S.; Igarashi, H.; Ishikawa, Y.; Awaji, T.: EFFECTS OFENVIRONMENTAL AND CLIMATE VARIABILITY ON SUMMER POTENTIALHABITAT OF NEON FLYING SQUID IN CENTRAL NORTH PACIFIC1942 Georgian, S. E.; Shedd, W.; Cordes, E. E.: RESOLVING BIOGEOGRAPHICPATTERNS IN THE DEEP SEA: USING REMOTELY SENSED DATA TOPREDICT THE LOCATIONS OF SPATIALLY RARE BUT ECOLOGICALLYVITAL CORALS1943 Rincón-Díaz, M. P.; Ortíz-Rosa, S.; Gould, W. A.: IDENTIFYING SUITABLEHABITATS FOR THE RED HIND GROUPER (EPINEPHELUS GUTTATUS)IN THE PUERTO RICAN ARCHIPELAGO BASED ON THE STRUCTURALCOMPLEXITY OF HABITATS1944 Anderson, M. R.; Gregory, R. S.: STATIC AND DYNAMIC HABITATFEATURES AS DETERMINANTS OF COD RECRUITMENT OFFNEWFOUNDLAND1946 Schmidt, A.; Georgas, N.; Manderson, J.; Kohut, J.; Gangopadhyay, A.: ASIMPLE BIAS CORRECTION TO IMPROVE BOTTOM TEMPERATUREESTIMATION1947 Golet, W. J.; Record, N. R.; Lehuta, S.; Galuardi, B.; Cooper, A. B.: THE EFEFCTOF PHYSICAL CHANGES ON THE LIFE HISTORY OF PELAGIC SPECIES INTHE GULF OF MAINE1948 Almodovar Acevedo, L.; Hasan, M.; Townsend, H. M.; Stevens, B. G.:DEVELOPING A HABITAT SUITABILITY MODEL FOR BLACK SEA BASS INTHE CHESAPEAKE BAY1949 Pardo, M. A.; Gerrodette, T.; Beier, E.; Gendron, D.; Redfern, J.: AHIERARCHICAL BAYESIAN FRAMEWORK TO INFER CETACEANPOPULATION DENSITY: THE ROLE OF WATER-COLUMN STRUCTURE1950 Carswell, T. K.; Costa, M. P.; Young, E. L.; Sweeting, R. M.; Gower, J.:SATELLITE IMAGERY TO DETERMINE SPRING PHYTOPLANKTONBLOOM DYNAMICS FOR FISHERIES MANAGEMENT IN THE STRAIT OFGEORGIA, CANADA.1951 Sommers, L. A.; Stanton, T. P.; Shaw, W.: MEASURING OPEN WATERFRACTION AND FLOE SIZE DISTRIBUTION IN THE ARCTIC OCEAN ICEPACK USING HIGH RESOLUTION SATELLITE IMAGES1952 Heupel, E. E.; Auster, P. J.: USE OF BATHYMETRIC PROXIES TO PREDICTTHE LOCATION OF VULNERABLE MARINE SPECIES, COMMUNITIES,HABITATS AND ECOSYSTEMS IN DATA POOR REGIONS.158 Measuring and Modeling Internal Waves and the TurbulenceCascade: A Tribute to David TangChair(s): Oliver Fringer , fringer@stanford.eduEmily Shroyer, eshroyer@coas.oregonstate.eduLouis St. Laurent , lstlaurent@whoi.eduKaran Venayagamoorthy , vskaran@engr.colostate.eduCaitlin Whalen, cwhalen@ucsd.eduLocation: Kamehameha Hall III1342 Zhang, W. G.; Duda, T. F.; Udovydchenkov, I. A.: DISTRIBUTED SOURCEPHYSICS OF INTERNAL TIDE HORIZONTAL BEAM PATTERNS NEARSHELFBREAK CANYONS1343 Karimpour, F.; Venayagamoorthy, S. K.: IMPROVED RANS MODELING OFSTABLY STRATIFIED WALL-BOUNDED TURBULENT FLOWS1344 Chou, S. H.; Luther, D. S.; Guiles, M. D.; Carter, G. S.; Decloedt, T.: ANEMPIRICAL INVESTIGATION OF NONLINEAR ENERGY TRANSFER FROMTHE M 2INTERNAL TIDE TO DIURNAL WAVE MOTIONS IN THE KAUAICHANNEL, HAWAII1345 da Silva, J. C.; Buijsman, M. C.; Magalhaes, J. M.: THE GENERATION OFMODE-1 AND MODE-2 NONLINEAR INTERNAL WAVES ON THEUPSTREAM SIDE OF A LARGE SILL OF THE MASCARENE RIDGE (INDIANOCEAN).1346 Tanaka, Y.; Hibiya, T.; Sasaki, H.: GLOBAL ESTIMATES OF INTERNAL WAVEENERGY FLUX RADIATING FROM GEOSTROPHIC FLOWS BASED ON AHIGH-RESOLUTION NUMERICAL MODEL1373 Hibiya/Toshiyuki, .; Furuichi/Naoki, .; Robertson/Robin, .: ASSESSMENT OFFINE-SCALE PARAMETERIZATIONS OF TURBULENT DISSIPATION INTHE VICINITY OF DEEP OCEAN MIXING HOTSPOTSMONDAY73

AGU/ASLO/TOS2014 Ocean Sciences MeetingMONDAY1374 WANG, J.; LI, X. Y.; ZHANG, X. D.; SUN, M. L.: THE NUMERICALSIMULATION OF INTERNAL WAVE PROPAGATION AT MALIN SHELF1375 Dossmann, Y.; Paci, A.; Auclair, F.: TOPOGRAPHICALLY INDUCEDINTERNAL SOLITARY WAVES IN A PYCNOCLINE: A COUPLEDNUMERICAL AND EXPERIMENTAL STUDY.1376 Köhler, J.; Mertens, C.; Walter, M.; Rhein, M.; Kanzow, T.: TEMPORALVARIABILITY IN THE INTERNAL WAVE FIELD AND VERTICAL MIXING:THE INFLUENCE OF STRONG CURRENTS1377 Stephenson, G. R.; Hopkins, J. E.; Green, J. M.: STORMS MODIFYBAROCLINIC ENERGY FLUX IN THE CELTIC SEA1378 Grisouard, N.; Thomas, L. N.: CRITICAL REFLECTION OF INERTIAL WAVESOFF THE SEA SURFACE AT OCEAN FRONTS1379 Nam, S.; Lankhorst, M.; Send, U.: INTERACTION OF INTERNAL TIDESWITH MESOSCALE CIRCULATION IN THE UPPER TROPICAL WESTERNATLANTIC: OBSERVATIONS FROM LONG (10+ YRS) TIME SERIES1418 Musgrave, R. C.; MacKinnon, J. A.; Pinkel, R.; Nash, J.; Waterhouse, A. F.:TIDALLY DRIVEN TURBULENCE OVER TOPOGRAPHY ABOVE THETURNING LATITUDE1419 Hosegood, P. J.; van Haren, H.: HIGH RESOLUTION MEASUREMENTSOF TURBULENT CONVECTION GENERATED BY INTERNAL WAVESRADIATING FROM THE BASE OF A SLOPE CURRENT1420 Ansong, J. K.; Arbic, B. K.; Simmons, H. L.; Alford, M. H.; Timko, P. G.:GEOGRAPHICAL DISTRIBUTION OF DIURNAL AND SEMIDIURNALPARAMETRIC SUBHARMONIC INSTABILITY IN A GLOBAL OCEANCIRCULATION MODEL1421 Pickering, A.; Alford, M.; Rainville, L.; Buijsman, M. C.; Nash, J.: TIDALLY-FORCED TURBULENCE ON A SLOPE IN LUZON STRAIT1422 Müller, M.; Arbic, B. K.; Richman, J. G.; Shriver, J. F.; Wallcraft, A. J.: NON-LINEAR INTERACTIONS OF INTERNAL TIDES IN A HIGH RESOLUTIONOCEAN CIRCULATION AND TIDE MODEL1423 Chiu, C.: FLUCTUATIONS IN THE ACOUSTIC ARRIVAL STRUCTUREOF A LOW-FREQUENCY SIGNAL TRANSMITTED THROUGH THENORTHEASTERN SOUTH CHINA SEA BASIN1424 Waterhouse, A. F.; Kelly, S.; MacKinnon, J. A.; Alford, M.; Simmons, H.:GLOBAL PATTERNS OF INTERNAL WAVE GENERATION ANDDIAPYCNAL MIXING: IMPORTANCE OF THE SLOPES1449 Robertson, R.; Kobashi, D.: LATITUDE EFFECTS ON INTERNAL TIDES ANDTIDAL MIXING1450 Soares, S. M.; Richards, K. J.; Natarov, A.: NEAR INERTIAL WAVES IN THETROPICAL INDIAN OCEAN: ENERGY FLUXES, DISSIPATION AND A WAYTO PREDICT THEM1451 Tsai, Y.; Tang, T.; Ko, D.; Wang, J.; Yang, Y.: EDDY EFFECTS ON SUBTIDALCURRENTS IN THE SOUTHERN OPENING OF TAIWAN STRAIT1452 Ito, K.; Nakamura, T.: VORTEX AND INTERNAL WAVES INTERACTIONS1453 Thurnherr, A. M.; St. Laurent, L. C.; Richards, K. J.; Toole, J. M.; Kunze, E.:FINESCALE VERTICAL KINETIC ENERGY, TURBULENCE AND MIXING1454 Kelly, S. M.; Lermusiaux, P. F.; Haley, P. J.: INTERNAL-TIDE INTERACTIONSWITH THE SHELFBREAK FRONT AND GULF STREAM1455 Haji, M. N.; Peacock, T.; Johnston, S.; Carter, G.: SCATTERING OF THE LOW-MODE INTERNAL TIDE AT THE LINE ISLANDS RIDGE1496 Tahvildari, N.; Peacock, T.; Fringer, O. B.: A PARAMETRIC STUDY OFNONLINEAR AND NONHYDROSTATIC EFFECTS ON INTERNAL TIDEGENERATION OVER A SUBMERGED RIDGE1497 Pinkel, R.; Lucas, A. J.; Musgrave, R.; Buijsman, M.; Klymak, J.: ENERGETIC LEEWAVES AND MIXING IN LUZON STRAIT1498 Nguyen, S.; Pinkel, R.; Smith, J. A.: A CLOSE-UP OBSERVATION OF HIGHFREQUENCY INTERNAL WAVES DURING EQUATORMIX EXPERIMENT1499 Natarov, A.; Richards, K. J.: OBSERVATIONS AND MODELING OF UPPEROCEAN MIXING IN THE WESTERN EQUATORIAL PACIFIC164 Deep Sea GeologyChair(s): Kelly Rose, kelly.rose@netl.doe.govLocation: Kamehameha Hall III443 Wang, S. H.; Yan, W.; Chen, Z.: THE GEOCHEMICAL RECORDS OF GASHYDRATE DISSOCIATION AND SEAFLOOR METHANE EMISSIONSFROM THE SOUTH CHINA SEA444 Di Pengfei, .; Feng Dong, .; Chen Duofu, .: IN SITU AND ON-LINEMEASUREMENT OF GAS FLUX OF HYDROCARBON SEEPS ON THENEAR-SHORE SEAFLOOR OF THE LINGTOU PROMONTORY, NORTHERNSOUTH CHINA SEA445 Kioka, A.; Ashi, J.: GLOBAL CENSUS OF OFFSHORE MUD VOLCANOES:WHAT DO THEY TELL US?446 Hearn, C. K.; Homola, K. L.; Johnson, H. P.: SURFICIAL PERMEABILITY OFTHE AXIAL VALLEY SEAFLOOR: ENDEAVOUR SEGMENT, JUAN DE FUCARIDGE447 Fujii, M.; Okino, K.; Honsho, C.; Mochizuki, N.: MAGNETIC CHARACTERSOF HYDROTHERMAL VENT FIELDS AND SUBMARINE LAVA FLOWS IN ABACK-ARC SPREADING ENVIRONMENT448 Shu-Kun Hsu, .; Ching-Hui Tsai, .; Shiao-Shan Lin, .; Song-Chuen Chen, .:SEABED STRUCTURES OF THE SUBDUCTION COMPLEX FROM DEEP-TOW SURVEYS IN THE NORTHERNMOST MANILA SUBDUCTION ZONE449 Hart, L. A.; Tominaga, M.; Tivey, M. A.; Kinsey, J. C.; Sager, W. W.: GRAVITYANOMALY INVESTIGATION ON THE FORMATION AND EVOLUTIONOF THE HAWAIIAN JURASSIC QUIET ZONE UPPER OCEANICLITHOSPHERE450 Clarke, S.; Hubble, T.; Airey, D.; Yu, P.; Ward, S.: MORPHOLOGY OFAUSTRALIA’S EASTERN CONTINENTAL SLOPE AND RELATED TSUNAMIHAZARD451 Lee, G. S.; Kim, G. Y.; Seo, Y. K.: THE RELATIONSHIP BETWEENDIAGENESIS AND PHYSICAL PROPERTIES OF SEDIMENTS IN THESHIKOKU BASIN; PRELIMINARY RESULTS479 Fischer, D.; Mogollon, J. M.; Strasser, M.; Pape, T.; Kasten, S.: EARTHQUAKE-INDUCED METHANE MIGRATION THROUGH THE GAS HYDRATESTABILITY ZONE IN THE SUBDUCTION REGIME OFFSHORE PAKISTAN480 Shulga, N. A.; Peresypkin, V. I.: ORIGIN OF HYDROTHERMAL DEPOSITSORGANIC MATTER IN THE MID-ATLANTIC RIDGE AND EAST PACIFICRISE482 Pester, N. J.; Schaen, A. T.; Seyfried, W. E.: EXPERIMENTAL CALIBRATIONOF SALINITY EFFECTS ON QUARTZ SOLUBILITY IN NEAR-CRITICALSOLUTIONS: IMPLICATIONS FOR HYDROTHERMAL CIRCULATION INMID-OCEAN RIDGES483 Glazer, B. T.; Rogers, K.; Hannides, A.; Sturm, A.: DIVERSITY OF MICROBIALHABITATS AND BIOGEOCHEMICAL PROCESSES AT LOIHI SEAMOUNT484 Sturm, A.; Toner, B. M.; Girguis, P. R.; Huber, P. A.; Glazer, B. T.: AEROBIC ANDMICROAEROPHILIC CARBON-IRON-MANGANESE INTERACTIONS INSUBSEAFLOOR HYDROTHERMAL FLUIDS AT NORTH POND, MID-ATLANTIC RIDGE485 Rose, K.; Bauer, J.; Disenhof, C.; Mark-Moser, M.: ANALYSIS OF SPATIALPATTERNS AND TRENDS OF SUBSURFACE GEOLOGY IN THE GULF OFMEXICO TO IMPROVE OFFSHORE HYDROCARBON PRODUCTION RISKASSESSMENTS487 Moghimi, S.; Wilson, G.; Özkan-Haller , T.; Haller, M. C.; Farquharson , G.: ANEFFECTIVE METHOD FOR BATHYMETRY ESTIMATION OF A TIDALINLET: THE ROLE OF WAVE AND CURRENT INTERACTION74

Program BookAGU/ASLO/TOS2/25/2014 Orals175B TutorialsChair(s): Jon Sharp, jsharp@udel.eduLocation: 310 Theater14:00 Kostka, J. E.; Huettel, M.: BIOGEO-OMICS: UTILIZING BIOGEOCHEMISTRYAND –OMICS DATA TO DETERMINE THE FATE AND IMPACTS OFOIL FROM THE DEEPWATER HORIZON SPILL IN GULF OF MEXICOECOSYSTEMS.14:30 Gibson, G. A.: AN INTRODUCTION TO MARINE ECOSYSTEM MODELING15:00 Cullen, J. J.: OCEAN COLOR, PRIMARY PRODUCTIVITY, AND THEFOUNDATIONS OF BIO-OPTICAL ECOLOGY: CHARLES S. YENTSCHAND THE ARC OF INTERDISCIPLINARY OCEANOGRAPHY15:30 Floge, S. A.; Wilson, W. H.: BEYOND THE LYTIC CYCLE: THE HIDDENREALM OF PERSISTENT VIRUS INFECTIONS IN MARINE MICROBIALECOLOGY007 The Role of the Oceans In Climate Change OnInterannual, Decadal and Century-Long Time-ScalesFrom Marine Proxy ArchivesChair(s): Jens Zinke, jens.zinke@uwa.edu.auSteffen Hetzinger, shetzinger@geomar.deMiriam Pfeiffer, pfeiffer@geol.rwth-aachen.deTsuyoshi Watanabe, nabe@mail.sci.hokudai.ac.jpLocation: 313 B08:00 McGregor, H. V.; Fischer, M. J.; Phipps, S. J.; Gagan, M. K.; Woodroffe, C. W.:CENTRAL PACIFIC CORAL EVIDENCE FOR PAST EL NIOO-SOUTHERNOSCILLATION VARIABILITY AND SEASONAL-SCALE CHANGE08:15 Corrège, T.; Saint-Lu, M.; Braconnot, P.; Lazareth, C. E.; Le Cornec, F.:INTERACTION BETWEEN ENSO AND THE SPCZ IN DIFFERENTCLIMATE STATES: CORAL DATA AND MODEL RESULTS08:30 Alpert, A.; Cohen, A.; Oppo, D.; Solow, A.; Brainard, R.: CENTRAL EQUATORIALPACIFIC RECORDS OF EQUATORIAL UNDERCURRENT VARIABILITY08:45 Nurhati, I. S.; Cahyarini, S. Y.; Boyle, E. A.: CORAL RECORDS OF SEA-SURFACE TEMPERATURE, SALINITY AND DENSITY IN WESTERNINDONESIA: IMPLICATIONS TO 20TH CENTURY INDONESIANTHROUGHFLOW VARIATIONS09:00 Bolton, A.; Goodkin, N. F.: CORAL RADIOCARBON VARIABILITY DURINGTHE LAST 500 YEARS IN THE SOUTH CHINA SEA09:15 Batista, C. F.; Ravelo, A. C.; Hill, T. M.; Guilderson, T.; McCarthy, M. D.:CENTURY-SCALE RECORDS OF CALIFORNIA CURRENT ECOSYSTEMVARIABILITY FROM BULK AND CSIA 15N/14N RECORDS OF DEEP-SEAGORGONIAN CORAL09:30 Fietzke, J.; Ragazzola, F.; Halfar, J.; Dietze, H.; Foster, L. C.: IMAGING OFBORON ISOTOPES VIA LA-MC-ICPMS FOR PH RECONSTRUCTION INCRUSTOSE CORALLINE RED ALGAE ON SEASONAL TO CENTENNIALTIMESCALES09:45 Beierlein, L.; Dima, M.; Schöne, B. R.; Salvigsen, O.; Brey, T.: A PRONOUNCED11-YEAR OSCILLATION IN HIGH ARCTIC MARINE BIVALVE SHELLSDURING THE EARLY HOLOCENE CLIMATE OPTIMUM.14:00 Rosenheim, B. E.; Wang, S.; Fernandez, A.; Karnauskas, K. B.; Swart, P. K.:PROXIES AND OBSERVATIONS OF TEMPERATURE AND SALINITYCHANGE DIFFER IN THE CARIBBEAN 1900-2000: A CHALLENGE TOMODELERS, OCEANOGRAPHERS, AND PALEOCEANOGRAPHERS14:15 Kilbourne, K. H.; Xu, Y.; Pearson, S.: RECONSTRUCTING MEDIEVALCLIMATE IN THE TROPICAL NORTH ATLANTIC WITH OVERWASH-DEPOSITED CORALS FROM ANEGADA, BRITISH VIRGIN ISLANDS14:30 Sano, Y.; Hori, M.; Takahata, N.; Shirai, K.; Watanabe, T.: MIDDLE HOLOCENEDAILY LIGHT CYCLE RECORDED IN THE SR/CA RATIOS OF A FOSSILGIANT CLAM SHELL14:45 Tangri, N.; Dunbar, R.; Linsley, B.; Mucciarone, D.: TROPICAL PACIFICCLIMATE DYNAMICS AS CAPTURED IN A CONTINUOUS 500 YEARCORAL RECORD FROM AMERICAN SAMOA15:00 Ortega, C. C.; Vargas, G.; Rojas, M.; Pantoja, S.; Lange, C.: ENHANCEDHYDROLOGIC IMPACT OF INTERDECADAL ENSO-LIKE VARIABILITYON THE SEMIARID COAST OF CHILE SINCE THE 19TH CENTURY15:15 Maher, N.; England, M. H.; Sen Gupta, A.: HISTORICAL PATTERNS OFSURFACE WARMING HIATUS PERIODS, AND FUTURE PROJECTIONS15:30 Zinke, J.; Feng, M.; Xie, S. P.; Lough, J.; McCulloch, M. T.: LEEUWIN CURRENTVARIABILITY (WESTERN AUSTRALIA) SINCE A.D. 1795 - A FOOTPRINTOF PAST LA NIÑA15:45 Dunbar, R. B.; Pekar, S.; Jimenez Espejo, F.; Crosta, X.; Morgenstern, U.: ANULTRA-HIGH RESOLUTION ISOTOPIC AND TRACE ELEMENT RECORDHOLOCENE CLIMATE CHANGE IN EAST ANTARCTICA: IODP EXP 318HOLE 1357 – THE ADLLIE BASIN008 Revising Biogeochemical Stoichiometry:the Oceans Beyond Redfield On A Changing PlanetChair(s): Mark A. Altabet, maltabet@umassd.eduJim Elser, j.elser@asu.eduDave Karl, David KarlLocation: 319 AB14:00 Mouginot, C.; Lee, E. A.; Van Mooy, B. A.; Martiny, A. C.: RESOURCEALLOCATION BY MARINE SYNECHOCOCCUS IN RESPONSE TODIFFERENT NUTRIENT SUPPLY RATIOS14:15 Turner, C. B.; Wade, B. D.; Meyer, J. R.; Lenski, R. E.: CHANGES IN THENITROGEN AND PHOSPHORUS CONTENT OF BACTERIA DURING A50,000 GENERATION EVOLUTION EXPERIMENT14:30 Daines, S. J.; Clark, J. R.; Lenton, T. M.: MULTIPLE ENVIRONMENTALCONTROLS ON PHYTOPLANKTON GROWTH STRATEGIES DETERMINEADAPTIVE RESPONSES OF THE N:P RATIO14:45 Galbraith, E. D.: MISSING THE FOREST FOR THE N:P? A SIMPLE MODELFOR COMMUNITY STOICHIOMETRY15:00 Talarmin, A.; Lomas, M. W.; Martiny, A. C.: LONG-TERM VARIABILITY OFELEMENTAL RATIOS OF MARINE PARTICULATE ORGANIC MATTER15:15 Martin, P.; Dyhrman, S. T.; Lomas, M. W.; Poulton, N.; Van Mooy, B.:MARINE MICROBIAL RESPONSE TO LOW PHOSPHORUS RESULTS INACCUMULATION AND ENHANCED CYCLING OF POLYPHOSPHATE INTHE SARGASSO SEA15:30 Somes, C. J.; Oschlies, A.: THE INFLUENCE OF NON-REDFIELD DISSOLVEDORGANIC MATTER CYCLING ON THE GLOBAL OCEANIC FIXEDNITROGEN BUDGET15:45 Altabet, M. A.; Charoenpong, C.; Bourbonnais, A.; Bange, H. W.; Stramma, L.:TESTING RICHARDS STOICHIOMETRY FOR FIXED N-LOSS TO N 2IN APERU OMZ EDDY010 Physical and Biogeochemical Ocean Modeling:Development, Assessment and ApplicationsChair(s): Michael Bates, m_bates@mit.eduStephen Griffies, stephen.griffies@noaa.govBaylor Fox-Kemper, baylor@brown.eduTodd Ringler, todd.ringler@mac.comLocation: 313 C08:00 Soufflet, Y.; Marchesiello, P.; Capet, X.; Jouanno, J.; Debreu, L.: EFFECTIVERESOLUTION: ENERGY BUDGET OF AN IDEALIZED BAROCLINIC JET08:15 Young, W. R.: THE TWA FORMULATION AND EDDYPARAMETERIZATION08:30 Bates, M. L.; Marshall, J. C.; Tulloch, R.; Ferrari, R.; Scott, J. R.: A MESOSCALEEDDY CLOSURE BASED ON MIXING LENGTH THEORY ANDSUPPRESSION BY STEERING LEVEL EFFECTS08:45 Cooper, F. C.; Zanna, L.; Palmer, T. N.: STOCHASTIC PARAMETRISATIONOF SUB-GRID SCALE OCEAN EDDIES09:00 Viebahn, J.; Dijkstra, H. A.: A PHYSICS-BASED STOCHASTIC APPROACHTO PARAMETERIZING UNRESOLVED SCALES IN OCEAN MODELS09:15 Fox-Kemper, B.: READY TO RESOLVE: SUBGRID PARAMETERIZATIONFOR TOMORROW’S CLIMATE MODELSTUESDAY75

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY09:30 Pearson, B. C.; Grant, A. L.; Belcher, S. E.; Polton, J. A.: UNRAVELLINGLANGMUIR TURBULENCE09:45 Belcher, S. E.; Grant, A. L.: TOWARDS A NEW MODEL FOR THE OCEANSURFACE BOUNDARY LAYER14:00 Eden, C.; Olbers, D.; Czeschel, L.: A FRAMEWORK FOR ENERGETICALLYCONSISTENT OCEAN MODELS.14:15 Burchard, H.; Eden, C.; Gräwe, U.; Klingbeil, K.; Mohammadi-Aragh, M.:QUANTIFICATION OF SPURIOUS DISSIPATION AND MIXING INOCEAN MODELS – DISCRETE VARIANCE DECAY IN A FINITE-VOLUMEFRAMEWORK14:30 Nurser, A. J.; Zika, J. D.: OCEANIC FLOW IN TEMPERATURE-SALINITY-AGE SPACE14:45 Manizza, M.; Keeling , R. F.; Nevison, C. D.: SEASONAL CYCLES INATMOSPHERIC POTENTIAL OXYGEN (APO) AND AR/N2 RATIO AS ACONSTRAINT ON OCEAN BIOGEOCHEMICAL MODELS.15:00 Ueckermann, M. P.; Lermusiaux, P. F.; Haley, P. J.; Mirabito, C.: HIGHORDER HYBRID DISCONTINUOUS GALERKIN REGIONAL PHYSICAL-BIOGEOCHEMICAL OCEAN MODELING15:15 Bardin, A. M.; Primeau, F. W.; Lindsay, K.: A FAST TRACER-EQUILIBRIUMSOLVER FOR EVALUATING DEEP OCEAN VENTILATION WITHNATURAL RADIOCARBON, APPLIED TO THE COMMUNITY EARTHSYSTEM MODEL OCEAN COMPONENT15:30 Adcroft, A.: REPRESENTATION OF TOPOGRAPHY BY POROUS BARRIERS15:45 LEMARIE, F.; DEBREU, L.; MADEC, G.; HONNORAT, M.; MOLINES,J. M.: STABILITY CONSTRAINTS FOR OCEANIC NUMERICALMODELS: IMPLICATIONS FOR THE FORMULATION OF SPACE-TIMEDISCRETIZATIONS021 Ocean Acidification and Coral Reefs: the Importance ofCooperative Research and the Integrated Ocean ObservingSystem (IOOS)Chair(s): Eric H. De Carlo, edecarlo@soest.hawaii.eduAdrienne Sutton, Adrienne.sutton@noaa.govDwight K. Gledhill, dwight.gledhill@noaa.govMichael S. Tomlinson, mtomlins@hawaii.eduLocation: 31114:00 Tilbrook, B.; Nojiri, Y.; Neill, C.; Veness, T.: SEAWATER CARBONATECHEMISTRY AND OCEAN ACIDIFICATION ON THE GREAT BARRIERREEF14:15 De Carlo, E. H.; Drupp, P. S.; Thompson, R.; Mackenzie, F. T.; Musielewics, S.:MULTIPLE YEARS OF BUOY BASED CO2-CARBONIC ACID SYSTEM ANDWATER QUALITY MONITORING ACROSS CORAL REEF SETTINGS INHAWAII: WHAT HAVE WE LEARNED?14:30 Noakes, S. E.; Gleason, D. F.; Cai, W. J.: OCEAN ACIDIFICATION TIME-SERIES MOORING AT GRAYS REEF NATIONAL MARINE SANCTUARY14:45 Kealoha, A. k.; Winn, C. D.; Kahng, S.; Alin, S. R.; Kosaki, R.: CARBONSYSTEM DYNAMICS WITHIN THE PAPAHNNAUMOKUKKEA MARINENATIONAL MONUMENT15:00 Brainard, R. E.; Young, C.; Timmers, M.; Cohen, A.; Price, N.: MONITORINGECOLOGICAL IMPACTS OF OCEAN ACIDIFICATION ON PACIFIC CORALREEFS15:15 Eyre, B. D.; Cyronak, T.; Santos, I. R.; Drupp, P.; De Carlo, E.: DISSOLUTION OFCORAL REEF CACO3 SEDIMENTS: OVERLOOKED AND FORGOTTEN INOCEAN ACIDIFICATION RESEARCH15:30 Cordes, E. E.; Lunden, J. J.; Morrison, C. L.; Moyer, R. P.; Roberts, H.H.: INTEGRATING OCEANOGRAPHY, RADIOMETRIC DATING,GEOCHEMICAL PROXIES, PHYSIOLOGY, AND GENETICS TOUNDERSTAND A DEEP-WATER CORAL’S RESPONSE TO OCEANACIDIFICATION15:45 Büscher, J.; Form, A.; Riebesell, U.: ANTAGONISTIC IMPACTS OF OCEANACIDIFICATION AND OCEAN WARMING ON THE COLD-WATERCORAL LOPHELIA PERTUSA – A LONG-TERM MULTIFACTORIALAPPROACH028 Marine Renewable Energy Research, Development,Evaluation, and PolicyChair(s): Grace Chang, gchang@msi.ucsb.eduAndy Lanier, Andy.Lanier@state.or.usCraig Jones, cjones@seaengineering.comJean Thurston, jean.thurston@boem.govLocation: 304 AB08:00 Costa, B.; Kendall, M.; Pittman, S.; Kinlan, B.; Bauer, L.: A BIOGEOGRAPHICASSESSMENT OF THE MAIN HAWAIIAN ISLANDS08:15 Comfort, C.; Ostrander, C.; McManus, M.; Karl, D.; Luther, D.: MONITORINGOCEAN CHANGES IN RESPONSE TO SEAWATER AIR CONDITIONING INHONOLULU, HI08:30 Goldfinger, C.; Lockett, D.; Romsos, C.; Havron, A.; Henkel, S.: PREDICTINGBENTHIC INVERTEBRATE DISTRIBUTION: GIS-LINKED BAYESIANBELIEF NETWORKS FOR MARINE SPATIAL PLANNING08:45 Schroeder, D. M.; Scarborough-Bull, A.; Helix, M. E.: ENVIRONMENTALRESEARCH FOR WIND AND WAVE ENERGY IN THE PACIFIC REGION: ANUPDATE FROM THE BOEM STUDIES PROGRAM09:00 Ludewig, E.; Pohlmann, T.: ON THE EFFECT OF OFFSHORE WIND FARMSON OCEAN DYNAMICS09:15 Magalen, J. M.; Jones, C. A.; Roberts, J. D.; Chang, G.: QUANTIFYINGSEDIMENT MOBILIZATION RISK RESULTING FROM WEC ARRAYINSTALLATION09:30 Neill, S. P.; Hashemi, M. R.; Lewis, M. J.: THE ROLE OF TIDAL ASYMMETRYIN CHARACTERIZING THE TIDAL ENERGY RESOURCE OF ORKNEY09:45 Muglia, M.; Seim, H.; Edge, B.: A GULF STREAM HYDROKINETIC ENERGYRESOURCE ASSESSMENT FOR NORTH CAROLINA033 Ocean Acidification In Coastal EnvironmentsChair(s): Jeremy T. Mathis, jeremy.mathis@noaa.govRichard A. Feely, richard.a.feely@noaa.govLocation: 31108:00 Peterson, W. T.; Peterson, J. O.; Fisher, J. L.; Feinberg, L.; Bednarsek, N.:DECLINES IN ABUNDANCE OF THE PTEROPOD, LIMACINA HELICINA,IN THE OREGON UPWELLING ZONE: DUE TO PRESENCE OF WATERSUNDERSATURATED WITH RESPECT TO ARAGONITE?08:15 Chan, F.; Chavez, F. P.; Hill, T.; Blanchette, C. A.; McManus, M.: WIDESPREADDETECTION OF COASTAL OCEAN ACIDIFICATION ACROSS THECALIFORNIA CURRENT SYSTEM08:30 Rose, J. M.; Blanchette, C. A.; Sanford, E.; Raimondi, P. T.; Menge, B.A.: RELATIVE INFLUENCE OF UPWELLING-DRIVEN OCEANACIDIFICATION ON GROWTH OF THE CALIFORNIA MUSSEL, MYTILUSCALIFORNIANUS, ALONG THE CALIFORNIA CURRENT SYSTEM08:45 Leinweber, A.; Shipe, R. F.; Gruber, N.: IS OCEAN ACIDIFICATION CAUSINGA SHIFT IN SUMMER PHYTOPLANKTON COMMUNITY COMPOSITIONIN SANTA MONICA BAY, CA?09:00 Takeshita, Y.; Frieder, C. A.; Navarro, M.; Ballard, J. R.; Kram, S.: DRIVERS OFPRESENT AND UNCERTAINTIES IN FUTURE CO2 AND O2 ALONG THESAN DIEGO MARGIN09:15 Reum, J. C.; Alin, S.; Bednarsek, N.; Feely, R.; Hales, B.: CARBONATECHEMISTRY COVARIATION WITH TEMPERATURE AND OXYGEN INCOASTAL REGIONS: IMPLICATIONS FOR THE DESIGN OF OCEANACIDIFICATION EXPERIMENTS09:30 Hill, T. M.; Gaylord, B. P.; Miller, S. H.; Kroeker, K. J.; Hosfelt, J. D.: THECOASTAL MOSAIC OF OCEAN ACIDIFICATION: UPWELLING,FRESHWATER INPUT AND GEOGRAPHIC INFLUENCE WITHIN THECALIFORNIA CURRENT09:45 Gravinese, P. M.; Foy, M.; Lessard, E.; Murray, J. W.: THE EFFECTS OFELEVATED PCO2 ON MICROZOOPLANKTON BIOMASS, ABUNDANCE,AND COMMUNITY STRUCTURE – A MESOCOSM STUDY IN THE SALISHSEA76

Program BookAGU/ASLO/TOS035 Optics and Light In the Particle-Laden Coastal OceanChair(s): Christopher R. Sherwood, csherwood@usgs.govAlex Nimmo-Smith, alex.nimmo.smith@plymouth.ac.ukPaul Hill, paul.hill@dal.caEmmanuel Boss, emmanuel.boss@maine.eduLocation: 31214:00 Twardowski, M. S.; Sullivan, J. M.: SCATTERING OF LINEARLY POLARIZEDLIGHT BY OCEANIC PARTICLE FIELDS14:15 Wollschläger, J.; Grunwald, M.; Röttgers, R.; Petersen, W.: CONTINUOUSABSORPTION MEASUREMENTS OF SEAWATER CONSTITUENTS – ANINTEGRATING CAVITY APPROACH14:30 Churnside, J. H.; Donaghay, P. L.; Weidemann, A.; Sullivan, J.; Marchbanks, R.:LIDAR PROFILES OF THE AQUATIC ENVIRONMENT14:45 Hurley, A. J.; Hill, P. S.; Milligan, T. G.; Law, B. A.: METHODS FORESTIMATING APPARENT DENSITY OF SEDIMENT IN SUSPENSIONUSING OPTICS15:00 Pawlak, G.; Moline, M. A.; Terrill, E.; Colin, P. L.: RELATINGHYDRODYNAMICS WITH ACOUSTICAL AND OPTICALCHARACTERISTICS FOR A FRINGING REEF: NGADARAK REEF, PALAU15:15 Sherwood, C. R.; Boss, E.; Verney, R.: INFERRING PARTICLE POPULATIONSFROM OPTICAL AND ACOUSTIC PROFILES IN THE BOTTOMBOUNDARY LAYER15:30 Stavn, R. H.; Zhang, X.; Falster, A. V.; Gray, D. J.; Gould, R. W.: PARTICULATEMINERAL AND ORGANIC MATTER IN THE COASTAL OCEAN:PURSUING BIOGEO-OPTICAL CLOSURE15:45 Cunningham, A.; Mitchell, C.: PARTICLE-MEDIATED VARIATIONS INREMOTE SENSING REFLECTANCE AND THEIR BIOGEOCHEMICALINTERPRETATION.045 Sea-Ing Connections: Ocean Science As A Catalyst toInspire the Next Wave of Young (PreK-16) Scientists and KeepStudents Engaged Within and Outside the Classroom.Chair(s): Kanesa Duncan Seraphin, kanesa@hawaii.eduFranklin A. Newton , fanewt@udel.eduMichele Guannel , mguannel@hawaii.eduLauren Kaupp, kaupp@hawaii.eduJohn Mitchell, john@digitalbus.orgJoanna Philippoff , philippo@hawaii.eduLocation: 304 AB14:00 Kermish-Allen, R. D.; Deese, H. E.; Thompson, R.; Arnold, S.: GETTINGKIDS EXCITED ABOUT OCEAN SCIENCE THROUGH TECHNOLOGY-ENABLED PLACE-BASED EDUCATION14:15 Bell, E. V.; Thomas, C. J.; Thomas, C. J.; Weiss, B. A.; Bliss, A. C.: THE SOUTHCAROLINA AMAZING COAST PROGRAM: USING OCEAN SCIENCECONCEPTS TO ADDRESS NEXT GENERATION SCIENCE STANDARDS INTHE 3RD – 5TH GRADE CLASSROOM14:30 Kuwahara, J. L.: MOLAMA MOKAUEA: DEVELOPING A SENSE OFPLACE AND INTEREST IN SCIENTIFIC INVESTIGATION WITH MIDDLESCHOOL STUDENTS, AIDED BY A WA’A AND AN 80 MICRON MESH14:45 Philippoff, J. K.; Kaupp, L. J.; Seraphin, K. D.: TEACHING SCIENCE ASINQUIRY AQUATIC PROFESSIONAL DEVELOPMENT PROGRAM:INTEGRATING THE OCEAN INTO MIDDLE AND HIGH SCHOOLSCIENCE CLASSROOMS OF ALL DISCIPLINES15:00 Hunter-Thomson, K. I.; Saba, G. K.: OCEAN ACIDIFICATION, KRILL, ANDKANSAS: SCIENTISTS SHARE RESEARCH EXPERIENCE IN ANTARCTICATO INSPIRE HIGH SCHOOL TEACHERS AND STUDENTS15:15 Beaulieu, S. E.; Spargo, A.; Brickley, A.; Emery, M.; Patterson, K.: USINGSPHERICAL DISPLAYS TO INSPIRE STUDENTS AND PUBLIC AUDIENCESTO LEARN ABOUT DEEP OCEAN PROCESSES AND EXPLORATION15:30 Matsumoto, G. I.: EARTH: GETTING REAL DATA INTO THE CLASSRROM15:45 Masura, J. E.: OCEANS FULL OF TRASH: SCIENTIFIC INQUIRY THROUGHPOP NEWS050 Arctic In Rapid Transition (ART): Impacts of Climate ChangeOn the Ecology, Biogeochemistry, and Biological Carbon Pump ofthe Arctic OceanChair(s): Ilka Peeken, ilka.peeken@awi.deStefan Sievert, ssievert@whoi.eduTimothy Eglinton, timothy.eglinton@erdw.ethz.chSusumu Honjo, shonjo@whoi.eduMonika Kedra, kedra@iopan.gda.plJeremy T. Mathis, jeremy.mathis@noaa.govLocation: 31408:00 Tremblay, J. E.; Bergeron, M.: CONTRASTED SHIFTS IN NITRATE-BASEDAND DIATOM PRODUCTION BETWEEN INTERIOR AND OUTFLOWSHELVES IN THE CANADIAN ARCTIC (1997- 2011)08:15 Walker, S. A.; Amon, R. M.; Stedmon , C. A.: VARIATIONS IN HIGHLATITUDE FLUORESCENT DISSOLVED ORGANIC MATTER: ACOMPARISON OF LARGE ARCTIC RIVERS09:00 Lalande, C.; Nöthig, E. M.; Bauerfeind, E.: EXPORT FLUXES OF BIOGENICMATTER IN THE SIBERIAN ARCTIC OCEAN09:15 Roy, V.; Iken, K.; Tremblay, J. E.; Gosselin, M.; Archambault, P.: BENTHICFOOD-WEB RESPONSES TO MARINE BIOLOGICAL PRODUCTIVITY ANDDEPTH ACROSS THE CANADIAN ARCTIC09:30 Gao, Z.; Chen, L.; Sun, H.: DISTRIBUTIONS OF PCO2 AND THEIR DECADALCHANGES IN THE BERING SEA AND THE WESTERN ARCTIC OCEAN09:45 Peeken, I.; Bakker, K.; Fernández Méndez, M.; le Guitton, M.; Uhlig, C.: WILLSEA-ICE THINNING AS IN 2012 PROMOTE SEA-ICE ALGAE GROWTH?14:00 MacGilchrist, G. A.; Naveira Garabato, A. C.; Tsubouchi, T.; Bacon, S.; Torres-Valdés, S.: THE ARCTIC OCEAN CARBON SINK14:15 Evans, W.; Mathis, J. T.; Cross, J. N.; Frey, K.; Bates, N.: A SYNTHESIS OFARCTIC COASTAL OCEAN SEA-AIR CO2 FLUXES SURROUNDING THECANADA BASIN14:30 Levasseur, M.; Galindo, V.; Gourdal, M.; Mundy, C. J.; Gosselin, M.:CONTRIBUTION OF ICE AND UNDER-ICE BLOOMS TO THE VERNALPRODUCTION OF DIMETHYLSULFIDE IN THE ARCTIC14:45 Michel, C.; Underwood, G. J.; Meisterhans, G.; Niemi, A.: RESPONSE OFARCTIC SURFACE WATER MICROBIAL COMMUNITIES TO SEA ICECARBOHYDRATE ENRICHMENT15:00 Kaiser, K.; Amon, R.; Benner, R.: CHEMICAL CHARACTERISTICS ANDDECOMPOSITION OF DISSOLVED ORGANIC MATTER (DOM) IN THEEURASIAN BASIN OF THE ARCTIC OCEAN15:15 Watanabe, E.; Kishi, M. J.; Harada, N.; Onodera, J.; Terui, T.: EDDY-INDUCEDLATERAL BIOLOGICAL PUMP IN THE WESTERN ARCTIC BASIN15:30 Ardyna, M.; Babin, M.; Gosselin, M.; Devred, E.; Tremblay, J. E.:PHYTOPLANKTON PHENOLOGY IN A CHANGING ARCTIC OCEAN15:45 Tedesco, L.; Vichi, M.; Miettunen, E.; An, B. W.: SEA ICE BIOGEOCHEMISTRY:FROM PROCESS STUDIES TO LARGE SCALE APPLICATIONS054 The Dynamics of the Madden-Julian Oscillation (DYNAMO),Multi-Scale Ocean-Atmosphere Interaction, and NumericalSimulation of Coupled Ocean-Atmosphere ProcessesChair(s): Weiqing Han, whan@colorado.eduKelvin Richard, rkelvin@hawaii.eduToshiaki Shinoda, toshiaki.shinoda@tamucc.eduLocation: 310 Theater08:00 Jensen, T. G.; Shinoda, T.; Chen, S.; Flatau, M.: AIR-SEA INTERACTION,EQUATORIAL DYNAMICS AND MIXED LAYER RESPONSE IN THEINDIAN OCEAN DURING DYNAMO08:15 Moum, J. N.; de Szoeke, S. P.; Smyth, W. D.; Edson, J. B.; DeWitt, H. L.: AIR-SEAINTERACTIONS FROM WESTERLY WIND BURSTS DURING THENOVEMBER 2011 MJO IN THE INDIAN OCEAN08:30 Fu, J. X.; Lee, J. Y.; Hsu, P. C.; Wang, W. Q.; Wang, B.: QUANTIFY THE EFFECTOF SST-FEEDBACK ON MJO FORECASTING DURING THE DYNAMO/CINDY PERIODTUESDAY77

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY08:45 Li, Y.; Han, W.; Shinoda, T.; Wang, C.: WINTERTIME INTRASEASONAL SSTVARIABILITY IN THE TROPICAL SOUTH INDIAN OCEAN: IMPACT OFTHE OCEAN INTERANNUAL VARIATION09:00 Masson, S.; Berthet, S.; PULSATION team, .: UPSCALING PROCESSES IN AMULTI-SCALE OCEAN-ATMOSPHERE COUPLED MODEL09:15 de Szoeke, S. P.; Edson, J.; Fairall, C. W.; Moum, J. N.; Brewer, W. A.: AIR-SEAINTERACTION ON THE EQUATOR DURING DYNAMO09:30 Bryan, F. O.; Tomas, R.: SCALE DEPENDENCE OF OCEAN-ATMOSPHERECOUPLING09:45 Renault, L.; Lemarié, F.; Hall, A.; Deutsch, C.; McWilliams, J.: AIR-SEAINTERACTIONS AND BIOGEOCHEMICAL RESPONSE OVER THECALIFORNIAN CURRENT SYSTEM: A NUMERICAL STUDY USINGCOUPLED AND UNCOUPLED SIMULATIONS058 Mesoscale Ocean Processes and Their Representation InEarth System ModelsChair(s): Mehmet Ilicak, mehmet.ilicak@noaa.govRyan Rykaczewski, rykaczer@mailbox.sc.eduNikolai Maximenko, maximenk@hawaii.eduAli Belmadani, abelmadani@dgeo.udec.clDetlef Stammer, detlef.stammer@zmaw.deLocation: 31508:00 Jansen, M. F.: ENERGETICALLY CONSISTENT SUB-GRID EDDYPARAMETERIZATION FOR EDDY PERMITTING OCEAN MODELS08:15 Hallberg, R.: USING A RESOLUTION FUNCTION TO REGULATEPARAMETERIZATIONS OF OCEANIC MESOSCALE EDDY EFFECTS08:30 Aluie, H.; Hecht, M. W.; Vallis, G. K.: NONLINEAR SCALE INTERACTIONSAND ENERGY PATHWAYS IN THE OCEAN08:45 Ringler, T.; Maddison, J.; Marshall, D.: ANALYZING OCEAN MESOSCALEDYNAMICS USING THE ELIASSEN-PALM FLUX TENSOR09:00 Tailleux, R.: ENERGY CONSTRAINTS ON MESO-SCALE EDDYPARAMETERISATIONS09:15 Byrne, D.; Frenger, I.; Papritz, L.; Münnich, M.; Gruber, N.: MESOSCALEATMOSPHERE-OCEAN COUPLING ENHANCES WIND ENERGYTRANSFER FROM THE ATMOSPHERE TO THE OCEAN.09:30 Klocker, A.; Abernathey, R. P.: RELATIONSHIP BETWEEN MESOSCALEEDDY SIZE, PHASE SPEED, AND DIFFUSIVITY: AN OBSERVATIONALSTUDY09:45 Echevin, V.; Colas, F.; Masson, S.; Berthet, S.; Debreu, L.: OCEANICUPSCALING PROCESSES FROM THE PERU-CHILE UPWELLING SYSTEMTO THE TROPICAL PACIFIC OCEAN14:00 Hecht, M. W.; Vallis, G. K.; Weijer, W.: EDDY TRANSPORT IN THESOUTHERN OCEAN: RESOLUTION-DEPENDENT PARTITIONING OFTRANSPORT BETWEEN TRANSIENT AND STANDING EDDIES14:15 Rudnick, D. L.; Gopalakrishnan, G.; Cornuelle, B. D.: CYCLONIC EDDIES INTHE GULF OF MEXICO: OBSERVATIONS BY UNDERWATER GLIDERSAND SIMULATIONS BY A REGIONAL MODEL14:30 Delman, A. S.; McClean, J. L.; Sprintall, J.; Talley, L. D.; Jayne, S. R.: EDDY-MEANFLOW INTERACTION AND ITS INTERANNUAL VARIABILITY IN THEKUROSHIO EXTENSION14:45 Lilly, J. M.; Olhede, S. C.; Early, J. J.; Sykulski, A. M.: AN EDDY ATLAS FROMLAGRANGIAN FLOATS15:00 Ishiyama, H.; Ueno, H.; Inatsu, M.: GLOBAL DISTRIBUTION OF MERGERSAND SPLITS OF MESOSCALE EDDIES15:15 Souza, J.; Powell, B. S.: THE OCEAN SURFACE VORTICITY BALANCE INHAWAII FROM A REGIONAL REANALYSIS15:30 Beron-Vera, F. J.: PRACTICAL APPLICATIONS OF GEODESIC THEORY OFLCS15:45 Colas, F.; Lemarié, F.; Oerder, V.; Masson, S.; Berthet, S.: MODELING STUDIESOF OCEAN-ATMOSPHERE COUPLING AT THE OCEANIC MESOSCALE059 Illuminating the Deep Ocean: Limits to Understanding,Observation Requirements, and Overcoming the ChallengesChair(s): Dr. Eric Lindstrom, eric.j.lindstrom@nasa.govProf. Dr. Antje Boetius, antje.boetius@awi.deDr. Rik Wanninkhof, Rik.Wanninkhof@noaa.govDr. Gregory Johnson, Gregory.C.Johnson@NOAA.govLocation: 316 A08:00 Johnson, G. C.; Lyman, J. M.; Purkey, S. G.: A STRAW PLAN FOR DEEP ARGO:ABYSSAL TEMPERATURE SIGNALS AND SAMPLING IMPLICATIONS OFNOISE ESTIMATES FROM OCEANOGRAPHIC SECTION DATA.08:15 Snow, K.; Hogg, A. M.; Downes, S. M.; Sloyan, B. M.: MODELLING OFANTARCTIC BOTTOM WATER OVER OWS08:30 Sloyan, B. M.; Wijffels, S. E.; Tilbrook, B.; Katsumata, K.; Murata, A.: DEEPOCEAN CHANGES AT THE WESTERN BOUNDARY OF THE SOUTHPACIFIC OCEAN08:45 Purkey, S. G.; Johnson, G. C.: WARMING, FRESHENING, ANDCONTRACTION OF ANTARCTIC BOTTOM WATER BETWEEN THE 1980SAND 2000S09:00 Alford, M. H.; Carter, G. S.; Girton, J. B.; Mickett, J. B.; Voet, G.: THE SAMOANPASSAGE ABYSSAL MIXING EXPERIMENT: OVERVIEW AND RESULTSFROM AN ABYSSAL PROCESS EXPERIMENT09:15 Santiago-Mandujano, F. E.; Firing, E.; Gum, J.; Howe, B.; Lukas, R. B.:STRONG ABYSSAL DYNAMICS CAPTURED BY THE ALOHA CABLEDOBSERVATORY09:30 Gardner, W. D.; Richardson, M. J.; Mishonov, A. V.; Biscaye, P. E.: GLOBALDISTRIBUTION AND INTENSITY OF DEEP-WATER BENTHIC NEPHELOIDLAYERS – WHAT SATELLITES, FLOATS AND GLIDERS DON’T SEE09:45 Butler, R.; Howe, B. M.; JTF Science and Society Committee, .: ‘GREEN’SUBMARINE TELECOMMUNICATION CABLES TO MONITOR GLOBALCHANGE AND TSUNAMIS IN THE DEEP OCEAN14:00 Robison, B. H.; Reisenbichler, K. R.; Sherlock, R. E.: ILLUMINATING THEBATHYPELAGIC: FIRST STEPS TOWARD PREDICTING THE FUTURE14:15 Dr. Brandt, A.: ILUMINATING AND UNDERSTANDING ABYSSAL MARINELIFE – LIMITS, GAPS AND REQUIREMENTS14:30 Sharuga, S. M.; Benfield, M. C.: AN APPROACH FOR EVALUATING DEEP-SEA BENTHIC MEGAFAUNAL COMMUNITY CHARACTERISTICS IN THENORTHERN GULF OF MEXICO USING INDUSTRIAL ROVS14:45 Putts, M. R.; Kelley, C. D.; Trusdell, F. A.; Sanchez, J. A.; Kahng, S. E.:RECOLONIZATION AND COMMUNITY SUCCESSION OF DEEP-WATERPRECIOUS CORALS IN RESPONSE TO DISTURBANCE15:00 Henthorn, R. G.; Sherman, A. D.; McGill, P. R.; Hobson, B. W.; Smith, K. L.:EVOLVING METHODS ENABLING CONTINUOUS LONG-TERM DEEP-OCEAN OBSERVATIONS IN THE NORTHEASTERN PACIFIC15:15 Morris, K. J.; Ruhl, H. A.; AESA Project Team, .: AUTONOMOUSECOLOGICAL SURVEYING OF THE ABYSSAL DEEP-SEA USINGPHOTOGRAPHY, ACOUSTIC MAPPING AND SAMPLING.15:30 Gallo, N. D.; Levin, L. A.; Cameron, J.; Hardy, K. R.; Bartlett, D. H.: NOVELINSIGHTS INTO HADAL TRENCH ECOLOGY FROM THE DEEPSEACHALLENGEEXPEDITION15:45 Boetius, A.; German, C.: DYNAMIC DEPTHS: OBSERVING RESPONSES OFSEAFLOOR LIFE TO NATURAL AND ANTHROPOGENIC DISTURBANCES060 Submarine Groundwater Discharge - From Ridge to Reef:Groundwater Evolution, Climate, Land-Use, Coastal Hydrologyand Marine Biogeochemical ImpactsChair(s): Steven Colbert, colberts@hawaii.eduHenrieta Dulaiova, hdulaiov@hawaii.eduCraig R. Glenn, glenn@soest.hawaii.eduJason Adolf, jadolf@hawaii.eduLocation: 316 B08:00 Moore, W. S.; Charette, M. A.; Henderson, P. B.; Morris, P. J.: THE 228RAINVENTORY IN THE UPPER 1 KM OF THE ATLANTIC OCEAN DURINGTHE PAST THREE DECADES78

Program BookAGU/ASLO/TOS08:15 Gonneea, M. E.; Charette, M. A.: SEASONAL NUTRIENT DYNAMICSWITHIN A SANDY SUBTERRANEAN ESTUARY08:30 Li Huang, L.; Natasha Dimova, .; Geoffrey Tick, .; John Ellis, .; Chunmiao Zheng, .:NITRATE LOADINGS VIA SUBMARINE GROUNDWATER DISCHARGE TOTHE GULF OF MEXICO: A CASE STUDY FROM THE ALABAMA COAST08:45 El-Kadi, A. I.; Tecca, N. P.; Tillery, S.: MODELING WATER FLOW ANDNUTRIENT TRANSPORT IN TWO CONTRASTING SITES IN WESTHAWAII ISLAND09:00 McAllister, S. M.; Barnett, J. M.; Luther III, G. W.; Michael, H. A.; Chan, C. S.:INTERPLAY BETWEEN IRON- AND SULFUR- CYCLING MICROBIALCOMMUNITIES AND GEOCHEMISTRY ALONG ECOSYSTEMGRADIENTS IN THE INTERTIDAL MIXING ZONE OF A BEACH AQUIFER09:15 Chaillou/Gwenaëlle, .; Couturier / Mathilde, .; Tommi-Morin / Gwendoline,.; Rao / Alexandra, .: TRANSPORTS AND TRANSFORMATIONS OFTERRESTRIAL CARBON THROUGH A NORTHERN SANDY BEACH09:30 Wiegner, T. N.; Carlson, K.; Johnson, E.; Adolf, J. E.; Mokiao-Lee, A.:SUBMARINE GROUNDWATER DISCHARGE ELICITS A BIOLOGICALRESPONSE IN HAWAIIAN COASTAL WATERS09:45 Adolf, J. E.; Wiegner, T.; Walker, J. K.; Johnson, E.; Gamiao, S.: SUBMARINEGROUNDWATER DISCHARGE (SGD) MODIFIES DISTRIBUTIONS OFPHYTOPLANKTON AND BACTERIA ALONG THE WEST COAST OFHAWAII ISLAND14:00 Swarzenski, P. W.; Kroeger, K. D.; Smith, C. G.; Fackrell, J.; Storlazzi, C. D.:TRACERS, PROCESSES, AND ASSOCIATED IMPACTS OF SUBMARINEGROUNDWATER DISCHARGE IN HAWAII: EXAMPLES FROM MAUI,HAWAII, AND OAHU.14:15 Kelly, J. L.; Glenn, C. R.; Dulaiova, H.: INTEGRATION OF AERIAL THERMALINFRARED AND RADON SURVEYS TO INVESTIGATE GROUNDWATERDISCHARGE TO PEARL HARBOR, OAHU, HAWAII14:45 Glenn, C. R.; Whittier, R. B.; Fackrell, J. K.; Waters, C. A.; Kelly, J. L.: THEWEST MAUI MULTI-TRACER INJECTION PROJECT: MODELING ANDMONITORING LAND-SEA FLOW, THROUGH THE SUBTERRANEANESTUARY AND OUT INTO THE SEA15:00 Burnett, W. C.; Chanyotha , S.; Kranrod, C.: PROSPECTING FORGROUNDWATER DISCHARGE IN THE CANALS OF BANGKOK VIARADON AND THORON15:15 Kim, J.; Cable, J. E.; Kolker, A. S.; Johannesson, K. H.; Breaux, A. M.: USING THESPATIAL AND TEMPORAL RESPONSE OF RN-222 TO RIVER STAGE TOUNDERSTAND GROUNDWATER INPUTS TO THE MISSISSIPPI RIVER DELTA15:30 Palmore, C. D.; Fackrell, J.; Prouty, N. G.; Swarzenski, P. W.; Johannesson, K.H.: RARE EARTH ELEMENT (REE), NUTRIENT, AND TRACE METALCYCLING IN SUBTERRANEAN ESTUARIES OF THE KONA COAST,HAWAII15:45 Michael, H. A.; Sawyer, A. H.; Kroeger, K. D.; Russoniello, C. J.; Konikow, L.F.: STRATIGRAPHIC CONTROLS ON SUBMARINE GROUNDWATERDISCHARGE, GROUNDWATER-SURFACE WATER MIXING, ANDASSOCIATED CHEMICAL FLUXES TO AN ESTUARY069 Marine Microbial Ecology: the Relative Role of Dispersal,Interactions, Associations and Other Ecological Processes InStructuring Microbial Communities.Chair(s): Zackary Johnson, zij@duke.eduDana Hunt, dana.hunt@duke.eduLinda Amaral-Zettler, amaral@mbl.eduLocation: 316 C08:00 Orsi, W. D.; Worden , A. Z.; Swalwell, J. E.; Santoro, A. E.: INTERACTIONSBETWEEN MARINE EURYARCHAEOTA AND PICOEUKARYOTES IN THECENTRAL CALIFORNIA CURRENT08:15 Baker, L. J.; Kemp, P. F.: ARE DIATOM-BACTERIAL ASSOCIATIONS STABLEAND PREDICTABLE?08:30 Landa, M.; Monchy, S.; Blain, S.; Obernosterer, I.: RESPONSES OFHETEROTROPHIC BACTERIAL DIVERSITY TO PHYTOPLANKTONBLOOMS INDUCED BY NATURAL IRON-FERTILIZATION: IS DOM ADRIVING FACTOR?08:45 Sison-Mangus, Marilou, P.; Jiang, Sunny, .; Tran Kevin, N.; Kudela, Raphael, M.:FACTORS THAT INFLUENCE THE ASSOCIATION BETWEEN MARINEDIATOMPSEUDO-NITZSCHIA AND THEIR BACTERIAL ASSOCIATES09:00 Cram, J. A.; Parada, A. E.; Fuhrman, J. A.: RESPONSE OF MICROBIALCOMMUNITIES TO RELIEF OF TOP DOWN PRESSURE BY VIRUSES ANDGRAZERS VIA DILUTION09:15 Motegi, C.; Nagata, T.; Uchimiya, M.; Nishino, S.; Babin, M.: FREE-LIVINGAND ATTACHED BACTERIAL COMMUNITY COMPOSITION IN THEWESTERN ARCTIC OCEAN INFERRED FROM RIBOSOMAL RNA09:30 Yung, C. M.; Davis, K. M.; Ward, C. S.; Johnson, Z. I.; Hunt, D. E.: EVIDENCEFOR THERMAL ADAPTIVE TRADE-OFFS IN CLOSELY-RELATEDBACTERIAL STRAINS FROM A TEMPERATE, COASTAL TIME SERIES09:45 Yeh, Y. C.; Shiah, F. K.; Gong, G. C.; Hsieh, C. H.: SCALE DEPENDENCEOF DOMINANT PROCESSES IN DETERMINING THE BACTERIALMETACOMMUNITY STRUCTURE IN THE EAST CHINA SEA14:00 Björkman, K. M.; Doggett, J. K.; Church, M. J.; Karl, D. K.: DIFFERENTIALRESPONSE TO LIGHT INTENSITY IN 14 C-BICARBONATE VERSUS 3 H-LEUCINEINCORPORATION BY PROCHLOROCOCCUS AT STATION ALOHA.14:15 Rouco Molina, M.; Olson, E.; McGillicuddy, D.; Waterbury, J. B.; Dyhrman,S. T.: TRICHODESMIUM SP. CLADE DISTRIBUTIONS IN THE NORTHATLANTIC OCEAN14:30 Whittaker, K. A.; Rynearson, T. A.: INTERNATIONAL RELATIONS?:EXPLORING GLOBAL POPULATION STRUCTURE AND DISPERSAL INTHE MARINE DIATOM THALASSIOSIRA ROTULA14:45 Simon, M.; Wemheuer, B.; Giebel, H. A.; Billerbeck, S.; Daniel, R.: HIGHLYPRODUCTIVE AND ACTIVE BACTERIOPLANKTON COMMUNITIES INTHE SOUTH SHETLAND ISLANDS REGION OF THE SOUTHERN OCEANIN AUSTRAL FALL15:00 Tominack, S. A.; Moss, J. A.; Riesenfeld, C.; Jeffrey, W. H.; Snyder, R. A.: SPATIALAND TEMPORAL VARIATIONS IN THE COMMUNITY STRUCTURE OFMARINE ARCHAEA IN THE NORTHEASTERN GULF OF MEXICO15:15 Diez, B.; Sanhueza, C.; Polz, M.; Farias, L.; Snoeijs, P.: BACTERIALCOMMUNITY STRUCTURE IN THE ARCTIC OCEAN15:30 Lindh, M. V.; Sjöstedt, J.; Ekstam, B.; Legrand, C.; Pinhassi, J.: ECOLOGICALPATTERNS WITHIN SPATIO-TEMPORAL FLUCTUATIONS OF MARINEBACTERIOPLANKTON15:45 Pasulka, A. L.; Levin, L. A.; Steele, J. A.; Landry , M. R.; Orphan, V. J.:PROTISTAN DISTRIBUTION AND DIVERSITY PATTERNS IN RESPONSETO HABITAT HETEROGENEITY WITHIN DEEP-SEA METHANE SEEPECOSYSTEMS072 The Southern Ocean and Its Role In the Climate System:Observations and Modeling of Physical and BiogeochemicalProcessesChair(s): Igor Kamenkovich, ikamenkovich@rsmas.miami.eduSarah Gille, sgille@ucsd.eduJoellen Russell, jrussell@email.arizona.eduAlberto Naveira Garabato, acng@noc.soton.ac.ukRyan Abernathey, ryan.abernathey@gmail.comAndrew Thompson, andrewt@caltech.eduIvana Cerovecki, icerovecki@ucsd.eduPaul Holland, pahol@bas.ac.ukLocation: 323 ABC08:00 Armour, K. C.; Marshall, J.; Donohoe, A.; Scott, J.: MECHANISMS OFDELAYED SOUTHERN OCEAN WARMING08:15 Ridder, N. N.; England, M. H.: REVERSING OF THE SOUTHERNHEMISPHERE WESTERLY WIND LINK TO NADW FORMATION IN ACOUPLED CLIMATE MODEL08:30 Downes, S.; Farneti, R.; Uotila, P.; Griffies, S.; Marsland, S.: THE EVOLUTIONOF SOUTHERN OCEAN WATER MASSES IN COORDINATED OCEAN-ICEREFERENCE EXPERIMENTS PHASE II (CORE-II)08:45 Hutchinson, D. K.; England, M. H.; Hogg, A. M.: INTERHEMISPHERICASYMMETRY IN GLOBAL WARMING: THE ROLE OF OCEAN HEATTRANSPORTTUESDAY79

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY09:00 Russell, J. L.; Goodman, P. J.: PROJECTIONS OF THE OCEAN’S ROLE INCLIMATE: HEAT AND CARBON UPTAKE BY THE SOUTHERN OCEAN INCMIP509:15 Langlais, C.; Rintoul, S.; Zika, J.; Lenton, A.; Matear, R.: RESPONSE OF THEANTARCTIC CIRCUMPOLAR CURRENT TO INTERANNUAL WINDFORCING AND IMPLICATIONS FOR CARBON SEQUESTRATION09:30 Gomez, R.; Lo Monaco, C.; Metzl, N.; Lourantou, A.: DECADAL CHANGEIN PH EVALUATED IN SUBANTARCTIC MODE WATER FROMOBSERVATIONS COLLECTED IN THE SOUTHERN INDIAN OCEAN09:45 Huhn, O.; Rhein, M.; Hoppema, M.; van Heuven, S.: REDUCED VENTILATIONAND CARBON STORAGE OF WEDDELL SEA DEEP AND BOTTOM WATER14:00 Williams, N. L.; Feely, R. A.; Sabine, C. L.: QUANTIFYING ANTHROPOGENICCARBON INVENTORY CHANGES IN THE SOUTHERN OCEAN14:15 Strutton, P. G.: THE IMPACT OF THE SOUTHERN ANNULAR MODE ONAIR-SEA CO2 FLUXES IN THE SOUTHERN OCEAN14:30 Blain, S.; Quéguiner, B.; KEOPS2 Team, .; OISO Team, .: RESPONSE OF THESOUTHERN OCEAN TO LARGE SCALE NATURAL IRON FERTILIZATION(KERGUELEN REGION)14:45 Tagliabue, A.; Sallee, J.; Bowie, A. R.; Levy, M.; Boyd, P. W.: TOWARDSRECONCILING SEASONAL IRON SUPPLY AND BIOLOGICALUTILISATION IN THE SOUTHERN OCEAN15:00 Bernardello, R.; Marinov, I.; Palter, J. B.; Galbraith, E. D.; Cabre, A.: IMPACTOF SOUTHERN OCEAN DEEP CONVECTION ON NATURAL ANDANTHROPOGENIC CARBON UPTAKE AND STORAGE IN EARTHSYSTEM MODELS.15:15 Ito, T.; Takano, Y.; Deutsch, C.: WIND-BUOYANCY DICHOTOMY OF THESOUTHERN OCEAN CARBON STORAGE15:30 Lauderdale, J. M.; Naveira Garabato, A. C.; Oliver, K. I.; Follows, M. J.; Williams,R. G.: SOUTHERN OCEAN CIRCULATION, OCEAN CARBON RESERVOIRSAND ATMOSPHERIC CO 215:45 Sallee, .; Roy, .: PRESENT-DAY SOUTHERN OCEAN CARBONSEQUESTRATION, AND FUTURE CHANGES OF SURFACE UPTAKE075 A Holistic Approach to Marine Eco-Systems Biology, MajorResults and Perspectives for Research and EducationChair(s): Lars Stemmann, stemmann@obs-vlfr.frChris Bowler, cbowler@biologie.ens.frEmmanuel Boss, emmanuel.boss@maine.eduC. de Vargas, vargas@sb-roscoff.frHiroyuki Ogata, Education Academy of Computational Life SciencesLocation: 319 AB08:00 Sudek, S.; Everroad, R. C.; Limardo, A. J.; Worden, A. Z.: DIVERSITY OFEUKARYOTIC AND CYANOBACTERIAL PICOPHYTOPLANKTON IN THENORTHEASTERN PACIFIC08:15 Christaki, U.; Kormas, K. K.; Sime-Ngando, T.; Viscogliosi, E.; Monchy, S.:WINTER-SUMMER SUCCESSION OF UNICELLULAR EUKARYOTES IN AMESO-EUTROPHIC COASTAL SYSTEM08:30 Romagnan, J. B.; Guidi, L.; Legendre, L.; Stemmann, L.; Gorsky, G.: REVISITINGPLANKTONIC ECOLOGICAL SUCCESSION USING A NOVEL WHOLEPLANKTON DATA SERIES08:45 Bowler, C.; Malviya, S.: GLOBAL PATTERNS OF DIATOM DIVERSITY INTHE PHOTOSYNTHETICALLY PRODUCTIVE EUPHOTIC ZONE09:00 Ogata, H.; Villar, E.; Grimsley, N.; Hingamp, P.: QUANTIFYING LARGE DNAVIRUSESE IN MARINE ECOSYSTEMS09:15 Sullivan, M. B.: LINKING VIRUSES TO THEIR HOSTS: POPULATION ANDGENOME-BASED VIRAL ECOLOGY THROUGH VIRAL-TAGGED ANDCOMMUNITY METAGENOMICS09:30 Karp-Boss, L.; Stemmann, L.; Guidi, L.; Picheral, M.; Gorsky, G.: COUPLINGOF BIOMASS AND SIZE SPECTRA IN THE PLANKTON: PRELIMINARYRESULTS FROM A GLOBAL EXPEDITION.09:45 Follows, M. J.; Dutkiewicz, S.; Frazier, J.; Jahn, O.; TARA Oceans Consortium,.: INTERPRETING THE DIVERSITY AND BIOGEOGRAPHY OFPHYTOPLANKTON WITH AN OCEAN MODEL082 Sediment Delivery, Transport and Deposition In AquaticEnvironmentsChair(s): J. P. Walsh, walshj@ecu.eduCourtney K. Harris, ckharris@vims.eduAlan Orpin, alan.orpin@niwa.co.nzKehui Xu, kxu@lsu.eduNathan Hawley, nathan.hawley@noaa.govAndrea S. Ogston, ogston@ocean.washington.eduLocation: 31208:00 Xu, K.; Mickey, R. C.; Harris, C. K.; Hetland, R. D.: SHELF SEDIMENTTRANSPORT DURING HURRICANES KATRINA AND RITA08:15 Miles, T. N.; Glenn, S.; Schofield, O.; Kohut, J.; Seroka, G.: SEDIMENTTRANSPORT IN HURRICANE SANDY08:30 Hale, R. P.; Ogston, A. S.; Walsh, J. P.: IN-SITU OBSERVATION OF WAVE-SUPPORTED FLUID MUD ON THE CONTINENTAL SHELF08:45 Fruergaard, M.; Andersen, T. J.; Johannessen, P. N.; Nielsen, L. H.; Pejrup, M.:LARGE-SCALE COASTAL IMPACT INDUCED BY A CATASTROPHICSTORM09:00 Moriarty, J. M.; Kao, S. J.; Lee, T. Y.; Harris, C. K.: VARIATIONS IN RIVERINEFLUXES OF SUSPENDED MATTER DURING TYPHOONS: THE JHUOSHUEIRIVER, TAIWAN09:15 Tamura, T.; Sawai, Y.; Ikehara, K.; Hara, J.; Nakashima, R.: SHALLOW-MARINEDEPOSITS OF THE 2011 TOHOKU EARTHQUAKE TSUNAMI, SENDAI BAY,NORTHEASTERN JAPAN09:30 Miller, E. J.; Dellapenna, T. M.; Kuehl, S. A.: HIGH-RESOLUTION SEDIMENTRECORDS OF COPPER RIVER DISCHARGE, VOLCANISM ANDSIESMICITY FROM PRINCE WILLIAM SOUND, ALASKA, USING XRFCORE SCANNING09:45 Orpin, A. R.; Mountjoy, J. J.; Alexander, C. R.: THE UNSTABLE KAIKOURACANYON, EASTERN NEW ZEALAND: AN ACTIVE CONDUITFOR TECTONIC AND CLIMATIC EVENT-TRIGGERED SEDIMENTTRANSPORT ON A VERY NARROW SHELF093 Coasts In Crisis: Sea Level Rise and Inundation and the Needfor AdaptationChair(s): S Jeffress Williams, jwilliams@usgs.govCharles Lemckert, c.lemckert@griffith.edu.auJohn Brock, jbrock@usgs.govKwok Fai Cheung, cheung@hawaii.eduLocation: 301 AB08:00 Sweet, W.; Zervas, C.; Gill, S.; Park, J.: HURRICANE SANDY INUNDATIONPROBABILITIES: YESTERDAY, TODAY AND TOMORROW08:15 Orton, P. M.; Vinogradov, S. V.; Blumberg, A. F.; Georgas, N.: HYDRODYNAMICMAPPING OF FUTURE COASTAL FLOOD HAZARDS AND PROTECTIONSFOR NEW YORK CITY08:30 LI, N.; Roeber, V.; Cheung, K. F.: THE IMPACT OF SEA LEVEL RISE ONSTORM-INDUCED COASTAL INUNDATION IN HAWAII08:45 Wang, T.; Yang, Z.; Leung, L. R.; Taraphdar, S.; Hibbard, K. A.: A MODELINGSTUDY OF HURRICANE-INDUCED COASTAL INUNDATION AND ITSIMPACTS TO COASTAL ENERGY INFRASTRUCTURE IN THE GULF OFMEXICO09:00 Goodwin, I. D.; Freeman, R.; Morlock, T.: A CENTENNIAL – SCALE VIEW OFWAVE CLIMATE CHANGE IMPACTS ON SHOREFACE AND SHORELINESTABILITY ALONG DRIFT-ALIGNED COASTS09:15 Serafin, K. A.; Méndez, F. J.; Espejo, A.; Camus, P.; Ruggiero, P.: GENERATIONOF LOCAL CLIMATE INDICES FOR IMPROVED ESTIMATES OF EXTREMETOTAL WATER LEVELS IN THE NE PACIFIC09:30 Barnard, P. L.; Short, A. D.; Harley, M. D.; Allan, J.; Banno, M.: MULTI-DECADAL PATTERNS OF PACIFIC OCEAN PHYSICAL FORCING ANDCOASTAL RESPONSE09:45 Gallien, T. W.; O’Reilly, W. C.; Flick, R. E.; Guza, R. T.: ANTHROPOGENICFLOOD CONTROL BERMS IN SOUTHERN CALIFORNIA: MITIGATIONFOR SEA LEVEL RISE?80

Program BookAGU/ASLO/TOS14:00 Moritz, H. P.; White, K. D.; Simm, J.; Gouldby, B.; Smith, T.: CORPS OFENGINEERS APPROACH AND PROGRESS TOWARD CLIMATE AND SEALEVEL CHANGE ADAPTATION AT THE PROJECT LEVEL14:15 Gesch, D. B.: ACCOUNTING FOR VERTICAL UNCERTAINTY ANDOTHER BEST PRACTICES FOR ELEVATION-BASED SEA-LEVEL RISEVULNERABILITY ASSESSMENTS14:30 Eversole, D. N.; Cheung, K. F.; Fletcher, C.; Kim, K.: SEA-LEVEL RISECOASTAL INUNDATION RISK AND VULNERABILITY ASSESSMENT FORHONOLULU, HAWAII. A NEW GENERATION OF COASTAL INUNDATIONMAPS FOR LAND USE PLANNING.14:45 Kane, H. H.; Fletcher, C. H.; Frazer, L. N.; Barbee, M. M.: DEVELOPING TOOLSTO ASSESS THE VULNERABILITY OF PACIFIC ISLAND WETLANDS TOSEA-LEVEL RISE15:00 Giese, G. S.; Borrelli, M.; Mague, S. T.; Adams, M. B.; Smith, T. L.: APPLICATIONOF A SIMPLE GEOMORPHIC MODEL TO CAPE COD COASTAL CHANGE15:15 Barber, D. C.; Kegel, T. S.; Herman, C. H.: PAST AND PRESENT INUNDATIONEPISODES ALONG THE US EAST COAST (NORTH CAROLINA AND NEWJERSEY): IMPLICATIONS FOR SEA-LEVEL ADAPTATION.15:30 Hegermiller, C. A.; Erikson, L. H.; Barnard, P. L.; Mendez, F. J.; Reguero,B.: PROJECTED MIGRATION OF PACIFIC BASIN EXTREME WAVEGENERATION REGIONS AND FUTURE WAVE CLIMATE OF THE U.S.WEST COAST15:45 McInnes, K. L.; Hoeke, R. K.; O’Grady, J.; Colberg, F.: CLIMATE CHANGEIMPACTS ON TROPICAL CYCLONES AND EXTREME SEA LEVELS:EXAMPLES FOR FIJI AND SAMOA096 Ocean and Climate Change Science: Engaging Scientists InEducating the PublicChair(s): James Yoder, jyoder@whoi.eduDwight Coleman, dcoleman@mail.uri.eduGail Scowcroft, gailscow@mail.uri.eduDon Boesch, boesch@umces.eduLocation: 318 AB08:00 Chan, K.; Stern, S.; Anderson, J.: COMMUNICATING OCEAN ANDCLIMATE CHANGE: ROLE OF AND BENEFITS FOR SCIENTISTS IN THECOMMUNITY OF PRACTICE08:15 Coleman, D. F.; Scowcroft, G.; Knowlton, C.; Matis, K.; McMillan, W.:THE UNKNOWN OCEAN - LIVE INTERACTIVE EDUCATIONALPROGRAMMING UTILIZING SHIP-TO-SHORE TELEPRESENCETECHNOLOGY08:30 Morin, H. B.; Scowcroft, G. A.; Knowlton, C. W.; Ginis, I.: HURRICANESCIENCE AND EDUCATION: USING ONLINE TOOLS TO ENGAGESCIENTISTS, EDUCATORS, STUDENTS, AND THE PUBLIC08:45 Romano, C.; Hayward, J.: EVALUATION ENHANCES LEARNING ABOUTEFFECTIVENESS09:00 Chen, R. F.; Douglas, E.; Lustick, D.; Lohmeier, J.; Rabkin, D.: CLIMATECHANGE EDUCATION ON THE T: USING ADVERTISING STRATEGIESFOR DISSEMINATING SCIENTIFIC RESEARCH09:15 Cooper, S. K.; Kurtz, K.; Collins, J.: CONNECTING SCIENTISTS ANDEDUCATORS THROUGH SHIP-TO-SHORE SCIENCE: AN INFORMALSCIENCE PROGRAM BRINGING THE EXCITEMENT OF SCIENCE ANDADVENTURE TO THE PUBLIC09:30 Nigella, H. M.; Zmarzly, D.; Peach, C. L.: FEELING THE HEAT: SUCCESSESAND CHALLENGES IN TRANSLATING CLIMATE SCIENCE FOR THEPUBLIC09:45 Knowlton, C. W.; Scowcroft, G.; Coleman, D. F.: OCEAN SCIENTISTS ANDAQUARIUM AUDIENCES: INCREASING OCEAN LITERACY THROUGHOCEAN EXPLORATION097 Breaking Boundaries: the Role of Science Communicationand Outreach In Promoting Healthy OceansChair(s): Christine O’Connell, christine.oconnell@stonybrook.eduMarianne McNamara, mcnamam@sunysuffolk.eduLocation: 318 AB14:00 Schubel, J. R.: A BETTER WAY OF COMMUNICATING SCIENCE TO THEPUBLIC?14:15 Cherrier, J.; Kelley, B.: MULTIDISCIPLINARY TECHNIQUES IN MARINESCIENCE, POLICY AND COMMUNICATION: TRAINING THE NEXTGENERATION OF AQUATIC SCIENTISTS14:30 O’Connell, C. A.; Bass, E.; Lantz-Gefroh, V.: PUTTING YOURSELF INTOYOUR SCIENCE: TECHNIQUES TO HELP SCIENTISTS CONNECT14:45 Tankersley, R. A.; Lopez-Duarte, P. C.; Bourexis, P.: TRAINING MODELFOR EFFECTIVE PRESENTATION SKILLS DEVELOPMENT FOR OCEANSCIENTISTS15:00 Shapiro, A. D.; Bernstein, W.; Kripke, L.: OCEAN CIRCULATION BETWEENARTISTS, SCIENTISTS AND THE PUBLIC15:15 Victoria Hill, .; Jenifer Alonzo, .; Stephen Burgin, .; Fred Dobbs, .: SCIENCEALLIANCE LIVE! SCIENTIFIC AWARENESS THROUGH THEATRE15:30 Wheeler, L.; Dustan, P.: DIVING WITH A PURPOSE15:45 Lemus, J. D.: SEAHARMONY: AN INNOVATIVE FORUM FORCOLLABORATIVE NETWORKING111 New Insights Into Microbial Community Metabolism andCoupled Biogeochemical Cycling In Oxygen-Deficient MarineWatersChair(s): Klaus Jürgens, klaus.juergens@io-warnemuende.deSteven J. Hallam, shallam@mail.ubc.caLocation: 313 A08:00 Bristow, L. A.; Ganesh, S.; Larsen, M.; Stewart, F. J.; Thamdrup, B.: SIZEFRACTIONATED PROCESS RATES AND OMICS OF KEY NITROGENCYCLING PROCESSES IN A MARINE OXYGEN MINIMUM ZONE08:15 Suter, E. A.; Scranton, M. I.; Tong, L.; Astor, Y.; Taylor, G. T.: PARTITIONING OFSULFUR CYCLING BETWEEN PARTICLE-ASSOCIATED AND FREE-LIVINGORGANISMS IN THE CARIACO BASIN08:30 Johnston, D. T.; Gill, B. C.; Masterson, A.; Beirne, E.; Berelson, W.:QUANTIFYING THE CRYPTIC OMZ S CYCLE08:45 Shah, V.; Morris, R. M.: CULTIVATION OF THE SUP05 CLADE09:00 Frey, C.; Hietanan, S.; Jürgens, K.; Labrenz, M.; Voss, M.: INFLUENCE OFOXYGEN INTRUSIONS ON CHEMOAUTOTROPHIC DENITRIFICATIONAND ITS ISOTOPE FRACTIONATION OF SULFURIMONAS GOTLANDICA09:15 Babbin, A. R.; Jayakumar, A.; Ward, B. B.: RAPID NITROUS OXIDECONSUMPTION IN THE EASTERN TROPICAL NORTH PACIFIC09:30 Murillo, A. A.; Belmar , L. G.; Ramírez-Flandes, S.; Venegas , C. M.; Ulloa,O.: IDENTITY AND FUNCTIONAL DIVERSITY OF THE CO2-FIXERSMICROORGANISMS IN A SEASONAL OMZ COASTAL SYSTEM09:45 Lee, D. Y.; Crump, B. C.; Eggleston, E. M.; Hewson, I.; Cornwell, J. C.:SIGNIFICANT CHEMOAUTOTROPHIC CONTRIBUTION TO ESTUARINECARBON BALANCES IN A SEASONALLY STRATIFIED ANOXIC ESTUARY14:00 Taylor, G. T.; Scranton, M. I.; Podlaska, A.; Suter, E. A.; Muller-Karger, F. E.:DYNAMICS IN THE CARIACO BASIN: ANALOGUE FOR EXPANDINGOXYGEN MINIMUM ZONES?14:15 Löscher, C. R.; Schunck, H.; Neulinger, S. C.; Bange, H. W.; Schmitz, R. A.:BIOGEOCHEMICAL CONTROLS ON THE MARINE NITROGEN CYCLE INTHE OXYGEN MINIMUM ZONE OFF PERU14:30 Schwenck, S. M.; Brum, J. R.; Stewart, F. J.; Sullivan, M. B.: WHEN THEOXYGEN MINIMUM ZONE AND EUPHOTIC ZONE COLLIDE, VIRALCOMMUNITIES ARE ALTEREDTUESDAY81

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY14:45 Edgcomb, V. P.; Pachiadaki, M.; Kormas, K.; Torres Beltran, M.; Hallam, S.:MICROBIAL EUKARYOTIC COMMUNITY STRUCTURE AND DYNAMICSIN A SEASONALLY ANOXIC FJORD, SAANICH INLET15:00 Sangita Ganesh, -.; Laura A. Bristow, .; Bo Thamdrup, .; Frank J. Stewart, .:METATRANSCRIPTOMICS IDENTIFIES METABOLIC PARTITIONINGAMONG MICROBIAL SIZE-FRACTIONS IN A MARINE OXYGENMINIMUM ZONE15:15 Neulinger, S. C.; Löscher, C. R.; Schunck, H.; LaRoche, J.; Schmitz, R.A.: META 2 GENOMICS - AN INTEGRATED VIEW ON MICROBIALCOMMUNITIES OF THE EASTERN TROPICAL SOUTH PACIFIC OXYGENMINIMUM ZONE15:30 Jürgens, K.; Berg, C.; Bruckner, C. G.; Labrenz, M.; Schweder, T.:CHEMOLITHOAUTOTROPHIC MICROBES AS BIOGEOCHEMICAL KEYPLAYERS IN PELAGIC REDOXCLINES OF THE BALTIC SEA15:45 Hawley, A. K.; Pasa-Tolic, L.; Kuypers, M. M.; Crowe, S.; Hallam, S. J.: COUPLEDBIOGEOCHEMICAL CYCLING AND DYNAMICS OF NITROGEN LOSSPROCESSES IN A SEASONALLY ANOXIC FJORD123 The Molecular Chemistry and Microbial Biology of MarineDissolved Organic Matter (DOM) Composition and CyclingChair(s): Daniel Repeta, drepeta@whoi.eduZhanfei Liu, zhanfei.liu@utexas.eduLihini Aluwihare, laluwihare@ucsd.eduCraig Nelson, craig.nelson@hawaii.eduAron Stubbins, aron.stubbins@skio.usg.eduCraig Carlson, carlson@lifesci.ucsb.eduEd Delong, delong@mit.eduLocation: 317 AB08:00 Steinberg, D. K.; Ducklow, H. W.; Luria, C. M.: PRODUCTION OF DISSOLVEDORGANIC MATTER BY ANTARCTIC ZOOPLANKTON AND ITS EFFECTON BACTERIA PRODUCTION08:15 Wear, E. K.; Carlson, C. A.; Windecker, L. A.; Brzezinski, M. A.; Nelson, C. E.:BIOAVAILABILITY OF DIATOM EXUDATE INDUCED BY NUTRIENTLIMITATION INFLUENCED BY BOTH PHYTOPLANKTON SPECIES ANDLIMITING NUTRIENT IDENTITY (NITROGEN VS. SILICA)08:30 Pedler, B. E.; Aluwihare, L. I.; Azam, F.: ALTERATION AND EFFICIENTREMOVAL OF AMBIENT MARINE DISSOLVED ORGANIC CARBON BY ASINGLE MARINEALTEROMONAS STRAIN08:45 Lechtenfeld, O. J.; Hertkorn, N.; Shen, Y.; Witt, M.; Benner, R.: MICROBIALMETABOLISM RAPIDLY GENERATES CHEMICALLY-COMPLEXDISSOLVED ORGANIC MATTER09:00 Liu, S.; Liu, Z.: COMPARING PEPTIDE HYDROLYSIS RATES BETWEENPLAIN PEPTIDES AND THEIR ANALOGS IN THE NORTHERN GULF OFMEXICO09:15 Becker, J. W.; Repeta, D. J.; Rappé, M. S.; Berube, P. M.; DeLong, E. F.:TRANSCRIPTIONAL PROFILING OF MARINE BACTERIA CULTUREDIN THE PRESENCE OFPROCHLOROCOCCUS-DERIVED DISSOLVEDORGANIC MATTER09:30 Sosa, O. A.; Gifford, S.; Repeta, D.; DeLong, E. F.: ISOLATION AND GROWTHOF DIVERSE MARINE BACTERIA ENRICHED WITH NATURAL HIGH-MOLECULAR-WEIGHT DISSOLVED ORGANIC MATTER09:45 Longnecker, K.; Futrelle, J.; Coburn, E.; Breier, C. F.; Kujawinski, E. B.: USINGMETABOLOMICS TO CHARACTERIZE ORGANIC MATTER FROMMARINE PHYTOPLANKTON14:00 DeVries, T. J.; Primeau, F. W.; Deutsch, C. A.: QUANTIFYING ANDCOMPARING THE MICROBIAL AND BIOLOGICAL CARBON PUMPS INTHE OCEAN14:15 Xie, H.; Zafiriou, O. C.; Najjar, R. G.; Nelson, N. B.; Goldstone, J.: AREMODELED RATES OF PHOTOPRODUCTION OF CO FROM CDOMAND ITS MICROBIAL OXIDATION OVERESTIMATED BY TWO-FOLD?CONSTRAINTS FROM THREE IN-SITU INCUBATION METHODS14:30 Hansman, R. L.; Dittmar, T.; Herndl, G. J.: MICROBES AND THEMOLECULAR COMPOSITION OF DOM IN THE DEEP NORTHEASTATLANTIC OCEAN14:45 Seibt, M.; Dittmar, T.; Niggemann, J.: MOLECULAR GEOGRAPHY OFDISSOLVED ORGANIC MATTER IN THE SOUTHERN OCEAN15:00 Walker, B.; Beaupré, S.; Guilderson, T.; McCarthy, M.; Druffel, E.: EVIDENCEFOR QUANTIFIABLE SIZE-AGE-COMPOSITION RELATIONSHIPSWITHIN MARINE ORGANIC MATTER15:15 Nelson, N. B.; Gauglitz, J. M.: TRENDS IN DOM FLUORESCENCE REVEALDIVERSITY AND DIAGENESIS IN DOM IN THE GLOBAL OCEAN15:30 SHEN, Y.; Benner, R.: DISSOLVED ORGANIC MATTER COMPOSITIONREFLECTS ECOSYSTEM PRODUCTIVITY15:45 Powers, L. C.; Miller, W. L.; Enright, J. K.; Babcock-Adams, L. C.: PROBINGTHE PHOTOCHEMICAL REACTIVITY OF DEEP OCEAN REFRACTORYCARBON: A LESSON FROM SUPEROXIDE AND HYDROGEN PEROXIDEKINETICS82

Program BookAGU/ASLO/TOS2/25/2014 Posters003 Advances In Coastal Ocean Modeling, Observations,and PredictionChair(s): Villy Kourafalou, vkourafalou@rsmas.miami.eduPierre de Mey, pierre.de-mey@legos.obs-mip.frYi Chao, ychao001@gmail.comLocation: Kamehameha Hall III677 Brooks, D. A.: MODELING THE CIRCULATION IN A RIVER-DOMINATEDMESOTIDAL ESTUARY: THE KENNEBEC RIVER OF CENTRAL MAINE.678 Gregg, M. C.: MIXING OVER ROUGH TOPOGRAPHY679 Whitefield, J.; Winsor, P.; McClelland, J.: INFLUENCE OF A HIGH SPATIALRESOLUTION ARCTIC/SUB-ARCTIC RIVER DISCHARGE ANDTEMPERATURE FORCING ON MODELLED NEARSHORE HYDROGRAPHYAND SEA ICE CONDITIONS680 Yosuke Igeta, Y. I.; Keiichi Yamazaki, K. Y.; Tatsuro Watanabe, T. W.:AMPLIFICATION OF COASTAL-TRAPPED WAVES RESONATLYGENERATED BY WIND AROUND THE SADO ISLAND, JAPAN681 Kuroda, H.; Setou, T.; Aoki, K.: DEVELOPMENT OF A SUBMESOSCALEMODEL OF THE KUROSHIO SOUTH OF JAPAN BASED ON A SCALE-SELECTIVE DATA ASSIMILATION METHOD682 Jacox, M. G.; Moore, A. M.; Edwards, C. A.; Fiechter, J.: UPWELLINGVARIABILITY IN THE CALIFORNIA CURRENT SYSTEM FROM AHISTORICAL ANALYSIS WITH ROMS 4D-VAR DATA ASSIMILATION683 Bo/Hong, .; Jian/Shen, .; Hongzhou/Xu, .: LINKING DYNAMICS OFTRANSPORT TIMESCALE AND VARIATIONS OF HYPOXIA IN THECHESAPEAKE BAY684 Burston, J. M.; Symonds, A. M.; Scheel, F.: VALIDATION OF D-FLOWFLEXIBLE MESH FOR NUMERICAL SIMULATION OF STORM SURGEFROM TROPICAL CYCLONES685 Kim, J. W.; Woo, S. B.; Yoon, B. I.; Song, J. I.: NUMERICAL STUDY OFVARIABILITY OF NET VOLUME TRANSPORT ACCORDING TOFRESHWATER DISCHARGE AT SIX CROSS SECTIONS IN YEOUNGSANRIVER ESTUARY, SOUTH KOREA686 Wihsgott, J. U.; Palmer, M. R.: MODELLING PYCNOCLINE TURBULENCE INLIVERPOOL BAY711 Gan, J. P.; Liu, Z. Q.; Ho, S. H.; Liang, L. L.: CROSS-ISOBATH GEOSTROPHICTRANSPORT (CGT) IN THE CHINA SHELF SEAS712 Besio, G.; Enrile, F.; Magaldi, M. G.; Mantovani, C.; Cosoli S, Gerin S, Poulain, P. M.: RELIABILITY OF LCS DETECTION DEPENDING ON HF-RADARVELOCITY DATASET713 Staneva, J.: WAVE-, HYDRO- AND SEDIMENT- DYNAMICS IN THEGERMAN AND WADDEN SEAS: A FOCUS ON OBSERVATIONS ANDNUMERICAL MODELLING714 Markovic, M.; Klein, B.; Mikolajewicz, U.; Gröger , M.; Matthis, M.: INFLUENCEOF NAO ON SEA SURFACE TEMPERATURE, SALINITY AND DENSITYSTRATIFICATION OF NORTH SEA AND NORTH ATLANTIC: RESULTSFROM MPI-OM A1B SCENARIO SIMULATIONS715 Bayer, S. R.; Wahle, R. A.; Brady, D. C.; Brooks, D. A.; Jumars, P. A.: SCALE OFFERTILIZATION SUCCESS IN AN EXPLOITED BROADCAST SPAWNER:FROM AN INDIVIDUAL TO AN ESTUARY716 Combes, V.; Matano, R.: A TWO-WAY NESTED SIMULATION OF THEOCEANIC CIRCULATION IN THE SOUTHWESTERN ATLANTIC717 Muller, A. C.; Muller, D. L.: FORECASTING HYPOXIC VOLUME USING AWAVELET BASED NEURAL NETWORK MODEL718 Teel, E. N.; Seegers, B. N.; Jones, B. H.: EXAMINING COASTAL DYNAMICSIN THE SOUTHERN CALIFORNIA BIGHT WITH THE STATISTICALANALYSIS OF IN-SITU GLIDER DATA719 Le Henaff, M.; Kourafalou, V. H.; Morel, Y.; Lumpkin, R.: INTENSIFICATIONOF THE LOOP CURRENT FRONTAL EDDIES IN THE GULF OF MEXICO:MODEL RESULTS CONFRONTED TO SURFACE DRIFTER OBSERVATIONS720 Tak, Y. J.; Cho, Y. K.; Seo, G. H.; Kim, C. S.: TOWARD AN IMPROVED SSTSIMULATION USING A NET HEAT FLUX CORRECTION SCHEME INMARGINAL SEAS721 Cho, K.; Park, K.; Hyun, S.; Lim, E.; Han, C.: IMPACT OF MULTPLECONSECUTIVE TYPHOONS ON KOREAN COASTAL WATERS722 Kwak, M.; Cho, Y.: OVERLAP OF TIDAL WAVES PROPAGATING OPPOSITEDIRECTION IN A NARROW CHANNEL723 Gu, B. H.; Woo, S. B.; Kim, S. I.; Kim, M. S.: APPLICATION OF OPTIMALINTERPOLATION TO ADCP DATA IN THE IEODO OF KOREA USINGFVCOM724 Yoon, B. I.; Woo, S. B.: THE CHARACTERISTIC OF ALONG CHANNELSALINITY DISTRIBUTION IN MACRO TIDAL ESTUARY, GYEONGGIBAY, SOUTH KOREA: FIELD MEASUREMENT AND NUMERICAL MODELRESULTS007 The Role of the Oceans In Climate Change On Interannual,Decadal and Century-Long Time-Scales From Marine ProxyArchivesChair(s): Jens Zinke, jens.zinke@uwa.edu.auSteffen Hetzinger, shetzinger@geomar.deMiriam Pfeiffer, pfeiffer@geol.rwth-aachen.deTsuyoshi Watanabe, nabe@mail.sci.hokudai.ac.jpLocation: Kamehameha Hall III3063 Ge, Q.: EAST ASIAN WINTER MONSOON RECORDS FROM THE MUDAREA, NORTHERN SHELF OF THE SOUTH CHINA SEA OVER THE LAST 3KA3064 Hetzinger, S.; Pfeiffer, M.; Dullo, W. C.; Zinke, J.; Garbe-Schönberg, D.: AREDUCTION IN CORAL EXTENSION RATE AND A BASELINE SHIFT INSTABLE ISOTOPIC COMPOSITION: REACTION TO EL NINO-INDUCEDCORAL BLEACHING?3065 Prouty, N. G.; Storlazzi, C. D.; McCutcheon, A. L.; Cohen, A.; Jenson, J. W.:HISTORIC IMPACT OF WATERSHED CHANGE AND SEDIMENTATIONTO REEFS ALONG WESTERN GUAM3066 von Reumont, J.; Hetzinger, S.; Garbe-Schönberg, D.; Manfrino, C.: ASSESSINGTHE INFLUENCE OF SEA SURFACE TEMPERATURE ON CORALGROWTH AND SR/CA: A REPLICATION STUDY FROM THE CAYMANISLANDS3067 Butler, P. G.; Scourse, J. D.: ARAMACC: ADVANCING THE USE OFANNUALLY-RESOLVED AND ABSOLUTELY-DATED SHELL-BASEDPALAEOCEANOGRAPHIC RECORDS FOR THE NORTH ATLANTICREGION3068 Böll, A.; Gaye, B.: SEA SURFACE TEMPERATURE VARIATIONS IN THENORTHEASTERN ARABIAN SEA AS A RECORDER FOR ASIAN CLIMATEVARIABILITY DURING THE LAST TWO MILLENNIA3069 McCutcheon, A. L.; Raymundo, L. J.; Jenson, J. W.; Prouty, N. G.: TESTING THESR/CA PROXY FOR SST RECONSTRUCTION IN THE CORAL PORITESLUTEA IN GUAM, USA3070 Shirai, K.; Schöne, B. R.; Miyaji, T.; Radarmacher, P.; Krause Jr, R. A.:ASSESSMENT OF THE MECHANISM OF ELEMENTAL INCORPORATIONINTO BIVALVE SHELLS (ARCTICA ISLANDICA) BASED ON ELEMENTALDISTRIBUTION AT THE MICROSTRUCTURAL SCALE3071 Heinze, M.; Ilyina, T.: IMPACTS ON THE OCEAN CARBON CYCLE DURINGTHE PALEOCENE-EOCENE THERMAL MAXIMUM – AN EARTH SYSTEMMODEL STUDY3072 Tems, C. E.; Berelson, W. M.: A COMPARATIVE HIGH-RESOLUTIONSTUDY OF &DELTA 15N IN LAMINATED SEDIMENTS AS A PROXY FORFLUCTUATIONS IN THE INTENSTIY OF OXYGEN MINIMUM ZONES3073 Bojarski, A. J.; Delong, K. L.; Quinn, T. M.; Taylor, F. W.: ASSESSINGMILLIMETER-SCALE SR/CA VARIABILITY WITHIN A PORITESLUTEA CORALLITE FAN STRUCTURE FOR IMPROVING CORAL-BASEDCLIMATE RECONSTRUCTIONS3074 Sanchez, S. C.; Charles, C. D.; Carriquiry, J. D.; Villaescusa, J. A.: NATURALVARIABILITY OF THE NORTH PACIFIC GYRE OSCILLATION EXPRESSEDIN A CLARION ISLAND CORALTUESDAY83

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY3075 Carroll, M. L.; Ambrose, W. G.; Locke, W. L.: PAN-SVALBARD DECADALGROWTH RATE VARIABILITY AND ENVIRONMENTAL REGULATION INTHE ARCTIC BIVALVE SERRIPES GROENLANDICUS3076 Flores-Aqueveque, V.; Alfaro, S.; Vargas, G.; Rutllant, J.: EOLIAN PARTICLESIN MARINE LAMINATED SEDIMENTS FOR UPWELLING FAVORABLE-SOUTHERLY WINDS RECONSTRUCTIONS IN THE EASTERN BOUNDARYHUMBOLDT CURRENT SYSTEM3077 Watanabe, T.; Miyaji, T.; Yamazaki, A.; Inoue, M.; Sowa, K.: CORAL MULTIPLEPROXY APPROACH TO EVALUATE THE IMPACT OF COASTAL LAND USEON REEF ENVIRONMENTS AND CORAL GROWTH3141 Cobb, R. M.; DeLong, K. L.; Richey, J. N.; Flannery, J. A.: CALIBRATION OFCORAL SR/CA VARIATIONS AND GROWTH RATES IN MONTASTRAEAFAVEOLATACOLONIES IN VERACRUZ, MEXICO3142 Amini, M.; Jacob, D. E.; Shirai, K.; Watanabe, T.; Weis, D.: THE POTENTIAL OFTRIDACNA SHELLS AS A MICROANALYTICAL REFERENCE MATERIALFOR BIOGENIC CARBONATE3143 Li, S.; Jing, Y.; Luo, F.: THAT THE ATLANTIC MULTIDECADALOSCILLATION (AMO) LEADS CHINA SURFACE AIR TEMPERATURESALSO EXISTS IN THE PRE-INDUSTRIAL PERIOD3144 Ohmori, K.; Watanabe, T.: SEASONAL TO DECADAL CLIMATE SIGNALSIN SKELETAL GROWTH AND TRACE ELEMENTS OF THE PACIFICSCLEROSPONGES3145 Pfeiffer, M.; Takayanagi, H.; Cahyarini, S. Y.; Watanabe, T.; Garbe-Schoenberg,D.: CORAL SR/CA RECORDS FROM ENGGANO ISLAND (INDONESIA):PROXY RECORDS OF IOD-INDUCED UPWELLING AND MEAN SST INTHE EASTERN INDIAN OCEAN3146 Schubert, B. A.; Jahren, A. H.: RECONSTRUCTION OF ATMOSPHERICCARBON DIOXIDE LEVELS DURING CARBON ISOTOPE EXCURSIONEVENTS3147 Faria, G. R.; Barbosa, C. F.; Albuquerque, A. L.: SECULAR PRODUCTIVITYON THE UPWELLING SYSTEM OF SE BRAZIL BASED ON BENTHICFORAMINIFERA3148 Hirons, A. C.; Knecht, R.; Potter, C. W.; Gomez, J.: PALEOCEANOGRAPHICPRODUCTIVITY RECONSTRUCTIONS USING MARINE MAMMAL BONECOLLAGEN3149 Taniguchi, N. K.; Martins, A. M.; Sousa, S. H.; Chiessi, C. M.: CHANGES INTERRIGENOUS SEDIMENT INPUT TO THE BRAZILIAN EQUATORIALMARGIN AS A RESPONSE TO CLIMATE CONDITIONS DURING THEMIDDLE AND LATE HOLOCENE3150 Lund, D. C.: NEGATIVE CARBON ISOTOPIC EXCURSIONS ON GLACIALTERMINATIONS: IS THE LATEST EVIDENCE CONSISTENT WITH ANABYSSAL OCEAN SOURCE?3151 King, T. M.; Fitzgerald, P. C.; Black, D. E.; Cochran, J. K.: THE INFLUENCE OFBIOGENIC SILICA ON 231 PA/ 230 TH IN SEDIMENTS FROM THE BERMUDARISE AS A PROXY FOR PALEOCIRCULATION3152 Fernandez, A.; Rosenheim, B. E.; Lapen, T.; Rasmus, A.: EXPLORINGCHANGES IN THE WIND-DRIVEN CIRCULATION OF THE ATLANTICOCEAN USING RADIOCARBON ARCHIVED IN CORALS ANDSCLEROSPONGES.3153 Jones, W. A.; Checkley Jr, D. M.: VARIABILITY IN THE SANTA BARBARABASIN FISH ASSEMBLAGE IN THE LAST TWO MILLENNIA INFERREDFROM THE FOSSIL OTOLITH RECORD3154 Junium, C. K.; Expedition 342 Scientists, .: A NEW OCEANIC ANOXIC EVENT2 RECORD FROM THE CENTRAL NORTH ATLANTIC, IODP EXPEDITION342, NEWFOUNDLAND DRIFTS: TEMPORAL TRANSIENCE OF BLACKSHALE DEPOSITION.3155 Liu, H.; Wang, C.; Lee, S.; Enfield, D.: INHOMOGEOUS INFLUENCE OFATLANTIC WARM POOL ON UNITED STATES PRECIPITATION3156 DeLong, K. L.; Quinn, T. M.; Taylor, F. W.; Lin, K.; Shen, C. C.: INSIGHTS FROMCORAL ISOTOPIC AND STRONTIUM-CALCIUM RATIO RECORDS FROMTHE SOUTHWEST TROPICAL PACIFIC SINCE 1649 CE3169 Nakamura, N.; Kayanne, H.; McClanahan, T. R.; Behera, S. K.; Yamagata, T.:FOOTPRINTS OF IOD AND ENSO IN THE KENYAN CORAL RECORD008 Revising Biogeochemical Stoichiometry: the OceansBeyond Redfield On A Changing PlanetChair(s): Mark A. Altabet, maltabet@umassd.eduJim Elser, j.elser@asu.eduDave Karl, David KarlLocation: Kamehameha Hall III2021 Ishizu, M.; Richards, K. J.: THE RELATIONSHIP BETWEEN OXYGEN,NITRATE AND PHOSPHATE IN THE WORLD OCEAN BASED ONPOTENTIAL TEMPERATURE2022 Arteaga, L. A.; Pahlow, M.; Oschlies, A.: GLOBAL ESTIMATION OFPHYTOPLANKTON NUTRIENT AND LIGHT COLIMITATION IN THESURFACE OCEAN INFERRED FROM AN OPTIMALITY-BASED MODEL2023 Zimmerman, A. E.; Martiny, A. C.; Lomas, M. W.; Allison, S. D.: PHOSPHATESUPPLY EXPLAINS VARIATION IN NUCLEIC ACID ALLOCATION BUTNOT C:P STOICHIOMETRY IN THE WESTERN NORTH ATLANTIC2024 Tohidi Farid, H.; Schulz, K.; Erler, D.; Rose, A.: INTERRELATEDINFLUENCE OF FE AND LIGHT ON GROWTH RATE AND FE, P, N ANDC IN CONTINUOUS CULTURES OF TRICHODESMIUM IMS101 ANDCROCOSPHAERA WH04012025 Reynolds, S.; Mahaffey, C.; McCarthy, A.: VARIATION IN PHOSPHORUSACQUISITION STRATEGIES BY TRICHODESMIUM IN THE ATLANTICOCEAN2026 Lomas, M. W.; Bell, D. W.; Casey, J. R.; Terpis, K. X.; Martiny, A. C.: CONTROLSON CELL QUOTA AND ELEMENTAL RATIO VARIABILITY IN NATURALMARINE PHYTOPLANKTON POPULATIONS2027 Amosa, P.; Hunter, K. A.; Smith, A. M.; Currie, K. I.: DISSOLUTION KINETICSOF BIOGENIC CALCIUM CARBONATE IN ARTIFICIAL SEAWATER2028 Alcaraz, M.; Almeda, R.; Duarte, C. M.; Horstkotte, B.: GLOBAL CHANGE,SALPS - KRILL SHIFT, AND STOICHIOMETRY OF DISSOLVED NUTRIENTSIN THE SOUTHERN OCEAN.2029 Letscher, R. T.; Moore, J. K.: NON-REDFIELD DOM DYNAMICS ANDPREFERENTIAL REMINERALIZATION OF DISSOLVED ORGANICPHOSPHORUS IN THE GLOBAL OCEAN2030 Liu, H.; Yin, K.; Harrison, P. J.: BACTERIAL NUTRIENT REMINERALIZATIONEFFICIENCY OF PHYTOPLANKTON ORGANIC MATTER2031 Alves Soares, A. R.; Marchlewska, J.; Islam, S.; Berggren, M.: RIVER EXPORTOF BIOAVAILABLE NUTRIENTS AND LABILE ORGANIC CARBON:EFFECTS ON ESTUARINE NUTRIENT STOICHIOMETRY ANDBACTERIOPLANKTON NUTRIENT LIMITATION2035 Thomas, H.; Craig, S.; Shadwick, E. H.; Li, W. K.; Greenan, B. J.: UNRAVELLINGCARBON FIXATION UNDER NUTRIENT LIMITED CONDITIONS - AWATER COLUMN PERSPECTIVE2037 Teng, Y.; Primeau, F. W.; Moore, K.; Martiny, A. C.; Lomas, M. W.: IMPACTOF NON-REDFIELD PARTICULATE MATTER EXPORT ON INORGANICNUTRIENT DISTRIBUTIONS IN THE OCEAN2038 Needoba, J. A.; Peterson, T. D.; Lerczak, J. A.; Watson, S.: ECOLOGICALSIGNIFICANCE OF PHOSPHORUS TRANSFORMATIONS AT THE RIVER-OCEAN INTERFACE OF THE COLUMBIA RIVER ESTUARY2039 Dugdale, R.; Fuller, J.; Wilkerson, F.; Parker, A. E.: VARIATIONS IN RATIOSOF N:P:SI UPTAKE IN MARINE PHYTOPLANKTON AS A FUNCTIONOF ENVIRONMENTAL CONCENTRATIONS AND THEIR EFFECTS ONCARBON DRAWDOWN.2040 Mine, A. H.; Alex, S.; Coleman, M. L.; Colman, A. S.: PHOSPHORUSREGENERATION IN THE WAKE OF CELL LYSIS2041 Litchman, E.; De Tezanos Pinto, P.; Klausmeier, C. A.: DIVERSITY OFCOMPETITIVE OUTCOMES BETWEEN A NITROGEN-FIXER AND A NON-FIXER AND THE EXTENSION OF THE NITROGEN-FIXERS’ COMPETITIVENICHE2042 Popendorf, K. J.; Duhamel, S.: MICROBIAL PHOSPHORUS DYNAMICS INTHE OLIGOTROPHIC GULF OF MEXICO2043 Mills, M. M.; Brown, Z. W.; Lowry, K. E.; Pickart, R. S.; Arrigo, K. R.: THEIMPACT OF LOW PHYTOPLANKTON NO3:PO4 UTILIZATION RATIOSON GEOCHEMICAL ESTIMATES OF DENITRIFICATION ON THECHUKCHI SHELF, ARCTIC OCEAN84

Program BookAGU/ASLO/TOS009 Scientific and Societal Benefits From Integrated CoastalOcean Observations and Networked Marine LaboratoriesChair(s): Yonggang Liu, yliu@mail.usf.eduNewell Garfield, garfield@sfsu.eduHeather Kerkering, heather.kerkering@hawaii.eduJyotika Virmani, jyotika@fio.usf.eduJ. Val Klump, vklump@csd.uwm.eduSung Yong Kim, syongkim@kaist.ac.krMolly McCammon, mccammon@aoos.orgJulie Thomas, jot@cdip.ucsd.eduLocation: Kamehameha Hall III1871 Washburn, L.; Ohlmann, C.; Ellis, D.; Schofield, O.; Moline, M.: OBSERVATIONSOF POLEWARD FLOWS AROUND THE BIO-GEOGRAPHIC BOUNDARYAT PT. CONCEPTION, CA USING OCEAN OBSERVING SYSTEMTECHNOLOGIES1872 Liu, Y.; Weisberg, R. H.; Merz, C. R.: ASSESSMENT OF CODAR AND WERAHF RADARS IN MAPPING CURRENTS ON THE WEST FLORIDA SHELF1873 Kerkering, H. A.; Iwamoto, M.; Ostrander, C.: PACIOOS: PROVIDING OCEANINFORMATION AND BUILDING COLLABORATIONS TO BRING YOU ASAFE PACIFIC EXPERIENCE1874 Kuska, G. F.; Thoroughgood, C. A.; Moore, P.; Schroeder, M.: THE MYMARACOOS FISHING APP: AN IOOS SUCCESS STORY OF USER-DRIVEN PRODUCT DEVELOPMENT AND STRONG INSTITUTIONALPARTNERSHIPS1875 Wright, V. M.: OBSERVATIONS OF A TROPICAL ECOSYSTEM: ANEVALUATION OF SPATIAL VARIABILITY IN OCEAN MEASUREMENTSTO BUILD AN EFFECTIVE REGIONAL COASTAL OCEAN OBSERVINGSYSTEM1876 Daugharty, M. K.; Garfield, N. T.: ORIGINS OF WATER, EXPLORATORIUM,CENTRAL SAN FRANCISCO BAY1877 Mullins-Perry, R. L.; DiMarco, S. F.; Walpert, J.; Dreger, K.; Knap, A.:INVESTIGATING HYDROGRAPHIC VARIABILITY IN THE WESTERNGULF OF MEXICO USING AUTONOMOUS UNDERWATER VEHICLES1899 Sebens, K. P.: THE BIOLOGY PROBLEM: MARINE LABORATORIESFACILITATE LONG-TERM STUDIES OF BENTHIC COMMUNITYDYNAMICS1900 Crowley, M. F.; Glenn, S. M.; Schofield, O.; Whoriskey, F.; Brown, W.:GLIDERPALOOZA 2013: SO MUCH MORE THAN GLIDERS1901 Moltmann, T.; Proctor, R.; Donoghue, S.: THE INTEGRATED MARINEOBSERVING SYSTEM: OBSERVATIONS TO SUPPORT RESEARCH ANDAPPLICATIONS IN THE COASTAL ZONE1902 Jekielek, P. E.; Wahle, R. A.: THE AMERICAN LOBSTER SETTLEMENTINDEX: A US-CANADA COLLABORATIVE FOR ECOLOGICAL ANDFISHERY MONITORING1903 Buskey, E. J.; Reay, W. G.; Bundy, M.; Ferner, M.; Smith, E.: SYSTEM-WIDEMONITORING PROGRAM OF THE NATIONAL ESTUARINE RESEARCHRESERVE SYSTEM: RESEARCH TO ADDRESS COASTAL MANAGEMENTISSUES1904 Glenn, S.; Miles, T.; Seroka, G.; Xu, Y.; Schofield, O.: USING OCEANOBSERVATORY DATA TO MOTIVATE HURRICANE OCEAN ANDATMOSPHERIC MODEL SENSITIVITY STUDIES IN THE MID-ATLANTIC1905 dos Santos, F. A.; Fragoso, M. R.; Pellegrini, J. C.; Marques da Cruz, L. M.; Adissi,F.: THE FIRST CAMPAIGNS OF PROJETO AZUL: GLIDERS, PROFILINGFLOATS AND SURFACE DRIFTERS IN THE SOUTH BRAZIL BIGHT1906 Juniper, S. K.; McLean, S. D.; Pirenne, B.; Flagg, R. M.; Bui, A. O.: FIRSTRESULTS FROM A REAL-TIME CABLED OBSERVATORY IN THECANADIAN ARCTIC OCEAN1907 Terrill, E. J.; Harlan, J.; Hazard, L. L.; Otero, M.: HIGH FREQUENCY RADARNETWORK (HFRNET) PARTNERSHIPS AT REGIONAL, NATIONAL, ANDGLOBAL SCALES1908 Bockmon, E. E.; Dickson, A. G.: AN INTER-LABORATORY COMPARISONASSESSING THE QUALITY OF SEAWATER CARBON DIOXIDEMEASUREMENTS1909 McCammon, M. E.; Macrander, A. M.; Rea, C.; Weingartner, T. J.; Winsor, P.:DEVELOPING AN OCEAN OBSERVING SYSTEM IN THE U.S. ARCTIC:OPPORTUNITIES AND CHALLENGES1910 Leinen, M. S.; Davis, M.; Baptista, A.; Hanisak, D.: OUR GLOBAL ESTUARY:AN EMERGING INITIATIVE TO BUILD AN AGREEMENT ON STRATEGYFOR SCIENCE-BASED ESTUARINE OBSERVATION AND PREDICTIONNETWORKS1911 Roughan, M.; Schaeffer, A.; Kioroglou, S.: ASSESSING THE DESIGN OFTHE NSW-IMOS MOORED OBSERVATION ARRAY FROM 2008-2013:RECOMMENDATIONS FOR THE FUTURE1912 Wallace, D. W.; Gall, N.; Pelot, R.: MEOPAR: CANADA’S MARINEENVIRONMENTAL OBSERVATION, PREDICTION AND RESPONSENETWORK OF CENTRES OF EXCELLENCE1913 Flament, M.; Harris, D.; Hilmer, T.; Flament, P.; Marie, L.: DESIGN ANDPRODUCTION OF A LOW-POWER LOW-COST HIGH FREQUENCYDOPPLER RADIO SCATTEROMETER (HFDRS) FOR COASTAL ZONEOCEANOGRAPHY1914 Virmani, J. I.; Cherr, G.; Crosby, M.; Davies, N.; Klump, V.: IS THE U.S.NATIONAL NETWORK OF MARINE LABORATORIES AT RISK?1986 Bundy, M. H.; Porter, D. E.: NOAA NERRS SYSTEM-WIDE MONITORINGPROGRAM: AN OBSERVING SYSTEM THAT MEETS OCEAN, COASTAL,AND LAND-BASED RESEARCH AND MANAGEMENT NEEDS010 Physical and Biogeochemical Ocean Modeling: Development,Assessment and ApplicationsChair(s): Michael Bates, m_bates@mit.eduStephen Griffies, stephen.griffies@noaa.govBaylor Fox-Kemper, baylor@brown.eduTodd Ringler, todd.ringler@mac.comLocation: Kamehameha Hall III661 Yang, D.; Chamecki, M.; Meneveau, C.: WILL SURFACE OIL PLUMES TRAVELDOWNWIND OR CROSSWIND? - A COMBINED EFFECT OF LANGMUIRTURBULENCE AND EKMAN TRANSPORT662 Xu, S. Z.; Zhang, Y.; Huang, X. M.; Xu, F. H.: GPU ACCELERATION OFPRINCETON OCEAN MODEL663 Johnson, R. J.; Hyder, P.; Evans, D. G.; Koffi, U.; Bates, N. R.: ASSESSMENTOF REANALYSIS AND OPERATIONAL NUMERICAL MODELS IN THESARGASSSO SEA TO HELP QUANTIFY ADVECTION AT THE BERMUDAATLANTIC TIME-SERIES SITE.664 Hahn-Woernle, L.; Dijkstra, H. A.; van der Woerd, H. J.: STUDYING THEINFLUENCE OF VERTICAL MIXING ON PHYTOPLANKTON GROWTHWITH A QUASI-2D NP MODEL665 Yu, Y.; Liu, H.; Lin, P.: A QUASI-GLOBAL 1/10 EDDY-RESOLVING OCEANGENERAL CIRCULATION MODEL AND ITS PRELIMINARY RESULTS666 Petersen, M. R.; Jacobsen, D. W.; Ringler, T. D.: THE MPAS-OCEAN ALEVERTICAL COORDINATE667 Kim, G.; Gnanadesikan, A.; Del Castillo, C.: PARAMETERIZATION OFTHE DIFFUSE ATTENUATION COEFFICIENT OF DOWNWELLINGIRRADIANCE AS A FUNCTION OF CHLOROPHYLL & CDOM FORIMPLEMENTATION IN EARTH SYSTEM MODELS668 Brueggemann, N.; Eden, C.: VALIDATING DIFFERENTPARAMETERIZATIONS FOR MIXED LAYER EDDY FLUXES INDUCED BYBAROCLINIC INSTABILITY729 Xu, Z.; Chang, P.; Kim, W.; Richter, I.: DIAGNOSING SOUTHEAST TROPICALATLANTIC SST AND OCEAN CIRCULATION BIASES IN THE CMIP5ENSEMBLE730 Jaromir Jakacki, .: MODELING OF THE RISK ASSESSMENT FOR THEPOTENTIAL LEAKAGE OF CHEMICAL MUNITIONS IN THE BALTIC SEA.731 LI, Y.; XU, Y.: SIMULATED SEASONAL VARIATIONS OF THE PHYSICALFIELDS AND BIOGEOCHEMICAL VARIABLES IN THE MARGINAL SEASOF THE NORTHWEST PACIFIC732 Oddo, P.; NEMO System Team, .: THE NUCLEUS FOR EUROPEANMODELLING OF THE OCEAN – NEMOTUESDAY85

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY733 Jin, M.: BRINE REJECTION INDUCED OCEAN MIXING IN CESM CLIMATEMODEL AND ITS IMPACTS ON NUTRIENTS TRANSPORT IN THEARCTIC OCEAN734 Xiu, P.; Chai, F.; Guo, L.; Chavez, F. P.; Chao, Y.: SEASONAL VARIATIONS OFECOSYSTEM STRUCTURES IN THE CENTRAL CALIFORNIA CURRENTSYSTEM735 ZONG, H.; Ding, P.: MODELING STUDY OF SEASONAL VARIABILITY OFNUTRIENTS (N AND P) TRANSPORT IN THE YANGTZE ESTUARY ANDADJACENT WATERS736 Mikhail Dobrynin, .; Thomas Pohlmann, .: INTERACTION OF TIDES ANDSEA-ICE IN THE SHALLOW ARCTIC769 Min, H. S.; Kwon, Y. O.: COMPARISON OF NORTH PACIFICINTERMEDIATE WATER DISTRIBUTION BETWEEN OBSERVATION ANDCCSM4770 Komuro, Y.: THE IMPACT OF SURFACE MIXING ON THE ARCTIC RIVERWATER DISTRIBUTION AND STRATIFICATION IN A GLOBAL ICE–OCEAN MODEL771 CHANUT, J.: A REFINED NUMERICAL VIEW OF MEDITERRANEANOVERFLOW772 Santilli, E.; Chalamalla, V.; Sarkar, S.; Scotti, A.: MULTISCALE MODELING OFINTERNAL TIDES AT TOPOGRAPHY: TURBULENCE, MIXING AND WAVEENERGETICS773 Reckinger, S. M.; Petersen, M. R.; Reckinger, S. J.: SENSITIVITY OFRESOLUTION AND VERTICAL GRID TYPES ON 3D OVERFLOWSIMULATIONS USING MPAS-OCEAN774 Tseng, Y.; Bryan, F. O.: THE EFFECTS OF RIVER AND ESTUARY RUNOFFPARAMETERIZATION IN THE COMMUNITY EARTH SYSTEM MODEL775 Lindsay, K.: APPLICATION OF A NEWTON-KRYLOV SOLVER TO SPIN UPBIOGEOCHEMICAL TRACERS776 Burd, A. B.: REPRESENTING PARTICLE PROCESSES IN LARGE SCALEMARINE BIOGEOCHEMICAL MODELS.837 Shchepetkin, A. F.: AN ADAPTIVE, COURANT-NUMBER-DEPENDENTIMPLICIT SCHEME FOR VERTICAL ADVECTION IN OCEANICMODELING838 Bruggeman, J.; Butenschön, M.; Bolding, K.: MODEL COUPLING WITHTHE FRAMEWORK FOR AQUATIC BIOGEOCHEMICAL MODELS:A DEMONSTRATION WITH THE EUROPEAN REGIONAL SEASECOSYSTEM MODEL839 Hogan, P. J.; Coelho, E.; Thoppil, P.; Peggion, G.: EXTENDED RANGEENSEMBLE FORECASTING IN THE GULF OF MEXICO840 J.-M. Campin, .; Bates, M.: DIAGNOSTICS OF TRACER VARIANCE BUDGETAND IMPLIED NUMERICAL DIFFUSIVITY IN OCEAN MODELS841 Scott, J. R.; Marshall, J. C.; Armour, K. C.: SENSITIVITY OF OCEAN HEATUPTAKE AND CLIMATE RESPONSE TO EDDY AND DIAPYCNALDIFFUSIVITY PARAMETERS842 Krelling, A. M.; Silveira, I. C.; Gangopadhyay, A.: ADDRESSING THEDYNAMICS OF A NEAR-EQUATORIAL EDDY THROUGH NUMERICALMODELLING843 Mirabito, C. M.; Ueckermann, M. P.; Haley, P. J.; Lermusiaux, P. F.:DEVELOPMENT, VERIFICATION, AND PARALLELIZATION STRATEGIESFOR AN EFFICIENT NON-HYDROSTATIC FREE SURFACE PRIMITIVEEQUATION OCEAN MODEL868 Moisan, J. R.; McCarthy, J. J.: GENETIC PROGRAMMING FOR OCEANMICROBIAL ECOLOGY AND BIODIVERSITY869 Locke, L.: VALIDATION OF DRIFT PREDICTIONS FROM THE NAVY’SOPERATIONAL OCEAN MODELS870 Sun, S.; Bleck, R.: VALIDATION OF AN ICOSAHEDRAL-MESH VERSION OFHYCOM OCEAN MODEL021 Ocean Acidification and Coral Reefs: the Importance ofCooperative Research and the Integrated Ocean ObservingSystem (IOOS)Chair(s): Eric H. De Carlo, edecarlo@soest.hawaii.eduAdrienne Sutton, Adrienne.sutton@noaa.govDwight K. Gledhill, dwight.gledhill@noaa.govMichael S. Tomlinson, mtomlins@hawaii.eduLocation: Kamehameha Hall III2478 Manzello, D. P.; Enochs, I. C.; Musielewicz, S.; Carlton, R.; Gledhill, D.:TROPICAL CYCLONES CAUSE CACO3 UNDERSATURATION OF CORALREEF SEAWATER IN A HIGH-CO2 WORLD2480 Avaro, J.; Rose, A.: A NEW PROBE FOR KINETIC CHARACTERISATION OFCALCIUM CARBONATE PRECIPITATION: FLUORESCENCE RESPONSEUNDER VARYING PH, IONIC STRENGTH AND SOLUTION CONDITIONS2481 Shaw, E. C.; Phinn, S.; Tilbrook, B.: CORAL REEF COMMUNITYMETABOLISM: HOW DO SLACK WATER AND FLOW RESPIROMETRYMEASUREMENTS COMPARE?2482 Feng, E. Y.; David, K. P.; Koeve, W.; Oschlies, A.: OCEAN ALKALINIZATION-AN APPLICATION FOR CORAL REEF CONSERVATION2483 Paul, V. J.; Craft, J. D.; Ritson-Williams, R.; Langdon, C.: ALGAL CHEMICALECOLOGY IN A CHANGING OCEAN2484 Chan, W. Y.; Eggins, S.; Ellwood, M.; Nand, V.: NATURAL VARIABILITYIN SEAWATER CARBONATE CHEMISTRY AT ONE TREE ISLAND,AUSTRALIA2485 DeCarlo, T. M.; Cohen, A. L.; Young, C.; Golbuu, Y.; Brainard, R.: CORALBIOEROSION ENHANCED BY OCEAN ACIDIFICATION AND NUTRIENTS2486 Tribollet, A.; Atkinson, M. J.; Cuet, P.; Chauvin, A.: PRODUCTION OFSEAWATER ALKALINITY BY BIOERODING MICROFLORA INCREASESWITH OCEAN ACIDIFICATION2487 Maclaren, J. K.; Silverman, J.; Shamberger, K. E.; Rivlin, T.; Caldeira , K.: ADUAL-TRACER REGRESSION METHOD FOR ESTIMATING CORAL REEFECOSYSTEM RESPONSE TO A PLUME OF HIGH ALKALINITY SEAWATERTO STUDY THE EFFECT OF OCEAN ACIDIFICATION2488 Wall, C. B.; Fan, T.; Edmunds, P. J.: OCEAN ACIDIFICATIONDOES NOT AFFECT THERMAL BLEACHING IN THE JUVENILECORAL SERIATOPORA CALIENDRUM2523 Noh, J. H.; Sutton , A.; Lee, C. M.; Sabine, C.; Lee, K.: OCEAN ACIDIFICATIONMONITORING IN TROPICAL LAGOON WATERS OF CHUUK, FSM2524 Turk, D.; McGillis, W. R.; Yates, K. K.; Nelson, M.; Muller-Karger, F. E.:COMMUNITY METABOLISM IN A SHALLOW CORAL REEF ANDSEAGRASS ECOSYSTEM IN THE LOWER FLORIDA KEYS2525 Rivest, E. B.; Chen, C. S.; Fan, T. Y.; Li, H. H.: EFFECTS OF MULTIPLESTRESSORS ON LIPID CONSUMPTION AND FITNESS CHARACTERISTICSOF CORAL LARVAE IS LINKED TO LOCAL ENVIRONMENTALVARIABILITY AND RELEASE DATE2526 Lunden, J. J.; McNicholl, C. G.; Sears, C. R.; Morrison, C. L.; Cordes, E. E.:SENSITIVITY OF THE DEEP-SEA CORAL LOPHELIA PERTUSA TO OCEANCHANGE VARIES BY INDIVIDUAL GENOTYPE IN THE GULF OF MEXICO2527 Peterson, B.; Spaulding, R.; DeGrandpre, M. D.; De Carlo, E. H.; Drupp,P.: EVALUATION OF AN IN SITU ALKALINITY TIME-SERIES ON AHAWAIIAN BARRIER REEF2528 Drupp, P. S.; De Carlo, E. H.; Thompson, R. W.; Mackenzie, F. T.; Musielewicz, S.:VARIABILITY IN POREWATER CARBONATE CHEMISTRY OF PERMEABLESEDIMENTS ON A BARRIER REEF86

Program BookAGU/ASLO/TOS028 Marine Renewable Energy Research, Development, Evaluation, and PolicyChair(s): Grace Chang, gchang@msi.ucsb.eduAndy Lanier, Andy.Lanier@state.or.usCraig Jones, cjones@seaengineering.comJean Thurston, jean.thurston@boem.govLocation: Kamehameha Hall III1397 McCaffrey, K. L.; Fox-Kemper, B.; Hamlington, P. E.; Thomson, J.:CHARACTERIZATION OF TURBULENCE ANISOTROPY, COHERENCE,AND INTERMITTENCY AT A PROSPECTIVE TIDAL ENERGY SITE1398 Stark, N.; Hay, A. E.; Kopf, A.: INTRODUCING A SMALL-SCALE DYNAMICPENETROMETER FOR RAPID GEOTECHNICAL SITE ASSESSMENT ANDMONITORING IN THE FIELD OF OCEAN RENEWABLE ENERGY1399 Boatman, M. C.; Hall, C. M.; Bigger, D.: ENVIRONMENTAL EVALUATIONSOF LIGHTING SCHEMES AND CHEMICAL SPILLS FOR MARINERENEWABLE ENERGY1400 Chang, G.; Roberts, J. D.; Jones, C. A.; Magalen, J.: WAVE ENERGYCONVERTER EFFECTS ON THE NEARSHORE ENVIRONMENT1401 Jones, C. A.; Chang, G.; Spada, F. W.; Roberts, J. D.: COST EFFECTIVE REAL-TIME WAVE ASSESSMENT TOOL1402 Brodie, J. F.; Veron, D. E.; Archer, C. L.; Veron, F.: MODELING OFFSHOREWIND FARM CONFIGURATIONS IN A MESOSCALE ATMOSPHERICMODEL TO OPTIMIZE POWER PRODUCTION1403 Lewis, M. J.; Neill, S.; Hasemi, R.: WIND-WAVE DIRECTION AND THE TIDALSTREAM ENERGY RESOURCE.1404 Goward Brown, A. J.; Neill, S. P.: 3D ROMS MODELLING OF THEPENTLAND FIRTH – A WORLD-LEADING TIDAL ENERGY RESOURCE1405 Cochlan, W. P.; Buttler, F. R.; Herndon, J.; Ikeda, C. E.; Bidigare, R. R.: EFFECTOF SEQUENCE AND SEVERITY OF MACRONUTRIENT DEPLETION ONNEUTRAL LIPID PRODUCTION IN TWO STRAINS OF CHLORELLA 211-2181406 Yin, L.; Blumberg, A. F.; Wakeman, T. H.; Miller, J. K.; Datla, R. V.: WAVEEDUCTOR AND ITS POTENTIAL USE IN OCEAN THERMAL ENERGYCONVERSION1407 Huang, Z.; Deng, Z.; Law, A.: WAVE POWER EXTRACTION BY A BOTTOM-MOUNTED OSCILLATING WATER COLUMN CONVERTER WITHV-SHAPED ARMS1408 Chiou, M. D.; Jan, S.; Kuo, T. H.; Chen, C. C.; Chien, H.: ASSESSMENT OFFLOW FIELD IN THE INNER SEA OF THE PENGHU ISLANDS BY TIDALENERGY EXTRACTION AT INLETS: NUMERICAL APPROACH1409 Trowse, G. C.; Hay, A. E.; Karsten, R.; Cheel, R. A.: A LOW-COST ANDHIGH-VALUE METHOD FOR INITIAL ASSESSMENT OF TIDAL ENERGYPOTENTIAL AND VALIDATION OF COASTAL OCEAN MODELS1410 Pietrafesa, L. J.; Bao, S.; Li, X. F.; Yan, T.; Gayes, P. T.: ON IN-SITU DERIVEDCLIMATOLOGY, REMOTE VIEWS AND NUMERICAL MODEL OUTPUTOF WINDS AND WAVES IN U.S. COASTAL WATERS1463 Xue, H.; Rao, S.; Bao, M.: MODELING TIDAL POWER DENSITY AND TIDALFARM EFFICIENCY IN THE WESTERN PASSAGE1464 Thomas, N.; Seim, H.; Haines, S.: ESTIMATING A STABILITY-BASEDDEPICTION OF TURBINE-HEIGHT WINDS OFFSHORE OF NORTHCAROLINA1465 Dallman, A. R.; Gunawan, B.; Neary, V.; Bull, D.: WAVE ENVIRONMENTCHARACTERIZATION AT WAVE ENERGY CONVERTER (WEC) TESTSITES1466 Nichols, R.; Gayes, P. T.; Pietrafesa, L.; Driscoll, F.; Dolan, D.: IMPROVING THEDESIGN BASIS FOR OFFSHORE WIND TURBINES IN SHALLOW WATERSUSCEPTIBLE TO TROPICAL CYCLONES.1467 Lowcher, C. F.; Bane, J. M.; He, R.; Muglia, M.; Gong, Y.: GULF STREAM MHKPOWER CHARACTERISTICS OFF CAPE HATTERAS, NORTH CAROLINA1468 Suryan, R.; Albertani, R.; Polagye, B.; Flowers, J.; Harrison, T.: ASYNCHRONIZED SENSOR ARRAY FOR REMOTE MONITORING OFAVIAN AND BAT INTERACTIONS WITH OFFSHORE WIND TURBINES1469 Kramer, S. H.: FRAMEWORK FOR BASELINE AND EFFECTS MONITORINGPROTOCOLS FOR OCEAN RENEWABLE ENERGY035 Optics and Light In the Particle-Laden Coastal OceanChair(s): Christopher R. Sherwood, csherwood@usgs.govAlex Nimmo-Smith, alex.nimmo.smith@plymouth.ac.ukPaul Hill, paul.hill@dal.caEmmanuel Boss, emmanuel.boss@maine.eduLocation: Kamehameha Hall III819 TAO, J.; Hill, P. S.; Milligan, T. G.: VARIABILITY OF PARTICLE DISTRIBUTIONUSING OPTICAL MEASUREMENTS WITHIN THE COLUMBIA RIVERPLUME820 Hill, P. S.; Milligan, T. G.; Boss, E.: BACKSCATTER RATIO AS A PROXY FORAREA-TO-MASS RATIO821 Peng, F.; Effler, S. W.: SPECTRAL ABSORPTION PROPERTIES OF MINERALPARTICLES IN WESTERN LAKE ERIE: INSIGHTS FROM INDIVIDUALPARTICLE ANALYSIS822 Neukermans, G.; Reynolds, R. A.; Stramski, D.: OPTICAL DIFFERENTIATIONOF ECOLOGICAL REGIMES IN THE ARCTIC OCEAN823 Wojtasiewicz, B.; Wozniak, M.; Bradtke, K.; Ston-Egiert, J.; Krezel, A.: LIGHTABSORPTION BY PHYTOPLANKTON FROM THE GULF OF GDANSK(BALTIC SEA)824 Sullivan, J. M.; Twardowski, M. S.; Katz, J.; McFarland, M.: UNDERSTANDINGPARTICLE FIELDS AND THEIR RELATION TO OPTICS USING IN-SITUHOLOGRAPHIC MICROSCOPY825 Ackleson, S. G.; O’Donnell, J.; Howard-Strobel, M. M.: OPTICALDESCRIPTIONS OF SUSPENDED PARTICLE COMPOSITION ANDMORPHOLOGY IN EASTERN LONG ISLAND SOUND AND BLOCKISLAND SOUND826 Sokoletsky, L. G.; Shen, F.: OPTICAL CLOSURE FOR THE REMOTE-SENSING REFLECTANCE: THE CASE OF CHANGJIANG (YANGTZE)RIVER ESTUARY AND ITS ADJACENT COASTAL AREA, CHINA827 Davies, E. J.; Brandvik, P. J.; Leirvik, F.: THE USE OF OPTICS FOR INFERRINGPROPERTIES OF SUBSURFACE OIL AND GAS PARTICLES828 Sukenik, C. I.; Zimmerman, R.; Hill, V.; Degree, A.: EXPLOITING LIDAR TORETRIEVE PARTICLE DISTRIBUTIONS OF THE UPPER OCEAN829 Ficek, D.; Meler, J.; Ston-Egiert, J.; Zapadka, T.; Majchrowski, R.: LIGHTABSORPTION BY PHYTOPLANKTON IN THE BALTIC SEA AND POLISHLAKES830 Graham, G. W.; Nimmo Smith, W. A.; Davies, E. J.; McKee, D.; Bowers, D. G.:THE OPTICAL SIGNIFICANCE OF VARIABILITY IN NATURAL PARTICLEPOPULATIONS OBSERVED IN UK COASTAL WATERS831 Zhang, X.; Gray, D.; Huot, Y.; Stavn, R.; Twardowski, M.: EXAMININGPARTICLES AT DIFFERENT ANGLES: INFERENCES FROM VOLUMESCATTERING FUNCTIONS832 Zhai, P.; Hu, Y.; Trepte, C. R.; Winker, D. M.; Josset, D. B.: LIGHT SCATTERINGBY EMILIANIA HUXLEYI BASED ON A REALISTIC NONSPHERICALMODEL833 Fournier, G.; Sanjuan calzado, V.; Trees@cmre.nato.int, C.; Neukermans, G.:NEW PHASE FUNCTION TAILORED FOR AOP TO IOP INVERSION834 Treibitz, T.; Mullen, A.; Roberts, P. L.; Laxton, B.; Jaffe, J.: UNDERWATERBENTHIC MICROSCOPY875 Vuorenkoski, A.; Twardowski, M.; Stockley, N.; Dalgleish, F.; Ouyang,B.: BEAM ATTENUATION MEASUREMENTS WITH AN IN SITULIDAR INSTRUMENT OVER A WIDE RANGE OF ENVIRONMENTALCONDITIONS IN THE LIGURIAN SEA876 Wyse, D. E.; McPhee-Shaw, E. E.; Bellingham, J. G.; Sudek, S.; Bowers, H. A.:PLANKTON IN MONTEREY BAY: OPTIMIZATION OF OPTICAL SENSORDATA FROM AUVS WITH APPLICATIONS IN PLANKTON COMMUNITYCOMPOSITIONTUESDAY87

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY038 The Coral Triangle of the Indonesian/PhilippinesArchipelago, Its Response to Climate ChangeChair(s): Frederic S. Castruccio, fredc@ucar.eduArnold L. Gordon, agordon@ldeo.columbia.eduJoan A. Kleypas, kleypas@ucar.eduElizabeth McLeod, emcleod@tnc.orgLocation: Kamehameha Hall III2579 Dustan, P.; Doherty, O.; Milner, C.; Lehman, A.; Alling, A.: ASSESING THEECOLOGICAL TIPPING POINT OF CORAL REEFS IN NW BALI, INDONESIA2580 Moore, T. N.; Gaynus, C. J.: MEIOFAUNA ABUNDANCE AND DIVERSITY INBALI, INDONESIA2581 Gaynus, C.; Moore, T.: MEIOFAUNA ABUNDANCE AND DIVERSITY INBALI, INDONESIA2582 Howard, C. D.; Keliher, J.; Noer, I.; Arbi, U. Y.: VALIDATING A TECHNIQUEFOR MEASURING CORAL REEF BIODIVERISTY2583 Curchitser, E. N.; Castruccio, F. S.; Kleypas, J. A.; Pinksy, M.; Watson, J.R.: CLIMATE, BLEACHING AND CONNECTIVITY IN THE CORALTRIANGLE.2584 Kleypas, J. A.; Castruccio, F.; Curchitser, E.; McLeod, E.: ARE THERETHERMAL REFUGIA FOR CORAL REEFS IN THE CORAL TRIANGLE?2619 Watanabe, A.; Miyajima, T.; Nadaoka, K.; McGlone, M. L.; Villanoy, C.:RELATIONSHIP BETWEEN WATER MASS PROPERTIES AND CARBONATECHEMISTRY OBSERVED IN LAMON BAY, THE PHILIPPINES IN MAY 20122620 Guan, Y.; Hohn, S.; Merico, A.: ENVIRONMENTAL LIMITS FOR THEDISTRIBUTION OF CORAL HABITATS IN THE CORAL TRIANGLE2621 Castruccio, F. S.; Curchitser, E. N.; Kleypas, J. A.; Pinsky , M. L.; Watson, J. R.:A FRAMEWORK FOR INVESTIGATING THE IMPACTS OF CHANGINGTEMPERATURE AND CIRCULATION ON CORAL CONNECTIVITY INTHE CORAL TRIANGLE2622 Dorman, J. G.; Castruccio, F. S.; Powell, T. M.; Kleypas, J. A.; Curchitser, E.N.: SEASONAL AND INTERANNUAL VARIABILITY OF ACROPORAMILLEPORACONNECTIVITY IN THE SPRATLY ISLANDS2623 Sbrocco, E. J.: LOOKING BACK FOR THE FUTURE: WHAT SPECIESRESPONSE TO PAST CLIMATE CHANGE CAN TELL US ABOUT THEFUTURE OF CORAL REEFS IN A MARINE BIODIVERSITY HOTSPOT2624 Davis, C. S.; Cohen, A. L.; McKinnie, D.; Susanto, D.; Ji, R.: A PERSPECTIVE ONCLIMATE AND OCEANOGRAPHIC DRIVERS OF CORAL RESILIENCE INTHE HALMAHERA SEA045 Sea-Ing Connections: Ocean Science As A Catalyst toInspire the Next Wave of Young (PreK-16) Scientists and KeepStudents Engaged Within and Outside the Classroom.Chair(s): Kanesa Duncan Seraphin, kanesa@hawaii.eduFranklin A. Newton , fanewt@udel.eduMichele Guannel , mguannel@hawaii.eduLauren Kaupp, kaupp@hawaii.eduJohn Mitchell, john@digitalbus.orgJoanna Philippoff , philippo@hawaii.eduLocation: Kamehameha Hall III1565 Shea, N. A.; Mouza, C.; McGinnis, R. J.; Breslyn, W.; Hestness, E.: SEA LEVELRISE AND NGSS: AN IMPETUS FOR COLLABORATIVE TEACHERPROFESSIONAL DEVELOPMENT1615 Eubanks, E. D.; Oberbauer, S.; Lavoie, A. R.; Ybanez, K.: THE BENEFITS OFBEING A STUDENT OF TEACHER RESEARCHERS EXPERIENCES (SOTRE’)1616 Babb, I. G.; Erickson, J.; McKee, M. P.; Joy, K.; Hamilton, J.: COSEE-TEK– LSAMP COLLABORATION: THE 2013 OCEAN SCIENCE ANDTECHNOLOGY CHALLENGE (OSTC) – DEVELOPING 21ST CENTURYSKILLS1617 Hoppe, K. A.; Furutani, T. T.; Nesbit, E. A.; Martin, R. A.: USING ANALYSES OFBENTHIC FORAMINIFERA FROM PUGET SOUND, WA TO ENGAGE ANDINFORM INTRODUCTORY EARTH SCIENCE STUDENTS1618 Eubanks, E. D.; Guinan, E. M.; Oberbauer, S. F.: TRACKING A SEVEN YEARSOTRE (STUDENT OF TEACHER RESEARCH EXPERIENCES)1619 Awad, A. A.: DUAL CREDIT GEOLOGY PROGRAM INTRODUCES OCEANSCIENCES TO HIGH SCHOOL STUDENTS1620 Magnusson, J. L.: REAL-TIME SCIENCE: ENGAGING STUDENTS IN STEMFIELDS USING AUTHENTIC CONNECTIONS WITH SCIENTISTS ANDTHEIR RESEARCH1621 Mayfield, K. K.: NA KEIKI O KA ÀINA SUMMER ADVENTURE CAMPS:TEACHING AND INSPIRING THE NEXT GENERATION OF SCIENTISTSON KAUAÌ1622 Thompson, N.: USING MOBILE DEVICES TO ENGAGE MIDDLE SCHOOLSTUDENTS IN UNDERSTANDING THE IMPLICATIONS OF CLIMATECHANGE AND ITS RELATIONSHIP TO PLANKTON ECOLOGY1623 Newton, F. A.; Veron, D. E.: HIGH SCHOOL STUDENTS EXPERIENCEMARINE SCIENCE THROUGH THE UNIVERSITY OF DELAWARE’S TIDECAMP1624 Ewing, N. R.; Davidson, E. R.: THE OCEAN SCIECNE SYMPOSIUM:NURTURING ENTHUSIASM IN K-16 STUDENTS FOR OCEAN SCIENCEAND TECH THROUGH INTERDISCIPLINARY PEER-2-PEER MENTORING1625 Hills, W. B.; Rue, A. N.; Gilman, C. S.: WHAT WOULD THEY CHOOSE?USING OCEAN LITERACY PRINCIPLES AND INQUIRY-BASEDSCENARIOS TO TEACH STUDENTS ABOUT EVALUATION OF MARINEISSUES1626 Bertram, M. A.; Thompson, L.; Palevsky, H.; Flowers, N.: FACULTY,GRADUATE STUDENTS AND HIGH SCHOOL TEACHERS WORKINGTOGETHER FOR OCEAN AND CLIMATE CHANGE EDUCATION: WHAT’SDATA GOT TO DO WITH IT?1627 Ferenbaugh, J. K.; Brodrick-Hartman, C. J.: USING GLOBAL DISPLAYTHEATER AND INQUIRY-BASED LEARNING TO ENGAGE STUDENTS INOCEAN AND CLIMATE SCIENCE1628 Lyman-Holt, A. L.: USING TSUNAMIS TO PUT ENGINEERING INTOSTEM: COASTAL ENGINEERING MODULES FOR FORMAL ANDINFORMAL EDUCATION1629 Rii, Y. M.; Komatsu, J. N.; Hayakawa, D. H.: SCIENCE IN ACTION: 9-12SCIENCE EDUCATION WITHIN THE UNIVERSITY INFRASTRUCTUREFOSTERS EFFECTIVE PROJECT-BASED LEARNING1630 Greely, T.; Lodge, A.: DOING SCIENCE LIKE AN OCEAN SCIENTIST:OCEAN IMMERSION PROGRAMS TO ENGAGE STUDENTS ANDTEACHERS OUTSIDE THE CLASSROOM--- AT SEA, IN LABS, IN THEFIELD1670 Wold-Brennon, R. E.: FROM DOLPHINS TO PLANKTON: IDENTIFYINGEFFECTIVE STRATEGIES FOR SUSTAINING UNDERREPRESENTEDYOUTH INTEREST IN STEM FOR FORMAL AND INFORMAL EDUCATIONSETTINGS050 Arctic In Rapid Transition (ART): Impacts of Climate ChangeOn the Ecology, Biogeochemistry, and Biological Carbon Pump ofthe Arctic OceanChair(s): Ilka Peeken, ilka.peeken@awi.deStefan Sievert, ssievert@whoi.eduTimothy Eglinton, timothy.eglinton@erdw.ethz.chSusumu Honjo, shonjo@whoi.eduMonika Kedra, kedra@iopan.gda.plJeremy T. Mathis, jeremy.mathis@noaa.govLocation: Kamehameha Hall III1151 Le Moigne, F.; Poulton, A. J.; Daniels, C. J.; Henson, S. A.; Richier, S.: HIGHLYEFFICIENT BIOLOGICAL CARBON PUMP IN A PHAEOCYSTIS SP. BLOOMIN THE ARCTIC OCEAN1152 Weslawski, J. M.; Lydersen, C.: TIDAL GLACIERS – NOAH’S ARC FORARCTIC MARINE FAUNA1153 Mienert, J.; Carroll, J.: COUPLING AND FEEDBACKS IN THE METHANEHYDRATE SYSTEM OF THE ARCTIC OCEAN1154 Ortiz, M.; Graber, H.: TRACKING AN ICE MASS-BALANCE BUOY USINGHIGH RESOLUTION SAR SIGNATURES WITH TERRASAR-X ANDRADARSAT 2 IN THE BEAUFORT SEA88

Program BookAGU/ASLO/TOS1155 Brown, K. A.; Miller, L. A.; Mundy, C. J.; Francois, R.; Tortell, P.: INORGANICCARBON SYSTEM DYNAMICS IN LAND-FAST ARCTIC SEA ICE DURINGTHE EARLY-MELT PERIOD: OBSERVATIONS USING STABLE CARBONISOTOPES1156 Matsuoka, A.; Babin, M.; Doxaran, D.; Hooker, S. B.; Mitchell, B. G.: ASYNTHESIS OF ABSORPTION PROPERTIES OF THE PAN-ARCTIC OCEAN:APPLICATION TO SEMI-ANALYTICAL ESTIMATES OF DISSOLVEDORGANIC CARBON CONCENTRATIONS FROM SPACE1157 Kosobokova, K. N.; Hopcroft, R. R.; Hirche, H. J.: ZOOPLANKTONCOMMUNITY STRUCTURE AND PRODUCTIVITY IN A CHANGINGARCTIC OCEAN1158 Eveleth, R. K.; Timmermans, M. L.; Cassar, N.: PHYSICAL AND BIOLOGICALCONTROLS ON OXYGEN SATURATION VARIABILITY IN THE CENTRALARCTIC1159 Lee, H.; Kwon, M.; Lee, K.: POSSIBLE CAUSES FOR ACCELERATED SEA ICELOSS IN THE ARCTIC OCEAN AFTER 20001160 Kawasaki, T.; Hasumi, H.: THE MAINTENANCE OF LAYERED STRUCTUREIN THE ARCTIC OCEAN BY THE ATLANTIC WATER INFLOW1161 Glowacki, O.; Deane, G. B.; Moskalik, M.; Tegowski, J.; Blondel, P.:HYDROACOUSTIC STUDY OF GLACIER CALVING EVENTS INHORNSUND FJORD, SPITSBERGEN1162 Wei, C.; Roy, V. and Archambault, P., .; Bélanger, S.; Lawton, P.; Snelgrove, P.:A MULTI-SCALE APPROACH TO PREDICTING DEEP-SEA EPIFAUNALBIOMASS IN THE CANADIAN HIGH ARCTIC USING REMOTELY SENSEDDATA1163 Wlodarska-|Kowalczuk, m.; Deja, k.; Legezynska, J.; Kulinski, K.: ORGANICCARBON IN SEDIMENTS SHAPES THE PATTERNS OF SPECIESDISTRIBUTION, DENSITY AND DIVERSITY OF ARCTIC FJORDICMACROFAUNA (WEST SPITSBERGEN)1246 DeGrandpre, M.; Islam, F.; Beatty, C.; Krishfield, R.; Toole, J.: AUTONOMOUSPCO2 AND O2 TIME-SERIES IN THE CENTRAL ARCTIC OCEAN1247 Ravelo, A. M.; Konar, B.: CORRELATING SEA ICE COVERAGE TOEPIBENTHIC COMMUNITIES ON THE ALASKAN ARCTIC SHELVES1248 Balmonte, J. P.; Arnosti, C.: REGIONAL AND DEPTH-RELATEDDIFFERENCES IN THE CAPABILITIES OF ARCTIC MICROBIALCOMMUNITIES TO DEGRADE ORGANIC MATTER1249 Cross, J. N.; Mathis, J. T.; Evans, W.; Byrne, R. H.; Bates, N. R.: ACIDIFICATION-INDUCED CARBONATE MINERAL DISSOLUTION IN THE EASTERNBERING SEA1250 Dosser, H. V.; Rainville, L.; Toole, J. M.: MULTI-YEAR OBSERVATIONS OFNEAR-INERTIAL INTERNAL WAVES IN THE ARCTIC OCEAN1251 Corvi, E. R.; Goni, M. A.; Alleau, Y.: CHARACTERIZATION AND SPATIALDISTRIBUTION OF PARTICULATE ORGANIC MATTER IN THE ARCTICOCEAN1252 Devred, E.; Babin, M.; Matsuoka, A.; Coupel, P.; Benoît-Gagné, M.: RECENTTRENDS IN THE PHYTOPLANKTON COMMUNITY STRUCTURE OF THECANADIAN ARCTIC BASIN: A SATELLITE APPROACH1253 Martin, T.; Steele, M.; Zhang, J.: TRENDS IN ARCTIC OCEAN MOMENTUMINFLUX AND THE ROLE OF OPTIMUM SEA ICE CONCENTRATION1254 Boissonnot, L.; Søreide, J. E.; Graeve, M.: EFFECT OF FOOD AND LIGHT ONTHE DEVELOPMENT OF THE ARCTIC COPEPOD CALANUS GLACIALISDURING THE WINTER-SPRING TRANSITION1255 Van Dijken, G. L.; Arrigo, K. R.: CHANGES IN ARCTIC SEA ICE ANDPRIMARY PRODUCTION OVER THE LAST FOUR DECADES1256 Causey, D.; Welker, J. M.; Burnham, K.: FINE-SCALE SPATIAL ANDTEMPORAL EFFECTS OF RAPID ENVIRONMENTAL CHANGE ONGREENLAND HIGH ARCTIC COASTAL MARINE COMMUNITIES054 The Dynamics of the Madden-Julian Oscillation (DYNAMO),Multi-Scale Ocean-Atmosphere Interaction, and NumericalSimulation of Coupled Ocean-Atmosphere ProcessesChair(s): Weiqing Han, whan@colorado.eduKelvin Richard, rkelvin@hawaii.eduToshiaki Shinoda, toshiaki.shinoda@tamucc.eduLocation: Kamehameha Hall III905 Dong, H.: EVALUATION OF PERFORMANCE OF THE ASSIMILATED DATAOF YOTC IN SIMULATING MJO906 Ohlmann, C.; Moulin, A.; Moum, J.: SOLAR TRANSMISSION AND RADIANTHEATING IN THE EQUATORIAL INDIAN OCEAN DURING DYNAMO907 Chi, N.; Lien, R.; D’Asaro, E.: SURFACE MIXED LALYER HEAT BUDGET ATCENTRAL INDIAN OCEAN DURING MJO EVENTS908 Shinoda, T.; Han, W.; Zamudio, L.; Jensen, T.; Wang, C.: REMOTE OCEANRESPONSE TO THE MADDEN-JULIAN OSCILLATION DURING THEDYNAMO FIELD CAMPAIGN: SATELLITE OBSERVATIONS AND OCEANMODELING909 Hoecker-Martinez, M. S.; Smyth, W. D.; Skyllingstad, E. D.; Edson, J. B.; Moum,J. N.: LARGE EDDY SIMULATIONS OF TURBULENT PROCESSES IN THEUPPER EQUATORIAL INDIAN OCEAN DURING DYNAMO989 Shelly, A.; Xavier, P.: MODELLED OCEAN-ATMOSPHERE PROCESSES ANDMJO INTERACTIONS ON MEDIUM RANGE TIMESCALES990 Edson, J. B.; Fairall, C. W.; Bariteau, L.; de Szoeke, S.; Marion, J.: ANINVESTIGATION OF LATENT, SENSIBLE AND NET HEAT EXCHANGE INTHE DYNAMO/LASP PROGRAM991 Carniel, S.; Miglietta, M. M.; Warner, J. C.; Benetazzo, A.; Sclavo, M.:A COUPLED ATMOSPHERE–OCEAN MODELLING SYSTEM TOINVESTIGATE THE EXCEPTIONAL WINTER 2012 CONDITIONS IN THENORTHERN ADRIATIC SEA992 Martin, P. E.; Arbic, B. K.; Blundell, J. R.; Dewar, W. K.; Hogg, A.: FREQUENCY-DOMAIN ANALYSIS OF FORCED VERSUS INTRINSIC VARIABILITY IN AQUASI-GEOSTROPHIC COUPLED OCEAN-ATMOSPHERE MODEL993 Ashfaq, M.; Rastogi, D.; Hodges, K.: SOUTH ASIAN MONSOONDEPRESSIONS IN CMIP5 GCMS994 Kondrashov, D.; Chekroun, M. D.; Robertson , A. W.; Ghil, M.: LOW-ORDERSTOCHASTIC MODEL AND “PAST-NOISE FORECASTING” OF THEMADDEN-JULIAN OSCILLATION995 Zappa, C. J.; Moum, J. N.; Smyth, W. D.; Edson, J. B.; Fairall, C. W.: WAVE-INFLUENCED OCEAN SURFACE LAYER TURBULENCE RESPONSE TOWIND BURSTS DURING DYNAMO996 Skyllingstad, E. D.; de Szoeke, S. P.: THE ROLE OF CONVECTIVE ACTIVITYDURING THE SUPPRESSED STAGE OF THE MJO997 Moulin, A. J.; Moum, J. N.; Ohlmann, J. C.; Shroyer, E. L.: OBSERVATIONS OFTHE DIURNAL WARM LAYER DURING DYNAMO998 Pujiana, K.; Moum, J. N.: SURFACE LAYER RESPONSE TO THEEQUATORIAL INDIAN OCEAN JET DURING AN MJO EVENT999 Benedict, J. J.; Collins, W. D.: COMPOSITE BEHAVIOR OF SIMULATEDMADDEN-JULIAN OSCILLATION DISTURBANCES BASED ON INDIANOCEAN DIPOLE PHASE1000 Munchow, G. B.; Alves, R. M.; Pezzi, L. P.: EFFECT OF COUPLEDNUMERICAL MODEL COAWST IN PLANETARY BOUNDARY LAYER - ASTUDY CASE ON THE CONFLUENCE BRAZIL-MALVINAS1011 Chen, S. S.; Kerns, B. W.; Saravin, A.; Lee, C. Y.; Jorgensen, D. P.: CONVECTIVECOLD POOL STRUCTURE AND BOUNDARY LAYER RECOVERY:MULTISCALE AIR-SEA COUPLING PROCESS OBSERVED DURINGDYNAMO1012 Lucas, S.; Todd, J.; Higgins, W.: THE CLIMATE VARIABILITY &PREDICTABILITY (CVP) PROGRAM AT NOAA - DYNAMO RECENTPROJECT ADVANCEMENTSTUESDAY89

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY058 Mesoscale Ocean Processes and Their Representation InEarth System ModelsChair(s): Mehmet Ilicak, mehmet.ilicak@noaa.govRyan Rykaczewski, rykaczer@mailbox.sc.eduNikolai Maximenko, maximenk@hawaii.eduAli Belmadani, abelmadani@dgeo.udec.clDetlef Stammer, detlef.stammer@zmaw.deLocation: Kamehameha Hall III2892 Duteil, O.; Schwarzkopf, F.; Böning, C.; Oschlies, A.: HIGH-RESOLUTIONMODEL INDICATES MAJOR ROLE OF EQUATORIAL AND OFF-EQUATORIAL UNDERCURRENTS IN SETTING OXYGEN LEVELS IN THEEASTERN TROPICAL ATLANTIC OCEAN2893 YANG, G.; WANG, F.; Li, Y. L.; Lin, P. F.: MESOSCALE EDDIES IN THENORTHWESTERN SUBTROPICAL PACIFIC OCEAN:STATISTICALCHARACTERISTICS AND THREE-DIMENSIONAL STRUCTURES2894 Miyazawa, Y.; Varlamov, S. M.; Guo, X.; Kaoru, I.; Miyama, T.: M2 INTERNALTIDE VARIABILITY MODULATED BY OCEAN CIRCULATION PROCESSESSOUTH OF JAPAN2895 Trossman, D. S.; Arbic, B. K.: IMPACT OF BOTTOM DRAG STRENGTH ONEDDYING OCEAN GENERAL CIRCULATION MODELS2896 Hamilton, P.; Sheinbaum, J.; Donohue, K. A.; Leben, R. R.; Watts, D. R.: EKMAN,FRANKLIN AND HADAL: LOOP CURRENT EDDY SEPARATION ANDSTATISTICS FROM OBSERVATIONS2897 Bishop, S. P.; Bryan, F. O.: A COMPARISON OF MESOSCALE EDDY HEATFLUXES FROM OBSERVATIONS AND A HIGH-RESOLUTION OCEANMODEL SIMULATION OF THE KUROSHIO EXTENSION2898 von Storch, J.: AN ESTIMATE OF THE LORENZ ENERGY CYCLE FORTHE WORLD OCEAN BASED ON THE 1/10 DEGREE STORM/NCEPSIMULATION2973 Vic, C.; Roullet, G.; Carton, X.; Capet, X.: A NUMERICAL STUDY OF THEGREAT WHIRL LIFECYCLE2974 Perrot, X.; Dritschel, D. G.: INTERACTION OF A SURFACE VORTEX WITHAN INTERIOR ONE, IN QUASI GEOSTROPHIC MODEL WITH BUOYANCYBOUNDARY CONDITIONS2975 Wang, F.; Liu, H.; Lu, J.; Lin, P.: THE THICKNESS DIFFUSIVITY IN HIGHRESOLUTION OCEAN MODEL2976 Escudier, R.; Renault, L.; Juza, M.; Pascual, A.; Brasseur, P.:CHARACTERIZATION OF MESOSCALE EDDIES IN THE WESTERNMEDITERRANEAN SEA: PERSPECTIVES FROM MODELS ANDOBSERVATIONS2977 Miranda, J. A.; Silveira, I. C.; Flierl, G. R.: DYNAMICS OF BRAZIL CURRENTDIPOLES: BAROTROPIC INSTABILITIES AND FLOW-WESTERNBOUNDARY INTERACTIONS2978 Bourdallé-Badie, R.; Bricaud, C.; Drévillon, M.; Drillet, Y.; Garric, G.: MESO-SCALE ENERGY LEVELS IN A HIERARCHY OF VARYING HORIZONTALRESOLUTIONS GLOBAL OGCM CONFIGURATIONS2979 Olascoaga, M. J.; Beron-Vera, F. J.; Haller, G.: CLUSTERING ON THE SURFACEOF THE OCEAN2980 Seim, H. E.; Edwards, C. E.; Nelson, J.; Haines, S.: ULF STREAM AND WINDINFLUENCE ON SHELF AND SLOPE CIRCULATION DURING WIND 2012OFF LONG BAY (SE US)2981 Zhang, Y.; Ferrari , R.: MIXED LAYER EDDY DIFFUSIVITY: EFFECTS OFSURFACE RELAXATION AND TURBULENT MIXING2982 Zanna, L.; Mana, P. L.: TOWARDS A STOCHASTIC PARAMETRIZATION OFOCEAN MESOSCALE EDDIES2983 Pradal, M. A.; Gnanadesikan, A.: HOW DOES ISOPYCNAL STIRRINGIMPACT GLOBAL CLIMATE IN AN EARTH SYSTEM MODEL?2984 Syamsudin, F.; Syamsuddin, M. L.; Iskandar, I.: MESOSCALE EDDIES IN THESOUTH OF JAWA WATER AND ITS RELATIONSHIP WITH BIGEYE TUNE(THANNUS OBESUS) HOTSPOT IN THE EASTERN INDIAN OCEAN2985 Palóczy, A.; Silveira, I. C.; Rocha, C. B.: THE QUASI-STANDING UNSTABLEMEANDERS OF THE BRAZIL CURRENT2986 Chu, X.; Xue, H.; Qi, Y.: AN EXCEPTIONAL MESOSCALE EDDY INTHE SOUTH CHINA SEA INVESTIGATED BY OBSERVATIONAL ANDMODELING DATA2987 Wetzel, A. N.; Arbic, B. K.; Flierl, G. R.: IMPACT OF BOTTOM FRICTION ONMULTI-LAYER QUASI-GEOSTROPHIC TURBULENCE WITH SURFACEBOUNDARY EFFECTS2988 Griesel, A.; Eden, C.; McClean, J. L.; Gille, S. T.; Sprintall, J.: LAGRANGIANEDDY DIFFUSIVITIES AND THEIR RELATION TO MEAN JETS3041 Ramos-Musalem, A. K.; Zavala-Hidalgo, J.; Ruiz-Angulo, A.: A NUMERICALSTUDY OF THE YUCATAN UPWELLING PROCESSES059 Illuminating the Deep Ocean: Limits to Understanding,Observation Requirements, and Overcoming the ChallengesChair(s): Dr. Eric Lindstrom, eric.j.lindstrom@nasa.govProf. Dr. Antje Boetius, antje.boetius@awi.deDr. Rik Wanninkhof, Rik.Wanninkhof@noaa.govDr. Gregory Johnson, Gregory.C.Johnson@NOAA.govLocation: Kamehameha Hall III2009 Zhao, Y.; Liu, Z.; Zhang, Y.; Wang, W.; Xu, J.: ADCP-BASED DEEP-WATERCURRENT VELOCITY STRUCTURE IN THE NORTHEASTERN SOUTHCHINA SEA2010 Aguzzi, J.; Fanelli, E.; Thomsen , L.; Meredith , P.; Favali, P.: THE CABLEDOBSERVATORY AS AN ADVANCED TOOL FOR LONG-TERM STUDY OFBENTHIC COMMUNITIES2011 Chun, J.: ENVIRONMENTAL IMPACT STUDY FOR GAS HYDRATEPRODUCTION TEST IN THE ULLEUNG BASIN, EAST SEA, KOREA2012 Nunnally, C. C.; Friedman, J.; Drazen, J.; Williamson, M.: DEVELOPMENTOF AN IN SITU RESPIROMETER TO MEASURE METABOLIC RATES OFHADAL INVERTEBRATES2013 Hautala, S. L.: THE NORTHEAST PACIFIC DEEP OVERTURNINGCIRCULATION IN A REGIONAL-SCALE HYDROGRAPHIC INVERSEMODEL2014 Izenberg, N. R.; Papadakis, S. J.; Kott, T. M.; Gold, R. E.: BUOYANTUNSPOOLING GENERATOR FOR LONG-DURATION DEEP SEAMONITORING STATIONS.2051 Udovydchenkov, I. A.; Stephen, R. A.; Komatitsch, D.; Xie, Z.; Tromp, J.: THREE-DIMENSIONAL NUMERICAL MODELING OF SOUND PROPAGATIONAND SCATTERING IN THE DEEP OCEAN WITH ELASTIC BOTTOMS2052 Godin, O. A.; Lv, C.; Evers, L. G.; Ball, J.: LONG-RANGE CORRELATIONS OFUNDERWATER PRESSURE FLUCTUATIONS2053 Easton, E. E.; Coker, R.; Thistle, D.: PATTERNS OF MACROFAUNAABUNDANCES ON THE CONTINENTAL RISE OFF THE COAST OFCALIFORNIA2054 Schatzman, C.; Johnson, M. C.; Mattson, C.; Becker, S. M.; Swift, J. H.:COMPARISON OF SBE-43 AND RINKO III DISSOLVED OXYGEN SENSORS2055 Voet, G.; Alford, M. H.; Carter, G. S.; Girton, J. B.; Mickett, J. B.: ABYSSALVOLUME TRANSPORT THROUGH THE SAMOAN PASSAGE: ACIRCULATION SCHEME AND 16-MONTH TIMESERIES BASED ONRECENT OBSERVATIONS2056 Girton, J. B.; Alford, M. H.; Carter, G. S.; Klymak, J. M.; Voet, G.:TOPOGRAPHIC CONTROL OF TRANSPORT AND MIXING IN THESAMOAN PASSAGE: INSIGHTS FROM HYDRAULIC THEORY, PROCESSESMODELING, AND TRACER DISTRIBUTIONS2057 Carter, G. S.; Alford, M. H.; Girton, J. B.; Klymak, J. M.; Voet, G.: MIXING OFBOTTOM WATER IN THE SAMOAN PASSAGE: RECENT ESTIMATESFROM MICROSTRUCTURE AND HIGH-RESOLUTION CTD PROFILING2058 Fryer, P.: HADAL MARINE SCIENCE: THE DEEP ENDMEMBER OF OCEANEXPLORATION90

Program BookAGU/ASLO/TOS060 Submarine Groundwater Discharge - From Ridge to Reef:Groundwater Evolution, Climate, Land-Use, Coastal Hydrologyand Marine Biogeochemical ImpactsChair(s): Steven Colbert, colberts@hawaii.eduHenrieta Dulaiova, hdulaiov@hawaii.eduCraig R. Glenn, glenn@soest.hawaii.eduJason Adolf, jadolf@hawaii.eduLocation: Kamehameha Hall III1013 Ganguli, P. M.; Swarzenski, P. W.; Dulaiova, H.; Glenn, C. R.; Flegal, A. R.: MERCURYDYNAMICS IN A COASTAL AQUIFER: MAUNALUA BAY, OAHU, HAWAII1014 Lee, J.; Kim, G.: BIOGEOCHEMICAL REACTIONS OF DISSOLVEDINORGANIC CARBON IN SUBTERRANEAN ESTUARIES1015 Luek, J. L.; Beck, A. J.: RADIUM BUDGET OF THE YORK RIVER ESTUARY(VA, USA) DOMINATED BY SUBMARINE GROUNDWATER DISCHARGEAND A SEASONALLY VARIABLE GROUNDWATER END-MEMBER1016 Lamar, F. G.; Heu, L.; Adolf, J.: THE INFLUENCE OF NUTRIENTENRICHMENT ON MICROZOOPLANKTON AND PHYTOPLANKTON INWEST HAWAII WATERS1017 Heu, L. I.; Lamar, F.; Jenings-Kam, D. K.; Wiegner, T.; Adolf, J. E.:EXPERIMENTAL INVESTIGATION OF THE EFFECTS OF NUTRIENTENRICHMENT OF MICROIAL BIOMASS AND CLASS STURCTURE INTROPICAL OLIGOTROPHIC WATERS OFF WEST HAWAIʻI1067 Lecher, A. L.; Paytan, A.; Kessler, J.; Sparrow, K.; Dimova, N.:QUANTIFICATION OF METHANE TRANSPORT THROUGH SUBMARINEGROUNDWATER DISCHARGE AT TWO HIGH-LATTITUDE OCEAN SITES1068 Fackrell, J. K.; Glenn, C. R.: HOW MUCH DO HIGH-LEVEL AQUIFERSIMPACT SGD AND THE COASTAL ZONE IN HAWAII? UNSCRAMBLINGTHE SGD MIX WITH WATER ISOTOPES1069 Economy, L. M.; Colbert, S. L.: CO 2DYNAMICS IN THE PRESENCE OFSUBMARINE GROUNDWATER DISCHARGE AT KIHOLO BAY, HI1070 Waters, C. A.; Dulaiova, H.: FATE OF GROUNDWATER-DELIVEREDNUTRIENTS IN THE COASTAL OCEAN: THE CRITICAL ROLE OFRESIDENCE TIME1071 Gwak, Y.; Kim, S.: ESTIMATION OF SUBMARINE GROUNDWATERDISCHARGE IN THE IL-GWANG WATERSHED USING WATER BUDGETANALYSIS AND 222RN MASS BALANCE1072 Silva-Filho, E. V.; Sanders, C. J.; Marques, E. D.; Souza, G. V.; Smoak, J. M.:LARGE 224RA AND 228RA DISEQUILIBRIUM INDICATES INTENSEGROUNDWATER GEOCHEMICAL PROCESSES IN THE CABO FRIOCOASTAL SYSTEM1073 Tamborski, J. J.; Cochran, J. K.; Bokuniewicz, H.; Rogers, A. D.: THE ROLEOF SUBMARINE GROUNDWATER DISCHARGE (SGD) IN PROMOTINGHYPOXIA IN SMITHTOWN BAY, NEW YORK1074 Coffey, R.; Bokuniewicz, H. J.: CALCULATING THE AVERAGE SUBMARINEGROUNDWATER DISCHARGE FROM DISCRETE, TIDALLY MODULATEDMEASUREMENTS1075 Coburn, N. L.; Dimova, N.; Torgashov, E.; Ellis, J.; Tick, G.: VALIDATING ANDCALIBRATING SEAWATER INTRUSION MODELS IN COASTAL AQUIFERSUSING ELECTRICAL RESISTIVITY TOMOGRAPHY1076 Jennings-Kam, D. K.; Adolf, J.: SCANNING ELECTRON MICROSCOPY TOASSESS THE DOMINANT PHYTOPLANKTON IN NUTRIENT BIOASSAYSAT A SUBMARINE GROUNDWATER-INFLUENCED SITE ON WESTHAWAI’I ISLAND1077 Bishop, J. M.; Amato, D. W.; Glenn, C. R.: CONNECTING LAND USE TOSUBMARINE GROUNDWATER DISCHARGE NUTRIENT LOADS ON MAUI1078 Smythe, W. F.; McAllister, S. M.; Lee, S. W.; Moyer, C.; Tebo, B. M.:GEOMICROBIOLOGY: INVESTIGATION OF MANGANESE DEPOSITINGECOSYSTEMS IN EXTREME ENVIRONMENTS1079 Colbert, S. L.; Adolf, J. E.; Cadiz, E.; Economy, L.; Pe’a, R.: NEARSHOREDYNAMICS OF AN SGD PLUME, KIHOLO BAY, HI1080 Mayfield, K. K.; Dulaiova, H.; Glenn, C. R.; Kelly, J. L.: SUBMARINEGROUNDWATER DISCHARGE IN A STREAM-DOMINATEDEMBAYMENT: KAHANA BAY, OÀHU, HAWAIÌ1081 Amato, D. W.; Bishop, J. M.; Glenn, C. R.; Smith, C. M.: USING MARINEALGAE AS BIOINDICATORS OF ANTHROPOGENIC NUTRIENTPOLLUTION IN HAWAIIAN COASTAL WATERS1082 Holitzki, T. M.; Johnson, E. E.; Wiegner, T. N.: SUBMARINE GROUNDWATERIMPACTS ON BENTHIC MACROALGAE C:N:P IN HAWAIIAN MARINEWATERS069 MARINE MICROBIAL ECOLOGY: THE RELATIVE ROLE OF DIS-PERSAL, INTERACTIONS, ASSOCIATIONS AND OTHER ECOLOGI-CAL PROCESSES IN STRUCTURING MICROBIAL COMMUNITIES.Chair(s): Zackary Johnson, zij@duke.eduDana Hunt, dana.hunt@duke.eduLinda Amaral-Zettler, amaral@mbl.eduLocation: Kamehameha Hall III163 Thao, N. V.; Nozawa, A.; Obayashi, Y.; Kitamura, S. I.; Suzuki, S.: CILIATESEXHIBITED PROMINENT PROTEASE ACTIVITY AGAINST BACTERIA INMICROCOSM EXPERIMENTS164 Bernhard, J. M.; Kormas, K.; Pachiadaki, M. G.; Rocke, E.; Edgcomb, V. P.:HALOCLINE SEDIMENTS OF DEEP HYPERSALINE ANOXIC BASINSSUPPORT PROTIST AND FUNGAL POPULATIONS165 Smith, C. A.; Sturdivant, L.; Oneyeokoro, L.; Hoskins, D. L.: EXTRACTION OFMICROBIAL EXTRACELLULAR POLYMERIC SUBSTANCE (EPS) USINGTHE ETHANOL PRECIPITATION METHOD166 Lopanik, N. B.; Linneman, J.; Paulus, D.; Lim-Fong, G. E.: DYNAMICS ANDDISTRIBUTION OF AN UNCULTURED DEFENSIVE SYMBIONT AND ITSCOSMOPOLITAN BRYOZOAN HOST167 Karus, K.; Zingel, P.; Agasild, H.: THE INFLUENCE OF MACROPHYTESON FEEDING OF THE LARVAL FISH ON CILIATES IN A SHALLOWVIINAMERI SEA168 Zingel, P.; Karus, K.; Agasild, H.: EFFECTS OF TURBIDITY ON FEEDING OFTHE YOUNG-OF-THE-YEAR PIKEPERCH (SANDER LUCIOPERCA) IN ASHALLOW SEMI-ENCLOSED VIINAMERI SEA170 Agasild, H.; Zingel, P.; Karus, K.; Nõges, T.: CILIATES AS THE FOOD SOURCEOF LARVAL FISH: COMPARISON BETWEEN A SHALLOW SEMI-ENCLOSED SEA BASIN AND A LARGE SHALLOW LAKE171 Hutcheson, J. M.; Houghton, K. A.; Moss, J. A.; Snyder, R. A.; Jeffrey, W. H.:BACTERIOPLANKTON COMMUNITY RESPONSE TO SOLAR RADIATIONIN THE NORTHEASTERN GULF OF MEXICO172 Houghton, K. A.; Hutcheson, J. M.; Riensenfeld, C.; Snyder, R. A.; Jeffrey, W.H.: EFFECTS OF OIL AND DISPERSANTS ON BACTERIOPLANKTONCOMMUNITY STRUCTURE AND FUNCTION USING 16S RRNA ANDALKB GENES IN THE NORTHEASTERN GULF OF MEXICO173 Valliere, M.; Kim, H.; Yoshizawa, S.; DeLong, E. F.: CHANGES IN THEGROWTH PHYSIOLOGY OF DIFFERENT PROTEORHODOPSIN-CONTAINING MARINE FLAVOBACTERIA AT LOW AND HIGHNUTRIENT CONCENTRATIONS174 Scavotto, R. E.; Dziallas, C.; Riemann, L.; Moisander, P. H.: COMMUNITYCOMPOSITION OF NITROGEN-FIXING BACTERIA AND VIBRIO SPP.IN ASSOCIATION WITH COPEPODS IN NORTH ATLANTIC COASTALWATERS227 Yoshizawa, S.; Kogure, K.; DeLong, E. F.: LIGHT-DRIVEN SODIUM PUMPS INMARINE BACTERIA: A NEW TYPE OF MICROBIAL RHODOPSIN228 McCurry, C. B.; Moss, J. A.; Tominack, S. A.; Jeffrey, W. H.; Snyder, R.A.: BENTHIC FORAMINIFERA COMMUNITY DIVERSITY ANDDISTRIBUTION IN THE NORTHERN GULF OF MEXICO229 ZHANG, Y.; MOU, X.: ISOLATION AND IDENTIFICATION OFACTINOBACTERIA FROM AQUATIC SYSTEMS230 Wilson, J. M.; Beman, J. M.: MARINE LAKES AS MODEL SYSTEMS FORUNDERSTANDING INTERACTIONS BETWEEN MARINE MICROBIALCOMMUNITY COMPOSITION AND FUNCTION231 LU, X.; MOU, X.: SPATIAL AND TEMPORAL DYNAMICS OFBACTERIOPLANKTON IN SOUTH ATLANTIC BIGHT REVEALED BY 16SRRNA GENE TAG PYROSEQUENCINGTUESDAY91

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY232 Li, Q.; Amano, C.; Ijichi, M.; Utsumi, M.: AMMONIA-OXIDIZING ARCHAEAIN THE PACIFIC SECTOR OF THE ARCTIC OCEAN: CHARACTERISTICSOF DISTRIBUTION AND DIVERSITY233 Amano-Sato, C.; Li, Q.; Takahashi, S.; Utsumi, M.: IN SITU INCUBATION FORMARINE PROKARYOTES USING ROCS INCUBATION SYSTEM234 Satoh, T.; Watanabe, K.; Yamamoto, H.; Yamamoto, S.; Kurosawa, N.:PROKARYOTIC BIODIVERSITY IN THE TERRESTRIAL HIGHLYACIDIC HYDROTHERMAL SPRINGS IN COMPARISON TO MARINEHYDROTHERMAL VENTS235 Kok, S. P.; Kawamata, A.; Imura , S.; Kurosawa, N.: BIODIVERSITY ANDCOMMUNITY COMPOSITION OF PROTISTAN MICROPLANKTON INSOUTHERN OCEAN REVEALED BY 18S RIBOSOMAL DNA SEQUENCES236 Wagner-Döbler, I.; Tomasch, J.; Cypionka, H.; Münch, R.; Jahn, D.:SYSTEMS BIOLOGY OF AEROBIC ANOXYGENIC PHOTOSYNTHESIS -NAVIGATING BETWEEN SKYLLA AND CHARYBDIS237 Susana Rodriguez-Marconi, S.; Rojas-Herrera, M.; Garrido, I.; Trefault, N.:ANTARCTIC SPONGE-ASSOCIATED MICROORGANISMS: ASSESING THETHREE DOMAIN DIVERSITY AND COMMUNITY COMPOSITION238 Shepard, A. K.; McInnes, A. S.; Quigg, A.: MICROBIAL PLANKTONRESPONSES TO A COMBINATION OF PHYSICAL AND BIOLOGICALINFLUENCES IN THE GULF OF MEXICO239 Fuchsman, C. A.; Collins, R. E.; Brazelton, W. J.; Rocap, G.: EFFECT OF THEENVIRONMENT ON HORIZONTAL GENE TRANSFER240 Johnson, Z. I.: ECOLOGICAL PROCESSES STRUCTURINGPROCHLOROCOCCUS COMMUNITIES241 Gomez-Consarnau, L.; Gonzalez, J. M.; Riedel, T.; Wagner-Döbler, I.;Fuhrman, J. A.: A TRANSCRIPTOME APPROACH TO UNDERSTANDINGTHE FUNCTION OF PROTEORHODOPSIN IN THE MARINE GENUSDOKDONIA242 Ma, L.; Zinser, E.: INFLUENCE OF OXIDATIVE STRESS ANDTEMPERATURE ON THE GROWTH AND PHYSIOLOGY OFPROCHLOROCOCCUS243 Pereira, N. A.; Shilova, I. N.; Zehr, J. P.: CHARACTERIZING THE EXPRESSIONOF TWO PHOSPHORUS STRESS MOLECULAR MARKERS IN THENITROGEN-FIXING CYANOBACTERIUM CROCOSPHAERA244 Zhang, Q.; Yan, T.: CAN BEACH SAND ENHANCE THE DECAY OF FECALINDICATOR BACTERIA AND PATHOGENS IN BEACH ECOSYSTEMS?245 Hamilton, B. R.; Soloviev, A. V.; Tartar, A.; Perrie, W. A.; Lehner, S.: DNAANALYSIS OF SURFACTANT ASSOCIATED BACTERIA IN THE SEASURFACE MICROLAYER246 Ortmann, A. C.; Brannock, P. M.; Halanych, K. M.: RIVER DISCHARGEINFLUENCES BACTERIAL COMMUNITIES IN SURFACE SEDIMENTSFROM THE NORTHERN GULF OF MEXICO247 Ortell, N.; Ortmann, A. C.: A STABLE ARCHAEAL COMMUNITY ALONGAN ESTUARINE-SHELF GRADEINT IN THE NORTHERN GULF OFMEXICO IS DOMINATED BY EURYARCHAEOTA248 Moisander, P. H.; McCliment, E. A.; Shoemaker, K. M.; Charoenpong, C.;Altabet, M. A.: EXPRESSION OF THE NIFH GENE IN ASSOCIATION WITHCOPEPODS IN THE SARGASSO SEA249 Morris, M. M.; Doane, M. P.; Haggerty, J. M.; Edwards, M. S.; Dinsdale, E. A.: THEEFFECTS OF MICROBES ON THE SETTLEMENT AND DEVELOPMENT OFTHE MICROSCOPIC LIFE STAGES OF GIANT KELP072 The Southern Ocean and Its Role In theClimate System: Observations and Modeling of Physicaland Biogeochemical ProcessesChair(s): Igor Kamenkovich, ikamenkovich@rsmas.miami.eduSarah Gille, sgille@ucsd.eduJoellen Russell, jrussell@email.arizona.eduAlberto Naveira Garabato, acng@noc.soton.ac.ukRyan Abernathey, ryan.abernathey@gmail.comAndrew Thompson, andrewt@caltech.eduIvana Cerovecki, icerovecki@ucsd.eduPaul Holland, pahol@bas.ac.ukLocation: Kamehameha Hall III737 Schofield, O.; Meredith, M.; Newman, L.: BUILDING A SOUTHERN OCEANOBSERVING SYSTEM738 Graham, R. M.; De Boer, A. M.: THE DYNAMICAL SUBTROPICAL FRONT757 Mackay, N. S.; Watson, A. J.; Naveira Garabato, A. C.; Sheen, K. L.; Ledwell, J. R.:DIAPYCNAL MIXING IN THE SOUTHERN OCEAN DIAGNOSED USINGTHE DIMES TRACER AND SATELLITE ALTIMETRY758 Wang, G.; Dommenget , D.; Frauen, C.: LOW-FREQUENCY SST VARIABILITYIN THE SOUTHERN OCEAN759 Robinson, J.; Popova, E. E.; Yool, A.; Srokosz, M.; Lampitt, R. S.: HOW DEEPIS DEEP ENOUGH? OCEAN IRON FERTILIZATION AND CARBONSEQUESTRATION IN THE SOUTHERN OCEAN760 Kusahara Kazuya, .; Hasumi Hiroyasu, .: MODELING ANTARCTIC ICESHELF RESPONSES TO FUTURE CLIMATE CHANGES761 Chengyan, L.; Zhaomin, W.: ON THE RESPONSE OF THE SUBDUCTIONTO CLIMATE CHANGE OVER THE SOUTHERN OCEAN IN AN EDDYPERMITTING OCEAN GCM762 Wang, G.; Cai, W.: CLIMATE-CHANGE IMPACT ON THE 20TH-CENTURYRELATIONSHIP BETWEEN THE SOUTHERN ANNULAR MODE ANDGLOBAL MEAN TEMPERATURE763 Van Sebille, E.; Spence, P.; Mazloff, M.; England, M. H.; Rintoul, S. R.:ABYSSAL CONNECTIONS OF ANTARCTIC BOTTOM WATER AND THEAMALGAMATION OF SOURCE WATERS IN THE SOUTHERN OCEAN764 Keller, D. P.; Oschlies, A.: INVESTIGATING THE ROLE THAT THESOUTHERN OCEAN BIOLOGICAL PUMP PLAYS IN DETERMININGGLOBAL OCEAN OXYGEN CONCENTRATIONS AND DEOXYGENATION765 Grenier, M.; Garcia Solsona, E.; Lemaitre, N.; Bouvier, V.; Jeandel, C.:RARE EARTH CONCENTRATIONS AND NEODYMIUM ISOTOPICCOMPOSITIONS OF SEAWATER AROUND THE KERGUELEN PLATEAU:TRACING LAND-TO-OCEAN SOURCES AND OCEAN CIRCULATION766 Dufour, C. O.; Sarmiento, J. L.; Griffies, S. M.; de Souza, G. F.; Galbraith, E. D.:ROLE OF MESOSCALE EDDIES IN CROSS-FRONTAL TRANSPORT OFCARBON AND NUTRIENTS IN THE SOUTHERN OCEAN767 Munday, D. R.; Johnson, H. L.; Marshall, D. P.: THE ROLE OF SOUTHERNOCEAN GATEWAYS IN THE MOMENTUM BALANCE AND SENSITIVITYTO WIND STRESS OF CIRCUMPOLAR CURRENTS768 DeMaster, D. J.; Smith, C. R.; Isla, E. J.; Thomas, C. J.; Taylor, R.: TRACKINGCLIMATE CHANGE EFFECTS ON THE ANTARCTIC PENINSULA SHELF: ARADIOCHEMICAL AND BIOGEOCHEMICAL APPROACH844 de Lavergne, C.; Palter, J. B.; Galbraith, E. D.; Bernardello, R.; Marinov, I.:FRESHENING, STRATIFICATION AND POSSIBLE CESSATION OFDEEP CONVECTION IN THE OPEN SOUTHERN OCEAN UNDERANTHROPOGENIC CLIMATE CHANGE845 Peña-Molino, B.; Rintoul, S. R.; Mazloff, M. R.: ON THE VERTICALSTRUCTURE OF THE ANTARCTIC CIRCUMPOLAR CURRENT:BAROTROPIC VERSUS BAROCLINIC MOTIONS846 Schmidtko, S.; Heywood, K. J.; Aoki, S.; Thompson, A.: WARMING OFWATERS SURROUNDING ANTARCTICA847 Zanowski, H. M.; Hallberg, R. W.; Sarmiento, J. L.: EVIDENCE FORLONGTERM, LARGE-SCALE CLIMATE IMPACTS ASSOCIATED WITHTHE WEDDELL SEA POLYNYA92

Program BookAGU/ASLO/TOS848 Shao, A. E.; Gille, S. T.; Thompson, L.; Mecking, S.: ESTIMATING THEPOSITION AND WIDTH OF THE SUBANTARCTIC FRONT USING THESKEWNESS OF SEA LEVEL ANOMALY849 Millar, J. J.; Chereskin, T. K.; Watts, D. R.: FOUR-YEAR OBSERVATIONS OFINTERFACIAL FORM STRESS IN THE NORTHERN DRAKE PASSAGE850 Rosso, I.; Hogg, A. M.; Strutton, P. G.; Matear, R.: SUB-MESOSCALESTRUCTURES ENHANCE IRON SUPPLY TO SOUTHERN OCEANPHYTOPLANKTON BLOOMS851 Smith, R. O.; Vennell, R.: UNDERSTANDING DECADAL-SCALEVARIABILITY OF THE SUBTROPICAL FRONT IN THE SOUTH PACIFIC852 Sun, Y.; Yuan, X.; Shi, J.: FRESHENING OF THE ANTARCTIC BOTTOMWATER IN THE EASTERN ANTARCTIC853 Ting, Y.; Holzer, M.: DECADAL CHANGES IN SOUTHERN-OCEANVENTILATION INFERRED USING A MAXIMUM ENTROPY APPROACH854 Vivier, F.; Park, Y. H.; Weijer, W.; Le Sommer, J.; Sekma, H.: VARIABILITY OFTHE ACC TRANSPORT ACROSS THE KERGUELEN PLATEAU FROMCURRENT METER OBSERVATIONS AND ALTIMETRY:: RELATION WITHTHE WIND FORCING.855 Iida/Takahiro, T.; Odate/Tsuneo, T.; Fukuchi/Mitsuo, M.: LONG-TERMTRENDS OF NUTRIENTS AND APPARENT OXYGEN UTILIZATIONSOUTH OF THE POLAR FRONT IN SOUTHERN OCEAN INTERMEDIATEWATER FROM 1965 TO 2008856 Pennel, R.; Kamenkovich, I. V.; Fine, R. A.: ON THE ROLE OF EDDIES INVENTILATION OF THE SOUTHERN OCEAN857 Meijers, A. J.: INVERSE ESTIMATES OF INTERIOR MIXING IN DRAKEPASSAGE858 Bronselaer, B.; Zanna, L.; Lowe, J.: SOUTHERN OCEAN CARBONFEEDBACKS IN IDEALIZED CLIMATE SCENARIOS.859 Balch, W. M.; Bates, N. R.; Twining, B. S.; Lam, P. J.; Drapeau, D. T.: THE GREATCALCITE BELT AND THE SAGA OF RESIDUAL NITRATE860 Dinniman, M. S.; Bai, L. S.; Bromwich, D. H.; Klinck, J. M.; The ACCIMA Group,.: SENSITIVITY OF MODELED ICE SHELF BASAL MELT AROUND THEANTARCTIC TO THE ATMOSPHERIC FORCING861 Smith, C. R.; Grange, L. J.; DeMaster, D. J.; Derocher, M. J.; Honig, D.:CONTRASTS BETWEEN ARCTIC AND ANTARCTIC FJORD SEAFLOORECOSYSTEMS AND POTENTIAL RESPONSE TO CLIMATE CHANGE862 Johnson, R.; Trull, T.; Strutton, P. G.: SATELLITE OVERESTIMATION OFCALCITE IN THE SOUTHERN OCEAN: INVESTIGATING THE GREATCALCITE BELT HYPOTHESIS863 Piñones, A.; Fedorov, A.: PROJECTED CHANGES IN ANTARCTIC KRILLEARLY LIFE HISTORY BY THE END OF THE 21ST CENTURY864 Hsu, M.; Potemra, J.; Janekovic, I.; Powell, B.: INTEGRATING PACIOOSMODEL FORECASTS FOR GENERAL USE865 Freeman, N. M.; Lovenduski, N. S.: VARIABLE AND CHANGINGCALCIFICATION IN THE SOUTHERN OCEAN866 Conrad, C. J.; Lovenduski, N. S.: THE RELATIONSHIP BETWEEN WINDSTRESS AND SURFACE CARBONATE ION CONCENTRATION IN THESOUTHERN OCEAN867 Chapman, C. C.; Morrow, R.; Hogg, A. M.: JET JUMPING: LOW FREQUENCYVARIABILY OF SOUTHERN OCEAN JETS NEAR TOPOGRAPHY942 Barthel, A.; Waterman, S.; Hogg, A.: JET-TOPOGRAPHY EFFECTS ON EDDYSTIRRING IN THE SOUTHERN OCEAN943 Lazar, A.; Thompson, A. F.: THE TRANSIENT EVOLUTION OF AN ACC-LIKE CHANNEL TO VARIABLE WIND FORCING944 Jouanno, J.; Capet, X.; Madec, G.; Roullet, G.; Klein, P.: THE INFLUENCE OFSYNOPTIC HIGH FREQUENCY WINDS ON THE SOUTHERN OCEANMERIDIONAL OVERTURNING945 Jiang, M.; Barbeau, K. A.; Charette, M. A.; Kahru, M.; Measures, C. I.: IRONTRANSPORT FROM THE ANTARCTIC SHELF AND THE IMPACTS ONPHYTOPLANKTON BLOOMS IN THE SOUTHERN SCOTIA SEA946 Wolfe, C. L.; Cessi, P.: MULTIPLE EQUILIBRIA AND LOW-FREQUENCYVARIABILITY IN THE QUASI-ADIABATIC POLE-TO-POLE CIRCULATION947 Thomas, J. L.; Waugh, D.; Gnanadesikan, A.; Pradal, M. A.: QUANTIFYINGSURFACE AND SUBSURFACE NATURAL VARIABILITY IN THESOUTHERN OCEAN948 Tamsitt, V. M.; Talley, L.; Mazloff, M.: HEAT GAIN IN THE SOUTHERNOCEAN: REGIONAL HEAT BUDGETS USING THE SOUTHERN OCEANSTATE ESTIMATE949 Jeffery, N.; Hunke, E. C.; Elliott, S. M.: MODELLING SEA ICE IN THEWESTERN WEDDELL SEA DURING THE WINTER-SPRING TRANSITION950 Tracey, K. L.; Donohue, K. A.; Watts, D. R.: BAROTROPIC TRANSPORT OFTHE ANTARCTIC CIRCUMPOLAR CURRENT MEASURED IN DRAKEPASSAGE951 Foppert, A.; Donohue, K.; Watts, D. R.: MEAN BAROCLINIC STRUCTUREOF POLAR FRONT IN STREAM COORDINATES NEAR SHACKLETONFRACTURE ZONE952 Zhang, X.; Thompson, A. F.; Flexas, M. M.; Bornemann, H.: EVIDENCE OFICE SHELF MELT IN THE BELLINGSHAUSEN SEA FROM SEAL-BORNEOBSERVATIONS954 Kilbourne, B. F.; Girton, J. B.: IMPACT OF MIXED LAYER DEPTH ONNEAR-INERTIAL WIND-ENERGY FLUX ESTIMATES IN THE ANTARCTICCIRCUMPOLAR CURRENT955 Cerovecki, I.; Mazloff, M. R.: THREE-DIMENSIONAL QUANTITATIVEESTIMATES OF SUBANTARCTIC MODE WATER FORMATION,EVOLUTION AND DESTRUCTION BY SURFACE AND INTERIOR HEATAND FRESWATER FLUXES956 Jiang, C.; Gille, S.; Sprintall, J.; Sweeney, C.: SOUTHERN OCEAN PCO2: WHATWE LEARN FROM EVALUATING CMIP5 COUPLED CARBON/CLIMATEMODELS USING IN-SITU OBSERVATIONS074 Estuaries, What Are They Good for? A Tribute to the Work ofDr. Jonathan H. SharpChair(s): Koty Sharp, sharpkh@eckerd.eduLuis Cifuentes, Luis.Cifuentes@tamucc.eduJonathan (Josh) Sharp, jsharp@mines.eduLocation: Kamehameha Hall III1263 Cifuentes, L. A.; Patrick, W. C.; Rosen, R.; Vanegas, J.: CAN A RESEARCHCOORDINATION NETWORK IMPACT ESTUARINE SUSTAINABILITY?1264 Tomaso, D. J.; Najjar, R. G.: SEASONAL AND INTERANNUAL VARIABILITYOF THE UPPER DELAWARE ESTUARY DISSOLVED OXYGEN ANDDISSOLVED INORGANIC CARBON BUDGETS1265 Coffin, R. B.; Rose, P. S.; Smith, J. P.: GAS FLUX TO THE ARCTICATMOSPHERE, ASSESSMENT OF CLIMATE CHANGE1266 Marsan, D. W.; Rigaud, S. B.; DiToro, D. M.; Church, T. M.: A SHARPER IMAGEOF DELAWARE BAY; USING THE NATURAL RADIONUCLIDES 210-POAND 210-PB TO MODEL ESTUARINE RATES OF BIOGEOCHEMICALPROCESSING1267 Andrisoa, A.; De Brabandere, L.; Brion, N.; Dehairs, F.: NITRIFICATION ANDUPTAKE AS DRIVERS OF SEASONAL 18O AND 15N VARIATION OF NITRATE IN THE HYPER-EUTROPHIC SCHELDTESTUARY (BELGIUM)1268 Sharp, K. H.; Sneed, J. M.; Paul, V. J.: INFLUENCE OF MACROALGALOVERGROWTH ON MICROBIOMES OF NEW CORAL RECRUITS:BORROWING PERSPECTIVE FROM ESTUARINE STUDIES FOR CORALREEF RESEARCH1269 Anderson, B.; Fang, J.: MULTI-PROXY EVIDENCE OF LATE HOLOCENEHUMAN-INDUCED ENVIRONMENTAL CHANGES IN KAWAINUIMARSH, OAHU, HAWAII1270 Kaiser, D.; Unger, D.; Zhou, H.; Waniek, J. J.; Kowalski, N.: THE ESTUARINEFILTER UNDER MULTIPLE HUMAN INFLUENCES - THE CASE OF THENANLIU ESTUARY IN SOUTHERN CHINA1271 Doyle, K. R.; Curran, M. C.; Modeste, T. M.: A LONG-TERM SAMPLINGREGIME FOR GRASS SHRIMP AS A FOUNDATION TO PROMOTESTUDENT RESEARCH IN THE SALT MARSHTUESDAY93

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY1272 Sharp, J. O.; Mikkelson , K. M.; McCray, J.; Maxwell, R.; Dickenson, E. R.: THEAPPLE DOESN’T FALL FAR FROM THE TREE: APPLYING ESTUARINEPRINCIPLES TO WATERSHED BIOGEOCHEMISTRY1273 Yoshiyama, K.: HIGH-NUTRIENT, LOW-GROWTH (HNLG) IN THEDELAWARE ESTUARY: EMPIRICAL EVIDENCE AND POSSIBLEMECHANISMS1274 Sikes, E. L.; Hermes, A. L.; Freeman, K. R.; Chant, R.: INSIGHTS ONSEASONAL ORGANIC CARBON INPUTS IN THE DELAWARE ESTUARYFROM N-ALKANE STABLE CARBON ISOTOPES1275 Howard, E. M.; Stanley, R. H.; Spivak, A. C.: THE EFFECT OF NUTRIENTENRICHMENT ON PRIMARY PRODUCTION IN SALT MARSH TIDALCREEKS: INSIGHTS FROM TRIPLE OXYGEN ISOTOPES1276 Hitchcock, J. N.; Mitrovic, S. M.; Hadwen, W. L.; Growns, I. O.; Roelke, D. L.:DO DISSOLVED ORGANIC CARBON SUBSIDIES INCREASE ESTUARINEZOOPLANKTON PRODUCTION? A MESOCOSM APPROACH1277 Lu, C. J.; Benner, R.; Fichot, C. G.; Fukuda, H.; Ogawa, H.: THE DISTRIBUTIONOF DISSOLVED LIGNIN AS A TRACER OF TERRIGENOUS DISSOLVEDORGANIC MATTER IN OTSUCHI BAY, JAPAN1278 Brandes, J. A.; Edwards, C. R.; Robertson, C. Y.; Savidge, W. B.; Stubbins, A.:CARBON CYCLING IN A WELL-CONSTRAINED SOUTHEASTERN USSALT MARSH1304 Koch, C. R.; Barnard, A.: IN-SITU ESTURINE OBSERVATORY TO EVALUATEINTERANNUAL VARIBILITY IN NUTRIENT DYNAMICS IN YAQUINA BAY1305 Cottrell, M. T.; Kirchman, D. L.: INFLUENCE OF SUNLIGHT ONCOMMUNITY OXYGEN CONSUMPTION AND DEGRADATION OF 14C-ORGANIC COMPOUNDS BY ESTUARINE MICROBIAL COMMUNITIES1306 Long, W.; Khangaonkar, T.: WATER AND SALT FLUX ANALYSIS IN ANUNSTRUCTURED GRID MODEL FOR ESTUARINE CIRCULATION1307 Oseji, O. F.; Chen, N.; Chigbu, P.; Waguespack, Y.: HPLC DETERMINATION OFPHYTOPLANKTON FUNCTIONAL COMMUNITY STRUCTURE IN THEMARYLAND COASTAL BAYS1308 Franck, V. M.: EIGHT YEARS OF DATA ON ZOOPLANKTON BIOMASSAND ABUNDANCE IN A TROPICAL ESTUARY (KANEOHE BAY, OAHU):THE RESULTS OF AN UNDERGRADUATE SERVICE LEARNING PROJECT1309 Peyton, K. A.; Akiona, A.; Lorance, K.; Sakihara, T. S.; Shimoda, T. E.:INVESTIGATIONS OF HAWAIIAN ESTUARIES AS FISH HABITAT:DETERMINING LENGTH-WEIGHT RELATIONSHIPS TO CALCULATEBIOMASS INDICES AND BODY CONDITION FACTORS075 A Holistic Approach to Marine Eco-Systems Biology, MajorResults and Perspectives for Research and EducationChair(s): Lars Stemmann, stemmann@obs-vlfr.frChris Bowler, cbowler@biologie.ens.frEmmanuel Boss, emmanuel.boss@maine.eduC. de Vargas, vargas@sb-roscoff.frHiroyuki Ogata, Education Academy of Computational Life SciencesLocation: Kamehameha Hall III2783 Karsenti, E.: TARA OCEANS EXPEDITION2784 Yelton, A. P.; Sunagawa, S.; Biller, S.; Acinas, S. G.; Pedrós-Alió, C.: PERVASIVEMIXOTROPHY: GENOMIC AND METAGENOMIC EVIDENCE FORWIDESPREAD ORGANIC COMPOUND UPTAKE POTENTIAL IN MARINEAUTOTROPHS2785 Malviya, S.; Bowler, C.: FACTORS EXPLAINING THE DISTRIBUTION ANDBETA-DIVERSITY OF DIATOMS IN MARINE ENVIRONMENTS2786 Luo, J. Y.; Grassian, B.; Greer, A. T.; Guigand, C.; Cowen, R. K.:ENVIRONMENTAL DRIVERS OF THE FINE-SCALE DISTRIBUTION OF AGELATINOUS ZOOPLANKTON COMMUNITY ACROSS A SMALL-SCALEFRONT2787 Villar, E.; Hingamp, P.; Not, F.; Iudicone, D.: PLANKTON COMMUNITYFATE WHEN TRANSPORTED THROUGH THE ATLANTIC OCEAN INAGULHAS RINGS.2788 Gutierrez-Heredia, L. R.; Roettinger, E.; Reynaud, E. G.: TARA OCEANSMARINE BIOLOGY IMAGING PLATFORM2789 Sigman, M. J.; Dublin, R. J.; Anderson, A.; Dickson, D.; McCammon, M.:INTEGRATION OF RESEARCH, EDUCATION, AND CULTURE INALASKA’S LARGE MARINE ECOSYSTEMS2851 Kolber, Z. S.; Tozzi, S.: PATTERNS OF MARINE PHOTOSYNTHESIS BASEDON CONTINUOUS FAST REPETITION RATE FLUORESCENCE (FRRF)RECORD ALONG 70,000 MILES CRUISE TRACK OF TARA OCEANSEXPEDITION077 Harnessing New Tools and Approaches to UnderstandDiatom Ecology and Their Role In Elemental CyclingChair(s): Jeffrey W. Krause, jkrause@disl.orgKimberlee Thamatrakoln, thamat@marine.rutgers.eduLocation: Kamehameha Hall III3129 KATAYAMA TOMOYO, T.; OBATA MITSUKO, .; MASUDA YASUHIRO, .;TAGUCHI SATORU, .: COMPARATIVE PHOTOPROTECTION IN SEVERALPLANKTONIC MARINE DIATOM SPECIES3130 Yasuhiro Masuda, Y.; Tomoyo Katayama, .; Satoru Taguchi, .: CHANGES INTHE OPTICAL PROPERTIES OF CHROMOPHORIC DISSOLVED ORGANICMATTER DERIVED FROM SOIL IN THE CULTURE OF DIATOM3131 Hopkinson, B. M.; Dupont, C. L.; Matsuda, Y.; Lefebvre, S.; Shen, C.:GENETIC AND PHYSIOLOGIAL CHARATERIZATION OF DIATOM CO2CONCENTRATING MECHANISMS3132 Delebecq, G.; Fardel, C.; Beker, B.; Soler, C.; Leynaert, A.: DOES ACCLIMATIONTO LOW IRRADIANCE LEVELS EXPLAIN THE EARLIER BENTHICDIATOM SPRING BLOOM?3133 Li, G.; Brown, C. M.; Donaher, N.; McCarthy, A.; Campbell, D. A.: LIGHT-DEPENDENT NITROGEN COSTS OF DIATOM PHOTOSYNTHESIS UNDERCURRENT AND FUTURE PCO23134 Marchetti, A.; Moreno, C. M.; Oleinikov, I.; Hubbard, K. A.; Armbrust, E. V.:COMPARATIVE TRANSCRIPTOMICS AND THE DEVELOPMENT OF AMOLECULAR INDICATOR FOR IRON STATUS IN AN OCEANIC PENNATEDIATOM3135 Thornton, D. C.; Chen, J.: ROLE OF STRESS AND DEATH IN EXOPOLYMERPARTICLE PRODUCTION AND AGGREGATE FORMATION BY DIATOMS3136 DeGree, A. A.; Chappell, P. D.; Hill, V. J.; Zimmerman, R. C.: OPTICALANALYSIS OF IRON DEPLETE AND REPLETE DIATOM PIGMENTS3185 Laney, S. R.; Sosik, H. M.: USING IMAGING FLOW CYTOMETRY TOEXAMINE DIATOM ASSEMBLAGES IN THE CHUKCHI SEA3186 Jiang, Y.; Yin, K.; Berges, J.; Harrison, P.: WHAT’S BETTER: STARVING IN THEDARK OR LIGHT?3187 Abbriano, R.; Hildebrand, M.: AN INTEGRATIVE APPROACH TOINVESTIGATE THE REGULATION OF CARBON PARTITIONING INMARINE DIATOMS3188 Edwards, B. R.; Thamatrakoln, K.; Ossolinski, J. E.; Bidle, K. D.; Van Mooy, B. A.:THE EFFECTS OF OXYLIPINS ON PARTICLE ASSOCIATED MICROBIALCOMMUNITIES: IMPLICATIONS FOR THE SILICA CYCLE3189 Ingall, E. D.; Diaz, J. M.; Longo, A. F.; Yager, P. L.; Brandes, J. A.: ROLE OFDIATOMS IN THE REMOVAL OF IRON FROM ANTARCTIC SEAS3190 McNair, H. M.; Brzezinski, M.; Krause, J.: WHO DOES WHAT?PARTITIONING BIOGENIC SILICA PRODUCTION AMONG DITATOMGROUPS IN FIELD ASSEMBLAGES3191 Nelson, H.; Morison, F.; Menden-Deuer, S.; Poulton, N. J.; Rieff, B. W.: SEMI-AUTOMATED IDENTIFICATION AND BIOVOLUME ESTIMATION OFPLANKTON USING AN IMAGING FLOW CYTOMETER (FLOWCAM))3192 Long, J. E.; Varela, D. E.; Delaney, K. R.: SHINING A LIGHT ON SILICAPRODUCTION: USING PDMPO TO MEASURE SILICA DEPOSITION INMARINE DIATOMS3193 Thamatrakoln, K.; Brzezinski, M. A.: LINKING PHYSIOLOGICAL ANDMOLECULAR ASPECTS OF DIATOM SILICIFICATION94

Program BookAGU/ASLO/TOS082 Sediment Delivery, Transport and Deposition In AquaticEnvironmentsChair(s): J. P. Walsh, walshj@ecu.eduCourtney K. Harris, ckharris@vims.eduAlan Orpin, alan.orpin@niwa.co.nzKehui Xu, kxu@lsu.eduNathan Hawley, nathan.hawley@noaa.govAndrea S. Ogston, ogston@ocean.washington.eduLocation: Kamehameha Hall III139 Wang, J.; Li, A. C.; Huang, J.; Xu, K.: SEDIMENT PROVENANCES ANDPALEOENVIRONMENT EVOLUTION IN THE MIDDLE OKINAWATROUGH SINCE 8 KA140 Paul H. Laverty, P. H.; Timothy Dellapenna, .; Joseph Carlin, .: PRESERVATIONOF CATASTROPHIC STORM LAYERS IN THE STRATIGRAPHIC RECORDOF THE DISTAL SAN LUIS PASS FLOOD TIDAL DELTA141 Eidam, E. F.; Ogston, A. S.; Nittrouer, C. A.; Warrick, J. A.: SEDIMENTDISPERSAL AND DEPOSITION ON A SUBMARINE DELTA DURING DAMREMOVAL: ELWHA RIVER, WA142 Garwood, J. C.; Devitt, K.; Cox, R.; Hill, P. S.: COMPARISON OF BIOFILMEFFECTS ON SEDIMENT EROSION AT TWO INTERTIDAL SITES WITHDISTINCT SURFACE SEDIMENT GRAIN SIZE.143 Chu, Z.; Lamb, M. P.: THE CHANNEL SEDIMENTATION IN THE LOWERYELLOW RIVER: PAST, PRESENT AND FUTURE144 Hope, J. A.; Aspden, R. J.; Baas, J.: THE INFLUENCE OF BIOGENICSTABILISATION ON THE STABILITY AND TRANSPORT OF COHESIVEAND MIXED SEDIMENTS.145 Wu, J.: PHYSICS FOR UNIVERSAL FUNCTIONS AND THEIR IMPLICATIONIN MODELING OF ESTUARINE BOTTOM BOUNDARY LAYERS146 Ward, S. L.; Neill, S. P.; Scourse, J. D.: A NEW PROXY FOR CONSTRAININGPALAEOTIDAL SIMULATIONS FOR THE NORTHWEST EUROPEAN SHELFSEAS175 Birchler, J. J.; Harris, C. K.; Arango, H. G.; Hutton, E. W.; Jenkins, C. J.:DELIVERY OF SEDIMENT TO THE CONTINENTAL SLOPE: NUMERICALMODELING TOOLS FOR THE NORTHERN GULF OF MEXICO176 Mohd-Rozhan, Z.; Hecky, R. E.; Guildford, S. J.; Werne, J. P.: SEDIMENTARYFLUXES OF GREAT LAKES OF DIFFERENT LATITUDE DETERMINEDUSING MOORED SEQUENTIAL SEDIMENT TRAPS177 Clunies, G. J.; Mulligan, R. P.; Mallinson, D. J.; Walsh, J. P.: HYDRODYNAMICSOF THE ALBEMARLE-PAMLICO ESTUARINE SYSTEM IN RESPONSE TOWIND AND TIDAL FORCING178 Ozdemir, C. E.; Traykovski, P.: EDDY-RESOLVING TWO-PHASE FLOWSIMULATIONS OF TWO-LAYER FLUID MUD MIXTURE AT THE SEABED179 Larson, R. A.; Brooks, G. R.; Holmes, C. W.; Schwing, P. T.; Jilbert, T. S.:SHORT-LIVED RADIOISOTOPES AS GEOCHRONOMETERS IN EVENTSTRATIGRAPHY181 Kolker, A. S.; Ameen, A. D.; Ramatchandirane, C. G.; Li, C.; Walker, N. D.:SEDIMENT DELIVERY TO THE OCEAN IN SUPPLY- AND TRANSPORT-LIMITED SYSTEMS182 Williams, J.; Dellapenna, .; Lee, G. H.: GEOLOGICAL AND GEOMORPHICRESPONSES TO ESTUARINE DAM INSTALLATIONS AND LANDRECLAMATION WITHIN SOUTH KOREA: THE NAKDONG ANDYEONGSAN ESTUARIES219 Palinkas, C. M.; Koch, E. W.; Sanford, L. P.; Stevenson, J. C.: ANTHROPOGENICINFLUENCES ON SEDIMENT DELIVERY AND DEPOSITION INCHESAPEAKE BAY220 Nakagawa, Y.; Nadaoka, K.; Yagi, H.; Nihei, Y.; Yoshida, M.: FINE SEDMNETTRANSPORT MODELING IN TOKYO BAY221 Ashall, L. M.; Mulligan, R. P.; Proosdij, D. V.; Brent, L.: INTERTIDAL FLOWSOVER VEGETATED SALT MARSH SURFACES AND DRAINAGE CHANNELNETWORKS WITH COHESIVE SEDIMENTS IN A MACROTIDAL BASIN222 Kineke, G. C.; Kristiansen, E. R.; Ralston, D. K.; Geyer, W. R.: FINE SEDIMENTTRANSPORT IN THE CONNECTICUT RIVER ESTUARY223 Lopez, J. E.; Baptista, A. M.; Karna, T.: MODELING ETM DYNAMICS IN THECOLUMBIA RIVER ESTUARY224 Hooshmand, A.; Horner-Devine, A. R.; Ogston, A. S.: THE EFFECTS OFBED FORMS AND STRATIFICATION ON WAVE-SUPPORTED GRAVITYCURRENTS225 Wiberg, P. L.; Carr, J. A.; Safak, I.: SUSPENDED SEDIMENTCONCENTRATIONS DERIVED FROM MODELS, MEASUREMENTS ANDIMAGERY FOR A SYSTEM OF SHALLOW COASTAL BAYS226 Petrusevich, V.; Ehn, J.; Dmitrenko, I.; McCullough, G.; Sydor, K.: EFFECTS OFTIDAL MIXING PATTERNS ON SEDIMENT DYNAMICS AND WATERCOLUMN TURBIDITY DURING SUMMER-FALL IN THE NELSON RIVERESTUARY255 Bian, C.; Jiang, W.; Greatbatch, R. J.: AN EXPLORATORY MODEL STUDY OFSEDIMENT TRANSPORT SOURCES AND DEPOSITS IN THE BOHAI SEA,YELLOW SEA AND EAST CHINA SEA256 Hodder, K. R.; Barrett, D. C.: A SURVEY OF SUSPENDED SEDIMENTSETTLING VELOCITY FROM THE GLACIER-FED LAKES OF BRITISHCOLUMBIA AND ALBERTA.084 Particles In Aquatic Environments: From Invisible Exopolymersto Sinking AggregatesChair(s): Eva-Maria Zetsche, ezetsche@vub.ac.beHelle Ploug, helle.ploug@bioenv.gu.seJennifer Prairie, jprairie@email.unc.eduLocation: Kamehameha Hall III121 Bergkvist, J.; Ploug, H.: AMMONIUM RELEASE IN SINKING DIATOMAGGREGATES122 Law, B. A.; Hill, P. S.; Maier, I.; Milligan, T. G.; Page, F.: PARTICLE SIZE,PARTICLE PACKAGING AND SETTLING VELOCITY IN-SITU AT AN AREAOF ACTIVE SALMON AQUACULTURE123 Liu, B.; Khalili, A.; Ploug, H.; Kuypers, M. M.: ON THE INTERPRETATION OFOXYGEN PROFILE AROUND SINKING AGGREGATES124 Cisternas-Novoa, C.; Lee, C.; Engel, A.: TRANSPARENTEXOPOLYMERIC(TEP) AND COOMASSIE BLUE STAINABLE (CSP)PARTICLES IN THE NORTH ATLANTIC OCEAN, USING A NEW DYE-BINDING ASSAY FOR DETERMINATION OF CSP125 Loginova, A. N.; Roa, J.; Kanzow, T.; Engel, A.: DISTRIBUTION OFTRANSPARENT EXOPOLYMER PARTICLES IN THE SOUTH EAST PACIFICOCEAN DURING METEOR (M93) CRUISE126 Li, H.; Minor, E. C.: THE COMPLEMENTARY USE OF WET EXTRACTIONMETHODS WITH FTIR TO INVESTIGATE THE SEASONAL CHANGES OFSINKING PARTICULATE ORGANIC MATTER (POM) IN LAKE SUPERIOR183 Smith Mislan, K. A.; Stock, C. A.; Dunne, J. P.; Sarmiento, J. L.: GROUPBEHAVIOR AMONG MODEL BACTERIA INFLUENCES PARTICULATECARBON REMINERALIZATION DEPTHS184 Brandt, L.; Sardina, G.; Picano, F.; Iudicone, D.: THE EFFECT OF TURBULENCEON THE ABSORPTION AND EMISSION OF MICROORGANISMS185 Fan, D.; Zhang, X.; Sun, X.; Yang, Z.: AUTHIGENIC IRON MINERALSPARTICLES IN AQUATIC ENVIRONMENTS OF THE YANGTZE RIVERESTUARY AND ITS ADJACENT AREA186 Zetsche, E.; Meysman, F. J.: ABUNDANCE AND DISTRIBUTION OF NON-LIVING ORGANIC MATTER IN CORAL REEFS187 Markussen, T. N.; Andersen, T. J.; Ernstsen, V. B.; Becker, M.: FLOCCULATIONALTERS THE DISTRIBUTION AND FLUX OF MELT-WATER SUPPLIEDSEDIMENTS AND NUTRIENTS IN THE ARCTIC: A CASE FROM DISKOFJORD, WEST GREENLAND188 Prairie, J. C.; Ziervogel, K.; Camassa, R.; White, B. L.; Arnosti, C.: FORMATIONOF AGGREGATE LAYERS BY DELAYED PARTICLE SETTLING ANDIMPLICATIONS FOR BACTERIAL ENZYMATIC ACTIVITY189 Dammrich, T.; van Beusekom, J. E.; Engel, A.: CHARACTERISTICS OFMARINE AGGREGATES DURING THE PHYTOPLANKTON SPRINGBLOOM IN A TEMPERATE TIDAL BASINTUESDAY95

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY190 Ploug, H.; Klawonn, I.; Bonaglia, S.; Bruchert, V.: ON THE LIMITINGFACTORS FOR ANAEROBIC PROCESSES IN MARINE SNOW ANDCYANOBACTERIAL COLONIES191 Deng, W.; Monks, L.; Neuer, S.: EFFECTS OF CLAY MINERALS ON THEAGGREGATION AND SETTLING OF MARINE SYNECHOCOCCUS192 Aumack, C. F.; Juhl, A. R.; Neuer, S.: INFLUENCES OF OVERLYING SNOWON PARTICLE SINKING VELOCITY FOLLOWING EXPORT FROM LANDFAST ARCTIC SEA-ICE193 Monks, L.; Deng, W.; Neuer, S.: TIME COURSE EXPERIMENTS OFMARINE SYNECHOCOCCUS AGGREGATION195 Barrett, D. C.; Hodder, K. R.: BACTERIA-SEDIMENT ASSOCIATIONS:IMPLICATIONS FOR SEDIMENT SETTLING VELOCITIES IN ALPINEENVIRONMENTS087 High-Resolution Ocean Circulation Observations FromSpace: the SWOT Mission, Operational Applications, andPhysical-Biogeochemical InteractionsChair(s): Bo Qiu, bo@soest.hawaii.eduRobert Leben , leben@colorado.eduSamantha Lavender , slavender@pixalytics.comLee-Lueng Fu, Lee-Lueng.Fu@jpl.nasa.govMargaret Srinivasan, Margaret.Srinivasan@jpl.nasa.govLocation: Kamehameha Hall III2131 Wilson, C.; Bonekamp, H.; Brown, C.; DiGiacomo , P.; Kwiatkowska, E.: RE-DEFINING OPERATIONAL: AN EVOLVING PARADIGM FOR SATELLITEOCEANOGRAPHY2167 Fu, L. L.; Ubelmann, C.; Morrow, R.: HIGH-RESOLUTION WIDE-SWATHALTIMETRY ANTICIPATED FROM THE SWOT MISSION2168 Morrow, R.; Dencausse, G.; Roge, M.: LATERAL STIRRING OF SURFACETRACER FIELDS BY SATELLITE ALTIMETRY – IMPLICATIONS FOR SWOT2169 Hausman, J. K.: COMPARISON OF ALTIMETRIC DATASETS IN THECOASTAL REGION OF THE SOUTHERN CALIFORNIA BIGHT2170 Sasaki / Hideharu, .; Klein / Patrice, .; Qiu / Bo, .; Sasai / Yoshikazu, .:SEASONALITY OF SUBMESOSCALE ACTIVITY AROUND THE KUROSHIOEXTENSION IN A HIGH-RESOLUTION REALISITC SIMULATION2171 Srinivasan, M.; Peterson, C.; Chao, Y.; Moller, D.; Andreadis, K.: PROMOTINGPRACTICAL APPLICATIONS OF HIGH-RESOLUTION ALTIMETRYMEASUREMENTS2172 Wortham, C.; Jorn, C.; Scharffenberg, M.: ASYMMETRIES BETWEENWAVENUMBER SPECTRA OF ALONG- AND ACROSS-TRACK VELOCITYFROM TANDEM-MISSION ALTIMETRY2173 Jaud, T.; Rivière, P.; Dencausse, G.; Guinet, C.; Klein, P.: MESO / SUB-MESOSCALE 3-D DYNAMICS FROM SPACE AND ELEPHANT SEALS2174 Savage, A. C.; Arbic, B. K.; Richman, J. G.; Shriver, J. F.; Buijsman, M. C.:ANALYSIS OF TIDAL ALIASING USING TIDE GAUGES AND AN EDDYINGGLOBAL OCEAN MODEL WITH EMBEDDED TIDES2211 Rodriguez, E.; Holt, B.; Molemaker, M. J.; Ohlmann, J. C.; Perkovic-Martin, D.:AIRSWOT: A NEW AIRBORNE INSTRUMENT FOR MESOSCALES ANDSUBMESOSCALE SSH2212 Ubelmann Clement, .; Klein Patrice, .; Fu, Lee-Lueng, .: NEW PERSPECTIVESFOR FUTURE HIGH-LEVEL OCEAN ALTIMETRY PRODUCTS2213 Chen, S.; Qiu, B.; Sasaki, H.; Klein, P.; Sasai, Y.: SEASONAL MESOSCALEVERSUS SUBMESOSCALE VARIABILITY ALONG THE SUBTROPICALCOUNTERCURRENT IN A HIGH-RESOLUTION NORTH PACIFIC OGCMSIMULATION2214 Minnett, P. J.; Evans, R. H.; Podesta, G. P.; Kilpatrick, K.: SEA-SURFACETEMPERATURE FROM SUOMI-NPP VIIRS: ALGORITHM DEVELOPMENTAND UNCERTAINTY ESTIMATION2215 Sasai, Y.; Sasaoka, K.; Sasaki, H.; Klein, P.; Qiu, B.: IMPACTS OFSUBMESOSCALE DYNAMICS ON THE PHYTOPLANKTON FIELD IN THEKUROSHIO EXTENSION2216 Boonsoon Kang, .; Naoki Hirose, .: RESPONSE OF SEA SURFACE HEIGHTTO SEA LEVEL PRESSURE IN THE YELLOW AND EAST CHINA SEAS ONHIGH-FREQUENCY BANDS2217 Moller, D.; Chao, Y.; Farrara, J.; Zhang, H.: SIMULATED SWOT DATA IN THESAN FRANCISCO BAY/ESTUARY AND CENTRAL CALIFORNIA COASTALOCEAN FOR DECISION SUPPORT APPLICATIONS2218 Nencioli, F.; d’Ovidio, F.; Petrenko, A. A.; Doglioli, A. M.; Bouffard, J.: LINKINGSEA SURFACE HEIGHT TO (SUB)MESOSCALE OCEAN DYNAMICS: THESEAGOLSWOT CAMPAIGNS IN THE NW MEDITERRANEAN (FALL 2014 –SPRING 2015)2247 Dhage, L.; Strub, P. T.; Durland, T.; Matano, R. P.: VALIDATION AND USE OFALONGTRACK ALTIMETER DATA OVER THE CONTINENTAL SHELF OFINDIA, INVESTIGATING LOCAL AND DISTANT FORCING093 Coasts In Crisis: Sea Level Rise and Inundation and the Needfor AdaptationChair(s): S Jeffress Williams, jwilliams@usgs.govCharles Lemckert, c.lemckert@griffith.edu.auJohn Brock, jbrock@usgs.govKwok Fai Cheung, cheung@hawaii.eduLocation: Kamehameha Hall III488 Lee, H. S.: MODELING EXTREME SEA LEVELS DUE TO SEA LEVEL RISEAND STORM SURGE IN BANGALADESH USING EEMD AND EVA489 Cheng, T. K.; Hill, D. F.: MODELING THE HYDRODYNAMIC RESPONSEOF TILLAMOOK BAY TO CLIMATE CHANGE-DRIVEN BOUNDARYCONDITIONS490 Li, Y.; Zhang, H.; Tang, C.; Zou, T.: INTERACTION BETWEEN COASTLINECHANGE AND TIDAL WAVE SYSTEM OF BOHAI SEA491 Almukaimi, M.; Dellapenna, T.: ENHANCED LAND SUBSIDENCEAND SEDIMENT DYNAMICS IN GALVESTON BAY- IMPLICATIONSFOR GEOCHEMICAL PROCESSES AND FATE AND TRANSPORT OFCONTAMINANTS492 Rotzoll, K.; Fletcher, C. H.; Habel, S.: INCREASED COASTAL INUNDATIONFROM GROUNDWATER-TABLE RISE WITH SEA LEVEL493 Hashimura/Ryusuke, H.: ESTIMATION OF VULNERABILITY USING THEMAXIMUM WIND SPEED OF TROPICAL CYCLONE494 Hemer, M. A.; Erikson, L.; Mori, N.; Trenham, C. E.; Wang, X. L.: AN UPDATEDWIND-WAVE CLIMATE PROJECTIONS ENSEMBLE: QUANTIFYINGSOURCES OF UNCERTAINTY495 McNamara, D. E.; Keeler, A.: MODELING THE HUMAN OCCUPIEDCOASTLINE AS A COMPLEX ADAPTIVE SYSTEM: IS THE COASTLINEFUTURE PRIMITIVE?496 Kinsman, N. E.; Gould, A. I.: COASTAL VULNERABILITY MAPPING INALASKA – STRATEGIES FOR SMALL POPULATIONS IN DATA SPARSEREGIONS497 Weisse, R.; Kappenberg, J.; Sothmann, J.; Meyer, E.: CHALLENGES FORADAPTATION TO SEA LEVEL RISE IN THE COASTAL AREAS OFGERMANY498 Leuchanka, N.; Wainger, L.; Paolisso, M.; Needelman, B.; Land, S.: ACOLLABORATIVE APPROACH TO SOCIO-ECONOMIC ASSESSMENT TOINCREASE COASTAL MARSH AND COMMUNITY RESILIENCE TO SEALEVEL RISE ON THE CHESAPEAKE BAY499 Kumar, A.; Murray, N.: CLIMATE ADAPTATION STRATEGIES FOR THEEASTERN SHORE500 Gibeaut, J. C.; Taylor, E. B.; Del Angel, D.; Reisinger, A.; Starek, M. J.: LIVINGWITH SEA LEVEL RISE ON TEXAS BARRIER ISLANDS501 Pejrup, M.; Andersen, T. J.; Johannessen, p. N.; Nielsen, L. H.; Fruergaard, M.:COASTAL BARRIER RESPONSE TO HOLOCENE SEA-LEVEL RISE502 Miller, I. M.; Petersen, S.; Rot, B.; Hals, H.; Parks, J.: PDOS AND SLOW SLIPAND STORM SURGE RETURN INTERVALS, OH MY!: A SEA LEVEL RISEASSESSMENT CASE STUDY FROM THE PACIFIC NORTHWEST, USA.538 Ferreira, C. M.; Lawler, S.; deb, m.: COASTAL STORM SURGE MITIGATION:ANALYSIS AND MODELING OF CHESAPEAKE BAY WETLANDS539 Barbee, M. M.; Fletcher, C.; Coughlin, R.; Schaubach, M.: INTEGRATINGSPATIAL DATA OF COASTAL VULNERABILITY IN THE CONTEXT OFSEA-LEVEL RISE AROUND THE HAWAIIAN ISLANDS.96

Program BookAGU/ASLO/TOS540 Jarry Nicolas, .; Gouaud Fabrice, .: IMPACT OF STORMS INTENSITYINCREASE AND SEA LEVEL RISE ON WAV OVERTOPPINGPHENOMENON ABOVE PROTECTIVE DYKES541 Watson, E. B.; Wigand, C.; Bishop, J.: NORTHEASTERN SALT MARSHES:ELEVATION CAPITAL AND RESILIENCE TO SEA LEVEL RISE096 Ocean and Climate Change Science: Engaging Scientists InEducating the PublicChair(s): James Yoder, jyoder@whoi.eduDwight Coleman, dcoleman@mail.uri.eduGail Scowcroft, gailscow@mail.uri.eduDon Boesch, boesch@umces.eduLocation: Kamehameha Hall III1755 Van Sebille, E.; England, M. H.: ADRIFT.ORG.AU: AN INTERACTIVEWEBSITE ABOUT OCEAN CURRENTS AND THE PATHWAYS OF MARINEPLASTIC INTO THE OCEAN GARBAGE PATCHES1815 Breines, R.; Furevik, T.: NORWEGIAN RESEARCH SCHOOL IN CLIMATEDYNAMICS1816 Cline, A.; Moore, T. S.: DESIGN SCIENCE MEETS OCEAN SCIENCE:ENGAGING CHALLENGING LEARNERS WITH INNOVATIVE PROJECTSWHILE COLLABORATING WITH AN OCEAN SCIENTIST1817 Carter, P.; Villarante-Tonido, K.: IS COMMITTED OCEAN WARMING ANDACIDIFICATION A PLANETARY EMERGENCY?1818 Cowen, R. K.; Guigand, C.; Luo, J. Y.; Greer, A. T.; Grassian, B.: PLANKTONPORTAL: AN ONLINE CITIZEN SCIENCE PROJECT FOR PLANKTONCLASSIFICATION AND EDUCATION1819 Horak, R. E.; Arduini, S.; Vukajlovich, D.: ENGAGING THE PUBLIC (AGES3-99) IN THE MARINE NITROGEN BIOGEOCHEMICAL CYCLE WITH ANACTIVITY AT A LOCAL SCIENCE MUSEUM1820 Bell, K. C.; Fundis, A.; Smith, L.; Munro, S.: BROADENING OUR REACH:PROVIDING THE PUBLIC WITH ACCESS AND PARTICIPATION INOCEAN EXPLORATION AND RESEARCH ABOARD E/V NAUTILUS1821 Harden, B. E.; Murphy, D.; Pickart, R. S.: COMMUNICATINGOCEANOGRAPHY FROM RESEARCH VESSELS1822 Deese, H. E.; Kermish-Allen, R.; Arnold, S.; Thompson, R.: WEATHERBLUR:OCEAN SCIENTISTS, MARINE INDUSTRY, EDUCATORS, STUDENTS,AND FAMILIES COLLABORATE ON CITIZEN SCIENCE TO INFORMNEXT GENERATION OBSERVING SYSTEMS1823 Gervais, F.; Davidson, E.; Ewing, N.; Juniper, K. J.: SHARING THEDISCOVERIES OF A SUBMARINE CANYON: CREATING PASSION FOROCEAN RESEARCH.1824 Miller, M. K.; Schwartzenberg, S.; Frazier, J.; Garfield, N.; Raleigh, C.:EMBEDDING OCEAN AND CLIMATE RESEARCHERS IN AN INFORMALSCIENCE INSTITUTION097 Breaking Boundaries: the Role of Science Communicationand Outreach In Promoting Healthy OceansChair(s): Christine O’Connell, christine.oconnell@stonybrook.eduMarianne McNamara, mcnamam@sunysuffolk.eduLocation: Kamehameha Hall III2016 Lustick, D. S.; Lohmeier, J.; Chen, R.; Wilson, R.; Rabkin, D.: SCIENCETOGO.ORG: FIRST LOOK AT A MODEL’S EFFICACY TO ENGAGE MASS TRANSITRIDERS WITH CLIMATE CHANGE SCIENCE2017 Marrin, D. L.: THE USE OF SPATIAL AND TEMPORAL PATTERNS TOCOMMUNICATE OCEAN SCIENCE2018 Tuddenham, P. D.; Keener, P.; Breidahl, H.; Fauville, G.: BREAKINGBOUNDARIES, CREATING NEW COLLABORATIONS BY ENGAGINGSCIENTISTS, EDUCATORS AND POLICY MAKERS IN THE OCEANLITERACY CAMPAIGN IN THE USA AND THE WORLD2019 Tzortziou, M.; Omar, A.; Turner, W.: STAKEHOLDER ENGAGEMENT INFUTURE SATELLITE OCEAN COLOR MISSION DEVELOPMENT PROCESS2020 Schiebel, H. N.; Chen, R. F.: THE GRADUATE STUDENTS FOR OCEANEDUCATION (GROE) FACEBOOK PAGE: USING SOCIAL MEDIA TOCREATE A BROADER IMPACTS COMMUNITY2045 Ferraro, C. A.; McDonnell, J. D.; Hotaling, L.; Yoder, J.: EXPLORING HOWTO COMMUNICATE SCIENCE MORE BROADLY AND INCREASE YOURIMPACT: GEARS WORKSHOPS FOR EARLY CAREER SCIENTISTS2046 Greenfield, D. I.; DeVoe, R.; Ferris Hill, S.; Stormer, S.: INCREASING PUBLICAWARENESS FOR RECOGNIZING, REPORTING, AND PREVENTINGHARMFUL ALGAL BLOOMS: CASE STUDY OF SOUTH CAROLINARESIDENTIAL STORMWATER PONDS2047 McCue, L. M.: DOLPHIN SMART: AN EDUCATION PROGRAM BRINGINGSTAKEHOLDERS TOGETHER FOR DOLPHIN CONSERVATION2048 Good, L. H.; Abeles, A.: MORE THAN COMMUNICATION: A4-DIMENSIONAL APPROACH FOR GRADUATE TRAINING IN OCEANSCIENCES2049 Jurukovski, V.; Linker, D.: PROFESSORS ON WHEELS: BRINGING THECLASSROOM TO THE COMMUNITY2050 Schmidt, J. O.; Nissen, D.; Magens, M.; Voss, R.: ECOOCEAN - GAMES INFISHERIES EDUCATION, COMMUNICATION AND SCIENCE2095 Coffey, R.; Krause, K.; Rafferty, P.: FIRE ISLAND NATIONAL SEASHORE ASAN OUTDOOR CLASSROOM2096 Fowler, R. A.; Aumack, C. F.; Juhl, A. R.: COMMUNICATING OCEANSCIENCE ON A SOCIAL NEWS SITE: WHAT WE LEARNED FROM BEINGASKED ANYTHING2097 Revie, C. W.; McKenzie, P.; Foreman, M.; DeDominicis, S.; Krkosek, M.: TRYINGTO SUBSTITUTE LIGHT FOR HEAT IN THE DEBATE AROUND SEA LICEAND AQUACULTURE IN BRITISH COLUMBIA, CANADA2098 Watson, M.; Buckley, M.; Diederick , L.; Windsor, J.; Tankersley, R.: OCEAN180 VIDEO CHALLENGE: TURNING RESEARCH PAPERS INTO DIGITALSTORIES2099 Daria Halkides, .; Eric Larour, Y.; Kit Petrie, .; Lan Nguyen, .; Gilberto Perez,.: IMPROVING CLIMATE LITERACY USING THE ICE SHEET SYSTEMMODEL (ISSM): A PROTOTYPE VIRTUAL ICE SHEET LABORATORY FORUSE IN THE K-12 CLASSROOM111 New Insights Into Microbial Community Metabolism andCoupled Biogeochemical Cycling In Oxygen-Deficient MarineWatersChair(s): Klaus Jürgens, klaus.juergens@io-warnemuende.deSteven J. Hallam, shallam@mail.ubc.caLocation: Kamehameha Hall III2193 Glass, J. B.; Buck, K. N.; Bristow, L. A.; Thamdrup, B.; Stewart, F. J.:BIOESSENTIAL TRACE METAL AND NITROGEN CYCLING IN THEEASTERN TROPICAL NORTH PACIFIC OXYGEN MINIMUM ZONE2194 Pachiadaki, M. G.; Taylor, C.; Yakimov, M.; Bernhard, J.; Edgcomb, V. P.:META-OMICS REVEAL NEW INSIGHTS INTO MICROBIAL COMMUNITYACTIVITIES ALONG DEEP-SEA REDOXCLINES AND ADAPTATIONS TOHYPERSALINITY2261 CHEUNG, S. Y.; XIA, X. M.; LIU, H. B.: DIAZOTROPH COMMUNITY INDEEP OXYGEN MINIMUM ZONE2262 Chronopoulou, M.; Thijs, N.; Trimmer, M.: METHANOTROPHY IN THEMARGINS OF THE OXYGEN MINIMUM ZONE OF EASTERN TROPICALNORTH PACIFIC2263 White, C. M.; Woulds, C.; Cowie, G. L.; Hall, P.; Kitazato, H.: SEAFLOORMICROBIAL COMMUNITIES, ORGANIC MATTER CYCLING, ANDOXYGEN: A STABLE ISOTOPE APPROACH2264 Peng, X.; Fuchsman, C.; Martens-Habbena, W.; Ward, B. B.: NITRIFICATION INTHE EASTERN TROPICAL NORTH PACIFIC OCEAN2265 Seitaj, D.; Malkin, S.; Schauer, R.; Meysman, F.: MICROBIAL SULPHIDEOXIDATION IN SEASONALLY HYPOXIC COASTAL SEDIMENTS:COMPETITION BETWEEN ELECTROGENIC FILAMENTOUS BACTERIAAND BEGGIATOATUESDAY97

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY2266 ROSE, A. L.: THE ROLE OF REACTIVE OXYGEN SPECIES INCONTROLLING LOCAL REDOX CONDITIONS IN OXIC AND SUBOXICMARINE WATERS2267 Kharbush, J. J.; Ugalde, J. A.; Hogle, S. L.; Allen, E. E.; Aluwihare, L. I.: LOW-OXYGEN MARINE ENVIRONMENTS AS POTENTIAL “HOT SPOTS” OFMICROBIAL HOPANOID PRODUCTION2268 HE, L.; Yin, K.: VIRAL ABUNDANCE DISTRIBUTION IN DEEP WATERS OFTHE NORTHERN OF SOUTH CHINA SEA2269 Vasquez Cardenas, D.; Malkin, S.; Polerecky, L.; Meysman, F.; Boschker, H.:CARBON METABOLISM IN HYPOXIC SEDIMENTS SHOWING LONG-RANGE MICROBIAL ELECTRON TRANSPORT BY CABLE BACTERIA2270 Parris, D. J.; Ganesh, S.; Delong, E. F.; Edgcomb, V.; Stewart, F. J.: MICROBIALEUKARYOTE DIVERSITY IN THE MARINE OXYGEN MINIMUM ZONEOFF NORTHERN CHILE2271 Zhao, M.; Zhu, M.; Cao, Y.; Yang, H.; Zhao, Z.: BIOMARKER EVIDENCEOF THE WIDE OCCURRENCE OF ANAMMOX ACTIVITIES IN THEZHUJIANG AND CHANGJIANG RIVER ESTUARIES2272 Horak, R. E.; Ward, B. B.; Devol, A. H.: THE NITROGEN DEFICIT INCREASEIN THE EASTERN TROPICAL NORTH PACIFIC OVER THE PAST 40 YEARS2282 Caro-Quintero, A.; Sarode, N.; Parris, D. J.; Ganesh, S.; Stewart, F. J.:METAGENOMICS OF MICROBIAL COMMUNITIES IN THE LOUISIANASHELF HYPOXIC ZONE2283 Gillies, L. E.; Thrash, J. C.; Rabalais, N. N.; Mason, O. U.: MICROBIALCOMMUNITY STRUCTURE IN THE JULY 2013 GULF OF MEXICO DEADZONE2284 Torres Beltran, M.; Hawley, A.; Capelle, D.; Tortell, P. D.; Hallam, S. J.:EXPLORING MICROBIAL CONTROLS ON METHANE CYCLING IN ASEASONALLY ANOXIC FJORD122 Investigating the Mechanisms Defining FundamentalInteractions At the Nano-Scale to the Micro-Scale: NovelTechnologies Providing Key InsightsChair(s): Rebecca Klaper, rklaper@uwm.eduJ. Rudi Strickler, jrs@uwm.eduLocation: Kamehameha Hall III307 Lambert, B. S.; Tout, J. S.; Seymour, J. R.; Stocker, R.: ENGINEERING THEISCA: TOWARDS UNDERSTANDING THE CHEMICAL PREFERENCES OFMARINE MICROBES308 Blue, C. R.; Han, N.; Dove, P. M.: ESTABLISHING A PHYSICAL BASIS OFCALCIFICATION BY AMORPHOUS PATHWAYS: EFFECT OF SOLUTIONCHEMISTRY AND BIOMOLECULES309 Jiang, H.; Gemmell, B. J.; Strickler, J. R.; Buskey, E. J.: OBSERVINGZOOPLANKTON SWIMMING BEHAVIOR AND IMPOSED FLOW ATSUB-MM SCALES310 Chang, W. J.; Najera, M. A.; Nam, Y. G.; Van Eerden, J.; Strickler, J. R.:MICROFLUIDICS AND FORM AND FUNCTION IN CYCLOPOIDCOPEPODS321 Gemmell, B. J.; Jiang, H.; Buskey, E. J.: EXPLORING A NEWAPPROACH TO MICRO-SCALE PARTICLE IMAGE VELOCIMETRY(PIV) FOR QUANTIFYING FLOW AROUND FREE-SWIMMINGMICROZOOPLANKTON.322 Garrison, C. E.; Bochdansky, A. B.: COMPARISON OF TWOSEPARATION METHODS FOR BIOLOGICAL PARTICLES: FIELD-FLOWFRACTIONATION (FFF) AND SUCROSE DENSITY GRADIENTS323 Mullen, A. D.; Treibitz, T.; Jaffe, J.; Roberts, P. L.; Laxton, B.: MICRO-SCALEOBSERVATIONS OF CORAL REEF PROCESSES USING A NOVEL INSITU MICROSCOPE324 Strickler, J. R.; Hinow, P.; Jiang, H.; Motschman, J.; Alcaraz, M.: SUB-MILLIMETER SCALE PHENONEMA NEAR THE VIBRATINGMOUTHPARTS OF CALANOID COPEPODS326 Griffitt, R. J.; Feswick, A.; Siebein, K.; Barber, D. S.: PARTICLE SURFACEFUNCTIONALIZATION INFLUENCES UPTAKE, RETENTION ANDINTERNALIZATION OF QUANTUM DOTS IN DAPHNIA.393 Bochdansky, A. B.; Clouse, M. A.; Herndl, G. J.: VISUALIZATION TOOLSFOR MICROSCALE DISTRIBUTION OF PELAGIC PARTICLES: DIGITALHOLOGRAPHIC MICROSCOPY AND PARTICLE PROFILING394 Klaper, R.; Bozich, D.; Dominguez, G.; Murphy, C. J.; Hamers, R. J.:UNCOVERING THE MOLECULAR INTERACTIONS OF ORGANISMSWITH NANOMATERIALS USING GENOMIC APPROACHES395 Malfatti, F.; Samo, T. J.; Azam, F.: ASSESSING INDIVIDUAL CELL LEVELGROWTH AND RESPIRATION RATE IN MARINE SYNECHOCOCCUS-HETEROTROPHIC BACTERIA INTERACTION BY HIGH-SPEED LASERCONFOCAL MICROSCOPY396 Salta, M.; Carugo, D.; Capretto, L.; Wharton, J. A.: LIFE UNDER FLOW:MICROFLUIDICS FOR OBSERVING BACTERIAL ATTACHMENTCONTROLLED BY SURFACE ENERGY AND SHEAR STRESS123 The Molecular Chemistry and Microbial Biology of MarineDissolved Organic Matter (DOM) Composition and CyclingChair(s): Daniel Repeta, drepeta@whoi.eduZhanfei Liu, zhanfei.liu@utexas.eduLihini Aluwihare, laluwihare@ucsd.eduCraig Nelson, craig.nelson@hawaii.eduAron Stubbins, aron.stubbins@skio.usg.eduCraig Carlson, carlson@lifesci.ucsb.eduEd Delong, delong@mit.eduLocation: Kamehameha Hall III281 Coppola, A. I.; Walker, B. D.; Druffel, E. R.: COMPOUND SPECIFICRADIOCARBON ANALYSIS OF BLACK CARBON ISOLATED IN MARINEDISSOLVED ORGANIC CARBON USING SOLID PHASE EXTRACTION282 Manecki, M.; Herlemann, D.; Jürgens, K.; Dittmar, T.: INTERACTION OFTERRIGENOUS DISSOLVED ORGANIC MATTER WITH DIFFERENTMICROBIAL COMMUNITIES IN THE BALITC SEA SALINITY GRADIENT:AN INCUBATION EXPERIMENT283 Lee, S.; Kim, T.; Kim, G.: THE SOURCES OF DISSOLVED ORGANIC CARBONIN COASTAL WATERS REVEALED BY CDOM AND 13 C SIGNATURES284 Zhang, J.: SPATIAL VARIABILITY OF COLORED DISSOLVED ORGANICMATTER IN THE YELLOW SEA AND THE EAST CHINA SEA IN WINTER285 Zhao, W.; Zhou, N.; Miao, H.: DISSOLVED ORGANIC MATTERFLUORESCENCE IN THE SOUTH CHINA SEA IN WINTER286 Niggemann, J.; Boetius, A.; Lichtschlag, A.; Dittmar, T.: MOLECULARINSIGHTS INTO DISSOLVED ORGANIC MATTER CYCLING IN THEBLACK SEA287 Romera-Castillo, C.; Jaffé, R.: FREE RADICAL SCAVENGING ACTIVITY OFDISSOLVED ORGANIC MATTER288 Peri, F.; Shiebel, H. N.; Chen, R. F.; Gardner, G. B.: ANALYSIS OF DISSOLVEDORGANIC CARBON OUTWELLING FROM CREEK BANK SEEPAGE ANDRIVULETS WITHIN A NEW ENGLAND SALT MARSH289 Arnosti, C.; D’Ambrosio, L.; Steen, A. D.; Teske, A.: SITE- AND DEPTH-RELATED CONTRASTS IN ENZYMATIC CAPABILITIES OF MICROBIALCOMMUNITIES: EXPLORING LINKS BETWEEN MICROBIALCOMMUNITY FUNCTION AND COMPOSITION290 Gardner, B.; Chen, R. F.; Peri, F.; Scheibel, H.; Wang, X.: SOURCES,TRANSPORT AND FATE OF DOC IN A SHALLOW BAY291 Kowalczuk, P.; Zablocka, M.; Sagan, S.: CHARACTERIZATION OFFLUORESCENT DISSOLVED ORGANIC MATTER COMPOSITION IN THEDEEP BALTIC SEA WATERS FROM FLUORESCENCE SPECTROSCOPY ANDPARALLEL FACTOR ANALYSIS.292 Benner, R.; Amon, R.: THE SIZE-REACTIVITY CONTINUUM OF MAJORBIOELEMENTS IN THE OCEAN293 Miller, W. L.; Powers, L. C.; Cao, F.; Babcock-Adams, L.; Enright, J.:PHOTOCHEMICAL REACTIVITY OF THE OCEANIC REFRACTORYORGANIC CARBON POOL: INSIGHTS FROM THE GULF OF ALASKA294 Gifford, S. M.; Sosa, O.; Repeta, D.; DeLong, E. F.: ISOLATION, GROWTH,AND GENOMICS OF METHYLOTROPHIC BACTERIA ON MARINE HIGH-MOLECULAR WEIGHT DOM98

Program BookAGU/ASLO/TOS295 Fleming, J. C.; Tems, C.; Haskell, W. Z.; Berelson, W. M.: DECLINING OXYGENTRENDS IN SAN PEDRO BASIN AS A POTENTIAL SIGN OF CHANGESIN PRODUCTIVITY AND CARBON AVAILABILITY—EXPLORED VIAOXYGEN CONSUMPTION MEASUREMENTS296 Li, X. P.; Lu, Y. H.; Mesfioui, R.; Hatcher, P.: HIGH RESOLUTION MOLECULARCHARACTERIZATION OF PHOTOCHEMICAL AND MICROBIALTRANSFORMATIONS OF DOM IN TEMPERATE STREAMS OF DIFFERENTLAND USE351 Casey, J. R.; Bidigare, R. R.; Karl, D. M.: PHOTORESPIRATION AND LMWORGANIC ACID CYCLING AT STATION ALOHA352 Bell, D. W.; Benitez-Nelson, C. R.; Ingall, E. D.; Longo, A.; Chambers, L. R.:DISSOLVED ORGANIC PHOSPHORUS CHARACTERIZATION ACROSS ARIVERINE/OCEANIC INTERFACE ISOLATED USING ELECTRODIALYSISAND REVERSE OSMOSIS353 Bittar, T. B.; Henriques Vieira, A. A.; Chen, H.; Stubbins, A.; Mopper, K.:COMPETITION BETWEEN PHOTOCHEMICAL AND BIOLOGICALDEGRADATION OF AUTOCHTHONOUS DISSOLVED ORGANICMATTER RELEASED BY THE CYANOBACTERIA MICROCYSTISAERUGINOSA354 Arai, K.; Shimotori, K.; Hama, T.: PHOTOREACTIVITY OF BACTERIA-DERIVED FLUORESCENT DISSOLVED ORGANIC MATTER355 Wang, X.; Ma, H.: SOURCES AND DISTRIBUTION OF DISSOLVED ORGANICCARBON (DOC) IN THE YELLOW RIVER AND CHANGJIANG ESTUARIESAND COASTAL WATERS OF THE EAST AND SOUTH CHINA SEAS356 Dittmar, T.; Jaekel, U.; Shah, S. R.; Girguis, P. R.: MOLECULAR STABILITYOF MARINE DISSOLVED ORGANIC MATTER DURING 20,000 YEARS OFNATURAL INCUBATION357 Klun, K.; Šket , P.; Falnoga , I.; Faganeli , J.: DETERMINATION OFSEASONAL DYNAMIC IN SIZE AND STRUCTURE OF COLLOIDALORGANIC MATTER BY HP-SEC CHROMATOGRAPHY AND 1H NMRSPECTROSCOPY358 Stubbins, A.; Spencer, R. G.; Mann, P. J.; Niggemann, J.; Dittmar, T.: ARCTICRIVERS CONNECT CHARRED CARBON STORES ON LAND AND AT SEA359 Funkey, C.; Reader, H.; Conley, D.: DETERMINING THE BIOAVAILABILITYOF PHOTOCHEMICALLY ALTERED DISSOLVED ORGANIC NITROGEN360 Repeta, D. J.; Panagiotopoulos, C.: SPECTRAL AND CHROMATOGRAPHICCHARACTERIZATION OF ACYLATED POLYSACCHARIDE (APS) IN HIGHMOLECULAR WEIGHT MARINE DOM.361 Ogawa, H.; Lu, C.; NISHIOKA, J.; YAMASHITA, Y.; BENNER, R.:DISTRIBUTIONS OF DISSOLVED LIGNIN IN THE WESTERN NORTHPACIFIC: IMPLICATION FOR TRANSPORTATION OF TERRIGENOUSDISSOLVED ORGANIC MATTER ACCOMPANIED WITH IRON362 Röder, H.; Niggemann, J.; Dittmar, T.; Feudel, U.; Freund, J.: TIME-SERIESANALYSES OF ULTRA-HIGH RESOLUTION MASS SPECTROMETRY DATAALLOW NEW INSIGHTS INTO DOM CYCLING363 Cao, F.; Zhu, Y.; Kieber, D.; Miller, W.: OPTICAL CHARACTERIZATION OFDEEP OCEAN REFRACTORY CARBON IN THE GULF OF ALASKA364 Kido Soule, M. C.; Longnecker, K.; Kujawinski, E. B.: UNTARGETEDAND TARGETED METABOLOMICS METHODS FOR MARINEMICROORGANISMS365 Hartnett, H. E.; Smith, Z. P.; Bowman, M. M.; Raleigh, M.: TRANSFORMATIONOF DOC IN THE COLORADO RIVER: IMPLICATIONS FOR EXPORT OFLABILE CARBON FROM RIVERS366 Arakawa, N. K.; Aluwihare, L. I.: A COMPREHENSIVE GC GC ANALYSIS OFCHEMICALLY REDUCED DISSOLVED ORGANIC MATTER367 Song, G.; Xie, H.: CARBON MONOXIDE PHOTOPRODUCTION FROMPARTICULATE AND DISSOLVED ORGANIC MATTER IN ICE ALGALCULTURES419 Alves Soares, A. R.; Kritzberg, E. S.; Persson , A.; Berggren , M.: LABILEORGANIC CARBON IN RIVER RUNOFF: THE IMPORTANCE OF CARBONSOURCES AND WATER RESIDENCE TIMES420 Louchouarn, P.; Myers-Pigg, A. N.; Amon, R. M.; Prokushkin, A.; Teisserenc, R.:A TALE OF FIRE AND WATER: FATE OF DISSOLVED LOW TEMPERATUREPYC IN SUB-TROPICAL TO BOREAL AQUATIC ENVIRONMENTS421 Stephens, B. M.; Aluwihare, L. I.; Porrachia, M.; Goericke, R.; Dovel, S.:DISSOLVED AND SUSPENDED PARTICULATE ORGANIC CARBONDYNAMICS IN THE SOUTHERN CALIFORNIA CURRENT SYSTEM422 Hull, D. K.; Ruttenberg, K. C.: PROBING THE NATURE OF DISSOLVEDORGANIC PHOSPHORUS (DOP) IN AQUATIC SYSTEMS: DOPMOLECULAR WEIGHT DISTRIBUTION AND BIOAVAILABILITY423 Yamaguchi, Y. T.; McCarthy, M. D.: ENANTIOMER-SPECIFIC (D/L)NITROGEN ISOTOPIC COMPOSITION OF AMINO ACIDS IN HIGHMOLECULAR WEIGHT DISSOLVED ORGANIC MATTER IN SEAWATER424 Windecker, L. A.; Brzezinski, M. A.; Wear, E. K.; Carlson, C. A.; Jones, J.L.: DISSOLVED ORGANIC MATTER PRODUCTION DURING TWOCONTRASTING UPWELLING EVENTS IN THE SANTA BARBARACHANNEL425 Ma, X.; Coleman, M. L.; Waldbauer, J. R.: MOLECULAR SIGNATURES OFDISSOLVED ORGANIC MATTER PRODUCTION BY VIRAL LYSIS426 Pittelli, S. L.; Gonsior, M.; Koch, B.; Schmitt-Kopplin, P.: EXCITATIONEMISSION MATRIX FLUORESCENCE AND PARALLEL FACTOR ANALYSISOF MARINE SOLID-PHASE EXTRACTED DOM154 Fine-Grained Sedimentation In the Ocean: Processes &ProductsChair(s): Joao Trabucho-Alexandre, joao.trabucho@durham.ac.ukJuergen Schieber, jschiebe@indiana.eduLocation: Kamehameha Hall III566 Kim, G.; Narantsetseg, B.; Chun, J.: CHARACTERISTICS OF PHYSICALPROPERTY AND MICRO-STRUCTURES OF GASSY SEDIMENTS IN THEINNER SHELF OF SE KOREA567 Fukue, M.: QUANTITATIVE EVALUATION OF CARBONATE DIAGENESISOF MARINE SEDIMENTS568 Wang, W.; Zhang, Y.; Liu, Z.; Zhao, Y.; Xu, J.: MESOSCALE EDDIES-INDUCEDDEEP-WATER SEDIMENT RESUSPENSION IN THE SOUTH CHINA SEA569 Borisov, D. G.; Murdmaa, I. O.; Ivanova, E. V.; Levchenko, O. V.; Yutsis, V.V.: CONTOURITE DEPOSITIONAL SYSTEMS IN THE NORTHERNARGENTINE BASIN570 Choi, J. Y.; Choi, T. J.: EVALUATION OF LASER DIFFRACTION SIZEANALYZER FOR FINE-GRAINED SEDIMENT571 Boussaha, M.; Thibault, N. R.; Stemmerik, L.: ORIGIN OF CHALK DEPOSIT INTHE DANISH BASIN: LATE CRETACEOUS FROM THE STEVNS-2 CORE.572 Almogi-Labin, A.; Elyashiv, H.; Calvo, R.; Sandler, A.; Herut, B.: THECONSEQUENCES OF NILE RIVER DAMMING ON THE DISTRIBUTION OFFINE SEDIMENTS ON THE ISRAELI SHELF, PART OF THE NILE LITTORALCELL573 Homola, K. L.; Hearn, C. K.; Johnson, H. P.: FIRST IN SITU MEASUREMENTOF THERMAL DIFFUSIVITY FOR MARINE SEDIMENTS AT THE UPSLOPEEDGE OF GAS HYDRATE STABILITY574 Gomis-Cartesio, L. E.; McDougall, N. D.; Gerard, J.; Poyatos-Moré, M.; Abdallah,H.: SYSTEMATICS AND RECOGNITION OF SUBTLE VARIATIONS INDEPOSITIONAL PROFILES OF FINE-GRAINED CORE-BASED STUDIESAPPLIED TO UNCONVENTIONAL HYDROCARBON RESOURCES575 Howell, A. L.; Bentley, S. J.; Xu, K.; Ferrell, R. E.; Septama, E.: FLUVIAL,OCEANOGRAPHIC, AND EUSTATIC CONTROLS ON SEDIMENTPROVENANCE AND DELIVERY IN THE PANDORA TROUGH, GULF OFPAPUA576 Trabucho-Alexandre, J.; Gröcke, D. R.; Mattioli, E.; Armstrong, H. A.;Herringshaw, L. G.: EROSION IN TOARCIAN SHALES AND ITS EFFECT ONPRESERVED GEOCHEMICAL AND BIOLOGICAL SIGNALS577 Schieber, J.: MILLIMETER TO METER-SCALE EROSIONAL FEATURES INTHE LATE DEVONIAN CHATTANOOGA SHALE – DISTAL BUT WITHMANY GAPS578 Buls, T.; Anderskouv, K.; Thompson, C. E.; Stemmerik, L.; Friend, P. L.: EFFECTSOF SHORT-TERM CONSOLIDATION AND VARIABLE CLAY ANDORGANIC MATTER CONTENT ON THE ERODIBILITY OF CRETACEOUSCHALK OOZETUESDAY99

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY579 Locker, S.; Wienders, N.; MacDonald, I.; Speer, K.; Hamilton, P.:RELATIONSHIPS BETWEEN SHELF-BREAK GEOMORPHOLOGY,SEDIMENT ACCUMULATION AND CIRCULATION, NORTHEASTERNGULF OF MEXICO159 CLIVAR: Ocean and Atmosphere Variability, Predictability andChangeChair(s): Lisa Goddard, goddard@iri.columbia.eduJim Hurrell , jhurrell@ucar.eduMartin Visbeck, mvisbeck@geomar.deAaron Donohoe, thedhoe@mit.eduLocation: Kamehameha Hall III2456 Kim, H.: IMPROVEMENT OF INITIALIZED DECADAL PREDICTIONSOVER THE NORTH PACIFIC OCEAN BY SYSTEMATIC ANOMALY ERRORCORRECTION2545 Johnson, N. C.; L’Heureux, M. L.; Xie, S.: A PARTIAL LEAST SQUARESREGRESSION APPROACH FOR ATMOSPHERE AND OCEANPREDICTIONS AND DIAGNOSTICS2546 Jeong Jin-Yong, .; Noh Jae Hoon, .; You Hak-Yeol, .; Min Inki, .; Shim Jae-Seol, .:INTRODUCTION TO THE IEODO OCEAN RESEARCH STATION2547 Zdun, A.; Rozwadowska, A.: MARINE OR CONTINENTAL? THE AEROSOLOPTICAL PROPERTIES IN RELATION TO INFLOWING AIR MASSES2548 Singhruck, P.; Laohalertchai , C.; Sitthichivapak, K.; Yavinchan, S.: IMPACTSAND MECHANISMS OF THE MJO AND THE BOREAL SUMMERINTRASEASONAL OSCILLATION ON RAINFALL VARIABILITY OVER THEINDOCHINA PENINSULAR2549 Kim, Y. H.; Hwang, C.; Kim, W. M.: DEVELOPMENT AND VALIDATION OFKIOST CLIMATE REANALYSIS2550 Lombardo, K.; Colle, B. A.; Zhang, Z.: FUTURE VARIATIONS IN COOLSEASON PRECIPITATION ASSOCIATED WITH COASTAL CYCLONESOVER THE WESTERN ATLANTIC STORM TRACK2551 Trenary, L. L.; DelSole, T.: OPTIMAL DIAGNOSIS OF THE RELATIONBETWEEN THE ATLANTIC MULTI-DECADAL OSCILLATION AND THEOVERTURNING CIRCULATION2552 McNichol, A. P.; Key, R. M.; Jenkins, W. J.; Elder, K. L.; Gagnon, A. R.: THEWOCE/CLIVAR RADIOCARBON PROGRAMS--DECADAL CHANGES INDI14C IN THE WORLD’S OCEANS2641 Lee, D. E.; Henderson, N.; Chapman, D.; Chen, C.; Cane, M.: MULTILEVELAUTOREGRESSIVE PREDICTION OF SEA SURFACE TEMPERATURE INTHE NORTH TROPICAL ATLANTIC AND CARIBBEAN SEA2642 Gospodinova, K. D.; McNichol, A. P.; Gagnon, A.; Burton, J.; Shah, S. R.: RAPIDEXTRACTION OF DISSOLVED INORGANIC CARBON FROM SEAWATERAND GROUNDWATER SAMPLES FOR RADIOCARBON DATING2643 Giglio, D.; Roemmich, D.: ANNUAL HEAT AND FRESHWATER FLUXESTIMATES ON A GLOBAL SCALE FROM ARGO2644 Maltrud, M.; Veneziani, M.; McClean, J.; Evans, K.; Branstetter, M.: RESULTSFROM A HIGH RESOLUTION PRE-INDUSTRIAL CLIMATE SIMULATIONUSING CESM2645 Bustamante, M. R.; Cruz, F. W.; Sifeddine, A.; Cheng, H.; Guyot, J. L.: A HIGHRESOLUTION SPELEOTHEM RECORD FROM NORTHEASTERN ANDESRECORDED ALL BOND EVENTS AND GIVE NEW LIGHTS ON THEMECHANISMS BEHIND ABRUPT CLIMATE CHANGES.2646 Gasparin, F.; Roemmich, D.; Gilson, J.: THE ANNUAL CYCLE OF STERICHEIGHT AND SEA SURFACE HEIGHT IN THE EQUATORIAL PACIFIC2647 Benítez-Barrios, V. M.; Pelegrí, J. L.; Emilianov, M.; Fraile-Nuez, E.; Hernández-Guerra, A.: DECADAL CHANGES IN THE TROPICAL ATLANTIC ALONGTHE 7.5N SECTION2648 Diggs, S. C.; Sloyan, B.; Sabine, C.; Swift, J.; Kramp, M.: GO-SHIP: BUILDING AGLOBAL TIME SERIES OF A SUITE OF OCEAN PROPERTIES2737 Berys-Gonzalez, C.; Diggs, S.; Swift, J.: END-TO-END HYDROGRAPHICDATA MANAGEMENT: THE CLIVAR AND CARBON HYDROGRAPHICDATA OFFICE2738 YOON, J.; JIN , F.: REACCESSING ATMOSPHERE-OCEAN COUPLING FORDECADAL VARIABILITY IN KUROSHIO EXTENSION REGION2739 Eddebbar, Y. A.; Long, M. C.; Keeling, R. F.; Manizza, M.: NATURAL CLIMATEVARIABILITY AND AIR-SEA HEAT EXCHANGE INFLUENCES ON THEATMOSPHERIC POTENTIAL OXYGEN160 Ocean Pollution: the Gulf of Mexico As A Case StudyChair(s): Ai Ning Loh, anloh@fgcu.eduMegan La Peyre, mlapey@lsu.eduLocation: Kamehameha Hall III1741 Snyder, S. M.; Pulster, E.; Wetzel, D.; Romero, I. C.; Murawski, S.: TRACINGEXPOSURE OF BURROW-FORMING FISHES TO OIL CONTAMINATIONFOLLOWING THEDEEPWATER HORIZON BLOWOUT1742 Bao, M. T.; Sun, P. Y.: BIOREMEDIATION EFFECT ON MARINE SURFACEFLOATING CRUDE OIL UNDER FIELD SIMULATED CONDITIONS1743 Loh, A. N.; Campbell, I.; Guyomarch, J.; Le Floch, S.; Rumbold, D.:CHARACTERIZATION AND DETECTION OF POLYCYCLIC AROMATICHYDROCARBON IN GULF OF MEXICO WATERS1744 Baca, S. T.; Almeda, R.; Buskey, E.: ROLE OF UVR AND CHEMICALDISPERSANT ON THE TOXICITY OF PETROLEUM TO COPEPODS1745 Hu, X.; Wang, H.; Lin, M.; Zhao, H.: CHARACTERIZATION OF INDIGENOUSMARINE BACTERIA ASSOCIATED WITH CRUDE OIL-POLLUTED SEASEDIMENTS1746 Schwing, P. T.; Romero, I. C.; Hastings, D. W.; Brooks, G. R.; Reilly, L. M.:CHARACTERIZING THE IMPACT AND RESPONSE OF DEEP SEABENTHIC FORAMINIFERA TO THE DEEPWATER HORIZON EVENT INTHE NORTHEASTERN GULF OF MEXICO1747 ALMEDA, R.; Brown, C. B.; Jiqing , L.; Hyatt , C.; Buskey, E. J.: IMPACT OFCRUDE OIL AND DISPERSANT ON MICROZOOPLANKTON ANDITS EFFECTS ON THE STRUCTURE OF MICROBIAL PLANKTONCOMMUNITIES IN THE GULF OF MEXICO1748 Maiti, K.; Adhikari, P.; Overton, E.; Bosu, S.: VARIABILITY IN THE RESIDENCETIME OF POLYCYCLIC AROMATIC HYDROCARBONS IN THENORTHERN GULF OF MEXICO1749 JOUNG, D.; GILBERT, M.; Pathare, M.; SHILLER, A.: SEASONAL CHANGESOF FRESHWATER SOURCES ON THE LOUISIANA SHELF AS EVIDENCEDBY OXYGEN ISOTOPES1750 Sarkodee-Adoo, J.; Cherrier, J.; Bosman, S.; Mickle, A.; Chanton, J. P.:TRACING THE INTRUSION OF FOSSIL CARBON INTO COASTALLOUISIANA EPIBENTHIC MACROFAUNA USING NATURAL 14 C AND 13 CABUNDANCES1751 Wade, T. L.; Chapman, P.; Sweet, S. T.; Shi, D.; Guinasso, N. L.: PETROLEUM INTHE WATER COLUMN IN THE VICINITY OF THE DEEPWATER HORIZONSPILL AND HERCULES 252 GAS BLOWOUT1752 White, H. K.; Lyons, S. L.; Reeve, J.; Simister, R. L.: EXAMINING THEDEGRADATION OF OIL BY FUNGI ISOLATED FROM OIL-SOAKED SANDPATTIES IN THE GULF OF MEXICO1753 Reilly, L. M.; Schwing, P. T.; Goddard, E. A.; Brooks, G. R.; Hollander, D.J.: ASSESSING THE EXPOSURE OF BENTHIC FORAMINIFERA TOPETROLEUM IN THE NORTHEASTERN GULF OF MEXICO BY STABLEISOTOPIC ANALYSIS OF CARBONATE TESTS1754 Romero, I. C.; Toro-Farmer , G. A.; Larson, R. A.; Schwing, P.; Hollander, D. J.:HYDROCARBON DEPOSITON IN DEEP-SEDIMENTS FOLLOWING THEDEEPWATER HORIZON BLOWOUT: SPATIAL ANALYSIS OF ORGANICGEOCHEMICAL SIGNATURES1831 Joanna Kolasinski, .; Matthew Pendergraft, A.; Nathan Leone, J.; Jianwu Tang, .;Brad Rosenheim, E.: PROJECTION OF THE DEEPWATER HORIZON SPILL INDEEP SEDIMENTS AND THE WATER COLUMN IN THE GULF OF MEXICOUSING CARBON ISOTOPES1832 Sutton, T. T.; Boswell, K. M.: THE NOAA NRDA GULF OF MEXICOOFFSHORE FISH AND NEKTON PROGRAM: RATIONALE, DESIGN ANDSAMPLING/SENSING SYNOPSIS1833 D’souza, N. A.; Juhl, A. R.; Ziervogel, K.; Bullock, K. J.; Yan, B.: SYNERGY OFOIL, NUTRIENTS, AND PREDATION IN INFLUENCING PLANKTONICPROCESSES IN THE GULF OF MEXICO100

Program BookAGU/ASLO/TOS1834 McClenachan, G. M.; Turner, R. E.; Tweel, A. W.: RATE AND TRAJECTORYOF EROSION ALONG THE LOUISIANA COAST AFTER THE DEEPWATERHORIZON OIL SPILL1835 Arnott, K. D.; Bogucki, D.; Mitchell, C.; Coelho, E.; Ozgokmen, T.: LONGINTERNAL WAVES IN THE NORTHERN GULF OF MEXICO: UNRAVELINGCOASTAL TRANSPORT MECHANISMS1836 Liu, H.; Zuo, T.; Bi, R.; Booe, T.; Quigg, A.: MONITORING VARIABILITY INMESOZOOPLANKTON COMMUNITY DYNAMICS IN GALVESTON BAY,TEXAS FROM 2008 TO 20091837 Murphy, D. W.; Katz, J.: THE EFFECT OF CHEMICAL DISPERSANT ON THEBEHAVIOR OF CRUDE OIL PLUMES IN CROSSFLOW1838 Shantharam, A. K.; Baco, A. R.; Wei, C. L.; Rowe, G. T.: INITIALDESCRIPTIONS OF MACROFAUNAL COMMUNITY STRUCTURE OF THEDESOTO CANYON FOLLOWING THE DEEPWATER HORIZON OIL SPILL.1839 Yan, .; Pitiranggon, .; D’Souza, N. A.; Juhl, .; Ajit Subramaniam, .:FINGERPRINTING HYDROCARBONS IN GOM USING SENSITIVEHYDROCARBON SOURCE INDICATORS1840 Weber, S. C.; Garcia, B.; Joye, S. B.; Subramaniam, A.; Montoya, J. P.: THEINFLUENCE OF OIL AND GAS FROM SPILLS AND SEEPS ON PARTICLEAND ZOOPLANKTON BIOGEOCHEMISTRY IN THE NORTHERN GULFOF MEXICO1841 Bayha, K. M.; Griffitt, R. J.; Takeshita, R.; Morris, J.; Lipton, J.: EXAMININGTHE EFFECTS OF OIL EXPOSURE ON IMMUNE FUNCTION ANDSUSCEPTIBILITY TO PATHOGENIC BACTERIA OF GULF OF MEXICOFISHES1842 Leary, A. E.; Gelsleichter, J.; Grubbs, R. D.: POLYCYCLIC AROMATICHYDROCARBON BIOMARKERS IN GULF OF MEXICO SHARKS ANDFISHES IN THE YEARS FOLLOWING THE DEEPWATER HORIZON OILSPILL166 Aquatic BiologyChair(s): Carmen Aguilar, aguilar@uwm.eduLocation: Kamehameha Hall III3101 Suursaar, U.; Torn, K.; Martin, G.; Kovtun-Kante, A.; Kullas, T.: USING BEACHWRACK SAMPLING AND HYDRODYNAMIC MODELING FOR ASSESSINGBIODIVERSITY AND CLIMATE CHANGE EFFECTS IN THE COASTAL SEAMACROVEGETATION3102 Maldonado, A.; Schlenk, D.; Lavado, R.; Ostrander, G. K.; Slattery, M.: CORAL-CONSUMING BUTTERFLYFISH (CHAETODON SPP.) AND THE ROLEOF CYTOCHROME P450 DETOXFICATION IN OF DIFFERING FEEDINGSTRATEGIES IN HAWAII3103 Herkül, K.; Torn, K.; Suursaar, Ü.; Kovtun-Kante, A.: PREDICTIVE MODELINGOF DISTRIBUTION OF CHAROPHYTES IN THE BRACKISH WATERNORTHERN BALTIC SEA3104 Mendez-Ferrer, N.; Hallock, P.: SEASONAL VARIATION INPHOTOSYNTHETIC EFFICIENCY OF ALGAL SYMBIONTSIN AMPHISTEGINA GIBBOSA(FORAMINIFERA) IN THE FLORIDA KEYS3105 Tisthammer, K. H.; Richmond, R.: ANALYSIS OF THE SMALL-SCALEGENETIC STRUCTURE OF THE CORAL PORITES LOBATA IN MAUNALUABAY, HAWAII3106 Favero, J. M.; Katsuragawa, M.; Zani-Teixeira, M. L.; Turner, J. T.: COMPARISONOF TWO BONGO NET MESH-SIZE EFFECTS ON ABUNDANCE AND SIZEOF ENGRAULIDAE EGGS3107 Noel, H. R.; Cowles, D. L.: ARE THE HAWAIIAN OPAE-ULA SHRIMPHALOCARIDINA RUBRA AND H. PALAHEMO SIMPLY DIFFERENTMORPHOTYPES OF THE SAME SPECIES?3108 Li, S.; Wang, D.: RECENT HEARING RESEARCHES ON THE INDO-PACIFICHUMPBACK DOLPHIN (SOUSA CHINENSIS)3109 Park, J.; Khim, J. S.: A BIOGEOGRAPHY OF THE KOREAN TIDAL FLATSTARGETING INTERTIDAL MICROPHYTOBENTHOS3110 Purcell, D.; Tsaloglou, M. N.; Valiadi, M.; Mowlem, M.; Smythe-Wright, D.:RAPID DETECTION OF TOXIN-PRODUCING ALGAL BLOOM SPECIESUSING MOLECULAR BIOLOGY TOOLS3111 Koo, B. J.: THE BIOPUMPING OF DISSOLVED OXYGEN INTO THEBURROW OF THE MUD SHRIMP LAOMEDIA ASTACINA BY ITS ACTIVEIRRIGATION3112 Laura Casas Castano, .; Juan Francisco Saborido Rey, .; Craig Michell, . T.; XabierIrigoien, .: GENOMICS UNDERLYING SEX CHANGE IN A. BICINCTUS AS ACASE STUDY FOR HERMAPHRODITE SPECIES3113 Tan, L.; Yao, J.: MICROSTRUCTURE AND MECHANICAL PROPERTIES OFTEETH IN ICHTHYOPHIS BANNANICUS3114 St.Iago-McRae, E. M.; Butler, N. M.: THE EFFECT OF LIGHT ANDSUBSTRATE COLOR ON THE DISTRIBUTION OF A LAB-CULTUREDMYSID (AMERICAMYSIS BAHIA)3115 Frias-Torres, S.: DIVING WITH GOLIATH: BRINGING BACK WILDANIMAL BEHAVIOR OBSERVATIONS3117 Matthew Maxwell, C.; Tedra Booker , .; Eric May , .: DETERMINATION OFVITELLOGENIN IN WHITE PERCH AS A BIOMARKER OF EXPOSURE TOESTROGENIC COMPOUNDS3118 Fontanilla, T. M.; Roncalli, V.; Lenz, P. H.; Christie, A. E.: IDENTIFICATIONAND EXPRESSION OF NEUROCHEMICAL SIGNALING SYSTEMS IN THECOPEPODCALANUS FINMARCHICUS DURING DEVELOPMENT3119 Hamersley, M. R.; Burns, J. A.; Sohm, J. A.; Capone, D. G.: NITROGENFIXATION ASSOCIATED WITH THE GIANT KELP MACROCYSTISPYRIFERA3120 Zayas Santiago, M.; Gilly, W.: COMPARISON OF FUNCTIONALANATOMY IN SQUID. FROM TWO DIFFERENT HABITATS: HAWAII S.OUALANIENSIS AND MONTEREY BAY D. OPALESCENS3121 Hernández-León, S.; Franchy, G.; Schmoker, C.; Armengol, L.:DISCRIMINATING BETWEEN DILUTION, 2-POINT, AND FROSTMETHODS TO ESTIMATE GRAZING BY MICROZOOPLANKTON3122 Kim, H. J.; Shin, K. H.; Chae, J. H.; Yoon, W. D.: DETERMINATION OF DIETSOURCE AND ECOLOGICAL NICHE FOR COASTAL JELLYFISH3123 Tsuda, A.; Nishibe, Y.; Isami, H.; Fukuda, H.; Nagata, T.: PHYTOPLANKTONCOMMUNITY IN OTSUCHI BAY AFTER THE GREAT EAST JAPANEARTHQUAKE3124 Peltier, S. A.; Hochberg, E. J.: OPTICAL INDICIES FOR ASSESSMENT OFCORAL PHYSIOLOGICAL STATUS3125 Tarrant, A. M.; Baumgartner, M. F.; Lysiak, N. S.; Hansen, B. H.; Altin, D.:DISTINGUISHING BETWEEN PREPARATION FOR DIAPAUSE AND THETERMINAL MOLT IN C5 COPEPODITES OF THE COPEPOD CALANUSFINMARCHICUS USING GENE EXPRESSION PROFILING3126 Warren, E. J.; Ryan, W. L.; Butler, N. M.: INVESTIGATING THE METABOLICRATE OF INDIVIDUAL PLANKTONIC ORGANISMS THROUGHRESPIRATION3127 Murry, B. C.; Pride, C. J.: SEASONAL AND INTERANNUAL VARIABILITY OFSURFACE DIATOM GENERA IN THE SAVANNAH RIVER ESTUARY3128 Van Eerden, J. R.; Najera, M. A.; Strikler, R. J.; Nam, Y. G.; Chang, W. J.:MICROFLUIDICS AND FORM AND FUNCTION IN CYCLOPOIDCOPEPODS3197 Nesbit, K. T.; Christie, A. E.: IDENTIFICATION OF THE MOLECULARCOMPONENTS OF A CIRCADIAN SIGNALING SYSTEM IN THE MARINECOPEPODTIGRIOPUS CALIFORNICUS3198 Sabat, A. M.; Soto-Santiago, F. J.: ABUNDANCE AND SIZE STRUCTUREOF A “RESILIENT” AND “SUSCEPTIBLE” CORAL SPECIES ALONG ANANTHROPOGENIC STRESS GRADIENT IN EASTERN PUERTO RICO3199 Gao, Y.; Xu, Z.: EXTRATION AND ANALYSIS PROTOCOL OF ANTIBIOTICSRESIDUES IN SEAFOOD3200 Hernandez, K. L.; Yannicellli, B.; cornejo, m. f.; olsen, L. M.; iriarte, J. L.: SOLARRADIATION AND STRATIFICATION MAIN DRIVERS IN MICROBIALPRODUCTION IN PATAGONIAN FJORDS?3201 Chigbu, P.; Malinis, L.: TEMPORAL AND SPATIAL PATTERNS IN THEABUNDANCE OF SAND SHRIMP, CRANGON SEPTEMSPINOSA, IN THEMARYLAND COASTAL BAYSTUESDAY101

AGU/ASLO/TOS2014 Ocean Sciences MeetingTUESDAY172 Multiple Drivers Affecting Ecosystem Function In Estuarineand Coastal WatersChair(s): Thorsten Blenckner , thorsten.blenckner@stockholmresilience.su.seLocation: Kamehameha Hall III1411 Tsai, A. Y.; Gong, G. C.: CONTRIBUTION OF VIRAL LYSIS ANDNANOFLAGELLATE GRAZING TO BACTERIAL MORTALITY IN THEINNER AND OUTER REGIONS OF THE CHANGJIANG RIVER PLUMEDURING SUMMER1412 Roelke, D. L.; Li, H. P.; Davis, S. E.; Quigg, A.; Buyukates, Y.: IT’S NOT ALLABOUT INFLOWS: MULTIPLE DRIVERS AFFECTING PHYTOPLANKTONBIOMASS, PRODUCTIVITY AND COMMUNITY COMPOSITION INGALVESTON BAY, TX (USA)1413 Lundgren, V. M.; Roelke, D. L.; Brooks, B. W.; Davis, S. L.; Scott, W. S.:HARMFUL GOLDEN ALGAL BLOOMS IN GALVESTON BAY, TX (USA)? ITCAN HAPPEN: EXPLORING MULTIPLE DRIVERS OF BLOOM DYNAMICSTHROUGH IN-FIELD MESOCOSM EXPERIMENTS1456 Niiranen, S.; Blenckner, T.; Yletyinen, J.; Otto, S.; Meier, H. E.: RISK OF REGIMESHIFTS AND CHANGES IN ECOSYSTEM DYNAMICS IN THE FUTUREBALTIC SEA1457 Vaquer-Sunyer, R.; Conley, D. J.; Kritzberg, E. S.: EFFECTS OF WARMINGAND DISSOLVED ORGANIC NITROGEN (DON) ON PLANKTONICMETABOLISM IN THE BALTIC SEA1458 Wang, Y.; Guo, X.; Zhao, L.; Zhang, J.: INFLUENCE OF NUTRIENTS WITHDIFFERENT SOURCES ON NUTRIENT DISTRIBUTION AND PRIMARYPRODUCTION IN THE EAST CHINA SEA1459 Quigg, A.; Dorado, S.; Booe, T.; Steichen, J.; Windham, R.: IDENTIFYINGFRESHWATER INFLOW AS A DRIVER OF ESTUARINE PHYTOPLANKTONSTRUCTURE1460 Klump, J. V.; Grunert, B.; LaBuhn, S. L.; Waples, J. T.: MULTIPLE DRIVERS OFTEMPORAL AND SPATIAL TRENDS IN THE BIOGEOCHEMISTRY OFHYPOXIA IN GREEN BAY, LAKE MICHIGAN1461 Kenworthy, J.; Paterson, D. M.; Bishop, M.: THE IMPACT OF MULTIPLESTRESSORS ON BENTHIC ECOSYSTEM FUNCTION IN ESTUARINESYSTEMS IN THE UK1462 Withrow, F. G.; Roelke, D.; Walton, J.; Roder, C.; Voolstra, C.: QUALITY NOTQUANTITY: MULTIPLE DRIVERS MAY INFLUENCE THE LIGHT FIELDINCIDENT UPON CORALS BASED ON SHIFTS IN PHYTOPLANKTONBIOMASS AND COMPOSITION1487 Larsson, U.; Elmgren, R.; Hajdu, S.; Walve, J.: WHOLE-ECOSYSTEMEXPERIMENTS AND 33 YRS OF DATA SHOW THAT LOWERINGNITROGEN LOAD REDUCES EUTROPHICATION OF A BALTIC ESTUARYDESPITE INCREASED NITROGEN FIXATION1488 Fransner, F.; Meier, H. M.; Humborg, C.; Mörth, C. M.; Nycander, J.:QUANTIFYING SINKS OF TERRESTRIAL DOC IN THE BALTIC SEA1489 Belley, R.; Snelgrove, P.: SMALL CRITTERS PLAY A BIG ROLE: BENTHICBIODIVERSITY AND ECOSYSTEM FUNCTIONING IN COASTALSEDIMENTARY ENVIRONMENTS1490 Stender, Y. O.; Jokiel, P. L.; Rodgers, K. S.: THIRTY YEARS OF CORALREEF CHANGE IN RELATION TO COASTAL CONSTRUCTION ANDINCREASED SEDIMENTATION AT PELEKANE BAY, HAWAI‘I174 Undergraduate Research In Marine and Aquatic SciencesChair(s): Lisa Rom, elrom@nsf.govDavid Fields, dfields@bigelow.orgJoan S. Cleveland, joan.cleveland@navy.milLocation: Kamehameha Hall III2255 Fitzpatrick, R. S.; Urban-Rich, J.: EFFECTS OF QUANTUM DOTS ON THEGROWTH AND DEVELOPMENT OF BAY SCALLOP ARGOPECTENIRRADIANS2256 Monreal, V. N.; Yang, S.: EELGRASS (ZOSTERA MARINA) SEEDGERMINATION IN WASHINGTON STATE DEPENDS ON DONORPOPULATION, STORAGE CONDITIONS, AND ANOXIA2257 Mura, G. E.; Hall, L. M.; Shulse, C. S.; Rappé, M. S.: DETERMINING THEMICRODIVERISITY OF SAR11 BACTERIOPLANKTON WITHIN ACOASTAL ZONE2258 Sanchez, A.; Wang, Z.; Kroeger, K.; Signell, J.: CALIBRATION OF A CO 2ANDPH SENSOR2259 Perez, P. J.; Johnson, A. K.; Wolfer, H. M.: IMMUNE SYSTEM RESPONSE TOHYPOXIA OF ATLANTIC CROAKER IN CHESAPEAKE BAY, MD2260 Colna, K. E.; Kumar, A.; Robinson, K.: ADAPTING TO A CHANGINGCLIMATE ALONG THE EASTERN SHORE2285 Mathyer, M. E.; Swan, B. K.; Stepanauskas, R.: CARBON AND NITROGENCYCLING BY NITROSPINA IN THE DARK OCEAN2286 Abel, V. E.; Balch, W. M.; White, M.: LIGHT DEPENDENCY OFCALCIFICATION AND IMPACTS OF VARYING PH LEVELS IN THECOCCOLITHOPHORID PLEUROCHRYSIS CARTERAE2287 Asirwatham, J.; Shen, Y.; Benner, R.: EFFECT OF SUBSTRATE ON DISSOLVEDORGANIC MATTER PRODUCTION BY MARINE BACTERIA2288 Wall, S. D.: SURFACE AND GROUNDWATER CONTRIBUTION TO ACOASTAL WETLAND AT THE HE’EIA AHUPUA’A2289 Riesen, A. L.; Liu, S.; Liu, Z.: THE ROLE OF PROTISTS VERSUS BACTERIA INTHE DECOMPOSITION OF A TETRAPEPTIDE IN COASTAL WATERS2290 Coyote-Maestas, W.; Heal, K. R.; Truxal Carlson, L.; Ingalls, A.: AQUANTITATIVE ANALYSIS AND COMPARISON OF B 7AND SEVERALFORMS OF B 12BETWEEN COASTAL, SUB ARCTIC GYRE ANDOLIGOTROPHIC GYRE REGIMES.2329 Velez, M.; Gontz, A.; Schaaf, C.; Ly, J.; Paynter, I.: IMAGERY FROM HIGH-RESOLUTION, GROUND-BASED LIDAR AND IDENTIFICATION OFCOASTAL FEATURES AND POTENTIAL APPLICATIONS FOR COASTALCHANGE ANALYSIS2330 Gezymalla, J.; Young, T.; Vasslides, J.; Kaneshiro-Pineiro, M.: HISTOLOGICALANALYSIS OF REPRODUCTION BIOLOGY OF AN ESTUARINE JELLYFISH(CHRYSAORA QUINQUECIRRHA)2331 Loftus, K. M.; Franck, E.; Christian, A. D.: SPATIAL VARIABILITY OFSURFICIAL SEDIMENT GEOCHEMISTRY IN BOSTON HARBOR:EVALUATING WATERSHED AND COASTAL INFLUENCES2332 Cramer, K. R.; Curran, M. C.: ACCUMULATION OF LITTER LEFT BEHINDBY VISITORS BEFORE AND AFTER WEEKENDS, ON A BEACH IN TYBEEISLAND, GA2333 Cranmore, K. C.; Robinson , W. E.: TURNOVER RATE OF BIOTIN-TAGGEDHISTIDINE-RICH GLYCOPROTEIN (HRG) IN THE BIVALVE MYTILUSEDULIS L.2334 Duarte, A. E.; Gilg, I.; Wilson, W. H.: DIVERSITY OF LARGE MARINEVIRUSES IN THE GULF OF MAINE2335 Geronimo, G.; Lapham, L.: THE MICROBIAL EFFECTS OF THE ADDITIONOF OIL TO ANOXIC SEDIMENTS FROM THE CHESAPEAKE BAY2336 Scherer, A. E.; Draper, A. M.; Lunt, J.; Smee, D. L.: EFFECTS OF TRANSIENTVERSUS RESIDENTIAL PREDATOR CUES ON INDUCIBLE DEFENSES OFTHE EASTERN OYSTER CRASSOSTREA VIRGINICA2337 Wolfe, K. D.; Walllace, B. W.; Mozzachiodi, R.; Wainwright, M. L.:SUPPRESSION OF FEEDING BEHAVIOR IN APLYSIA CALIFORNICAFOLLOWING EXPOSURE TO ALARM CUES2338 Russell, C. A.; Montalbano, A.; Menden-Deuer, S.: THE EFFECTS OF pCO 2ONGROWTH RATE AND COMMUNITY STRUCTURE OF A NATURALPLANKTON ASSEMBLAGE FROM NARRAGANSETT BAY, RI2339 Price, A. L.; Romero, A. O.; Parks, E. A.; Reinsel, K. A.; Welch, J. M.:PLANKTONIC INGRESS OF FIDDLER CRAB MEGALOPAE TO THENEWPORT RIVER ESTUARY, NC: DO DIFFERENT SPECIES RETURN TOTHE ESTUARY AT DIFFERENT TIMES?2340 Green, S. R.; Chung, J. S.: UNDERSTANDING THE MOLECULARMECHANISMS OF REPRODUCTIVE BIOLOGY OF THE SNOW CRAB,CHIONOECETES OPILIO AND THE DEEP-SEA RED CRAB, CHACEONQUINQUEDENS2377 Wyers, A. J.; Ranson, J. L.; Kaiser, K.: LINKING CHEMICAL COMPOSITIONAND MOLECULAR STRUCTURE OF TERRIGENOUS ORGANIC MATTERTO OPTICAL PROPERTIES102

Program BookAGU/ASLO/TOS2378 Ransom, J. L.; Wyers, A. J.; Kaiser, K.: INVESTIGATING THE SOURCESAND DECOMPOSITION OF TERRIGENOUS ORGANIC MATTER USINGBIOMARKERS2379 Carufel, R.: LATE FIRST GENERATION POPULATION ECOLOGY OF THEQUAGGA MUSSEL, DREISSENA BUGENSIS, IN THE SOUTHERN BASIN OFLAKE MICHIGAN2380 Pearson, S. P.; Kilbourne, K. H.; Xu, Y.: CALIBRATION OF MODERN CORALCLIMATE SIGNALS TO ENSURE ACCURACY OF PALEOCLIMATEDETERMINATIONS IN ANEGADA, BRITISH VIRGIN ISLANDS2381 O’Donnell, B. C.; Clark, N. M.; Larson, R. A.; Brooks, G. R.: THE USE OF BULKDENSITY TO SUPPORT A DOCUMENTED RAPID DEPOSITIONAL PULSEFOLLOWING THE 2010 DWH BLOWOUT2382 Kalin, R. A.; Kuhs, C. A.; Larson, R. A.; Barber, B. J.; Brooks, G. R.: USE OFBIOGENIC SEDIMENT COMPONENTS TO DETECT ENVIRONMENTALCHANGES: U.S. VIRGIN ISLANDS2383 Yesmalie Aleman, F.; Jose A. Fernandez, G.: SCREENING OF THEMMV CHEMICAL LIBRARY FOR COMPOUNDS INHIBITING THEPROLIFERATION OF THE OYSTER PROTOZOAN PARASITE PERKINSUSMARINUS2384 Ashworth, H. C.; Larson, R. A.; Brooks, G. R.: 210 PB MODELS OF DEEP SEASEDIMENTARY RECORDS IN THE NE GULF OF MEXICO: CRS VS. CIC2385 Anderson, S. R.; Poulton, N. J.; Haugen, E. M.; Countway, P. D.; Sieraki, M. E.:GROWTH AND GRAZING OF SYNECHOCOCCUS IN BOOTH BAY, MAINE2386 Boardman, A. L.; O’Neil, J. M.; Gustafson, A. B.; Sellner, K. G.:CYANOBACTERIA SUCCESSION AND NITROGEN FIXATION IN AEUTROPHIC RESTORED WETLAND SYSTEM WITHIN CHESAPEAKE BAY2387 Nelson, A. J.; Devol, A. H.; Ingalls, A. E.; Horak, R. E.; French, D. W.:PHOTOINHIBTION EFFECTS ON MARINE AMMONIA OXIDIZINGARCHAEA2388 Erf, K. M.; Poulton, N. J.; Haugen, E.; Sieracki, M. E.; Countway,P. D.: ANALYZING THE POPULATION DIVERSITYOF SYNECHOCOCCUS DURING THE 2013 SUMMER BLOOM PERIOD INBOOTHBAY, MAINE2389 Burns, W. G.; Poulton, N. J.; Countway, P. D.; Haugen, E.; Sieracki, M. E.:GROWTH AND GRAZING DYNAMICS OF PHOTOTROPHIC PROTISTS INBOOTH BAY, MAINE2390 Jocis, S. J.; Vuorenkoski, A.; Nootz, G.; Dalgleish, F.: SPECTRALFLUORESCENCE CHARACTERISTICS OF COMMERCIALLY AVAILABLEHYDROCARBON SENSORS2391 Willert, M.; Canesi, K.; Rynearson, T.: PHYSIOLOGICAL ANDGENETIC DIVERSITY AMONG MORPHOLOGICALLYCRYPTIC SKELETONEMA SPECIES2392 Shipp, S. K.: MAPPING AND MEASURING THE OXYGEN MINIMUMZONE IN THE SOUTH PACIFIC GYRETUESDAY103

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY2/26/2014 Orals175C TutorialsChair(s): Scott Harper, scott.l.harper@navy.milLocation: 310 Theater14:00 Johnson, K. S.; Claustre, H.; Sarmiento, J. L.: TOWARD A GLOBAL OCEANBIOGEOCHEMICAL OBSERVING SYSTEM BASED ON PROFILING FLOATS14:30 Lilly, J. M.; Olhede, S. C.; Sykulski, A. M.; Elipot, S.; Waterman, S. N.: NEWDIRECTIONS IN OCEANOGRAPHIC TIME SERIES ANALYSIS15:00 MacKinnon, J. A.: DIAPYCNAL MIXING IN THE OCEAN INTERIOR: AREVIEW OF RECENT RESULTS15:30 Gnanadesikan, A.; Pradal, M. A.: DISPERSION,DIFFUSION ANDCONFUSION: WHY MESOSCALE MIXING MATTERS AND WHAT WESTILL NEED TO LEARN ABOUT IT001 Upper Ocean Turbulent Fields and Their Variability: Temperature,Salinity, EnergyChair(s): Darek Bogucki, Darek.Bogucki@tamucc.eduPeter Minnett, pminnett@rsmas.miami.eduWill Drennan, wdrennan@rsmas.miami.eduAlex Soloviev, soloviev@nova.eduLocation: 316 C08:00 Bogucki,, D.; Arnott, K.; Laxague, N.; Haus, B.; Reiners, A.: SUBSURFACETURBULENCE MEASUREMENTS DURING GLAD EXPERIMENT08:15 Laxague, N. J.; Haus, B. K.; Bogucki, D.; Williams, N. J.: SEA-SURFACEMEASUREMENTS DURING THE GLAD EXPERIMENT08:30 Sutherland, G. J.; Ward, B.; Christensen, K. H.: EVALUATING TURBULENCEREGIMES IN THE OCEAN SURFACE BOUNDARY LAYER: MEASUREMENTSFROM A VERTICALLY RISING MICROSTRUCTURE PROFILER08:45 Sutherland, P.; Melville, W. K.: SIMULTANEOUS MEASUREMENTS OFBREAKING WAVES AND TURBULENCE AT THE AIR-SEA INTERFACE09:00 Wong, E.; Minnett, P. J.: RELATIONSHIP BETWEEN ATMOSPHERICEMITTED INFRARED RADIATION AND THE GRADIENT OF THETHERMAL SKIN SST LAYER09:15 Bogdanoff, A. S.; Clayson, C. A.; St. Laurent, L.: OBSERVATIONS OFTURBULENCE DURING UPPER OCEAN STABLE STRATIFICATION09:30 Callaghan, A. H.; Deane, G. B.; Stokes, M. D.: USING WHITECAP STATISTICSTO ESTIMATE ENERGY DISSIPATION BY BREAKING SURFACE GRAVITYWAVES09:45 Deane, G. B.; Stokes, M. D.: OBSERVATIONS OF FLUID TURBULENCE ANDAIR ENTRAINMENT IN LABORATORY BREAKING WAVES10:30 Guo, X.; Shen, L.: SIMULATION OF INTERACTION BETWEEN SURFACEWAVES AND UPPER OCEAN TURBULENCE10:45 Chen, S. M.; Tsai, W. T.: A NUMERICAL STUDY ON THE INTERACTIONBETWEEN LANGMUIR CIRCULATION AND A RAPIDLY DEEPENINGMIXED LAYER11:00 Furuichi, N.; HIbiya, T.: ASSESSMENT OF TURBULENCE CLOSUREMODELS FOR OCEANIC MIXED LAYER PROCESSES USING A LARGEEDDY SIMULATION MODEL11:15 Hara, T.; Sullivan, P. P.: EFFECTS OF WAVE INDUCED STRESS ON AIR-SEAMOMENTUM FLUX AND ATMOSPHERIC WAVE BOUNDARY LAYERTURBULENCE11:30 Kukulka, T.; Plueddemann, A. J.; Sullivan, P. P.: INHIBITED UPPER OCEANRESTRATIFICATION IN NONEQUILIBRIUM SWELL CONDITIONS11:45 Pham, H. T.; Sarkar, S.; Winters, K. B.: DIURNAL SHEAR INSTABILITIES ANDDEEP-CYCLE TURBULENCE IN THE EQUATORIAL OCEANS12:00 Tejada-Martinez, A. E.; Sinha, N.; Grosch, C. E.; Martinat, G.: A K-PROFILEPARAMETERIZATION OF LANGMUIR TURBULENCE IN SHALLOWWATER12:15 Dean, C. W.; Soloviev, A. V.; Hirons, A. C.; Frank, T. M.; Wood, J. D.: DIELVERTICAL MIGRATIONS OF ZOOPLANKTON AND TURBULENTMIXING: OBSERVATIONS AND NUMERICAL SIMULATION14:00 Yamazaki, H.; Sagara, Y.; Tanaka, M.; Doubell, M. J.: FLUORESCENTMICROSTRUCTURES: QUEST FOR THE BUILDING BLOCKS OF THEPLANKTONIC ECOSYSTEM14:15 McGauley, M. G.; Soloviev, A.; Haus, B.; Laxague, N.; Ortiz-Suslow, D.:MICROSTRUCTURE OF THE AIR-SEA INTERFACE IN HURRICANECONDITIONS: NUMERICAL SIMULATIONS AND LABORATORY EXPERIMENT14:30 Polito, P. S.; Sato, O. T.; Krieger, S.: GLOBAL TRENDS IN THE WIND STRESSFROM MICROWAVE REMOTE SENSING14:45 Tamura, H.; Drennan, W. M.; Sahlée, E.; Graber, H. C.: AN ANALYSIS ANDMODELLING OF WAVENUMBER SPECTRA OF SHORT GRAVITY WAVES15:00 Pizzo, N. E.; Melville, W. K.: VORTEX GENERATION BY DEEP-WATERBREAKING WAVES15:15 Homma, H.; Yamazaki, H.; Nagai, T.; Masunaga, E.; Kumagai, M.: MULTIPLEMIXING LAYERS AND STRATIFICATION OBSERVED IN THE UPPERWATER OF LAKE BIWA DURING SUMMER15:30 Carpenter, J. R.; Sommer, T.; Wüest, A.; Timmermans, M. L.: NEW INSIGHTSINTO HEAT FLUXES THROUGH DOUBLE-DIFFUSIVE STAIRCASES15:45 Soloviev, A.; Lukas, R.; Donelan, M.; Haus, B.; Ginis, I.: THE AIR-SEAINTERFACE AND SURFACE STRESS UNDER TROPICAL CYCLONES003 Advances In Coastal Ocean Modeling, Observations, andPredictionChair(s): Villy Kourafalou, vkourafalou@rsmas.miami.eduPierre de Mey, pierre.de-mey@legos.obs-mip.frYi Chao, ychao001@gmail.comLocation: 31408:00 Wendell Brown, .; Oscar Schofield, .; Scott Glenn, .; Josh Kohut, .; WilliamBoicourt, .: THE EVOLUTION OF THE 2007 MID-ATLANTIC COLD POOL08:15 Hermann, A. J.; Siedlecki, S. A.; Bond, N. A.: REGIONAL PREDICTABILITY OFTHE NORTHEASTERN PACIFIC ON SEASONAL TIME SCALES08:30 Durski, S. M.; Kurapov, A.; Allen, J. S.; Egbert, G.; Kosro, P. M.: MODELINGWINTER CIRCULATION OFF THE OREGON COAST: COMPARISON OF ELNINO/LA NINA YEARS08:45 Moore, A. M.; Edwards, C. A.; Fiechter, J.; Jacox, M. G.; Crawford, W.: A31 YEAR HISTORICAL ANALYSIS OF THE CALIFORNIA CURRENTCIRCULATION USING THE ROMS 4-DIMENSIONAL VARIATIONAL DATAASSIMILATION SYSTEM09:00 Ross, A. C.; Li, M.; Najjar, R. G.; Herrmann, M.: HIGH-RESOLUTIONSIMULATIONS OF CHESAPEAKE AND DELAWARE BAYS UNDER PASTAND FUTURE CLIMATES09:15 Tinker, J. P.; Lowe, J. A.; Holt, J. T.; Pardaens, A.; Barciela, R.: CLIMATEPROJECTIONS FOR THE NW EUROPEAN SHELF SEAS WITH ASPECTS OFUNCERTAINTY QUANTIFIED.09:30 Gopalakrishnan Ganesh, .; Cornuelle Bruce, .; Rudnick Daniel, .: IMPACT OFGLIDER DATA ASSIMILATION ON THE LOOP CURRENT FORECASTS INTHE GULF OF MEXICO09:45 Gough, M. K.; Reniers, A. H.; Howden, S.: NEAR-INERTIAL SURFACECURRENTS IN THE NORTHEASTERN GULF OF MEXICO USINGHF RADAR AND GPS-TRACKED DRIFTERS DURING THE GLADEXPERIMENT10:30 Li, Y.; He, R.; Chen, K.: VARIATIONAL DATA ASSIMILATIVE MODELINGINVESTIGATION OF THE GULF OF MAINE COASTAL CIRCULATION INSPRING AND SUMMER 201010:45 Hunter, E. J.; Wilkin, J. L.; Levin, J. C.; Zavala-Garay, J.: TOWARD THECONTINUOUS IMPROVEMENT OF ESPRESSO: AN EULERIAN/LAGRANGIAN SKILL ASSESSMENT11:00 Kudela, R. M.; Anderson, C. R.; Kahru, M.; Chao, Y.; Chai, F.: WATER QUALITYPREDICTIONS FROM A NOVEL BLENDING OF SATELLITE DATA ANDNUMERICAL MODELS FOR COASTAL CALIFORNIA11:15 Lin, Y.; Chang, M.; Xu, F.; Oey, L.; Chang, Y.: AN OCEAN PREDICTIONSYSTEM FOR THE WESTERN NORTH PACIFIC AND THE CHINA SEAS11:30 Haley, P. J.; Lermusiaux, P. F.; Gawarkiewicz, G.: EVALUATION OF OCEANPROBABILISTIC FORECASTS: QUANTIFYING, PREDICTING ANDEXPLOITING UNCERTAINTY.104

Program BookAGU/ASLO/TOS11:45 Ishikawa, Y.; Awaji, T.; In, T.; Nakada, S.: DEVELOPMENT OF ANINCREMENTAL 4D-VAR SYSTEM FOR A INNOVATIVE DOWNSCALINGAPPROACH12:00 Pullen, J.; Caldeira, R.; Doyle, J.; May, P.: ADVANCES IN MODELING ISLANDREGIONS USING AIR-SEA COUPLED SYSTEMS12:15 Kim, S. B.; Lee, J. H.; Hong, C. S.; Pang, I. C.: COASTAL SALINITYVARIABILITY OVER THE EAST CHINA SEA MONITORED BY THEAQUARIUS/SAC-D MISSION14:00 Gleb Panteleev, .; Max Yaremchuk, .; Jacob Stroh, .; Pamela Posey, .; David Hebert,.: MONITORING THE BERING STRAIT TRANSPORT WITH HIGH-FREQUENCY RADARS14:15 Farrara, J. D.; Chao, Y.; Zhang, H.: COUPLING A CALIFORNIA COASTALOCEAN MODEL WITH A SAN FRANCISCO BAY/ESTUARY MODEL TOENABLE PREDICTIONS14:30 Karna, T.; Baptista, A. M.; Lopez, J.; McNeil, C.; Sanford, T. B.: NUMERICALMODELING OF A RIVER-DOMINATED ESTUARY: REPRESENTING SHARPDENSITY GRADIENTS14:45 Loftis, J. D.; Wang, H. V.: HIGH-RESOLUTION SUB-GRID MODELINGOF LOCAL INUNDATION IN THE NEW YORK HARBOR DURING 2012HURRICANE SANDY15:00 Valle-Levinson, A.; Olabarrieta, M.; Van Horn, J.: SEMIDIURNALPERTURBATIONS TO THE SURGE OF HURRICANES AFFECTINGEASTERN US15:15 Rayson, M. D.; Fringer, O. B.; Gross, E. S.; Hetland, R. D.: APPLICATION OF ANESTED, UNSTRUCTURED MESH HYDRODYNAMIC MODEL TO A BAYIN THE GULF OF MEXICO15:30 Paris, C. B.; Lindo-Atichati, D.; Aman, Z. M.; Le Henaff, M.; Kourafalou, V.:ADVANCES IN MODELING THE TRANSPORT AND FATE OF SUBSEA OIL15:45 Wei, M.; Jacobs, G.; Rowley, C.; Barron, C. N.; Martin, P.: PROBABILISTICFORECAST AND ITS APPLICATION TO LAGRANGIAN TRAJECTORYAND LAGRANGIAN COHERENT STRUCTURE IN THE GULF OF MEXICO016 Using Evaluation In Ocean Sciences Education and WorkforceDevelopment: What Does the Evidence Show?Chair(s): Elizabeth L. Rom, elrom@nsf.govPatricia Kwon , pkwon@aqmd.govAndrea Anderson, andrea@soundviewevaluation.comAllison Miller, amiller@Oceanleadership.orgLocation: 318 AB14:00 Clem, S.; Lozier, M. S.: MPOWIR - COMMUNITY-BASED MENTORING14:15 Anderson, A. V.; Kwon, P. S.; Dorph, R.; Plude, D. E.: WHAT IS THE NATUREOF THE IMPACTS OF COSEE INVOLVEMENT ON SCIENTISTS’PROFESSIONAL ROLES?14:30 Payne, D. L.; Babb, I. G.; Erickson, J.: COSEE-TEK OCEAN SCIENCEAND TECHNOLOGY CHALLENGE (OSTC): AN EVALUATION OFCOLLABORATION WITH A LOUIS STOKES ALLIANCE FOR MINORITYPARTICIPATION (LSAMP) PROGRAM14:45 McDuff, R. E.: DEMOGRAPHICS OF OCEAN SCIENCE GRADUATEPROGRAMS15:00 Anderson, A.; Stahr, F. R.: USING THE COSEE SCIENTIST SURVEY FACTORSTO ASSESS THE IMPACT OF OCEAN INQUIRY PROJECT ACTIVITIES ONSCIENTIST-VOLUNTEERS’ PROFESSIONAL PRACTICES15:15 Guannel, M. L.; Bruno, B. C.; Grand, M. M.; Lee, N.; Day-Miller, E. A.:FOSTERING LEADERSHIP AND APPRECIATION FOR BROADERIMPACTS AMONG EARLY CAREER SCIENTISTS: DEVELOPMENT ANDASSESSMENT OF A PROFESSIONAL DEVELOPMENT COURSE15:30 Hodder, J.; Apple, J.; Gehrke, C.; Hadfield, M.; Manset, G.: AN EVALUATIONOF THE ROLE OF PROFESSIONAL DEVELOPMENT INSTITUTES FORFACULTY: IMPROVING THE TEACHING OF OCEAN SCIENCE ATCOMMUNITY COLLEGES.15:45 Wilson, C. E.; Keane, C. M.; Houlton, H. R.: GEOSCIENCE STUDENTPATHWAYS FROM THE UNDERGRADUATE DEGREE THROUGH THEFIRST FEW YEARS AS AN EARLY CAREER GEOSCIENTIST040 Antarctic Marginal Seas and Shelf/Slope Processes: Physicaland Biological Variability, Controls, and Links to Larger ScalesChair(s): Robin D. Muench, rmuench@esr.orgDennis McGillicuddy, dmcgillicuddy@whoi.eduKevin Arrigo, arrigo@stanford.eduAnna Wahlin, anna.wahlin@gu.seWalker Smith, wos@vims.eduJosh Kohut, kohut@marine.rutgers.eduLocation: 316 B08:00 Arrigo, K. R.; van Dijken, G. L.: THE ROLE OF COASTAL POLYNYAS INSOUTHERN OCEAN PRIMARY PRODUCTION08:15 Yager, P. L.; Sherrell, R. M.; Alderkamp, A. C.; Ingall, E. D.; Ducklow, H. W.: NETCOMMUNITY PRODUCTION AND EXPORT IN THE AMUNDSEN SEAPOLYNYA (WESTERN ANTARCTICA); WITH COMPARISONS TO ARCTICPOLYNYAS AND A LINK TO CLIMATE SENSITIVITY08:30 Thompson, A. F.; Schmidtko, S.; Heywood, K. J.: GLIDER OBSERVATIONS ATTHE ANTARCTIC SHELF BREAK: POTENTIAL VORTICITY AND CROSS-SHELF TRANSPORT08:45 Gayen, B.; Griffiths, R. W.; Kerr, R.; Hughes, G. O.: CONVECTION AT THEICE-SEAWATER INTERFACE DURING MELTING09:00 Stanton, T. P.; Shaw, W. J.: OBSERVATIONS OF OCEAN / ICE INTERACTIONUNDER THE PINE ISLAND ICE SHELF, ANTARCTICA09:15 McGillicuddy, D. J.; Sedwick, P. N.; Dinniman, M. S.; Arrigo, K. R.; and thePRISM Science Team, .: IRON SUPPLY AND DEMAND IN AN ANTARCTICSHELF ECOSYSTEM09:30 Marques, G. M.; Padman, L.; Özgökmen, T. M.: TOPOGRAPHIC VORTICITYWAVES FORCED BY ANTARCTIC DENSE SHELF WATER OUTFLOWS09:45 Dinasquet, J.; Richert, I.; Yager, P.; Bertilsson, S.; Riemann, L.: MIXING OFWATER MASSES CAUSED BY A DRIFTING ICEBERG AFFECTS ACTIVITY,COMMUNITY COMPOSITION AND SUBSTRATE UTILIZATION IN THESOUTHERN OCEAN10:30 Lannuzel, D.; van der Merwe, P. C.; Townsend, A. T.; Bowie, A. R.: SIZEFRACTIONATION OF IRON, MANGANESE AND ALUMINIUM INANTARCTIC FAST ICE REVEALS A LITHOGENIC ORIGIN AND LOWIRON SOLUBILITY10:45 Smith, W. O.; Delizo, L.; Mosby, A. M.: AN ICE-SHELF PHYTOPLANKTONBLOOM: MIXING, GROWTH AND BIOMASS ACCUMULATION NEARTHE ROSS SEA ICE SHELF11:00 Klinck, J.; Dinniman, M.; Greenan, B.; McGillicuddy, D.; PRISM group, .:HORIZONTAL STRUCTURE OF OCEAN PROPERTIES IN THE SOUTHERNROSS SEA11:15 Kaufman, D. E.; Friedrichs, M. A.; Smith, W. O.; Heywood, K. J.; Queste, B. Y.:GLIDER-BASED OBSERVATIONS OF BIOGEOCHEMICAL VARIABILITY INTHE SOUTHERN ROSS SEA11:30 Kohut, J. T.; Kustka, A.; Lam, P.; Measures, C.; Milligan, A.: DEEP WATERINTRUSIONS AS AN IRON SOURCE TO THE SUMMER ROSS SEAECOSYSTEM: THE SLOCUM ENHANCED ADAPTIVE FE ALGALRESEARCH IN THE ROSS SEA (SEAFARERS) PROJECT11:45 Hatta, M.; Measures, C. I.; Lam, P. J.; Ohnemus, D. C.; Grand, M. M.: THEDISSOLVED FE, MN, AND AL CONCENTRATIONS ON THE SHELF/SLOPEIN THE ROSS SEA DURING THE 2011 SEAFARERS EXPEDITION12:00 McKee, D. C.; Martinson, D. G.; Schofield, O.: A SPATIO-TEMPORAL STUDYOF THE TRANSPORT OF UPPER CIRCUMPOLAR DEEP WATER ONTOTHE WESTERN ANTARCTIC PENINSULA CONTINENTAL SHELF12:15 Kavanaugh, M. T.; Doney, S. C.; Ducklow, H. W.; Schofield, O.; Stammerjohn, S.E.: ROLE OF SUBMARINE CANYONS ON PHYTOPLANKTON DYNAMICSALONG THE WESTERN ANTARTIC PENINSULA14:00 Graham, J. A.; Heywood, K. J.; Chavanne, C. P.; Holland, P. R.: THE INFLUENCEOF WIND VARIABILITY ON WATER MASSES AND TRANSPORT ON THEANTARCTIC CONTINENTAL SHELF AND SLOPE14:15 Kalen, O.; Wahlin, A. K.; Ha, H. K.; Kim, T. W.; Lee, S. H.: OBSERVATIONS OFCIRCULATION OF WARM DEEP-WATER ON THE SHELF EDGE OF THEAMUNDSEN SEAWEDNESDAY105

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY14:30 Kim, M.; Hwang, J.; Kim, H. J.; Kim, D.; Lee, S.: PARTICULATE ORGANICCARBON CYCLING ON THE AMUNDSEN SHELF : INSIGHTS FROMRADIOCARBON ANALYSIS14:45 St-Laurent, P.; Klinck, J. M.; Dinniman, M. S.: VERTICAL AND HORIZONTALTRANSPORT BY MESOSCALE EDDIES IN THE AMUNDSEN SEA: WHERE,WHEN, AND HOW MUCH?15:00 Darelius, E.; Daae, K.; Makinson, K.; Årthun, M.; Østerhus, S.: CIRCULATIONIN THE FILCHNER DEPRESSION AND THE SEASONALITY OF THEFILCHNER OUTFLOW, ANTARCTICA15:15 Hattermann, T.; Lilly, J. M.; Nøst, O. A.; Smedsrud, L. H.: MODELLING OCEANHEAT TRANSPORT TOWARDS THE FIMBUL ICE SHELF, ANTARCTICA15:30 Shadwick, E. H.; Tilbrook, B.; Williams, G. D.; Rintoul, S. R.: BIOLOGICALMODIFICATION OF CARBONATE CHEMISTRY IN DENSE WATEROUTFLOWS FROM THE MERTZ POLYNYA, EAST ANTARCTICA15:45 McDougall, T. J.: THE INTERACTION OF ICE AND SEAWATER041 Advances In the Understanding of Uncultivated Microbesand Development of Model Systems for Marine Microbial EcologyChair(s): Jennifer Biddle, jfbiddle@udel.eduKaren Lloyd, klloyd@utk.eduMichael Rappe, rappe@hawaii.eduRobert Morris, morrisrm@uw.eduLocation: 301 AB14:00 Giovannoni, S. J.; Temperton, B.: METABOLIC AND ECOLOGICALIMPLICATIONS OF STREAMLINED METABOLISM IN PELAGIBACTER14:15 Eiler, A.; Andersson , S. G.; McMahon, K. D.; Stepanauskas, R.; Bertilsson,S.: METABOLIC STREAMLINING IN THE MARINE-FRESHWATERTRANSITION14:30 Grant, S. R.; Rappe, M.; Church, M.: GROWTH STUDY OF THE SAR11COASTAL ISOLATE HIMB114 IN BATCH AND CONTINUOUS CULTURE.14:45 Dupont, C. L.; Allen, A. E.; Rusch, D. B.; Yooseph, S.: TOWARDS ACHARACTERIZATION OF THE UNCULTIVATED SAR86 CLADE15:00 Marshall, K. T.; Iverson, V.; Armbrust, E. V.; Morales, R. L.; Morris, R. M.:THE COMPLETE GENOME SEQUENCE OF THIOGLOBUS SINGULARISREVEALS NOVEL EVOLUTIONARY ADAPTATIONS OF CARBON ANDSULFUR METABOLISMS IN THE SUP05/ARCTIC96BD-19 CLADE15:15 Santoro, A. E.; Dupont, C. L.; Saito, M. A.: THE GENOME AND PROTEOMEOF AN AMMONIA-OXIDIZING ARCHAEON FROM THE OPEN OCEAN15:30 Palovaara, J.; Akram, N.; Pedrós-Alió, C.; González, J. M.; Pinhassi, J.:REGULATION OF PROTEORHODOPSIN PHOTOTROPHY IN THEFLAVOBACTERIUM DOKDONIASP. MED13415:45 Stepanauskas, R.; Swan, B. K.; Woyke, T.; Labonte, J.; Cavicchioli, R.: SINGLECELL GENOMICS OF SURFACE OCEAN BACTERIOPLANKTONREVEALS PREDOMINANT GENOME STREAMLINING, LATITUDINALDIVERGENCE, AND IN SITU INTERACTIONS WITH PHAGES042 Optical Remote Sensing of Freshwater, Estuarine, andCoastal Environments: Water Quality and Other ApplicationsChair(s): Curtiss O. Davis, cdavis@coas.oregonstate.eduPaul M. DiGiacomo, Paul.DiGiacomo@noaa.govWesley J. Moses, wesley.moses@nrl.navy.milSteven R. Greb, Steven.Greb@wisconsin.govLocation: 313 C08:00 Kauer, T.; Kutser, T.; Arst, H.; Nõges, T.: MODELLING LAKE PRIMARYPRODUCTION BASED ON SATELLITE DATA08:15 Kutser, T.; Alikas, K.; Kothawala, D.; Köhler, S. J.: DISSOLVED IRON ORCARBON? WHAT DO WE MEASURE WITH YELLOW SUBSTANCERETRIEVAL ALGORITHMS?08:30 Du, K.; Xue, K.; Ou, J.; Duan, H.: A NEW RETRIEVAL ALGORITHM FORPHYCOCYANIN OF TAIHU LAKE08:45 Moore, G. F.; Huot, J. P.; Kratzer, S.: A THREE COMPONENT MODEL OF NIRREFLECTANCE: RETRIEVAL OF AEROSOL, PARTICLE BACKSCATTER ANDGLINT09:00 Shi, W.; Wang, M.: OCEAN REFLECTANCE SPECTRA AT THE RED,NEAR-INFRARED, AND SHORTWAVE INFRARED FROM HIGHLY TURBIDWATERS09:15 Brajard, J.; Jamet, C.; Thiria, S.: ATMOPSHERIC CORRECTION OVERCOASTAL WATERS: A SPATIAL ANALYSIS METHOD.09:30 Craig, S. E.; Lazin, G.; Jones, C. T.: BYPASSING ATMOSPHERICCORRECTION IN THE RETRIEVAL OF OCEAN COLOUR PRODUCTS: ANOVEL STATISTICAL APPROACH09:45 Lavender, S. J.: MULTI-SENSOR OCEAN COLOUR ATMOSPHERICCORRECTION FOR TIME-SERIES DATA: USING ALL THEINFORMATIONAL AVAILABLE10:30 Davis, C. O.; Kappus, M. E.; Bowles, J. H.; Evans, C. A.; Stefanov, W. L.:HYPERSPECTRAL IMAGER FOR THE COASTAL OCEAN (HICO):OVERVIEW, OPERATIONAL UPDATES, AND COASTAL OCEANAPPLICATIONS10:45 Moses, W. J.; Bowles, J. H.; Gitelson, A. A.; Lamela, G. M.; Berdnikov, S.:COASTAL REMOTE SENSING USING HICO – RESULTS, CHALLENGES,AND POTENTIAL FOR OPERATIONAL BIOPHYSICAL PARAMETERESTIMATION11:00 Palacios, S. L.; Schafer, C.; Broughton, J.; Guild, L. S.; Kudela, R. M.:DISCRIMINATING PHYTOPLANKTON FUNCTIONAL TYPES (PFTS) INTHE COASTAL OCEAN USING PHYDOTAX11:15 Tufillaro, N.; Davis, C. O.; Nahorniak, J.: IMAGING THE COASTAL OCEAN:INSIGHTS FROM USING HICO AND VIIRS DATA11:30 Yang, H.; Arnone, R.; Jolliff, J.: ESTIMATING ADVECTIVE SURFACECURRENTS FROM OCEAN COLOR SATELLITE IMAGES11:45 Gilerson, A. A.; Ibrahim, A. I.; El-Habashi, A.; Carrizo, C.; Ahmed, S. A.:RETRIEVAL OF OCEAN WATER PARAMETERS FROM POLARIMETRICOBSERVATIONS12:00 Wei, J.; Lee, Z. P.: IMPROVING CHLOROPHYLL A AND CDOMESTIMATION FROM WATER COLOR SPECTRA WITH ADDITIONAL UVBANDS: A SIMULATION STUDY12:15 Mannino, A.; Novak, M. G.; Hyde, K.; Hooker, S. B.: SATELLITE-DERIVEDCDOM PROPERTIES AND DOM DISTRIBUTIONS FOR ESTUARINE ANDCONTINENTAL SHELF WATERS ALONG THE NORTHEASTERN U.S.COAST14:00 McKenna, L.; Jenn Dijkstra, .; Christopher Parrish, .: ASSESSING HURRICANESANDY IMPACTS ON BENTHIC HABITATS IN BARNEGAT BAY WITHNEW TOPOGRAPHIC-BATHYMETRIC LIDAR TECHNOLOGY14:15 Dierssen, H. M.; Hedley, J. D.; Zimmerman, R. C.: OPTICS OF SEAGRASS FORREMOTE SENSING APPLICATIONS: MODELS AND MEASUREMENTS14:30 Zheng, G.; DiGiacomo1, P. M.; Kaushal, S. S.; Yuen-Murphy, M. A.:REMOTE SENSING OF RIVER PLUMES AND WATER QUALITY IN THECHESAPEAKE BAY14:45 Broughton, J. A.; Felis, J.; Adams, J.; Kudela, R.: CHARACTERIZATIONOF WATER MASSES WITHIN THE COLUMBIA RIVER PLUME USINGAIRBORNE HYPERSPECTRAL RADIOMETRY15:00 Crout, R. L.; Ladner, S.; Amin, R.; Lawson, A.; Arnone, R.: EVALUATION OFGOCI OCEAN COLOR PROPERTIES BASED ON AQUA-MODIS AND VIIRS15:15 Vandermeulen, R.; Arnone, R.; Ladner, S.; Martinolich, P.: ENHANCEDSATELLITE REMOTE SENSING OF COASTAL WATERS: INCREASING THERESOLUTION OF VIIRS BIO-OPTICAL PRODUCTS15:30 Chai, F.; Xiu, P.; XUe, H.; Mobley, C.; Chao, Y.: INCORPORATING OPTICALPROCESSES INTO PHYSICAL-BIOGEOCHEMICAL MODELS IN THEPACIFIC OCEAN15:45 Arnone, R. A.; Vandermuellen R, and Yang, H , R.; Ladner S. and Martinolich, P.;Donaghay, P.; Fargion G. and Wang, , M.: CHARACTERIZING PHYSICAL ANDECOLOGICAL EXCHANGE PROCESSES IN COASTAL AND OPEN WATERSUSING THE VIIRS – SUOMI NPP SENSORS106

Program BookAGU/ASLO/TOS047 Natural and Anthropogenic Changes In Coastal Ecosystemsand Their Impact On Human WelfareChair(s): Gretchen Hofmann, hofmann@lifesci.ucsb.eduLinda E. Duguay, duguay@usc.eduAnne de Vernal, devernal.anne@uqam.caDebora Iglesias-Rodriguez , debora.iglesias-rodriguez@lifesci.ucsb.eduDouglas Capone, capone@usc.eduLocation: 319 AB14:00 Reed, M.; Keppler, C. K.; Maldonado, D. A.; Greenfield, D. I.: THE INFLUENCEOF NITROGEN AND PHOSPHORUS ON SEASONAL PHYTOPLANKTONBIOMASS AND COMMUNITY COMPOSITION IN FOUR COASTALSOUTH CAROLINA SYSTEMS14:15 McLaughlin, K.; Howard, M. A.; Nezlin, N. P.; Beck, C. A.; Robertson, G.:UNRAVELING THE IMPACTS OF WASTEWATER EFFLUENT ONCOASTAL NITROGEN CYCLING: LESSONS FROM THE SOUTHERNCALIFORNIA BIGHT14:30 Nilsen, E. B.; Rosenbauer, R. J.; Fuller, C. C.; Jaffe, B. J.: SEDIMENTARYORGANIC BIOMARKERS SUGGEST DETRIMENTAL IMPACTS OF PAHCONTAMINANTS ON MICROBES AND/OR ALGAE DURING THE 20THCENTURY IN SAN FRANCISCO BAY, CA, USA14:45 Armitage, A. R.; Highfield, W. E.; Norwood, M. J.; Brody, S. D.; Louchouarn, P.:MANGROVE EXPANSION ON THE TEXAS COAST: IMPLICATIONS FORBLUE CARBON STORAGE IN COASTAL WETLANDS15:00 Miller, M. A.; Bourke, R. E.: KAELEPULU: AN INVESTIGATION OF MIXINGAND EXCHANGE IN AN URBANIZED ESTUARY TO HELP DEFINERESTORATION ALTERNATIVES15:15 Albert, S.; Lauer, M.; Grinham, A.; Gibbes, B.: RAPID RECOVERY OF SOCIAL-ECOLOGICAL SYSTEMS IN SOLOMON ISLANDS15:30 Li, M.: IMPACTS OF EXTREME WEATHER EVENTS ON PLANKTONPRODUCTIVITY AND HYPOXIA IN CHESAPEAKE BAY15:45 Donner, S. D.: IDENTIFYING FACTORS THAT CONFER CORALRESILINECE TO CLIMATE CHANGE USING A NATURAL GRADIENT OFCLIMATE VARIABILITY IN THE CENTRAL PACIFIC053 Coral Microbiology: Partners and PathogensChair(s): Christina A Kellogg, ckellogg@usgs.govAmy Apprill, apprill@whoi.eduMarilyn E. Brandt, mbrandt@live.uvi.eduRuth Gates, rgates@hawaii.eduLocation: 304 AB14:00 Vega Thurber, R. L.: MICROBIAL AND VIRAL DYNAMICS ON TROPICALCORALS14:15 Richards Donà, A. M.; Peters, E. C.: DAMAGING INTERACTIONSBETWEEN THE CORAL HOLOBIONT AND PUTATIVE BACTERIALPATHOGENS: UNDETECTABLE UNTIL IT IS TOO LATE14:30 Pollock, F. J.; Lamb, J. B.; van de Water, J. A.; Bourne, D. G.; Willis, B. L.: WATERQUALITY PARAMETERS NEAR PERMANENTLY MOORED TOURISTPLATFORMS DRIVE MICROBIAL SHIFTS, IMMUNE RESPONSE ANDDISEASE IN CORALS14:45 Apprill, A.; Weber, L. G.; Santoro, A. E.: CONSTRAINING MICROBIALCOMMUNITIES TO MICRO-NICHES WITHIN THE CORAL HOLOBIONT15:00 Sneed, J. M.; Sharp, K. H.; Paul, V. J.: THE CHEMICAL CUETETRABROMOPYRROLE FROM A BIOFILM BACTERIUM INDUCESSETTLEMENT OF MULTIPLE CARIBBEAN CORALS15:15 Baker, D. M.; Fogel, M. L.; Freeman, C. J.; Knowlton, N.; Moynihan, M. A.:BIOGEOCHEMICAL PATTERNS AMONG INVERT-MICROBE SYMBIOSES15:30 Putnam, H. M.; Fabina, N. S.; Yost, D. M.; Vik, D.; Gates, R. D.: DIFFERINGASSEMBLY DYNAMICS OF SYMBIODINIUM COMMUNITIES INGENERALIST AND SPECIFIST CORALS ACROSS A GRADIENT OFTHERMAL VARIANCE15:45 Kopp, C.; Domart-Coulon, I.; Hignette, M.; Meibom, A.: NANOSIMS STUDYOF TROPHIC INTERACTIONS IN THE CORAL-DINOFLAGELLATESYMBIOSIS058 Mesoscale Ocean Processes and Their Representation InEarth System ModelsChair(s): Mehmet Ilicak, mehmet.ilicak@noaa.govRyan Rykaczewski, rykaczer@mailbox.sc.eduNikolai Maximenko, maximenk@hawaii.eduAli Belmadani, abelmadani@dgeo.udec.clDetlef Stammer, detlef.stammer@zmaw.deLocation: 31508:00 Afanasyev, Y. D.: BETA-PLUME MECHANISM IN BETA-PLANETURBULENCE08:15 Srinivasan, K.; Young, W. R.: DRIFTING JETS08:30 Schloesser, F.; Rothstein, L.: THE EFFECT OF A CONTINENTAL SHELF ONRADIATING EASTERN BOUNDARY CURRENT INSTABILITIES08:45 Cravatte, S. E.; Kessler, W. S.; Marin, F.: INTERMEDIATE ZONAL JETS IN THETHREE EQUATORIAL OCEANS OBSERVED BY ARGO FLOATS09:00 Buckingham, C.; Cornillon, P.; Schloesser, F.; Obenour, K.: AN OBSERVEDRELATIONSHIP BETWEEN SST AND SSH IN THE CONTEXT OFSTRIATIONS/ZONAL BANDS09:15 Reckinger, S. J.; Fox-Kemper, B.; Bachman, S.; Bryan, F. O.; Dennis, J. M.: THEANISOTROPY OF MESOSCALE EDDY-INDUCED DIFFUSION09:30 Morten, A. J.; Arbic, B. K.; Flierl, G. R.; Scott, R. B.: THEORY OF NONLINEARSPECTRAL TRANSFERS IN THE FREQUENCY-WAVENUMBER DOMAIN,ILLUSTRATED BY QUASI-TWO-DIMENSIONAL EXAMPLES09:45 SERAZIN, G.; PENDUFF, T.; TERRAY, L.; GREGORIO, S.; BARNIER, B.:OCEANIC INTRINSIC VARIABILITY: SPATIO-TEMPORAL SCALES ANDMODEL RESOLUTION10:30 Rossby, T.: A SOLITARY LENS IN THE SOUTH-EAST PACIFIC10:45 Maximenko, N.; Hafner, J.; Melnichenko, O.; Belmadani, A.: DYNAMICS OFLAGRANGIAN TRACER IN NEAR-SURFACE OCEAN STUDIED WITHREAL AND SIMULATED DRIFTERS: DIFFUSION, CONNECTIVITY, ANDTIME SCALES11:00 Chen, R.; McClean , J. L.; Gille, S. T.; Griesel, A.: LAGRANGIAN ISOPYCNALEDDY DIFFUSIVITIES OF AN EDDYING MODEL IN THE KUROSHIOEXTENSION11:15 Mohrholz, V.; Schmidt, M.; Flohr, A.: CONTRIBUTION OF UPWELLINGFILAMENTS TO CROSS SHELF TRANSPORT OF MATTER AND ITSIMPLICATION FOR ECOSYSTEM DYNAMICS.11:30 Magaldi, M. G.; Haine, T. W.: HYDROSTATIC AND NON-HYDROSTATICSIMULATIONS OF DENSE WATERS CASCADING OFF A SHELF: THE EASTGREENLAND CASE11:45 Kamenkovich, I. V.; Rypina, I. I.; Berloff, P. S.: IMPORTANCE OF LARGE-SCALE EDDIES FOR THE DISTRIBUTION OF OCEANIC TRACERS12:00 Banyte, D.; Visbeck, M.; Tanhua, T.; Fischer, T.; Brandt, P.: VENTILATION OFTHE EASTERN TROPICAL ATLANTIC OXYGEN MINIMUM ZONE BYMESOSCALE EDDY STIRRING AND TROPICAL ZONAL JETS12:15 Castillo-Trujillo, A. C.; Flament, P.: WIND-FORCED MECHANISMS ON THENONLINEAR VORTICITY BALANCE DERIVED FROM HIGH FREQUENCYDOPPLER RADAR (HFDR) CURRENTS066 Collaborations and Partnerships In Ocean Researchand EducationChair(s): Barbara Bruno, barb@hawaii.eduHeather Reader, heather.reader@biol.lu.seRachel Luther, rachel.luther@gmail.comJudy Lemus, jlemus@hawaii.eduFlorence Thomas, flthomas@hawaii.eduVanessa Green, greenv@ambcs03.stccmop.orgLocation: 318 AB08:00 Baptista, A. M.; Green, V.; Bueno Watt, N.: INTEGRATING TRADITIONALWAYS OF KNOWING WITH WESTERN SCIENCE, THROUGHCOLLABORATIVE OPPORTUNITIES FOSTERED BY THE NETWORK OFNSF SCIENCE AND TECHNOLOGY CENTERSWEDNESDAY107

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY08:15 Dublin, R. A.; Barnhardt, R. J.; Morrow, L. S.; Anderson, A.; Sigman, M.:STUDENT RESEARCH ON PEOPLE, OCEANS AND CLIMATE CHANGE:WEAVING TRADITIONAL ALASKA NATIVE KNOWLEDGE ANDWESTERN SCIENCE TOGETHER AT SCIENCE FAIRS08:30 Smythe, W. F.; McAllister, S. M.; Remple, K. L.; Young, B.; Baptista, A.:INCORPORATING TRADITIONAL KNOWLEDGE INTO GEOSCIENCEEDUCATION: A LOOK AT WATERSHEDS IN SOUTHEAST ALASKA08:45 Hatch, M. B.: AMERICAN INDIAN STUDENT-DRIVEN RESEARCH AT THESALISH SEA RESEARCH CENTER09:00 Waterhouse, J.: INTEGRATING TRADITIONAL WAYS OF KNOWING ANDWESTERN SCIENCE IN THE GLOBAL WATERSHED09:15 Thomas, F. I.; Aikau, H.; Dulaiova, H.; Yoshioka, J. R.; Lemus, J.: COMMUNITYBASED PARTICIPATORY RESEARCH LINKS ACADEMIC DISIPLINES,COMMUNITY, AND MANAGEMENT09:30 Foley, J. M.; Thompson, A. N.: TRADITIONAL KNOWLEDGE ANDWESTERN MARINE SCIENCE IN HAWAI‘I: SUCCESSES ANDCHALLENGES IN YOUTH AND PUBLIC EDUCATION09:45 Choy, C. A.; Noa, K.; Bruno, B. C.: SOEST MAILE MENTORING BRIDGE:BRINGING NATIVE HAWAIIANS INTO SCIENCE10:30 Scott, O.; Johnson, A.; Williamson Whitney, V.; Ricciardi, L.; Siegfried, D.: MSPHD’S: USING VIRTUAL COMMUNITY PLATFORMS TO INTEGRATEDIVERSITY, COLLABORATIVE STRATEGIES AND EFFECTIVEPARTNERSHIPS IN OCEAN SCIENCE RESEARCH AND EDUCATION10:45 LaChance, R. S.: SCIENTIFIC COMMUNITY EDUCATIONALPARTNERSHIPS PROVIDE MIDDLE STUDENTS WITH OPPORTUNITIES,TOOLS, AND STRATEGIES TO EXPLORE MARINE ECOLOGY11:00 Lodes, K. M.: MIDWEST TO MID-OCEAN; MAKING CONNECTIONSBETWEEN SCIENTISTS AND HIGH SCHOOL STUDENTS11:15 Rivera, M. A.; Manning, M. M.; Gorospe, K. D.: RESEARCH EXPERIENCES INMARINE SCIENCE (REMS) SUMMER HIGH SCHOOL PROGRAM AT THEHAWAI‘I INSTITUTE OF MARINE BIOLOGY (HIMB)11:30 Peach, C. L.; Villenueva, M.; Trecha, C.: ENGAGING TEACHERS ANDSCIENTISTS IN THE TRANSITION TO NEXT GENERATION SCIENCEAND ENGINEERING STANDARDS11:45 Luther, R. A.; Reader, H. E.: DEVELOPING STUDENT-SCIENTISTPARTNERSHIPS TO ENRICH UNDERGRADUATE SCIENCE EDUCATION,CULTIVATE SUSTAINABLE THINKING, AND FOSTER OCEANSTEWARDSHIP12:00 Foote, E. A.; Diamond, J.: COLLABORATIVE EFFORTS THROUGH THEKA‘ANAPALI MAKAI WATCH PROGRAM IN SUPPORT OF A UNIQUEPROTECTED AREA ON MAUI12:15 Ben McNeil, .: HOW DO WE FUND YOUNG, RISKY, BLUE-SKY RESEARCH?NEW COLLABORATIVE FUNDING OPPORTUNITIES IN A DIGITAL AGE073 Ocean Salinity and Water Cycle Variability and ChangeChair(s): Paul Durack, pauldurack@llnl.govEric Bayler, Eric.Bayler@noaa.govGary Lagerloef, lager@esr.orgRay Schmitt, rschmitt@whoi.eduBob Marsh, robert.marsh@noc.soton.ac.ukTony Lee, tlee@jpl.nasa.govLocation: 323 ABC08:00 Lagerloef, G. S.; Kao, H. Y.: AQUARIUS SATELLITE SALINITYMEASUREMENT ACCURACY AND SCIENCE ACHIEVEMENTS AFTERTWO YEARS08:15 Boutin, J.; Reverdin, G.; Martin, N.; Yin, X.; Morisset, S.: SEA SURFACESALINITY VARIABILITY: NEW INSIGHTS FROM SMOS AND IN SITUMEASUREMENTS08:30 Meissner, T.; Wentz, F.; Hilburn, K.: THE AQUARIUS SALINITY RETRIEVALALGORITHM: CHALLENGES AND RECENT PROGRESS08:45 Tang, W.; Yueh, S.; Lagerleof, G.; Fore, A.; Hayashi, A.: THE RAIN EFFECT ONAQUARIUS’ SEA SURFACE SALINITY RETRIEVAL09:00 Jacob, M. M.; Ebrahimi, H.; Santos-Garcia, A.; Jones, W. L.; Asher, W.:AQUARIUS SSS MEASUREMENTS IN RAIN: SCIENCE OR ERRORS?09:15 Drucker, R. S.; Riser, S.: VALIDATION OF AQUARIUS SEA SURFACESALINITY WITH ARGO: ANALYSIS OF ERROR DUE TO COLLOCATIONAND VERTICAL SALINITY STRATIFICATION09:30 Reagan, J. R.; Boyer, T. P.; Antonov, J. I.: COMPARISON ANALYSIS BETWEENAQUARIUS SEA SURFACE SALINITY AND WORLD OCEAN DATABASE INSITU ANALYZED SEA SURFACE SALINITY09:45 Melnichenko, O.; Hacker, P.; Maximenko, N.; Potemra, J.: HIGH-RESOLUTIONAQUARIUS SEA SURFACE SALINITY PRODUCTS FOR GLOBAL ANDREGIONAL STUDIES10:30 Zhang, H.; Chao, Y.: VALIDATE AQUARIUS SATELLITE MEASURED SEASURFACE SALINITY WITH IN SITU DATA FROM SPURS10:45 Banks, C. J.; Gommenginger, C. P.; Srokosz, M. A.; Snaith, H. M.: SEA SURFACESALINITY: RESOLVING ISSUES OF TIME AND SPACE11:00 Vazquez, J.; Gierach, M. M.; Lee, T.; Tsontos, V. M.: AQUARIUS AND SMOSDETECT EFFECTS OF AN EXTREME MISSISSIPPI RIVER FLOODINGEVENT IN THE GULF OF MEXICO11:15 Matano, R. P.; Combes, V.; Strub, P. T.: THE LA PLATA RIVER PLUME:AQUARIUS OBSERVATIONS AND NUMERICAL SIMULATIONS11:30 Guan, B.; Halkides, D. J.; Lee, T.; Waliser, D. E.: SEA SURFACE SALINITYSIGNATURE OF THE MADDEN-JULIAN OSCILLATION IN TWO YEARSOF AQUARIUS OBSERVATIONS11:45 KAO, H.; Lagerloef, G.: OBSERVING THE SALINITY FRONTS IN THETROPICAL PACIFIC USING AQUARIUS OBSERVATIONS – A PRACTICALAPPLICATION FOR THE SPURS-2 PROJECT12:00 Vinogradova, N. T.; Ponte, R. M.; Fukumori, I.; Wang, O.: CONSTRAININGFRESHWATER FLUXES AND OCEAN ESTIMATES WITH AQUARIUS ANDSMOS SALINITY12:15 Bayler, E. J.; Nadiga, S.; Mehra, A.; Behringer, D.: SENSITIVITY ANDVERIFICATION STUDY OF THE ASSIMILATION OF SATELLITE SEASURFACE SALINITY FIELDS IN AN NCEP OPERATIONAL OCEANFORECAST SYSTEM14:00 Lago, V.; Durack, P.; Wijffels, S.; Bindoff, N.; Marsland, S.: DIAGNOSING THECAUSES OF SUBSURFACE OCEAN SALINITY AND TEMPERATURECHANGE TO SURFACE USING IDEALIZED OCEAN MODELEXPERIMENTS14:15 Skliris, N.; Marsh, R.; Josey, S. A.; Liu, C. L.; Allen, R. P.: SALINITY CHANGESIN THE WORLD OCEAN SINCE 1950 IN RELATION TO CHANGINGSURFACE FRESHWATER FLUXES14:30 Yu, L.: SEA-SURFACE SALINITY DYNAMICS IN THE FRESHWATERREGIME14:45 Hasson, A. E.; Delcroix, T.; Boutin, J.: FORMATION AND VARIABILITY OFTHE SOUTH PACIFIC SEA SURFACE SALINITY MAXIMUM IN RECENTDECADES15:00 Zhang, L.; Qu, T.: LOW FREQUENCY VARIABILITY OF SOUTH PACIFICTROPICAL WATER FROM ARGO15:15 Delcroix, T.; Radenac, M. H.; Cravatte, S.; Gourdeau, L.; Alory, G.: SEA SURFACESALINITY AND TEMPERATURE SEASONAL CHANGES IN THE WESTERNSOLOMON AND BISMARCK SEAS15:30 Riser, S. C.; Anderson, J.: MONSOON VARIABILITY AND THE DIURNALCYCLES OF TEMPERATURE AND SALINITY IN THE BAY OF BENGAL15:45 McDonagh, E. L.; King, B. A.; Bryden, H. L.; Johns, W. E.; Nurser, A. G.:SALINITY, HEAT AND FRESHWATER FLUXES ACROSS THE ATLANTICAT 26NN: TIME SERIES AND THEIR VARIABILITY074 Estuaries, What Are They Good for? A Tribute to the Work ofDr. Jonathan H. SharpChair(s): Koty Sharp, sharpkh@eckerd.eduLuis Cifuentes, Luis.Cifuentes@tamucc.eduJonathan (Josh) Sharp, jsharp@mines.eduLocation: 319 AB08:00 Cai, W.: A TALE OF TWO ESTUARIES (THE DELAWARE AND CHESAPEAKEBAYS)—BUILDING CO2 SYSTEM RESEARCH ON A RICH LEGACY08:15 Gallegos, C. L.: TWENTY YEARS OF PRIMARY PRODUCTION IN AEUTROPHIC SUBESTUARY108

Program BookAGU/ASLO/TOS08:30 Bergamaschi, B.; Downing, B.; Saraceno, J.; Pellerin, B.; Fleck, J.: NEWINSIGHTS FROM CONTINUOUS MONITORING OF NUTRIENTDYNAMICS IN TIDAL WETLANDS08:45 Parker, A. E.; Dugdale, R. C.; Wilkerson, F. P.: CONSIDERATION OF FORMSOF INORGANIC N WHEN EVALUATING THE IMPACT OF NUTRIENTSIN THE URBAN OCEAN: RESULTS FROM THE SAN FRANCISCO ANDDELAWARE BAY ESTUARIES.09:00 Herrmann, M.; Najjar, R. G.; Kemp, W. M.; Alexander, R. B.; Boyer, E. W.: NETECOSYSTEM PRODUCTION AND ORGANIC CARBON BALANCE OF U.S.EAST COAST ESTUARIES: A SYNTHESIS APPROACH09:15 Kirchman, D. L.; Stegman, M.; Nikrad, M.; Cottrell, M. T.: ACTIVITYOF AEROBIC ANOXYGENIC PHOTOTROPHIC BACTERIA IN THEDELAWARE ESTUARY AND ANTARCTIC COASTAL WATERS09:30 Boicourt, W. C.; Scully, M. E.; Li, M.; Sanford, L. P.; Friedrichs, C. T.: THE ROLEOF WIND IN ESTUARINE CIRCULATION09:45 Rabalais, N. N.; Turner, R. E.; Smith, L. M.: HOW TO PUT LONG-TERM DATATO WORK: JON, WE DO HAVE HYPOXIA10:30 Twilley, R. R.: NUTRIENT BIOGEOCHEMISTRY OF WETLAND-DOMINATEDCOASTAL SYSTEMS: MISSISSIPPI RIVER DELTAIC FLOODPLAIN10:45 Findlay, A. J.; Gartman, A.; Hanson, T. E.; Luther, III, G. W.: DISTRIBUTIONAND SIZE FRACTIONATION OF ELEMENTAL SULFUR ALONG REDOXGRADIENTS IN TWO MARINE ENVIRONMENTS: THE CHESAPEAKE BAYAND MID-ATLANTIC RIDGE11:00 Hopkinson, C. S.; Cai, W. J.; Morris, J. T.; Kirwan, M. L.: CLIMATE CHANGEAND ESTUARINE WETLAND CARBON SEQUESTRATION11:15 Farrington, J. W.: ESTUARINE AND COASTAL SHELLFISH ANDPOLYCYCLIC AROMATIC HYDROCARBONS: MORE COMPREHENSIVERISK ASSESSMENTS NEEDED.11:30 Montagna, P. A.: FRESHWATER INFLOW TO ESTUARIES: WATER RUN TOWASTE?11:45 Hoer, D. R.; Tommerdahl, J. P.; Martens, C. S.: NITROGEN CYCLING BYSPONGES IN FLORIDA BAY, USA12:00 Harding, L. W.; Adolf, J. E.; Miller, W. D.; Perry, E. S.; Mallonee, M. E.: CLIMATEEFFECTS ON PHYTOPLANKTON DYNAMICS IN CHESAPEAKE BAY12:15 Turner, R. E.; Bodker, E.; Tweel, A.; Schulz, C.: CONSEQUENCESBELOWGROUND OF INCREASED NUTRIENT LOADING TO COASTALMARSHES079 Rising Sea Level: Contributions and Future ProjectionsChair(s): Nadya Vinogradova, nadya@aer.comEric Leuliette, Eric.Leuliette@noaa.govDetlef Stammer, detlef.stammer@zmaw.deY. Tony Song, tony.song@jpl.nasa.govTangdong Qu, tangdong@hawaii.eduLocation: 313 B08:00 Hernandez Fabrice, .; Ferry Nicolas, .; GSOP Group, .: SEA LEVEL CHANGESFROM THE GSOP2012 MULTI-REANALYSIS ENSEMBLE STUDY08:15 Carson, M.; Koehl, A.; Stammer, D.: REGIONAL MULTI-DECADAL ANDCENTURY-SCALE INTERNAL SSH VARIABILITY IN CMIP5 MODELS08:30 Yin, J.; Griffies, S. M.: CENTURY TO MULTI-CENTURY PROJECTIONS OFTHE STERIC AND DYNAMIC SEA LEVEL WITH A SUITE OF CLIMATEMODELS08:45 Ocana, V.; Zorita, E.; Heimbach, P.: DETERMINISTIC VS. STOCHASTICTRENDS IN SEA LEVEL RISE09:00 Ponte, R. M.; Piecuch, C. G.: MECHANISMS OF GLOBAL MEAN STERICCHANGE AND IMPLICATIONS FOR SEA LEVEL SIMULATIONS ANDPROJECTIONS09:15 Durack, P. J.; Wijffels, S. E.; Gleckler, P. J.: REVISITING HALOSTERIC ANDTHERMOSTERIC SEA-LEVEL RISE09:30 Bellingham, C.; Williams, R.; Holgate, S.; Hughes, C.: ESTIMATING THE MASSCOMPONENT TO SEA LEVEL RISE FROM TIDE GAUGES, ALTIMETRYAND STERIC RECONSTRUCTIONS09:45 Leuliette, E. W.; Miller, L.: WHAT DO ALTIMETRY, GRACE, AND ARGOIMPLY ABOUT DEEPOOCEAN WARMING?10:30 King, B. A.; Desbruyères, D.; McDonagh, E. L.; Astley, A.; Garry, F. K.: DECADALCHANGE OF THE DEEP AND UPPER OCEAN HEAT CONTENT OF THENORTH-EAST ATLANTIC10:45 Yan, X. H.; Wang, W. Q.; Hu, R. J.; Wu, X. B.; Klemas, V.: DEEPER OCEANREMOTE SENSING AND DEEPER OCEAN RESPONSE TO GLOBALCLIMATE CHANGE11:00 LLOVEL, W.; FUKUMORI, I.; WANG, O.: QUANTIFYING THECONTRIBUTION OF WIND STRESS AND DIABATIC FORCING TODECADAL SEA LEVEL TRENDS OVER 1993-201011:15 Frankcombe, L.; Spence, P.; Hogg, A.; England, M.; Griffies, S.: SEA LEVELCHANGES FORCED BY SOUTHERN OCEAN WINDS11:30 Marzeion, B.; Richter, K.; Cogley, J. G.; Parkes, D.: ATTRIBUTION OF PASTGLACIER MASS LOSS TO ANTHROPOGENIC AND NATURAL CLIMATEFORCING11:45 Pickering, M. D.; Blundell, J. R.; Hirschi, J. J.; Horsburgh, K. J.; Nicholls, R. J.: THEIMPACT OF FUTURE SEA-LEVEL RISE ON THE TIDES12:00 Widlansky, M. J.; Timmermann, A.; McGregor, S.; Stuecker, M. F.; Chikamoto,Y.: PROJECTIONS OF EXTREME SEA LEVEL VARIABILITY DUE TO ELNIOO TAIMASA12:15 Reed, A. J.; Mann, M. E.; Lin, N.; Kemp, A. C.; Emanuel, K. A.: IMPACTS OFSEA-LEVEL RISE, TROPICAL CYCLONES, AND CLIMATE CHANGE ONCOASTAL INUNDATION IN NEW YORK AND NEW JERSEY081 Climate Impacts On Living Marine ResourcesChair(s): Vincent S. Saba, vincent.saba@noaa.govGrace K. Saba, saba@marine.rutgers.eduCharles A. Stock, charles.stock@noaa.govRubao Ji, rji@whoi.eduTrond Kristiansen, trond.kristiansen@imr.noOystein Varpe, oystein.varpe@akvaplan.niva.noLocation: 313 B14:00 Cabre, A.; Marinov, I.; Leung, S.: CONSISTENT GLOBAL RESPONSES OFMARINE ECOSYSTEMS TO FUTURE CLIMATE CHANGE ACROSS THEIPCC AR5 EARTH SYSTEM MODELS14:15 Fratantoni, P.; Li, Y.; Ji, R.; Chen, C.; Hare, J.: VARIABILITY OFSTRATIFICATION ON THE NORTHWEST ATLANTIC SHELF AND ITSIMPLICATIONS FOR PLANKTON PRODUCTION14:30 Llopiz, J. K.; Wuenschel, M.; Smith, B.; Hare, J.; Thorrold, S.: EVIDENCEFOR CLIMATE AND REGIME-SHIFT IMPACTS ON AN UPPER-LEVELCONSUMER ON GEORGES BANK14:45 Di Lorenzo, E.; Ohman, M. D.; Lluch-Cota, S.; Alexander, M.: A FILTERING-HYPOTHESIS TO EXPLAIN CLIMATE SYNCHRONY IN FISH POPULATIONS15:00 Kristiansen, T.; Stock, C.; Drinkwater, K.; Curchitser, E. N.: MECHANISTICINSIGHTS INTO THE EFFECTS OF CLIMATE CHANGE ON LARVAL COD15:15 Carozza, D. A.; Galbraith, E. D.; Bianchi, D.: AN EARTH-SYSTEMPERSPECTIVE TO FISHERIES AND FISHERIES ECONOMICS15:30 Hollowed, A. B.: PROJECTED IMPACTS OF CLIMATE CHANGE ONARCTIC AND SUB-ARCTIC FISH AND FISHERIES15:45 Field, D. B.; Rose, K.; Bringue, M.; Pospelova, V.; Ziveri, P.: IMPACTS OF 20THCENTURY WARMING ON MARINE ECOSYSTEMS OF THE CALIFORNIACURRENT092 From VERTEX to GEOTRACES: Honoring Ken Bruland’sContributions to Marine Biogeochemical CyclesChair(s): Gregory Cutter, gcutter@odu.eduAna Aguilar-Islas, amaguilarislas@alaska.eduKristen Buck, kristen.buck@bios.eduWilliam Landing, wlanding@fsu.eduMaeve Lohan, maeve.lohan@plymouth.ac.ukLocation: 317 AB10:30 Landing, W. M.; Morton, P. L.; Shelley, R. U.; Resing, J. A.; Barrett, P. M.:DISSOLVED TRACE METALS IN THE NORTH ATLANTIC FROM 2003TO 2013: RESULTS FROM THE A16N CLIVAR/REPEAT HYDROGRAPHYSECTIONSWEDNESDAY109

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY10:45 Barbeau, K. A.; King, A. L.; Hopkinson, B. M.; Buck, K. N.; Bundy, R. M.:INVESTIGATIONS OF IRON BIOGEOCHEMISTRY IN THE SOUTHERNCALIFORNIA CURRENT SYSTEM11:00 Hurst, M.; Janssen, D.; Cullen, J. T.; Bruland, K. W.: THE DISTRIBUTION ANDSIZE-PARTITIONING OF TRACE METALS IN SURFACE WATERS OF THEBERING SEA11:15 Aguilar-Islas, A. M.; Seguret, M.; Rember, R.; Stockwell, D.; Buck, K.: IRON ANDRELATED PARAMETERS ALONG THE GULF OF ALASKA SHELF11:30 Moffett, J. W.; Vedamati, J.: CONTRASTING BEHAVIOR OF IRONAND MANGANESE ON THE PERUVIAN SHELF ARISE FROM IRON“TRAPPING”11:45 Hawco, N. J.; McIlvin, M. R.; Saito, M. A.: A MERIDIONAL COBALT SECTIONFROM THE EQUATORIAL PACIFIC.12:00 Lohan, M. C.; Wyatt, N.; Milne, A.; Middag, R.; Conway, T. M.: ZINCDISTRIBUTIONS IN THE ATLANTIC OCEAN: THE USE OF A NEWTRACER ZN*12:15 Rijkenberg, M.; Middag, R.; Conway, T.; Bruland, K.; de Baar, H.: EXCELLENTCONSISTENCY OF DISSOLVED MANGANESE, IRON, COBALT, NICKEL,COPPER, ZINC, CADMIUM AND LEAD AT THE BERMUDA CROSSOVERSTATION OF TWO GEOTRACES SECTIONS14:00 Boyle, E. A.; Noble, A. E.; Echegoyen, Y.; Fornace, K.; Lee, J. M.: PB ISOTOPESIGNALS IN THE ATLANTIC AND INDIAN OCEANS14:15 John, S. G.; Conway, T. M.: THE ROLE OF SCAVENGING IN THE MARINEBIOGEOCHEMICAL CYCLING OF ZINC ISOTOPES, AND THE GLOBALCORRELATION BETWEEN ZN AND SI14:30 Measures, C. I.; Hatta, M.: WHAT CONTROLS DEEP WATER DISSOLVED ALCONCENTRATIONS IN THE N ATLANTIC?14:45 Shiller, A. M.; Hatta, M.; Measures, C. I.: DISSOLVED GALLIUM ANDGALLIUM/ALUMINUM RATIOS IN THE US GEOTRACES NORTHATLANTIC ZONAL SECTION15:00 Parker, C. E.; Bruland, K. W.: CONTRASTING GROUP 3 METALS:SCANDIUM, YTTRIUM, AND LANTHANUM REACTIVITY15:15 Nielsdottir, M. C.; Cutter, G. A.: SPECIATION AND REDOX-CYCLING OFINORGANIC IODINE IN THE EASTERN PACIFIC15:30 Miller, L. A.; Brown, K. A.; Else, B.; Papakyriakou, T. N.; Sutherland, N.:ADVENTURES ON SEA ICE: NEW IDEAS ABOUT AIR-SEA EXCHANGE INPOLAR WATERS099 Proxy Records for Understanding Coastal and OceanicProcesses and Their Preservation In Present and PastChair(s): Gert J. De Lange, gdelange@geo.uu.nlJill M. Brandenberger, Jill.Brandenberger@pnnl.govSabine Kasten, Sabine.Kasten@awi.deP Louchouarn, loup@tamug.eduFrancesca Martinez-Ruiz, fmruiz@ugr.esGary Gill, Gary.Gill@pnnl.govDavid Gillikin, gillikid@union.eduAlan Wanamaker, adw@iastate.eduLocation: 31514:00 Marzocchi, A.; Lunt, D. J.; Flecker, R.; Gladstone, R. M.; Hilgen, F. J.: ORBITALFORCING CONTROL ON WESTERN-EASTERN MEDITERRANEAN SEADYNAMICS IN THE LATE MIOCENE14:15 Abrantes, F.; Lopes , C.; Romero, O.; Matos, L.: MEDIUM [SI] AND DIATOMPRESERVATION POTENTIAL IN SEDIMENTS14:30 Brumsack, H. J.; Eckert, S.; Schnetger, B.; Severmann, S.; Weyer, S.: AGEOCHEMICAL COMPARISON OF THE EEMIAN AND HOLOCENEMARINE INGRESSIONS INTO THE BLACK SEA14:45 Schreiner, K. M.; Bianchi, T. S.; Allison, M. A.; Eglinton, T. I.; Wacker, L.:CHANGES TO THE ALASKAN NORTH SLOPE CARBON CYCLE OVERTHE LATE HOLOCENE: EVIDENCE FROM COLVILLE DELTA SEDIMENTS,BEAUFORT SEA, ALASKA15:00 Gill, G. A.; Brandenberger, J. M.; Arrigo, L. M.; Keillor, M. E.; Hossbach, T. W.:SEDIMENT GEOCHRONOLOGY USING 32-SI AND ULTRA-SENSITIVELOW BACKGROUND BETA DETECTION15:15 Williams, B.; Wang, X.; Prokopenko, M.; Sigman, D.; Adkins, J. F.: ISOTOPICCOMPOSITION OF NITROGEN BOUND IN THE CALCIUM CARBONATESKELETON OF DEEP-SEA CORALS – DEVELOPING A NEW PROXY15:30 Pedersen, J. B.; Nielsen, J. M.; Matras, U.; Christensen, J. T.; Grønkjaer, P.: CANSTABLE N & C ISOTOPE RECORDS FROM OTOLITHS AND BIVALVESHELLS REVEAL LONG TERM DIET CHANGES IN NORTH ATLANTICCOD?15:45 Wang, X. T.; Sigman, D. M.; Cohen, A. L.; Sinclair, D. J.; Sherrell, R. M.:NITROGEN ISOTOPES OF CORAL SKELETON-BOUND ORGANICMATTER: INFLUENCES IN THE MODERN OCEAN100 Environmental Variability and Climate Change: LinkingEnvironmental Variation and Organism Responses Across ScalesChair(s): Christian Pansch, ch.pansch@gmail.comOscar Guadayol, oscar@guadayol.catJonathan Havenhand, jon.havenhand@bioenv.gu.seFlorence Thomas, fithomas@hawaii.eduJoern Thomsen, jthomsen@geomar.deLocation: 304 AB08:00 Richier, S.; Achterberg, E. P.; Suggett, D. J.; Tyrrell, T.; Moore, C. M.:SENSITIVITY OF PHYTOPLANKTON TO RAPID PH REDUCTION ISLINKED TO BUFFER CAPACITY08:15 Smolina, I.; Kollias, S.; Moller, E. F.; Lindeque, P.; Hoarau, G. G.:TRANSCRIPTOME RESPONSE TO THERMAL STRESS IN TWO KEYZOOPLANKTON SPECIES,CALANUS FINMARCHICUS AND C. GLACIALIS08:30 Maud, J. L.; Atkinson, A.; Hirst, A. G.; Lindeque, P.; Harmer, R.: CALANUSHELGOLANDICUS AND A CHANGING CLIMATE: ANALYSIS OF A25-YEAR TIME SERIES FROM THE ENGLISH CHANNEL08:45 Haynert, K.; Schönfeld, J.; Thomsen, J.: RESPONSE OF BENTHICFORAMINIFERA FROM COASTAL HABITATS TO OCEANACIDIFICATION09:00 Batta-Lona, P. G.; Wiebe, P. H.; O’Neill, R.; Bucklin, A.: TRANSCRIPTOME-WIDE PROFILES OF GENE EXPRESSION OF SALPA THOMPSONI INRELATION TO VARIATION OF THE PELAGIC ENVIRONMENT OF THESOUTHERN OCEAN.09:15 Chan, K.; García, E.; Dupont, S.: EFFECT OF OCEAN ACIDIFICATION ONSWIMMING OF LARVAL GREEN URCHINS IN FLOW09:30 Levin, L. A.; Frieder, C.; Navarro, M.; Gonzalez, J.: GEOCHEMICAL PROXIESFOR LARVAL EXPOSURE TO LOW PH AND OXYGEN09:45 Styf, H. K.; Nilsson Sköld, H.; Eriksson, S. P.: EMBRYONIC RESPONSES TOLONG-TERM EXPOSURE OF THE MARINE CRUSTACEAN, NEPHROPSNORVEGICUS, TO OCEAN ACIDIFICATION AND TEMPERATURE10:30 Pansch, C.; Schaub, I.; Havenhand, J.; Wahl, M.: THE POTENTIALOF A MARINE INVERTEBRATE TO ADAPT TO FUTURE OCEANACIDIFICATION10:45 Mazzuco, A. C.; Ciotti, A. M.; Christofoletti, R. A.; Starczak, V. R.; Pineda, J.: THEINFLUENCE OF OCEANIC-CLIMATIC CONDITIONS IN RECRUITMENTIN DIFFERENT TEMPORAL SCALES: THE IMPORTANCE OF WIND, SEASURFACE TEMPERATURE AND CHLOROPHYLL-A11:00 Menge, B. A.; Gouhier, T. C.; Hacker, S. D.; Chan, F.; Nielsen, K. J.:OCEANOGRAPHIC AND ECOLOGICAL DRIVERS OF SPATIALSTRUCTURE IN A ROCKY INTERTIDAL META-ECOSYSTEM11:15 Jury, C. P.; Thomas, F. I.; Atkinson, M. J.; Jokiel, P. L.; Toonen, R. J.: BUFFERCAPACITY, ECOSYSTEM FEEDBACKS, AND CORAL GROWTH UNDERENVIRONMENTAL VARIABILITY11:30 Guadayol, O.; Silbiger, N. J.; Donahue, M. J.; Thomas, F. I.: TURBULENTSCALES ALONG A GRADIENT OF ENVIRONMENTAL VARIABILITY ON ACORAL REEF12:00 Sogin, E. M.; Putnam, H. M.; Paul, A. E.; Gates, R. D.: VARIATION IN CORALMETABOLITE PRODUCTION AFTER EXPOSURE TO GLOBAL CLIMATECHANGE STRESSORS IS SPECIES SPECIFIC12:15 Silbiger, N. J.; Guadayol, O.; Thomas, F. I.; Donahue, M. J.: REEFS SHIFT FROMNET ACCRETION TO NET EROSION WITH RISING OCEAN ACIDITY110

Program BookAGU/ASLO/TOS102 The Chukchi Sea Region: Physical Forcing and EcosystemResponse In the Pacific ArcticChair(s): Jacqueline M. Grebmeier, jgrebmei@umces.eduSue E. Moore, sue.moore@noaa.govRussell R. Hopcroft, rrhopcroft@alaska.eduRobert S. Pickart, rpickart@whoi.eduBill Williams, bill.williams@dfo-mpo.gc.caLocation: 316 A08:00 Kent Moore, .; Bob Pickart, .: A COUPLED ATMOSPHERE-OCEAN-SEA ICEINTERANNUAL OSCILLATION IN THE CHUKCHI AND THE BEAUFORTSEAS08:15 Danielson, S. L.; Weingartner, T. J.; Hedstrom, K. S.; Aagaard, K.; Woodgate, R.:COUPLED WIND-FORCED CONTROLS OF THE BERING-CHUKCHI SHELFCIRCULATION AND THE BERING STRAIT THROUGHFLOW08:30 Gong, D.; Pickart, R. S.: SUMMERTIME WATER MASS TRANSFORMATIONIN THE CHUKCHI SEA08:45 Winsor, P.; Weingartner, T. J.; Kasper, J. L.; Statscewich, H.; Potter, R. A.: HIGH-RESOLUTION HYDROGRAPHY OF THE NORTHEASTERN CHUKCHISEA FROM AUV GLIDERS AND TOWED CTD SURVEYS – THE ALASKACOASTAL CURRENT, UPWELLING AND FRONTS09:00 Stabeno, P. J.; Kachel, N. B.; Ladd, C.; Napp, J. M.: THE CHAOZ PROJECT:INFLUENCE OF CLIMATE VARIABILITY ON THE NORTHEASTERNCHUKCHI ECOSYSTEM09:15 Nobre, C.; Pickart, R. S.: EVOLUTION OF WATER MASSES IN BARROWCANYON DURING SUMMER/FALL: FIRST RESULTS FROM THE DBOINTERNATIONAL TRANSECTS 2010-1309:30 Okkonen, S. R.; Ashjian, C. A.; Campbell, R. G.; Stafford, K. M.; Clarke, J. T.:VARIABILITY OF LATE SUMMER OCEANOGRAPHIC CONDITIONS INBARROW CANYON09:45 Nechaev, D.; Panteleev, G.; Zhang, J.; Kikuchi , T.: VARIABILITY OF THECIRCULATION IN THE PACIFIC SECTOR OF ARCTIC OCEAN DERIVEDBY 4DVAR ASSIMILATION OF AVAILABLE OBSERVATIONS10:30 KIKUCHI, T.; NISHINO, S.; WATANABE, E.: HOPE VALLEY DOME (I):WATER-MASS CHARACTERISTICS AND FORMATION MECHANISM10:45 Pickart, R. S.; Spall, M. A.; Schulze, L. M.; Moore, G. W.; Brugler, E.: ROLEOF SHELFBREAK UPWELLING ON PRIMARY PRODUCTIVITY IN THEBEAUFORT AND CHUKCHI SEAS11:00 Whitledge, T. E.; Lee, S. H.: DECADAL CHANGES OF NUTRIENTS,PIGMENTS AND PRIMARY PRODUCTION IN BERING STRAIT AND THECHUKCHI SEA11:15 Cooper, L. W.; Frey, K. E.; Wood, C. L.; Grebmeier, J. M.: MELTED SEA ICE INAN UNDER-ICE PHYTOPLANKTON BLOOM IN THE CHUKCHI SEA11:30 Palmer, M. A.; Arrigo, K. R.; Saenz, B. T.: MODELING THE IMPACTS OF SEAICE RETREAT, THINNING, AND MELT POND PROLIFERATION ON THESUMMER PHYTOPLANKTON BLOOM IN THE CHUKCHI SEA, ARCTICOCEAN11:45 Brown, Z. W.; Lowry, K. E.; Mills, M. M.; Van Dijken, G. L.; Arrigo, K. R.:CHARACTERIZING THE SUBSURFACE CHLOROPHYLL A MAXIMUM INTHE CHUKCHI SEA AND CANADA BASIN12:00 Kinzler, K. P.; McHugh, C.; Aumack, C.; Juhl, A.; Neuer, S.: TEMPORAL ANDSPATIAL EXPORT VARIABILITY OF ALGAL COMMUNITIES FROM LANDFAST ARCTIC SEA ICE12:15 Dolan, J. R.; Yang, E. J.; Kim, T. W.; Kang, S. H.: MICROZOOPLANKTONIN A WARMING ARCTIC? TINTINNIDS AND RADIOLARIANS OF THECHUKCHI SEA IN THE CONTRASTING SUMMERS OF 2011 AND 201214:00 Ashjian, C. J.; Campbell, R. G.; Okkonen, S. R.: ZOOPLANKTON OF THECHUKCHI AND NORTHERN BERING SEAS IN LATE FALL/EARLY WINTER201114:15 Dunton, K. H.; Schonberg, S. V.; Saupe, S. M.: INVENTORIES AND TROPHICRELATIONSHIPS OF THE NORTHEASTERN CHUKCHI SHELF BENTHICFAUNA14:30 Blanchard, A. L.; Dasher, D. H.; Jewett, S. C.; Hoberg, M. K.: TEMPORALVARIATIONS OF MACROBENTHIC COMMUNITIES IN THENORTHEASTERN CHUKCHI SEA14:45 Stafford, K. M.; Clarke, J. T.; Moore, S. E.: ACOUSTIC AND VISUALDETECTIONS OF SUB-ARCTIC CETACEANS IN THE SOUTHERNCHUKCHI SEA-BERING STRAIT REGION, 2009-201215:00 Jay, C. V.; Fischbach, A. S.; Grebmeier, J. M.; Kochnev, A. A.; Cooper, L. W.:PACIFIC WALRUS HABITAT USE IN THE NORTHERN BERING ANDCHUKCHI SEAS15:15 Gall, A. E.; Day, R. H.; Morgan, T. C.; Kuletz, K.: SHIFTS IN THE SEABIRDCOMMUNITY OF THE CHUKCHI SEA OVER FOUR DECADES: A SEACHANGE IN STRUCTURE?15:30 Bluhm, B. A.; Holladay, B. A.; Huettmann, F.; Iken, K. B.; Norcross, B. L.:DEMERSAL FISH ASSEMBLAGES IN THE CHUKCHI SEA: OBSERVATIONSAND PREDICTIONS15:45 Grebmeier, J. M.; Cooper, L. W.; Frey, K. E.; Moore, S. E.; Pickart, R. S.: THEDISTRIBUTED BIOLOGICAL OBSERVATORY: A CHANGE DETECTIONARRAY TO TRACK PHYSICAL DRIVERS AND ECOSYSTEM RESPONSE INTHE PACIFIC ARCTIC123 The Molecular Chemistry and Microbial Biology of MarineDissolved Organic Matter (DOM) Composition and CyclingChair(s): Daniel Repeta, drepeta@whoi.eduZhanfei Liu, zhanfei.liu@utexas.eduLihini Aluwihare, laluwihare@ucsd.eduCraig Nelson, craig.nelson@hawaii.eduAron Stubbins, aron.stubbins@skio.usg.eduCraig Carlson, carlson@lifesci.ucsb.eduEd Delong, delong@mit.eduLocation: 317 AB08:00 Guo, W.; Yang, L.; Zhai, W.; Chen, W.; Osburn, C. L.: RUNOFF-MEDIATEDSEASONAL OSCILLATION IN THE DYNAMICS OF DISSOLVED ORGANICMATTER IN DIFFERENT BRANCHES OF A LARGE BIFURCATED ESTUARY08:15 Ward, N. D.; Krusche, A. V.; Keil, R. G.; Brito, D. C.; Richey, J. E.: THEEVOLUTION OF ORGANIC MATTER ALONG THE LOWER AMAZONRIVER CONTINUUM–BBIDOS TO THE OCEAN08:30 Seidel, M.; Ward, N. D.; Krusche, A. V.; Dittmar, T.; Medeiros, P. M.:BIOGEOCHEMISTRY OF DISSOLVED ORGANIC MATTER IN THE RIVERTO OCEAN CONTINUUM OF THE AMAZON08:45 Schiebel, H. N.; Wang, X.; Peri, F.; Chen, R. F.; Gardner, G. B.: A CARBONOUTWELLING BUDGET FOR A NEW ENGLAND SALT MARSH09:15 Reader, H. E.; Stedmon, C. A.; Kritzberg, E. S.: MOLECULAR FINGERPRINTSOF TERRESTRIAL DOM REACTIVITY IMPACTS ON THE MARINEENVIRONMENT09:30 Heil, C. A.; Countway, P.; Poulton, N.; Jaques, Z.: EFFECTS OF RIVERINEDISSOLVED HUMIC COMPOUNDS ON MARINE MICROBIALCOMMUNITY COMPOSITION IN THE GULF OF MAINE09:45 Panneer Selvam, B.; Karlsson, J.; Berggren, M.: TRACKING LONG TERMREACTIVITY OF DISSOLVED ORGANIC CARBON (DOC) EXPORTEDFROM TERRESTRIAL TO AQUATIC SYSTEMS124 Boundary Currents, Eddies, and Water Mass TransformationAt High LatitudesChair(s): Michael Spall, mspall@whoi.eduPaal Erik Isachsen, palei@met.noLocation: 31208:00 Våge, K.; Pickart, R. S.; Spall, M. A.; Moore, G. K.; Valdimarsson, H.: REVISEDCIRCULATION SCHEME NORTH OF THE DENMARK STRAIT08:15 Kanzow, T.; Schaffer, J.; Nunes, N.; Tippenhauer, S.; Jochumsen, K.: AMULTI-PLATFORM STUDY OF ENTRAINMENT BY (SUB-)MESOSCALEPROCESSES IN THE DENMARK STRAIT OVERFLOW PLUME08:30 Harden, B. E.; Pickart, R. S.; Bahr, F.; Torres, D.: MOORED OBSERVATIONS OFTHE NORTH ICELANDIC JET UPSTREAM OF DENMARK STRAIT08:45 Jimenez-Urias, M. A.; Thompson, L.: EFFECT OF FRONTAL INSTABILITIESON HEAT TRANSPORT ACROSS MOUNTAIN RIDGES, WITHIMPLICATIONS FOR THE ICELAND-FAROE RIDGE.WEDNESDAY111

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY09:00 Beaird, N. L.; Rhines, P. B.; Eriksen, C. C.: EVIDENCE OF DIRECT EXCHANGEOF LOW SALINITY INTERMEDIATE WATERS ACROSS THE ICELAND-FAROE FRONT IN WINTER09:15 Léon Chafik, L. C.; Johan Nilsson, J. N.; Øystein Skagseth, Ø. S.: ON THECOHERENCY OF THE NORWEGIAN ATLANTIC SLOPE CURRENT09:30 Katrin Latarius, .; Detlef Quadfasel, .: INDIRECT ESTIMATE OF FLUXESBETWEEN BOUNDARY CURRENT AND DEEP BASINS IN THE NORDICSEAS: HEAT AND FRESHWATER BUDGETS09:45 Richards, C. G.; Straneo, F.: TRANSFORMATION OF ATLANTIC WATER INTHE LOFOTEN BASIN FROM 2 YEARS OF MOORED DATA10:30 Bacon, S.: ARCTIC FRESHWATER AND HEAT FLUXES: VARIABILITY, ANDASSESSMENT10:45 Timmermans, M. L.; Proshutinsky, A.; Goloubeva, E.; Krishfield, R.; Toole,J.: PROPERTIES AND PATHWAYS OF THE ARTIC’S PACIFIC SUMMERWATER: 2003 – 201311:00 Curry, B.; Lee, C. M.; Petrie, B.; Mortiz, R. E.; Kowk, R.: MULTI-YEAROBSERVATIONAL STUDY OF DAVIS STRAIT TRANSPORTS11:15 Lique, C.; Johnson, H. L.; Davis, P. E.: ON THE INTERPLAY BETWEEN THECIRCULATION OF THE SURFACE AND INTERMEDIATE LAYERS OF THEARCTIC OCEAN11:30 Spall, M. A.: A SIMPLE MODEL FOR THE HALOCLINE ANDCIRCULATION OF ATLANTIC WATER IN THE ARCTIC OCEAN11:45 Aksenov, Y.; Bacon, S.; Regan, H. C.; Nurser, A. G.; Coward, A. C.:PRECONDITIONING ARCTIC OUTFLOWS WEST AND EAST OFGREENLAND: OCEAN CIRCULATION IN THE LINCOLN SEA ANDWESTERN FRAM STRAIT IN EDDY PERMITTING GLOBAL OCEANMODELS12:00 Nilsen, F.; Vaardal-Lunde, J.; Skogseth, R.: A SIMPLE TOPOGRAPHICALLYCONTROLLED SHELF CIRCULATION MODEL - INTRUSION OFATLANTIC WATER ON AN ARCTIC SHELF12:15 Fukumori, I.; Wang, O.; Llovel, W.: OBSERVATIONS AND MECHANISMSOF NEAR-UNIFORM SEA LEVEL AND OCEAN BOTTOM PRESSUREFLUCTUATIONS SPANNING THE ARCTIC OCEAN AND THE NORDICSEAS14:00 Stewart, A. L.; Thompson, A. F.: WATER MASS EXCHANGE ACROSS THEANTARCTIC SLOPE FRONT14:15 Jamieson, A.; Thompson, A. F.; Dalziel, S. B.; Heywood, K. J.: VARIABILITY INTHE ANTARCTIC SLOPE FRONT IN THE NORTHWESTERN WEDDELLSEA14:30 Poulin, F. J.; Stegner, A.: STEEP SHELF STABILISATION OF THEBRANSFIELD COASTAL CURRENT14:45 Janout, M. A.; Aksenov, Y.; Rabe, B.; Schauer, U.; Lenn, Y. D.: FORCING,PATHWAYS AND VARIABILITY OF THE ARCTIC FRESHWATER-DRIVENVILKITSKY STRAIT CURRENT: MODEL AND OBSERVATIONS15:00 Xu, X.; Rhines, P. B.; Chassignet, E. P.; Schmitz Jr., W. J.: SPREADING OF DENSEOVERFLOW WATERS IN THE NORTHWESTERN ATLANTIC: INSIGHTSFROM EDDY-RESOLVING SIMULATIONS AND OBSERVATIONS OFPASSIVE AND DYNAMICAL TRACERS15:15 de Jong, M. F.; Bower, A. S.; Furey, H. H.: SEASONAL CHANGES IN THEPROPERTIES OF IRMINGER RINGS SHED BY THE WEST GREENLANDCURRENT15:30 Yasuda, Y.; Spall, M. A.: EXAMINATION OF RESPONSE OFTHERMOHALINE CIRCULATION TO CHANGES IN PRECIPITATION IN ATWO-DIMENSIONAL DYNAMICAL SYSTEM15:45 Zhai, P.; Pratt, L.; Bower, A.: ON THE CROSSOVER OF BOUNDARYCURRENTS IN AN IDEALIZED MODEL OF THE RED SEA142 Understanding and Simulating ENSO In Past, Present andFuture ClimatesChair(s): Pedro Di Nezio, pdn@hawaii.eduChristina Karamperidou, ckaramp@hawaii.eduFei-Fei Jin, ckaramp@hawaii.eduAxel Timmermann, ckaramp@hawaii.eduLocation: 313 A10:30 McGregor, S.; Timmermann, A.; England, M. H.; Elison Timm, O.; Wittenberg,A. T.: INFERRED CHANGES IN EL NIOO-SOUTHERN OSCILLATIONVARIANCE OVER THE PAST SIX CENTURIES10:45 Takahashi, K.; Martinez, A. G.; Mosquera-Vasquez, K. A.: THE STRONGFAR-EASTERN PACIFIC EL NINOO IN 1925-26, REVISITED11:00 Boucharel, J.; Timmermann, A.; Jin, F. F.; England, M.; Santoso, A.: A VARIANCEHEAT BUDGET OF ENSO11:15 Santoso, A.; McGregor, S.; Jin, F. F.; Cai, W.; England, M. H.: MORE FREQUENTEMERGENCE OF EL NIOO PROPAGATION ASYMMETRY DUE TOGREENHOUSE WARMING11:30 Stuecker, M. F.; Timmermann, A.; Jin, F. F.; McGregor, S.; Ren, H. L.: ACOMBINATION MODE OF ANNUAL CYCLE AND THE EL NIOO-SOUTHERN OSCILLATION: GENESIS, IMPACTS AND ATTRIBUTION OFAIR/SEA COUPLING11:45 ZHENG, W.; CHEN, L.; YU, Y.: ANALYSIS OF THE ENSO STABILITY IN THEMID-HOLOCENE SIMULATIONS OF PMIP MODELS12:00 Kim, S.; Cai, W.; Jin, F.; Santoso, A.: EL NIOO RESPONSE TO GREENHOUSEWARMING DUE TO TIME-VARYING INDO-PACIFIC DIFFERENTIALWARMING12:15 Okumura, Y. M.: ORIGINS OF TROPICAL PACIFIC DECADALVARIABILITY: ROLE OF STOCHASTIC ATMOSPHERIC FORCING FROMTHE SOUTH PACIFIC14:00 Jin, F.; Levine, A.: MULTIPLICATIVE NOISE FORCING, EL NINOASYMMETRY, AND SUPER EL NINO EVENTS14:15 Zhang, C.; Kapur, A.: ENSO IRREGULARITY: THE ROLE OFMULTIPLICATIVE MJO14:30 Chiodi, A. M.; Harrison, D. E.; Vecchi, G. A.: SUBSEASONAL ATMOSPHERICVARIABILITY AND EL NIOO WAVEGUIDE WARMING; OBSERVEDEFFECTS OF THE MADDEN-JULIAN OSCILLATION AND WESTERLYWIND EVENTS14:45 Chen, C.; Cane, M. A.; Wittenberg, A. T.; Chen, D.; Henderson, N.:EVOLUTIONARY CHARACTERISTICS AND PREDICTABILITY OF ENSODIVERSITY15:00 Yamazaki, K.; Imada, Y.; Watanabe, M.: SEA SURFACE TEMPERATUREANOMALY IN THE NORTH TROPICAL ATLANTIC AND ITS ROLE IN THESEASONAL PREDICTABILITY OF ENSO15:15 Munnich, M.; Frischknecht, M.; Gruber, N. P.: LOCAL VERSUS REMOTERESPONSE OF THE CALIFORNIA CURRENT SYSTEM TO ENSO15:30 Duprey, N. N.; Galipaud, J. C.; Cabioch, G.; Lazareth, C. E.: THE OLD MANAND THE GIANT CLAM15:45 Rafter, P. A.; Sigman, D. M.; Haug, G. H.; Bernasconi, S. M.: A 4 MILLIONYEAR VIEW OF EQUATORIAL PACIFIC NUTRIENT AND UPPER OCEANDYNAMICS144 Viruses In the Sea - the Molecular Engineers and Architectsof Plankton CommunitiesChair(s): Grieg Steward, grieg@hawaii.eduCorina Brussaard, corina.brussaard@nioz.nlKristina Mojica, Kristina.Mojica@nioz.nlJaclyn Mueller, mueller3@hawaii.eduLocation: 310 Theater08:00 Brussaard, C.; Maat, D.: THE DIFFERENTIAL EFFECTS OF NUTRIENT-LIMITATION AND IRRADIANCE LEVEL ON VIRUS-HOST MODELSYSTEMS IN A CHANGING OCEAN112

Program BookAGU/ASLO/TOS08:15 Bidle, K. D.; Van Mooy, B. A.; Vardi, A.; DiTullio, G.; Coolen, M. J.:LUBRICATION OF OCEANIC CARBON AND SULFUR CYCLING BYA HOST-VIRUS CHEMICAL ARMS RACE: ‘NORTH ATLANTIC VIRUSINFECTION OF COCCOLITHOPHORES EXPEDITION’ (NAVICE)08:30 Carlson, M. G.; McCary, N.; Rocap, G. L.: HOST RANGE AND SEASONALITYOF PSEUDO-NITZSCHIA VIRUSES08:45 Allen, L. Z.; McCrow, J. P.; Tran, D. N.; McQuaid, J. B.; Allen, A. E.: USINGTRANSCRIPTOMICS TO INVESTIGATE RNA VIRUSES AND THEIRASSOCIATION WITH EUKARYOTIC PHYTOPLANKTON09:00 Våge, S.; Storesund, J. E.; Thingstad, T. F.: TRADE-OFFS BETWEENCOMPETITION AND VIRAL DEFENSE STRUCTURE PELAGIC MICROBIALFOOD WEBS09:15 Brum, J. R.; Hurwitz, B. L.; Schofield, O.; Ducklow, H. W.; Sullivan, M. B.:SEASONAL TIME BOMBS: TEMPERATE VIRUSES DOMINATE THESOUTHERN OCEAN AND SUBSTANTIALLY AFFECT MICROBIALDYNAMICS09:30 Lindell, D.; Baran, N.; Dekel-Bird, N. P.; Kirzner, S.; Maidanik, I.: ANOVEL SINGLE-VIRUS PCR METHOD REVEALS THAT T7-LIKECYANOPODOVIRUSES ENCODING THE PSBA GENE ARE ABUNDANT INTHE RED AND MEDITERRANEAN SEAS09:45 Martinez Martinez, J.; Orcutt, B.: VIRUS-HOST DIVERSITY ANDINTERACTIONS IN THE JUAN DE FUCA RIDGE FLANK DEEP BIOSPHERE.159 CLIVAR: Ocean and Atmosphere Variability, Predictability andChangeChair(s): Lisa Goddard, goddard@iri.columbia.eduJim Hurrell , jhurrell@ucar.eduMartin Visbeck, mvisbeck@geomar.deAaron Donohoe, thedhoe@mit.eduLocation: 31108:00 Goddard, L.: DECADAL PREDICTABILITY AND PREDICTION: AFORECASTER’S PERSPECTIVE08:15 Meehl, G. A.; Teng, H.: COULD WE HAVE PREDICTED THE EARLY-2000SHIATUS IN THE 1990S?08:30 Danabasoglu, G.; Drange, H.; Griffies, S. M.; Pirani, A.; Yeager, S. G.:COORDINATED OCEAN-ICE REFERENCE EXPERIMENTS PHASE II(CORE-II)08:45 Legler, D.: NOAA’S OCEAN CLIMATE OBSERVATION PROGRAM09:00 Talley, L. D.; Feely, R. A.; US Repeat Hydrography Oversight Committee, .:CHANGES IN OCEAN HEAT, VENTILATION AND OVERTURNING:REVIEW OF THE FIRST DECADE OF U.S. REPEAT HYDROGRAPHY(GO-SHIP)09:30 Yu, W.; Liu, L.; Davis, C.; Xue, L.; Ning, C.: PILOT CRUISE RESULS OFEASTERN INDIAN OCEAN UPWELLING INITIATIVE AND ITSPERSPECTIVE10:30 Patara, L.; Boening, C. W.: SIMULATED STRENGTHENING OF THEATLANTIC MERIDIONAL OVERTURNING CIRCULATION IN RESPONSETO ABYSSAL OCEAN WARMING AROUND ANTARCTICA10:45 Meinen, C.; Speich, S.; Perez, R.; Dong, S.; Piola, A.: TEMPORAL VARIABILITYOF THE MERIDIONAL OVERTURNING CIRCULATION AT 34.5SS:RESULTS FROM TWO PILOT BOUNDARY ARRAYS IN THE SOUTHATLANTIC11:00 Donohoe, A.; Marshall, J.; Green, B.; Armour, K.; Ferreira, D.: ON WHATTIMESCALE DOES THE ATLANTIC MERIDIONAL OVERTURNINGCIRCULATION INFLUENCE THE ATMOSPHERE?11:15 Joyce, T. M.: SOME NEW PERSPECTIVES ON FRONTAL AIR-SEAEXCHANGE OVER THE GULF STREAM IN CLIMODE11:30 Nakamura, H.; Ogawa, F.; Nishii, K.; Miyasaka, T.; Kuwano-Yoshida, A.:POTENTIAL IMPORTANCE OF A MIDLATITUDE OCEANIC FRONTALZONE IN THE ATMOSPHERIC ANNULAR-MODE VARIABILITY12:00 O’Reilly, C. H.; Czaja, A.: THE RESPONSE OF THE PACIFIC STORM TRACKAND ATMOSPHERIC CIRCULATION TO KUROSHIO EXTENSIONVARIABILITY12:15 Gulev, S.; Tilinina, N.: EXTREME AIR-SEA SURFACE FLUXES IN MIDLATITUDES - ORIGINS AND MECHANISMS14:00 Brandt, P.; Funk, A.; Tantet, A.; Johns, W.; Fischer, J.: EQUATORIALCIRCULATION AND TROPICAL ATLANTIC VARIABILITY DURING THETROPICAL ATLANTIC CLIMATE EXPERIMENT14:15 Hummels, R.; Dengler, M.; Brandt, P.; Schlundt, M.: MIXED LAYERHEAT AND FRESHWATER BUDGETS IN THE TROPICAL ATLANTIC:IMPROVEMENTS DURING TACE14:30 Dengler, M.; Hummels, R.; Brandt, P.; Fischer, T.; Krahmann, G.: UPPER OCEANMIXING OBSERVATIONS DURING TACE: MIXING PROCESSES IN THEEQUATORIAL ATLANTIC VS. PACIFIC14:45 Perez, R. C.; Hormann, V.; Lumpkin, R.; Brandt, P.; Johns, W. E.: MEANMERIDIONAL CURRENTS IN THE CENTRAL AND EASTERNEQUATORIAL ATLANTIC15:00 Papapapostolou, A.; Johns, W.; Brandt, P.; Bourles, B.; Jouanno, J.: SEASONALMOMENTUM BALANCE OF THE ATLANTIC EQUATORIALUNDERCURRENT (EUC)15:15 Hahn, J.; Brandt, P.; Greatbatch, R. J.; Krahmann, G.; Körtzinger, A.: OXYGENVARIANCE AND MERIDIONAL OXYGEN SUPPLY IN THE TROPICALNORTH EAST ATLANTIC OXYGEN MINIMUM ZONE15:30 Fine, R. A.; Peacock, S.; Maltrud, M. E.; Bryan, F. O.: A NEW LOOK AT OCEANVENTILATION TIMESCALES15:45 Chikamoto, Y.; Timmermann, A.; Schneider, N.; Widlansky, M.; Langford, S.:SYSTEM FOR INTERANNUAL-TO-DECADAL CLIMATE PREDICTIONUSING THE EARTH SYSTEM MODEL CESM166 Aquatic BiologyChair(s): Carmen Aguilar, aguilar@uwm.eduLocation: 301 AB08:00 Koppelmann, R.: GEOCHEMISTRY AND ECOLOGY OF THE NAMIBIANUPWELLING SYSTEM (GENUS) – FROM PLANKTON TO BENTHOS08:15 Rhodes, A. C.; Purtle, G.: ENVIRONMENTAL FACTORS THAT INFLUENCESPECIES DISTRIBUTIONS AT HYDROTHERMAL VENTS, COLD SEEPSAND WHALE FALLS WORLDWIDE08:30 Morgan, N. B.; Baco, A. R.: THE ENIGMATIC NECKER RIDGE: INSIGHTSINTO FAUNA AND COMPARISON TO THE HAWAIIAN ARCHIPELAGO08:45 Bonato, S.; Artigas, L. F.; Lizon, F.; Lefèbvre, A.; Christaki, U.:PHYTOPLANKTON DISTRIBUTION ASSESSED BY HIGH-FREQUENCYFLOW CYTOMETRY, IN SPRING, ACROSS THE EASTERN CHANNEL09:00 Bi, R.; Arndt, C.; Sommer, U.: LINKING ELEMENTS TO BIOCHEMICALS:EFFECTS OF NUTRIENT SUPPLY RATIOS AND GROWTH RATES ONFATTY ACID COMPOSITION OF PHYTOPLANKTON09:15 Semcheski, M. R.; Egerton, T. A.; Marshall, H. G.: COMPARATIVE ANALYSESOF COMPOSITION AND PRODUCTIVITY OF PHYTOPLANKTON ANDINTERTIDAL BENTHIC MICROALGAL COMMUNITIES IN LOWERCHESAPEAKE BAY.09:30 Goodwin, D. S.; Schell, J. S.; Siuda, A. N.: SARGASSUM NATANS AND S.FLUITANS EXHIBIT GEOGRAPHICALLY DISTINCT DISTRIBUTIONSIN A 20-YEAR NEUSTON NET DATASET FROM THE WESTERN NORTHATLANTIC09:45 Holcomb, M.; Venn, A. A.; Tambutte, E.; Tambutte, S.; McCulloch, M.:RESPONSE OF CORAL CALCIFICATION TO ACIDIFICATION TRACKSVARIATIONS IN CALCIFYING FLUID PH10:30 Sigl, R.; Settles, M.; Laforsch, C.: DOES PLASTICITY HELP ACANTHASTERPLANCI OUTBREAKS TO SPREAD?10:45 Smee, D. L.; Overath, R. D.; Johnson, K. D.; Sanchez, J. A.: INTRASPECIFICDIVERSITY AFFECTS ECOLOGICAL FUNCTIONS11:00 Pinheiro, I. G.; Layman, C. A.; Leite, T. S.; Castello, J. P.: TROPHIC ECOLOGYOF FISH PREDATORS AN ISOLATED EQUATORIAL ISLAND11:15 Morales-Núñez, A. G.; Chigbu, P.: AMPHIPODA (CRUSTACEA) INMARYLAND COASTAL BAYS: ABUNDANCE, SPECIES COMPOSITION,AND DISTRIBUTION IN RELATION TO MACROALGAEWEDNESDAY113

AGU/ASLO/TOS2014 Ocean Sciences Meeting11:30 Oghenekaro, E. U.; Chigbu, P.: SEASONALITY AND SPATIALDISTRIBUTION OF CLADOCERANS IN THE MARYLAND COASTAL BAYS11:45 Darnell, K. M.; Dunton, K. H.: THE INFLUENCE OF NUTRIENTAVAILABILITY ON TURTLEGRASS REPRODUCTIVE STATUS12:00 Chacin, D. H.; Stallings, C. D.: DISENTANGLING LOCAL AND SEASCAPE-LEVEL EFFECTS OF HABITAT ON PREDATOR-PREY INTERACTIONS12:15 Sancho, G.; Miller, J.; Escartin, J.; Barreyre, T.; Garcia, R.: USE OFPHOTOMOSAIC IMAGES TO CHARACTERIZE FISH COMMUNITIES ATLUCKY STRIKE HYDROTHERMAL VENT SITE173 New Conceptual and Experimental Approaches toInvestigate the Effects of Multiple Environmental DriversOn Ocean BiotaChair(s): Philip Boyd, pboyd@chemistry.otago.ac.nzDavid Hutchins , dahutch@usc.eduJean-Pierre Gattuso, gattuso@obs-vlfr.frLocation: 313 A08:00 Kline, D. I.; Teneva, L.; Schneider, K.; Dove, S.; Hoegh-Guldberg, O.: A 200-DAYIN SITU EXPERIMENT REVEALS THAT THERE WILL LIKELY BE NETDISSOLUTION OF CORAL REEFS IN A HIGH CO 2FUTURE08:15 Martinez-Rey, J.; Tagliabue, A.; Hutchins, D.; Beman, M.; Gehlen, M.: OCEANACIDIFICATION EFFECTS ON THE MARINE NITROGEN CYCLE: GLOBALCHANGES IN N 2-FIXATION AND NITRIFICATION IN THE 21 ST CENTURY08:30 Cheng, B. S.; Bible, J. M.; Ferner, M. C.; Wasson, K.; Grosholz, E. D.: EXISTINGLOCAL ENVIRONMENTAL STRESS CAN OUTWEIGH CLIMATECHANGE: THE IMPORTANCE OF TEMPORAL DYNAMICS IN A MULTI-STRESSOR ESTUARINE SYSTEM08:45 Irwin, A. J.; Finkel, Z. V.: TESTING THE STABILITY OF THE REALIZEDNICHES OF PHYTOPLANKTON IN RESPONSE TO A CHANGINGCLIMATE09:00 Kristy, K. J.; Gaylord, B.; Hill, T. M.; Sanford, E.: THE ROLE OFTEMPERATURE IN DETERMINING SPECIES VULNERABILITY TO OCEANACIDIFICATION09:15 Boyd, P. W.; Doney, S. C.; Glover, D.; Lennartz, S.: NEW APPROACHES TODESIGNING COMPLEX ENVIRONMENTAL MANIPULATIONS OFMARINE PHYTOPLANKTON09:30 Walworth, N. G.; Fu, F.; Tatters, A.; Webb, E.; Hutchins, D. A.: USINGMULTIPLE STRESSORS TO TEST FOR PLEIOTROPIC EFFECTS IN HIGH-CO2 ADAPTED TRICHODESMIUM CELL LINES09:45 Dutkiewicz, S.; Morris, J.; Follows, M. J.; Dyhrman, S.; Berman-Frank, I.: WILLOCEAN ACIDIFICATION BE THE DOMINANT DRIVER INFLUENCINGPHYTOPLANKTON COMMUNITIES IN THE FUTURE?WEDNESDAY114

Program BookAGU/ASLO/TOS2/26/2014 Posters001 Upper Ocean Turbulent Fields and Their Variability:Temperature, Salinity, EnergyChair(s): Darek Bogucki, Darek.Bogucki@tamucc.eduPeter Minnett, pminnett@rsmas.miami.eduWill Drennan, wdrennan@rsmas.miami.eduAlex Soloviev, soloviev@nova.eduLocation: Kamehameha Hall III687 Nakano, H.; Kurono, Y.; Fujio, S.; Yoshida, J.: LATITUDINAL VARIATION OFTHE VERTICAL EDDY DIFFUSIVITY AT THE SURFACE LAYER IN THENORTH PACIFIC OCEAN688 Foloni-Neto, H.; Arima, M.; Mabuchi, Y.; Lueck, R.; Yamazaki, H.:TURBOMAP-G - A NEW QUASI-HORIZONTAL GLIDER TO MEASUREBIOPHYSICAL MICROSTRUCTURE689 Roach, C. J.; Phillips, H. E.; Bindoff, N. L.; Rintoul, S. R.: ASSESING THEPERFORMANCE OF LINEAR EKMAN MODELS IN THE SOUTHERNOCEAN690 Xu, Y.; Wang, S.: SCALES, EDDY INTERACTION, AND SPECTRAL FLUXESIN THE DECADALLY MODULATING KUROSHIO EXTENSION SYSTEM691 Gelpi, C. G.; Leinweber, A.: MOMENTUM AND THERMAL DIFFUSION OFFTHE COAST OF SOUTHERN CALIFORNIA692 Smith, J. A.: UPPER OCEAN MIXING AND MOTION ON A VERTICALPLANE693 Peralta-Ferriz, C.; Blanchard-Wrigglesworth, E.; Woodgate, R. A.; Bitz, C. M.:QUANTIFYING SEASONAL AND INTERANNUAL CHANGES IN ARCTICOCEAN MIXED LAYER DEPTHS FROM OBSERVATIONS AND MODELING694 Villas Boas, A. M.; Sato, O. T.; Chaigneau, A.: PRELIMINARY RESULTS ONTHE IMPACT OF MESOSCALE EDDIES ON THE OCEAN-ATMOSPHEREHEAT FLUXES IN THE SOUTH ATLANTIC.695 Qian, Y. K.; Peng, S. Q.: ESTIMATING LATERAL DIFFUSIVITY OVERINDIAN OCEAN – INFLUENCE OF NONSTATIONARY MEAN FLOW696 Li, Q.; Fox-Kemper, B.; Arbetter, T.; Webb, A.: ASSESSING THE INFLUENCEOF SURFACE WIND WAVES TO THE GLOBAL CLIMATE BYINCORPORATING WAVEWATCH III IN CESM697 Peng, S. Q.; Qian, Y. K.; Li, P.: THE EULERIAN AND LAGRANGIANSTATISTICS OF THE SURFACE CIRCULATIONS IN THE INDIAN OCEANAS DEDUCED FROM SURFACE DRIFTERS698 Wu, K.; Dai, M. H.; Chen, J. H.; Meng, F. F.; Qian, W.: IMPACT OF KUROSHIOINTRUSION ON THE INVENTORY OF TOTAL ORGANIC CARBON INTHE UPPER NORTHERN SOUTH CHINA SEA699 Wenegrat, J. O.; McPhaden, M. J.: THE DIURNAL CYCLE OF NEAR-SURFACESTRATIFIED SHEAR FLOW AT 0NN, 23°W700 Novelli, G.; Pennel, R.; Ortiz-Suslow, D.; Laxague, N.; Smith, C.: EXPERIMENTSIN THE NEAR-SURFACE OCEAN LAYER701 LI, L.; Smyth, W. D.; Thorpe, S. A.; Liu, Z.: DESTABILIZATION OF STRATIFIEDSHEAR FLOW BY AMBIENT TURBULENCE702 Matt, S.; Hou, W.; Goode, W.; Weidemann, A.: IN THE LIGHT OFTURBULENCE703 Kim, H. M.; Kim, H. C.: SKIN-BULK DIFFERENCE IN PACIFIC USINGTRANSITS OF ICEBREAKER ARAON704 Desbiolles, F.; Blanke, B.; Bentamy, A.: OCEANIC RESPONSE TO FINEATMOSPHERIC SCALES IN A REALISTIC REGIONAL MODEL OF ANEASTERN-BOUNDARY UPWELLING SYSTEM: FOCUS ON THE CANARYAND BENGUELA SYSTEMS705 Ivanov, V.; Polyakov, I.; Ashik, I.; Rember, R.; Repina, I.: EXCEPTIONALWARMING IN THE UPPER ARCTIC OCEAN IN SUMMER 2013 FOLLOWSPROGRESSIVE RETREAT OF THE SUMMER ARCTIC SEA ICE COVER706 Lincoln, B. J.; Rippeth, T. P.; Simpson, J. H.: INERTIAL OSCILLATIONS ANDSURFACE MIXED LAYER DEEPENING IN SEASONALLY STRATIFIEDSHELF SEAS707 Wimmer, W.; Robinson, I. S.: SEA TEMPERATURE REFERENCEMEASUREMENTS FOR VALIDATING SATELLITE SST DATA PRODUCTS708 Renner, A. H.; Sundfjord, A.; Randelhoff, A.: COMBINED FORCINGMECHANISMS OF VERTICAL HEAT FLUX IN THE SEA ICE-OCEANBOUNDARY LAYER NORTH OF SVALBARD709 Yoshikawa, Y.: COMPETING ROLES OF SURFACE STABILIZINGBUOYANCY FLUX AND EARTH ROTATION IN SCALING WIND-DRIVENMIXING710 Drillet, Y.; Lellouche, J. M.; Le Galloudec, O.; Reffray, G.; Levier, B.: FORECASTOF THE MIXED LAYER DEPTH IN THE NORTH EAST ATLANTIC,ENSEMBLE AND UNCERTAINTIES BASED ON OPERATIONALFORECASTS795 Smyth, W. D.; Moum, J. N.: SEASONAL CYCLES OF MARGINALINSTABILITY AND DEEP CYCLE TURBULENCE IN THE EASTERNEQUATORIAL PACIFIC OCEAN796 Warner, S. J.; Moum, J. N.: EVALUATION OF EQUATORIAL SHEARINSTABILITIES FROM LONG-TERM MIXING RECORDS798 Guthrie, J. D.; Fer, I.; Morison, J. H.: RECENT TEMPERATUREMICROSTRUCTURE MEASUREMENTS IN A THERMOHALINESTAIRCASE IN THE AMUNDSEN BASIN: AN OBSERVATIONAL LOOK ATTHE 4/3RD FLUX LAW.799 Flanagan, J.; Edwards, E.; Radko, T.; Shaw, W.; Stanton, T.: DYNAMIC ANDDOUBLE-DIFFUSIVE INSTABILITIES IN WEAK PYCNOCLINE, WITHAPPLICATION TO MIXING AT MAUD RISE.003 Advances In Coastal Ocean Modeling, Observations,and PredictionChair(s): Villy Kourafalou, vkourafalou@rsmas.miami.eduPierre de Mey, pierre.de-mey@legos.obs-mip.frYi Chao, ychao001@gmail.comLocation: Kamehameha Hall III725 Yamazaki, K.; Kitade, Y.; Igeta, Y.; Kumaki, Y.; Watanabe, T.: INTERMITTENCYOF NEAR-INERTIAL INTERNAL WAVES INDUCED BY HORIZOTALVELOCITY SHEAR ASSOCIATED WITH COASTAL-TRAPPED WAVES726 Chanthasiri, N.; Singhruck, P.: NUMERICAL MODELING OF CORALLARVAL DISPERSAL ALONG THE COAST OF THAILAND727 Cheng, P.; Li, M.: MODELING CHESAPEAKE AND DELAWARE BAYS BYDOWNSCALING FROM MIDDLE ATLANTIC BIGHT INTO ESTUARIES728 Choi, B.; Kwon, K.; Lee, S.; Seo, G.: ASSIMILATION OF SST TO THE YELLOWSEA CIRCULATION MODELING SYSTEM USING AN ENSEMBLEMETHOD777 Ono, J.; De Silva, L. W.; Yamaguchi, H.: MODELING STUDY ON SEA-ICEPREDICTION FOR THE NORTHERN SEA ROUTE AND NORTHWESTPASSAGE778 YOON, J.; SHIM, J.; JUN, K.; PARK, K.: A NUMERICAL STUDY OFSENSITIVITY FOR THE INLAND ROUGHNESS EFFECT IN REDUCINGSTORM SURGE INUNDATION779 Barton, E. D.; TORRES, R.; LARGIER, J.; TRASVINA, A.; SOUZA, A.:INTERACTION OF AN UPWELLING SYSTEM WITH A SEMI-ENCLOSEDESTUARINE BAY: RIA DE VIGO780 Badaro, O.; Lentz, S.; Castro, B. M.: SEASONAL AND YEAR-TO-YEARTEMPERATURE AND CURRENT VARIABILITY AT THE SAO SEBASTIAOCHANNEL (SAO PAULO, BRAZIL).781 Freitas, A. C.; Mello, R. L.; Ramos, A. E.; Alvarenga, J. B.: ENSEMBLEOPTIMAL INTERPOLATION USING HYCOM FORECAST PREDICTIONAT SOUTHWEST ATLANTIC: AN OBSERVATIONAL AND NUMERICALSTUDY782 Hirose, N.; Kaneda, A.; Ookei, N.; Kumaki, Y.; Yamazaki, K.: PREDICTION OFRAPID COASTAL CURRENT IN THE JAPAN SEA783 Rao, S. A.; Chai, F.; Xue, H.; Chao, Y.; Dugdale, R. C.: A STUDY OF NUTRIENTAND BIOMASS CYCLES IN THE SAN FRANCISCO BAY USING THE SELFE-COSINE ECOSYSTEM MODEL784 Phan, T. N.; Nguyen, L. V.; Wells, J. C.; Susuki, Y.; Bonner , J. S.: PCA AND KOOPMANMODE DECOMPOSITION OF HADCP PROFILES IN ESTUARY FLOW785 Rinehimer, J. P.; Sanford, T. B.; Kärnä, T.; Baptista, A. M.: OBSERVATIONS OFTURBULENCE AND MIXING IN THE COLUMBIA RIVER ESTUARYWEDNESDAY115

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY786 Castro, R.; Collins, C. A.; Rago, T.; Margolina, T. M.: CIRCULATION AT THEENTRANCE TO THE GULF OF CALIFORNIA IN LATE APRIL 2013787 Evers, L. A.; Shaughnessy, F. J.; Bjorkstedt, E. P.; Anderson, J. K.: PROGRESSTOWARD A CHLOROPHYLL FORECAST IN HUMBOLDT BAY,CALIFORNIA788 Hunt, C. W.; Vandemark, D.; Salisbury, J. E.; Shellito, S.; Musielewicz, S.:COINCIDENT AUTONOMOUS PCO2 AND PH DATA AND THEIRAPPLICATION TO CARBONATE CHEMISTRY INVESTIGATION ON THECOASTAL MARGINS789 Liang, X. S.; Robinson, A. R.: ABSOLUTE AND CONVECTIVE INSTABILITIESAND THEIR ROLES IN THE FORECASTING OF LARGE FRONTALMEANDERINGS790 Sinclair, A. M.: DYNAMICS OF PLUNGING BREAKERS AT WAIMEA BAYMEASURED WITH A TINY FLOAT AND INERTIAL SENSORS791 Mickett, J. B.; Alford, M. H.; Devol, A. H.: VERTICAL AND HORIZONTALPROPAGATION OF SUB-INERTIAL INTERNAL WAVES IN THE HOODCANAL FJORD792 Youngmi, S. Y.; O’Donnell, O. J.: WAVE-INDUCED CIRCULATION INRESPONSE TO WIND IN WESTERN LONG ISLAND SOUND793 Hoffman, M. J.; Zhang, B.; Brown, C. W.; Lanerolle, L.; Aikman, F.: 4D-VAR ANDLETKF DEVELOPMENT AND COMPARISON FOR NOAA’S CHESAPEAKEBAY OPERATIONAL FORECAST SYSTEM794 Tennyson, K. A.; Kurapov, A. L.; Durski, S.; Osborne, J.: INTERNAL TIDESOVER THE BERING SEA SLOPE AND SHELF835 Mask, A.: IMPORTANCE OF SATELLITE SEA SURFACE HEIGHT INPROPERLY FORECASTING THE SPRING TRANSITION836 Moore, C. W.; Titov, V. V.; Arcas, D.; Kanoglu, U.: U.S. EAST COAST NON-SEISMIC TSUNAMI EVENTS016 Using Evaluation In Ocean Sciences Education andWorkforce Development: What Does the Evidence Show?Chair(s): Elizabeth L. Rom, elrom@nsf.govPatricia Kwon , pkwon@aqmd.govAndrea Anderson, andrea@soundviewevaluation.comAllison Miller, amiller@Oceanleadership.orgLocation: Kamehameha Hall III1658 WIener, C. S.; Lemus, J. D.; Manset, G.: EXPLORING PUBLIC ATTITUDESAND INFORMATION NEEDS FOR MARINE CONSERVATION OUTREACHIN HAWAII1659 Maharaj, A. M.; Sherwood, S.; Pitman, A.; Abramowitz, G.; Sen Gupta, A.: THESMART SCIENCE INITIATIVE1660 Cuker, B. E.; Haxton, C.; Martínez, C.; Berger, A.: THE ASLOMULTICULTURAL PROGRAM: AN EVALUATION OF ITS EFFECTIVENESSAND OUTCOMES1661 Day-Miller, E. A.: BENEFITS OF SCIENTISTS ENGAGING IN EDUCATIONAND OUTREACH: SCIENTIST PERSPECTIVES1662 Siegfried, D. T.; Johnson, A.; Fauver, A.; Ricciardi, L.; Detrick, L.: EVALUATIONSYSTEMS FOR EVIDENCE-BASED REPORTING1663 Thomas, C. J.; Van Dyk, P.; Bliss, A. C.; Bell, E. V.; Kirby-Hathaway, T.:RESEARCHER EDUCATOR EXCHANGE FORUM (REEF): A RESULTS-DRIVEN MODEL FOR IMPROVING THE BROADER IMPACT OF OCEANSCIENCES RESEARCH1664 Fauver, A.; Siegfried, D.; Detrick, L.; Johnson, A.: DESIGNING FOR SUCCESS:POSITIVE FACTORS THAT SUPPORT SUCCESS AND RETENTION INSTEM1665 Fauver, A.; Johnson, A.; Ricciardi, L.; Detrick, L.; Siegfried, D.: WORKFORCEDEVELOPMENT: BROADENING PARTICIPATION IN STEM1666 deCharon, A. V.; Companion, C. J.; Repa, J. T.: MAPPING OUT YOURMESSAGE: WORKSHOP AND WEBINAR MODELS THAT SUPPORTCOLLABORATIVE CRITICAL THINKING1667 Puniwai, N.; Ziegler-Chong, S.; Ching, M.: THE PACIFIC INTERNSHIPPROGRAMS FOR EXPLORING SCIENCE: CHANGING THE FACE OFCONSERVATION IN HAWAII027 Nearshore ProcessesChair(s): Allison M. Penko, allison.penko@nrlssc.navy.milRyan P. Mulligan, mulliganr@civil.queensu.caLocation: Kamehameha Hall III338 Smallegan, S. M.; Irish, J. L.: WAVE FORCE REDUCTION DUE TO BURIEDAND EXPOSED SEAWALLS339 Azouri, A.; Luther, D. S.: THE NON-MODAL RESPONSE OF COASTALINFRAGRAVITY WAVES FORCED BY ENERGETIC SWELLS ANDTSUNAMIS340 CHU, Y.; Campbell, T.; Smith, T.; Allard, R.; Martin, P.: ESTUARY DYNAMICS INTHE CHESAPEAKE BAY REGION DURING THE 2013 TRIDENT WARRIOREXERCISE341 Chen, J.; Hsu, T.; Shi, F.; Raubenheimer, B.; Elgar, S.: HYDRODYNAMICMODELING OF NEW RIVER INLET (NC) – THE INTERACTION OF TIDESAND WAVES342 Scott, S. E.; Rivas, D.; Rypina, I.; Ghazaryan, A.: 2D AND 3D LAGRANGIANCOHERENT STRUCTURES IN A OREGON COAST UPWELLING FLOW375 Henderikx Freitas, F.; Halewood, S.; Stassinos, E.; Siegel, D. A.: COUPLINGBETWEEN PHYSICAL AND BIO-OPTICAL VARIABILITY ACROSS THEINNERSHELF SANTA BARBARA CHANNEL, CA376 Almeida, T. G.; Walker, D. T.; Reath, A. L.: ESTIMATION OF WAVES, TIDESAND CURRENTS NEAR THE NEW RIVER INLET USING VARIATIONALINVERSE MODELING377 Lopez-Feliciano, O. L.: SEDIMENT TRANSPORT STUDY OF A GROINFIELD DURING SUPERSTORM SANDY378 Zimmerle, H. M.; DiMarco, S. F.; Guinasso, Jr., N. L.: QUANTIFYING TEXASCOASTAL CURRENT REVERSALS IN THE NORTHWESTERN GULF OFMEXICO USING 18 YEAR TIME SERIES379 MacMahan, J. H.; Sheets, J.; Reniers, A.; Weltmer, M.; Rynne, P.:OBSERVATIONS OF NEW RIVER ESTUARY WATER MASSES380 Farquharson, G.; Chickadel, C. C.: NEARSHORE OCEAN KINEMATICSAND STRUCTUES OBSERVED WITH UAV-SUITABLE REMOTE SENSINGINSTRUMENTS381 Mortlock, T. R.; Goodwin, I. D.: MARGINAL SEA WAVE CLIMATES ATSYDNEY, AUSTRALIA382 Ludka, B. C.; Guza, R. T.; O’Reilly, W. C.: EQUILIBRIUM BEACH PROFILEBEHAVIOR: OBSERVATIONS AND MODELING383 Aiki, H.; Greatbatch, R. J.: A NEW EXPRESSION FOR THE FORM STRESSTERM IN THE VERTICALLY LAGRANGIAN MEAN FRAMEWORKFOR THE EFFECT OF SURFACE WAVES ON THE UPPER OCEANCIRCULATION384 Liblik, T.; Karstensen, J.; Krahmann, G.: SUMMER UPWELLING EVENTSIN THE BOKNIS ECK TIME SERIES STATION (WESTERN BALTIC SEA) –COMBINING GLIDER AND SURVEY385 zhu longhai, .; WU Jianzheng, .; Hu rijun, .; xu yongchen, .; Jiangshenghui, .: RESEARCH ON EROSION AND DEPOSITION OF TIDALGEOMORPHOLOGY IN LIAODONG SHOAL386 Blenkinsopp, C. E.; Matias, A.; Howe, D.; Castelle, B.: LABORATORYINVESTIGATION OF WAVE RUNUP ON A PROTOTYPE SCALE SANDBARRIER387 Al-Ragum, A. N.; Monge-Ganuzas, M.; Amos, C. L.; Cearreta, A.; Townend,I.: SAND TRANSPORT IN THE OKA ESTUARY (URDAIBAI BIOSPHERERESERVE, SPAIN)389 SENECHAL, N.; COCO, G.: STORM IMPACT ON SEASONAL SHORELINEDYNAMICS OF AN INTERMEDIATE MESOTIDAL SANDY BEACH390 Connolly, T. P.; Lentz, S. J.: INTERANNUAL VARIABILITY OF INNER-SHELFTEMPERATURE IN THE MID-ATLANTIC BIGHT403 He, Z.; Zhang, W.; Song, D.; Weng, H.; Wu, G.: MIXING ANDSTRATIFICATION IN A SOUTH PASSAGE OF HANGZHOU BAY, CHINA404 Cheel, R. A.; Hay, A. E.: SMARTROCK: A NEW DEVICE TO EXAMINECOBBLE MOVEMENT IN THE SURF, SWASH AND SHORE BREAK.116

Program BookAGU/ASLO/TOS405 Lerczak, J. A.; Wright, B. E.; Lyons, D. E.; Peck-Richardson, A.; Brown, R. F.:MAPPING BATHYMETRY AND SALT-WEDGE VARIABILITY IN THECOLUMBIA RIVER ESTUARY USING SENSORS ATTACHED TO PINNIPEDSAND WATERBIRDS406 El Safty, H.; Lynett, P.: SPOT-APPLICATION TOOL FOR WAVE-DRIVENNEARSHORE HYDRODYNAMICS407 Canals, M.; Amador, A.; Ortiz, C.: PROBING THE HYDRODYNAMICSOF PLUNGING GRAVITY WAVES THROUGH NOVEL LAGRANGIANOBSERVATIONS OF INERTIAL PARTICLE DYNAMICS408 Xu, Y.; Glenn, S.; Schofield, O.; Miles, T.; Seroka, G.: THE HEAT ANDMOMENTUM BALANCE DURING SUMMER STORM IRENE IN THEMID-ATLANTIC BIGHT409 Quinones-Melendez, E.; Canals, M.: DEVELOPMENT OF THE PUERTORICO BEACH HAZARDS AND SURFZONE CURRENTS WARNING SYSTEM410 Hally-Rosendahl, K.; Feddersen, F.; Guza, R. T.; Clark, D. B.: ALONGSHORETRACER DILUTION AND SURFZONE/INNER-SHELF EXCHANGE DURINGTHE IB09 EXPERIMENT411 Smit, P. B.; Janssen, T. T.: REFRACTIVE FOCUSING OF COHERENT WAVES412 García-Medina, G.; Özkan-Haller, H. T.: VARIABILITY OF NUMERICALLYMODELED LONGSHORE AND UNDERTOW CURRENTS413 Gallagher, E. L.; Reniers, A. J.; Wadman, H.; McNinch, J.; MacMahan, J.:OBSERVATIONS AND MODELING OF GRAIN SIZE VARIABILITY ON ANDIN A STEEP BEACH414 Davis, J. R.; Sheremet, A.; Saxena, S.; Martz, T.: A NUMERICALIMPLEMENTATION OF A NONLINEAR MILD SLOPE MODEL FORSHOALING DIRECTIONAL WAVES415 Rynne, P. F.; Reniers, A. J.; van de Kreeke, J.; MacMahan, J.: QUANTIFICATIONOF RESIDENCE TIME IN A PROCESS-BASED MODEL OF AN IDEAL TIDALINLET USING A VIRTUAL TRACER416 Ko, H.; Lynett, P. J.: DESIGN OF A HYDRAULIC-CONTROL WAVE-MAKER(HCW) FOR THE STUDY OF OCEANOGRAPHIC FLOWS040 Antarctic Marginal Seas and Shelf/Slope Processes: Physicaland Biological Variability, Controls, and Links to Larger ScalesChair(s): Robin D. Muench, rmuench@esr.orgDennis McGillicuddy, dmcgillicuddy@whoi.eduKevin Arrigo, arrigo@stanford.eduAnna Wahlin, anna.wahlin@gu.seWalker Smith, wos@vims.eduJosh Kohut, kohut@marine.rutgers.eduLocation: Kamehameha Hall III641 Pedulli, M.; Ducklow, H. W.; Bisagni, J. J.; Stukel, M. R.; Pilskaln, C. H.: EXPORTPRODUCTION FOR THE WATERS OFF THE WESTERN ANTARCTICPENINSULA (WAP) REGION642 Salmon, E.; Dinniman, M.; Hofmann , E.: NPZD-IRON LOWER LEVELECOSYSTEM MODEL OF THE ROSS SEA: A STUDY OF THE PROCESSESCONTROLLING THE SEASONAL CYCLE OF BIOLOGICAL PRODUCTION.643 Muench, R. D.; Wåhlin, A. K.; Dohan, K.: WHAT DRIVES THE FLOW OFWARM CIRCUMPOLAR DEEP WATER FROM THE DEEP OFFSHORESOUTHEASTERN PACIFIC ONTO THE WESTERN ANTARCTIC SHELFSEAS?644 Schine, C. M.; van Dijken, G.; Brown, Z. W.; Arrigo, K. R.: DETAILED SPATIALANALYSIS OF TRENDS IN PRIMARY PRODUCTION AND SEA ICE IN THEROSS SEA, ANTARCTICA (1997-2013)645 Johnson, A. M.; Montagna, P. A.; Hyde, L.; Palmer, T.; Sericano, J.: LONG-TERMBENTHIC MONITORING IN MCMURDO SOUND, ANTARCTICA646 Daae, K.; Darelius, E.; Fer, I.: OSCILLATION OF THE ICE SHELF WATERPLUME ON THE CONTINENTAL SHELF OF THE SOUTHERN WEDDELLSEA647 Mack, S.; Dinniman, M.; Greenan, B.; Springer, S.; Klinck, J.: ROLE OF TIDALLY-INDUCED MIXING IN THE ROSS SEA648 Amft, J.; Savidge, D. K.; Dwyre, G.: CIRCULATION CONNECTIVITY ON THEWEST ANTARCTIC PENINSULA FROM SHIPBOARD ADCP649 Luxem, K. E.; Ellwood, M. J.; Strzepek, R. F.: INTRASPECIES DIVERSITY INTHE RESPONSE OF PHAEOCYSTIS ANTARCTICA TO IRON AND LIGHTLIMITATION650 DU, L.; Wu, X.; Xie, H.; Ackley, S. F.: SPATIAL DISTRIBUTION ANDVARIATIONS OF SEA ICE THICKNESS AND VOLUME IN THE ROSS SEARETRIEVED FROM ICESAT/GLAS LASER ALTIMETER, 2004-2008651 Davis, L. B.; Hofmann, E. E.; Pinones, A.; Klinck, J. M.: CLIMATOLOGICALDISTRIBUTIONS OF EUPHAUSIA SUPERBA AND E. CRYSTALLOROPHIASIN THE ROSS SEA652 Auscavitch, S. R.; Waller, R. G.: FIRST INSIGHTS TO COMPLEXBIOGEOGRAPHIC PATTERNS OF COLD-WATER CORAL AND SPONGE-DOMINATED COMMUNITIES IN THE DRAKE PASSAGE AND WESTANTARCTIC PENINSULA SHELF653 Carvalho, A. F.; Schofield, O.; Saba, G.; Kohut, J.; Ducklow, H.: THE ROLE OFLIGHT AVAILABILITY AND NUTRIENT DELIVERY IN CONTROLLINGTHE SPRING PHYTOPLANKTON BLOOM IN PALMER DEEP CANYON INTHE WEST ANTARCTIC PENINSULA654 Youngs, M. K.; Thompson, A. F.; Flexas, M. M.; Heywood, K. J.: WEDDELL SEAEXPORT PATHWAYS FROM SURFACE DRIFTERS655 Ryan-Keogh, T. J.; Smith, W. O.; Sedwick, P. N.; Moore, C. M.; Bibby, T. S.:RESPONSES OF PHYTOPLANKTON TO IRON AVAILABILITY IN THEROSS SEA656 Martin, A.; Houssais, M. N.: ANTARCTIC SHELF CIRCULATION: A CASESTUDY BASED ON SUMMER OBSERVATIONS OFF ADELIE LAND.657 Webber, B. G.; Heywood, K. J.; Jenkins, A.; Stevens, D. P.; Assmann, K.: HEATFLUX PATHWAYS AND VARIABILITY IN THE AMUNDSEN SEA.658 Castagno, P.; Budillon, G.; Spezie, G.: INTERANNUAL VARIABILITY OF ROSSSEA SHELF WATERS FROM 1995 TO 2012659 Wilson, S. E.; Swalethrop, R.; Kjellerup, S.; Ducklow, H. W.; Yager, P. L.: MESOAND MACRO-ZOOPLANKTON COMMUNITY STRUCTURE OF THEAMUNDSEN SEA POLYNYA, ANTARCTICA (SUMMER 2010-2011)660 Lam, P. J.; Ohnemus, D. C.; Auro, M. E.; Kohut, J.; Hatta, M.: SEDIMENTS ASA SOURCE OF IRON IN THE ROSS SEA: SEDIMENT CHARACTERISTICSAND PARTICULATE IRON746 Saba, G. K.; Fraser, W. R.; Saba, V. S.; Ducklow, H. W.; Schofield, O.: AUSTRALWINTER AND SPRING CONTROLS ON THE FOOD WEB AT PALMERSTATION, WEST ANTARCTIC PENINSULA (WAP)747 Kustka, A. B.; Jones, B. M.; Milligan, A. J.; White , A.; Hatta, M.: THE EFFECTSOF IRON AND MCDW ON PHYTOPLANKTON PRODUCTIVITY ANDCOMMUNITY COMPOSITION DURING THE ROSS SEA SEAFARERSEXPEDITION748 Tortell, P. D.; Ducklow , H.; Goldman, J. A.; Morel, F. M.; Grzymski, J.:METABOLIC BALANCE OF COASTAL ANTARCTIC WATERS REVEALEDBY AUTONOMOUS HIGH FREQUENCY PCO2 AND DELTA O2 /ARMEASUREMENTS749 White, A. E.; Milligan, A.; Kustka, A.: PRIMARY PRODUCTIVITY IN THEROSS SEA: RESULTS FROM 14C TRACER MEASUREMENTS AND MODELSBASED ON CONTINUOUS FLOW THRU DATA750 Bertrand, E. M.; McQuaid, J.; Bronk, D. A.; Hutchins, D. A.; Allen, A.E.: METATRANSCRIPTOMIC ANALYSIS OF CONTINUOUS FLOWEXPERIMENTS MANIPULATING IRON, CO2, AND TEMPERATURE:CONTROLS ON LATE SEASON PRIMARY PRODUCTION IN THE ROSSSEA751 Marsay, C. M.; Sedwick, P. N.; Dinniman, M. S.; Sohst, B. M.; McGillicuddy,D. J.: AN ASSESSMENT OF BENTHIC IRON EFFLUX ON THE ROSS SEACONTINENTAL SHELF AND ITS CONTRIBUTION TO SURFACE WATERDISSOLVED IRON SUPPLY752 Joy-Warren, H.: LINKS BETWEEN NATURAL PHYTOPLANKTONASSEMBLAGES AND LIGHT AND IRON AVAILABILITY IN THE ROSS SEA(ANTARCTICA)753 Cape, M. R.; Vernet, M.; Spreen, G.; Smith, C. R.; Domack, G.: PATTERNS ANDDRIVERS OF PHYTOPLANKTON GROWTH AND PRODUCTION IN THENEW LARSEN A AND B POLYNYAS, ANTARCTICAWEDNESDAY117

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY754 Gimpel, C.; Murray, A. E.; Reiss, C.; Weiss, E.: WINTER PICOPLANKTONIN OPEN VS. SEA ICE COVERED WATERS OF THE SOUTH SHETLANDISLANDS REGION.041 Advances In the Understanding of Uncultivated Microbesand Development of Model Systems for Marine Microbial EcologyChair(s): Jennifer Biddle, jfbiddle@udel.eduKaren Lloyd, klloyd@utk.eduMichael Rappe, rappe@hawaii.eduRobert Morris, morrisrm@uw.eduLocation: Kamehameha Hall III13 Nakatani, T.; Yamazaki, T.; Nakatani, N.; Arai, R.: NUMERICAL MODEL FORGLIDING MOTION OF BEGGIATOA UNDER CONTROL OF NO3 AND HS14 Giebel, Helge-Ansgar, .; Wemheuer, Bernd, .; Voget, Sonja, .; Daniel,Rolf, .; Simon, Meinhard, .: THE ABUNDANT ROSEOBACTER CLADEAFFILIATED (RCA) CLUSTER: METABOLIC TRAITS OF ITS MODELORGANISM PLANKTOMARINA TEMPERATA RCA2367 Pearson, A.; Mohr, W.; Shah, S. R.: APPLICATIONS OF HIGH-THROUGHPUTNANOCOMBUSTION IRMS TO MARINE ORGANIC GEOCHEMISTRY68 Mohr, W.; Tang, T.; Bovee, R. J.; Pearson, A.: LINKING FUNCTION ANDIDENTITY IN MICROBIAL COMMUNITIES USING NATURAL STABLEISOTOPE RATIOS OF PROTEINS69 Michelou, V. K.; Rappe , M. S.: THE EFFECT OF LIGHT ON THEPHYSIOLOGY OF HIMB30, A PROTEORHODOPSIN-CONTAININGMARINE GAMMAPROTEOBACTERIUM POSSESSING THE GENETICMACHINERY FOR CARBON FIXATION70 Hollibaugh, J. T.; Popp, B. N.; Tolar, B. B.; Wallsgrove, N. J.: OXIDATION OF15N SUPPLIED AS AMMONIA, UREA OR AMINO ACIDS BY MARINEBACTERIOPLANKTON COMMUNITIES71 Wilbanks, E. G.; Eisen, J. A.; Facciotti, M. T.; Fike, D. A.; Orphan, V. J.: ASULFUROUS SYMBIOSIS: MICROSCALE SULFUR CYCLING IN THE PINKBERRY CONSORTIA OF THE SIPPEWISSETT SALT MARSH72 McKay, L. J.; Klokman, V.; Teske, A. P.: THERMAL ZONATION OFMICROBIAL BIOGEOGRAPHY IN THE HYDROTHERMAL SEDIMENTS OFGUAYMAS BASIN73 Sheik, C. S.; Anantharaman, K.; Baker, B. J.; Li, M.; Dick, G. J.: UNRAVELINGTHE FUNCTION OF ENIGMATIC MICROBES AND VIRUSES WITHMETAGENOMICS AND METATRANSCRIPTOMICS IN DEEP OCEANHYDROTHERMAL PLUMES74 Larsson, J.; Celepli, N.; Dupont, C. L.; Bergman, B.; Ekman, M.: UNIQUEPHYCOBILISOME OPERON IN PICO-CYANOBACTERIA SHEDS LIGHT ONPIGMENT GENE EVOLUTION75 McKenzie, K. A.; Edwards, K. L.; Drummond, K. M.; Cox, T. M.; Frischer, M. E.:EXPLORING THE BOTTLENOSE DOLPHIN MICROBIOME76 Biddle, J. F.; Orsi, W.; Christman, G.; Edgcomb, V.: THE FIRSTMETATRANSCRIPTOME FROM THE DEEP SUBSURFACE77 Konotchick, T.; McCrow, J.; Allen, A. E.: METATRANSCRIPTOMIC ANALYSISOF EUKARYOTIC PHYTOPLANKTON AT THE BERMUDA ATLANTICTIME SERIES STATION78 Zaikova, E.; Hallam, S. J.: MICROBIAL COMMUNITY FUNCTION ANDGENOMIC DIVERSITY IN A MODEL SPONGE-ARCHAEAL SYMBIOSIS79 van Tol, H. M.; Amin, S. A.; Armbrust, E. V.: A MODEL SYSTEM FORDIATOM-FLAVOBACTERIUM INTERACTIONS80 Davies, N. W.; Castillo, D.; Thurber, A. R.; Colwell, F. S.; Haley, B. A.: AEROBICMETHANOTROPH PROLIFERATION PATTERNS AND RATES INNASCENT METHANE SEEPS81 Seyler, L. M.; McGuinness, L. M.; Kerkhof, L. J.: CRENARCHAEALHETEROTROPHY IN SALT MARSH SEDIMENTS82 Salter, I.; Catala, P.; Courties, C.: DYNAMICS OF INORGANIC AND ORGANICPHOSPHOROUS SUBSTRATE UTILISATION BY EXTANT MICROBIALPOPULATIONS IN THE NORTH-WEST MEDITERRANEAN SEA83 Needham, D. M.; Sachdeva, R.; Fuhrman, J. A.: STRAIN LEVEL DAY-TO-DAYVARIATION OF SAR11 REVEALED BY HIGH THROUGHPUT ITS SEQUENCING84 Sachdeva, R.; Heidelberg, J. F.: PHYLIGO: AN INTEGRATED APPROACHFOR BINNING METAGENOMIC SEQUENCES AND ITS PRACTICALAPPLICATION TO THE COSMOPOLITAN MARINE ACTINOBACTERIALCLADE85 Morando, M. B.; Capone, D. G.: COUPLING STABLE ISOTOPE PROBING(SIP) WITH NEXT GENERATION SEQUENCING: THE NITROGEN CYCLEIN A WHOLE NEW LIGHT042 Optical Remote Sensing of Freshwater, Estuarine, andCoastal Environments: Water Quality and Other ApplicationsChair(s): Curtiss O. Davis, cdavis@coas.oregonstate.eduPaul M. DiGiacomo, Paul.DiGiacomo@noaa.govWesley J. Moses, wesley.moses@nrl.navy.milSteven R. Greb, Steven.Greb@wisconsin.govLocation: Kamehameha Hall III879 Mitchell, C.; Cunningham, A.: REMOTE SENSING OF ATTENUATIONCOEFFICIENTS AND EUPHOTIC DEPTHS IN THE IRISH SEA880 Jiang, L.; Wang, M.: A NEW BLENDED NEAR-INFRARED OCEANREFLECTANCE CORRECTION ALGORITHM FOR SATELLITE OCEANCOLOR DATA PROCESSING IN COASTAL AND INLAND WATERS881 Paavel, B.; Arst, H.; Kangro, K.; Kutser, T.: PARAMETERIZATION OFPHYTOPLANKTON SPECIFIC ABSORPTION COEFFICIENT FOR TURBIDLAKE WATERS882 Lõugas, L.; Kutser, T.; Kotta, J.; Vahtmäe, E.: LONG TIME VARIATION INBENTHIC MACROALGAL COVER. A RETROSPECTIVE STUDY BASED ONLANDSAT ARCHIVE883 Kratzer, S.; Moore, G. F.: INHERENT OPTICAL PROPERTIES OF THE NWBALTIC SEA (NWBS) IN COMPARISON TO OTHER SEAS AND OCEANS884 ASANUMA, I.; SAKASHITA, H.; FUKUTOMI, N.; KABA, K.; OKABE, T.:STUDY OF OPTICAL PROPERTIES OF SHALLOW WATER FOR AIRBORNELASER BATHYMETRY SYSTEM AROUND JAPAN885 SONG, Y.; ASANUMA, I.; TANG, X.: DISTRIBUTION OF FISHINGGROUNDS IN THE EAST CHINA SEA886 Phillips, S. R.; Costa, M.: BIOPHYSICAL AND OPTICALCHARACTERISATION OF SUSPENDED PARTICLES IN THE FRASER RIVERPLUME (STRAIT OF GEORGIA) AND IMPLICATIONS FOR COASTALREMOTE SENSING.887 Li, J.; Shen, Q.; Wu, Y.: DETECTION OF CYANOBACTERIA-DOMINANTALGAL BLOOMS FROM HYPERSPECTRAL REMOTE SENSING DATA888 Wozniak, M.; Kratzer, S.; Craig, S.; Krezel, A.: RETRIEVAL OF THEDOMINANT CYANOBACTERIA SPECIES FROM REMOTE SENSINGREFLECTANCE INVERSION- A CASE STUDY FROM THE GULF OFGDANSK, SOUTHERN BALTIC SEA889 Trochta, J. T.; Mouw, C. B.: OBSERVING INTERANNUAL VARIABILITY OFSATELLITE-DERIVED PROPERTIES IN LAKE SUPERIOR WITH THE USE OFFUZZY CLUSTERING890 Shen, F.; Zhou, Y. X.; Sokoletsky, L.: MULTI-SENSOR SATELLITEOBSERVATIONS OF SUSPENDED PARTICULATE MATTER DYNAMICS INTHE YANGTZE ESTUARINE AND COASTAL WATERS891 Ramos-Chavez, J. C.; Lougheed, V. L.; Tweedie, C.; Syaifudin, Y.: DIGITALREPEAT PHOTOGRAPHY TO ASSESS AND MONITOR PHENOLOGICALCHANGE IN A TROPICAL MANGROVE FOREST892 Cartwright, G. M.; Friedrichs, C. T.; Sanford, L. P.; Smith, S. J.: ADDED VALUEOF COMBINING MULTIPLE OPTICAL AND ACOUSTIC INSTRUMENTSWHEN CHARACTERIZING FINE-GRAINED ESTUARINE SUSPENSIONS919 Shen, Q.; Li, J. S.: CONSECUTIVE MONITORING WATER QUALITY BYPROBA/CHRIS HYPERSPECTRAL SATELLITE OVER RESERVOIR921 Jamet, C.; Goyens, C.: SPECTRAL WATER-LEAVING REFLECTANCERELATIONSHIPS FOR IMPROVING NEAR-MODELLING SCHEMES INATMOSPHERIC CORRECTION OVER OPTICALLY-COMPLEX WATERS922 Wood, J. S.; Cifuentes, L.; Price, D. G.; Su, L.; Bridges, D. H.: OCEANOGRAPHICINVESTIGATIONS AT TAMUCC USING AN UNMANNED AERIAL VEHICLE923 Yu, P.; Lee, Z.: THE SHELF-SHADOW-IMPACT OF THE SKYLIGHT-BLOCKEDSYSTEM IN OCEAN COLOR MEASUREMENTS AND ITS CORRECTION118

Program BookAGU/ASLO/TOS924 Andresen, c. g.; Lougheed, v. l.: LONG-TERM CHANGES IN HYDROLOGYOF COASTAL ARCTIC TUNDRA PONDS IN THE BARROW PENINSULA925 Hlaing, S. M.; Weidemann, A.; Arnone, R.; Wang, M.; Ahmed, S.: ASSESSMENTOF VIIRS OCEAN COLOR DATA PROCESSING SCHEMES ON THECOASTAL SITES926 Garaba, S. P.; Zielinski, O.: CAN WE INFER SEAWATER CONSTITUENTSFROM PERCEIVED OCEAN (FOREL-ULE) COLOR?927 FELIPE LOBO, F. L.; Maycira Costa, M. C.; Evlyn Novo, E. N.: USE OFLANDSAT IMAGERY (MSS-TM-OLI) FOR A 40-YEARS TIME SERIESANALYSIS OF WATER QUALITY AND GOLD MINING ACTIVITY INTAPAJSS RIVER BASIN/BRAZILIAN AMAZON928 Loos, E.; Costa, M.; Brown, L.; Ersahin, K.; Selbie, D.: INHERENT ANDAPPARENT OPTICAL PROPERTIES OF THE GLACIER FEED, ULTRA-OLIGOTROPHIC CHILKO LAKE, BRITISH COLUMBIA, CANADA929 Ryan, K. W.; Ali, K. A.: EVALUATING EXISTING OCEAN COLORALGORITHMS IN RETRIEVING CHLOROPHYLL-A CONCENTRATIONSIN THE TURBID WATERS OF LONG BAY, SOUTH CAROLINA930 Wang, G.; Lee, Z.: USE HYPERSPECTRAL INFORMATION TO IMPROVETHE RETRIEVAL OF INHERENT OPTICAL PROPERTIES FROM REMOTESENSING REFLECTANCE931 Sackmann, B. S.; Krembs, C.; Pool, S.; Bos, J.; Khangaonkar, T.: EYES OVERPUGET SOUND: PRODUCING VALIDATED SATELLITE PRODUCTS TOSUPPORT RAPID WATER QUALITY ASSESSMENTS IN PUGET SOUND932 Schalles, J. F.; Olley, J. T.; O’Donnell, J. P.: REMOTE SENSING AND GEOSPATIALANALYSIS OF MATERIAL GRADIENTS AND FRONTS WITHIN THE INNERSHELF OF THE CENTRAL SOUTH ATLANTIC BIGHT933 Carlson, P.; Yarbro, L.; Hu, C.; English, D.; Herwitz, S.: MULTISCALE,MULTISPECTRAL MEASUREMENT OF SEAGRASS AND MACROALGALBIOMASS AND HEALTH USING AERIAL SENSORS044 East Asian Marginal Seas: Sea Surface Temperature Variabilityand Ocean-Atmosphere ProcessChair(s): Hyodae Seo, hseo@whoi.eduShang-Ping Xie, sxie@ucsd.eduGlen Gawarkiewicz , ggawarkiewicz@whoi.eduNaoki Hirose, Kyushu UniversityLocation: Kamehameha Hall III1359 Lin, X. P.; Wu, D. X.; Wu, L. X.; Chang, P.; Cai, W. J.: FAST WARMING IN THEPAST SEVERAL DECADES IN THE EAST CHINA SEA-MODULATION OFANNUAL CYCLE VS GREENHOUSE FORCING1360 Masunaga, R.; Nakamura, H.; Miyasaka, T.; Nishii, K.; Tanimoto, Y.:DEPENDENCY OF ATMOSPHERIC BOUNDARY LAYER REPRODUCEDIN REANALYSIS TO THE RESOLUTION OF PRESCRIBED SEA SURFACETEMPERATURE1361 Kim, T.; Jin, K.: NUMERICAL STUDY OF AIR-SEA INTERACTION DURINGEXTREME WEATHER EVENTS USING A COUPLED ATMOSPHERE-OCEAN MODELING SYSTEM1362 Wang, B.; Hirose, N.; Kang, B.; Takayama, K.: SEASONAL MIGRATION OFTHE YELLOW SEA BOTTOM COLD WATER (YSBCW)1363 Kuwano-Yoshida, A.; Minobe, S.: ATMOSPHERIC RESPONSE TO THE JAPANSEA AND THE EAST CHINA SEA IN AN AGCM1364 Guo, X.; Soeyanto, E.; Ono, J.; Miyazawa, Y.: INTERANNUAL VARIATIONS OFKUROSHIO TRANSPORT IN THE EAST CHINA SEA AND ITS RELATIONTO PACIFIC DECADAL OSCILLATION AND MESOSCALE EDDY1365 Inoue, F.; Minobe, S.: SUMMERTIME UPPER TROPOSPHERICCIRCULATIONS DUE TO DIABATIC HEATING OVER THE NORTHATLANTIC AND THE NORTH PACIFIC1366 Miyama, T.; Miyazawa, Y.; Mitsudera, H.: KUROSHIO ACCELERATION ANDSHORT-TERM VARIATIONS SOUTH OF JAPAN1367 Nishii Tatsuya, N. T.; Uchiyama Yusuke, U. Y.; Mori Nobuhito, M. N.; BabaYasuyuki, B. Y.: COOLING THE UPPER OCEAN AROUND SETO INLANDSEA DUE TO TYPHOONS1368 Nishina, A.; Nakamura, H. R.; Park, J. H.; Hasegawa, D.; Hibiya, T.: DEEP WATERFORMATION PROCESS IN THE OKINAWA TROUGH1369 Yu, F.; Li, A.; Diao, x.: INTERANNUAL VARIABILITY OF TEMPERATURE OFNORTHERN YELLOW SEA COLD WATER MASS1370 Shusaku Sugimoto, .; Nakaba Kobayashi, .; Kimio Hanawa, .: QUASI-DECADALVARIATION IN INTENSITY OF WINTER SUBARCTIC SST FRONT IN THEWESTERN NORTH PACIFIC: INFLUENCES OF CHANGES IN PATH STATEOF THE KUROSHIO EXTENSION1371 Han, S.; Hirose, N.; Usui, N.; Miyazawa, Y.: SEASONAL VARIATION OFVOLUME TRANSPORT THROUGH THE STRAITS OF EAST-ASIANMARGINAL SEAS ESTIMATED FROM MULTIPLE OCEAN MODELS1372 Seo, Y.; Sugimoto, S.; Hanawa, K.: LONG-TERM VARIATIONS OF KUROSHIOEXTENSION PATH IN WINTER: MERIDIONAL MOVEMENT AND PATHSTATE CHANGE1425 IIZUKA, S.; KAWAMURA, R.: SST VARIABILITY AROUND THE SUBPOLARFRONT IN JAPAN SEA AND WINTERTIME RAINFALL IN JAPAN1426 Tsutsumi, E.; Guo, X.; Takeoka, H.; Yoshie, N.: INTER-ANNUAL VARIABILITYOF WATER TEMPERATURE IN A CHANNEL CONNECTING AN INLANDSEA AND THE KUROSHIO REGION1427 Lee, S.; Choi, B.: EFFECTS OF NORTHERLY WIND ON VERTICALCURRENT STRUCTURE IN THE ENTRANCE OF WESTERN CHANNEL OFTHE KOREA STRAIT IN AUTUMN 20091428 Zhang, F.; Hu, J.: INTERANNUAL VARIABILITY OF SEA SURFACETEMPERATURE IN THE TAIWAN STRAIT1429 Tai, J.; Yang, K.; Gawarkiewicz, G.; Tang, T.: SUB-TIDAL CURRENTSTRUCTURE AND VARIABILITY OF THE CONTINENTAL SHELF ANDSLOPE OF THE NORTHERN SOUTH CHINA SEA1430 Mori, N.; Minobe, S.; Sasaki, Y. N.; Nakamura, H.; Isobe, A.: SHIPOBSERVATION OF ATMOSPHERIC CONDITIONS ACROSS THEKUROSHIO IN THE EAST CHINA SEA IN BAIU-MEIYU SEASON.1431 Park, J. H.; Chang, K. I.: SUMMERTIME SOUTHWARD CURRENTS ALONGTHE EAST COAST OF KOREA: SSH DEPRESSION CAUSED BY POSITIVEWIND-CURL1432 Tomita, H.; Kubota, M.: FINE SCALE FEATURES IN AIR-SEA TURBULENTHEAT FLUX OVER THE JAPAN/EAST SEA1433 Ito, M.; Morimoto, A.; Isoda, Y.; Takikawa, T.; Tomita, H.: INTERANNUALVARIATION IN THE THIRD BRANCH OF THE TSUSHIMA WARMCURRENT PATH DRIVEN BY THE WINTER SURFACE COOLING IN THEJAPAN/EAST SEA1434 Taguchi, B.; Nonaka, M.; Schneider, N.; Nakamura, H.: RESPONSE OFATMOSPHERE-OCEAN SYSTEM TO LATITUDINAL SHIFTS OF THENORTH PACIFIC SUBARCTIC FRONTAL ZONE: A COUPLED GCMEXPERIMENT1435 Cadden, D.: PHYSICAL UPPER OCEAN RESPONSE OF THE SOUTH CHINASEA TO TYPHOON UTOR046 Bio-Physical Controls On the Initiation and Development ofthe Spring Phytoplankton BloomChair(s): Paulo H. R. Calil, paulo.calil@furg.brStephen M. Chiswell , Steve.Chiswell@niwa.co.nzPhilip Boyd, Philip.Boyd@utas.edu.auLocation: Kamehameha Hall III2847 Hopkins, J.; Henson, S.; Poulton, A.; Painter, S.; Tyrrell, T.: INVESTIGATINGEMILIANIA HUXLEYI BLOOM DYNAMICS USING REMOTELY SENSEDDATA2848 Bell, S. J.; Johnson, R. J.; Jones, J.: AN ASSESSMENT OF VITAMIN B12 ASA CO-LIMITING MICRONUTRIENT INFLUENCING SPRING BLOOMPRIMARY PRODUCTION AT THE BATS SITE.2849 Furnas, M. J.: HIGH PHYTOPLANKTON PRODUCTIVITY ON THE MEGA-TIDAL, MONSOONAL KIMBERLEY SHELF, NW AUSTRALIA2850 Fujiki, T.; Matsumoto, K.; Sasaoka, K.; Honda, M. C.; Saino, T.: DETECTION OFINITIATION AND DEVELOPMENT OF PHYTOPLANKTON BLOOM INTHE SUBTROPICAL NORTH PACIFIC BY AN UNDERWATER PROFILINGBUOY SYSTEMWEDNESDAY119

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY2875 Naegelen, A.; L’Helguen, S.; Maguer, J. F.; Klein, C.: TRANSFORMATION OFDISSOLVED INORGANIC NITROGEN INTO PARTICULATE ORGANICNITROGEN DURING THE SPRING BLOOM IN THE BAY OF BREST(FRANCE)2876 Lacour, L.; Claustre, H.; Prieur, L.; Fontana, C.; D’Ortenzio, F.: IMPACT OFMESOSCALE ACTIVITY ON PHYTOPLANKTON BIOMASS CYCLESIN THE NORTH ATLANTIC SUB-POLAR GYRE: THE CASE OF THELABRADOR SEA2877 GOFFART, A.; HECQ, J. H.; LEGENDRE, L.: CONTROL OFPHYTOPLANKTON BLOOM BY WINTER CONDITIONS IN AMEDITERRANEAN COASTAL AREA : RESULTS FROM A LONG-TERMSTUDY (1979 – 2011)2878 Allen, S. E.; Wolfe, M. A.: FACTORS DETERMINING THE TIMING OF THEPEAK OF THE SPRING BLOOM IN TWO ESTUARINE SYSTEMS2879 Wang, C.; Pawlowicz, R.: HIGH SPATIAL AND TEMPORAL RESOLUTIONOXYGEN MEASUREMENTS IN THE STRAIT OF GEORGIA AND THEIRRELATIONSHIP TO PRIMARY PRODUCTION2880 Lindemann, C.; St. John, M. A.; Backhaus, J. O.: INFLUENCES OF DEEPCONVECTION ON THE INOCCULUM OF THE PHYTOPLANKTONSPRING BLOOM IN THE NORTH ATLANTIC2881 Kim, H. J.; Nam, S. H.; Send, U.; Ohman, M. D.; Lankhorst, M.:BIOGEOCHEMICAL RESPONSES TO EVENT-SCALE PHYSICAL FORCINGIN THE CALIFORNIA CURRENT OFF PT. CONCEPTION2882 Reyes-Mendoza, O.; Mariño-Tapia, I.; Herrera-Silveira , J.; Marina, T.; Ruiz, G.:OBSERVATIONS AND MODELLING OF PLANKTON DYNAMICS IN ATROPICAL UPWELLING REGION, CABO CATOCHE, MEXICO.2883 Westberry, T. K.; Behrenfeld, M. J.; Schultz, P.; Sarmiento, J. L.; Siegel, D. A.:ANNUAL CYCLES OF PHYTOPLANKTON IN THE SUBARCTIC ATLANTICAND PACIFIC OCEANS2918 Rünk, N.; Lips, I.; Kikas, V.; Meerits, A.; Lips, U.: TEMPORAL AND SPATIALVARIABILITY OF THE SPRING BLOOM IN THE GULF OF FINLAND(BALTIC SEA) IN FOUR CONSECUTIVE YEARS2919 Enriquez, R. M.; Taylor, J. R.: THE COMPETITION BETWEEN WIND-DRIVEN MIXING AND SURFACE HEATING IN TRIGGERING SPRINGPHYTOPLANKTON BLOOMS2920 Moore, C. M.; Achterberg, E. P.; Bibby, T. S.; Ryan-Keogh, T. J.; Steigenberger, S. S.:TERMINATION OF THE NORTH ATLANTIC SPRING BLOOM: THE CASEFOR IRON2921 Hennon, T. D.; Riser, S. C.: OBSERVATIONS OF NET COMMUNITYPRODUCTION WITH ARGO FLOATS2922 Dias, F.; Calil, P.; Lazaneo, C.; Muelbert, J.: BIO-PHYSICAL MECHANISMSTHAT CONTROL PRIMARY PRODUCTION AT WESTERN BOUNDARYUPWELLING SYSTEM2923 Marra, J. F.; Dickey, T. D.; Plueddemann, A. J.; Weller, R. A.: PHYTOPLANKTONBLOOM PHENOMENA FROM MOORED OBSERVATIONS IN THEICELAND BASIN AND ARABIAN SEA2924 Carranza, M. M.; Gille, S. T.; Romero, S. I.; Piola, A. R.: SUBSEASONALCHLOROPHYL-A VARIABILITY IN THE PATAGONIAN SHELF ANDSHELF-BREAK FRONT ASSOCIATED TO PHYSICAL PROCESSES2925 Saba, V. S.; Hyde, K. J.; Rebuck, N. D.; Fogarty, M. J.; Fratantoni, P. S.: CLIMATEDRIVEN INTERANNUAL VARIABILITY OF SPRING PHYTOPLANKTONBIOMASS IN THE UNITED STATES NORTHEAST SHELF2926 Peterson, T. D.; Needoba, J. A.; Roegner, G. C.; Herfort, L.; Baptista, A. M.: REDWATER BLOOM INITIATION IN THE COLUMBIA RIVER ESTUARY2959 Zarubin, M.; Lindemann, Y.; Genin, A.: SPRING BLOOM INITIATION AFTERUNUSUALLY DEEP WINTER MIXING: BLOOM DYNAMICS IN THE GULFOF AQABA047 Natural and Anthropogenic Changes In Coastal Ecosystemsand Their Impact On Human WelfareChair(s): Gretchen Hofmann, hofmann@lifesci.ucsb.eduLinda E. Duguay, duguay@usc.eduAnne de Vernal, devernal.anne@uqam.caDebora Iglesias-Rodriguez , debora.iglesias-rodriguez@lifesci.ucsb.eduDouglas Capone, capone@usc.eduLocation: Kamehameha Hall III1083 Kamishny, A.; Oduro, H.; Mansaray, Z. F.; Farquhar, J.: CYANIDE ANDTHIOCYANATE BIOGEOCHEMISTRY IN NON-POLLUTED NATURALAQUATIC SYSTEMS1084 Rennie, S. E.; Brandt, A.: PROBABILISTIC MODELING OF OBJECTMIGRATION IN THE COASTAL ZONE1109 Claisse, J. T.; Williams, J. P.; Zahn, L. A.; Pondella, D. J.; Ford, T.: POTENTIALIMPACTS OF KELP FOREST HABITAT RESTORATION WITHIN A MOSAICOF MANAGEMENT ACTIONS ALONG THE PALOS VERDES PENINSULAIN SOUTHERN CALIFORNIA, USA.1110 Wolfer, H. M.; Johnson, A. K.: HYPOXIA-INDUCED PHYSIOLOGICAL ANDIMMUNE SYSTEM EFFECTS IN ATLANTIC CROAKER, MICROPOGONIASUNDULATUS, FROM CHESAPEAKE BAY1111 Lee, J.; Joo, H.; Par, J.; Kang, J.; Lee, S.: SEASONAL VARIATION INBIOCHEMICAL COMPOSITIONS OF PARTICULATE ORGANIC MATTERIN THE GWANGYANG BAY, KOREA1112 Higashi, K.; Ota, N.; Kawai, T.; Yamamoto, R.; Kozuki, Y.: LOST ECOLOGICALFUNCTIONS OF THE DOMINANT MUD SNAIL BATILLARIACUMINGII ON A CREATED TIDAL FLAT IN JAPAN1113 Schouten, K. R.; McCall, A.; Solomon, C.: INVESTIGATING THE INFLUENCEOF WATER QUALITY ON PHYTOPLANKTON ASSEMBLAGES IN THEANACOSTIA RIVER, D.C.1114 Carvalho, S.; Pilo, D.; Araujo, O.; Guilherme, S.; Pacheco, M.: RESPONSESOF VENERUPIS PHILIPPINARUM (MOLLUSCA, BIVALVIA) TOMETAL CONTAMINATION: DO THEY REFLECT CHANGES AT THECOMMUNITY LEVEL?1115 Bednarsek, N.: VULNERABILITY AND ADAPTATION STRATEGIES OFPTEROPODS IN THE CALIFORNIA CURRENT ECOSYSTEM1116 Kim, C. S.; Cho, Y. K.; Seo, G. H.; Choi, B. J.; Kim, T. W.: CHANGE OFCHANGJIANG RIVER DISCHARGE BY THE THREE GORGES DAM ANDITS EFFECT ON THE NEIGHBORING SEAS1117 Arias-Ortiz, A.; Marbà, N.; Duarte, C. M.; Masqué, P.; Kendrick, G. A.:QUANTIFYING THE IMPACT OF SEAGRASS LOSS AND REVEGETATIONON CARBON SEQUESTRATION CAPACITY1118 Limoges, A.; Gabriel, A.; de Vernal, A.; Gélinas, Y.: TRACKING BACK IN TIMEHARMFUL ALGAL BLOOMS CAUSED BY DINOFLAGELLATE SPECIES INTHE GULF OF MEXICO1119 Zeeman, S. I.; Tilburg, C. E.; Spillane, T. E.: PRECIPITATION, LAND-COVER,AND RIVER CONTAMINANT TRANSPORT TO COASTAL WATERS.1120 Scaboo, K. M.; Hintz, C. J.: THE DISSOLVED INORGANIC CARBON EXPORTFROM THE SEMI-DIURNAL TIDAL-DOMINATED WILMINGTON RIVERINTO WASSAW SOUND, COASTAL GEORGIA, U.S.A.1121 Howard, M. D.; Sutula, M.; Caron, D. A.; Chao, Y.; Jones, B.: ANTHROPOGENICNUTRIENT SOURCES RIVAL NATURAL SOURCES ON SMALL SCALES INTHE COASTAL WATERS OF THE SOUTHERN CALIFORNIA BIGHT1122 Cortés M., M. Y.; Sánchez Salgado, D. A.; Schwennicke, T.; Pérez Venzor, J. A.:HOLOCENE COASTAL CHANGES IN THE SOUTHERN PART OF LA PAZLAGOON, BAJA CALIFORNIA SUR, MEXICO: IMPLICATIONS FOR THEURBAN GROWTH OF THE CITY OF LAPAZ.1123 O’Mullan, G. D.; Juhl, A.; Schneider, E.; Morel, A.; Perez, J.: COUPLEDABUNDANCE AND PERSISTENCE OF FECAL INDICATOR ANDANTIBIOTIC RESISTANT BACTERIA IN WATER AND SEDIMENT FROMTHE HUDSON RIVER ESTUARY1124 Dasher, D. H.; Jewett, S.; Lomax, T.; Hartwell, S. I.: SCREENING SEDIMENTPAH CONCENTRATIONS FOR POTENTIAL BENTHIC ORGANISMTOXICITY WITHIN THE NORTHEASTERN CHUKCHI SEA CORRIDOR120

Program BookAGU/ASLO/TOS1125 Fletcher, C. H.; Habel, S.; Barbee, M.: ROYAL HAWAIIAN BEACH:REPLENISHMENT AND MONITORING INTERIM REPORT, YEAR 11126 Perez-Gonzalez, M.; Bas-Concepcion, J.; Agosto-Calderon, N.; Diaz-Vazquez, L.M.; Roberson, L.: STUDYING THE POTENTIAL FOR BIOACCUMULATIONOF HEAVY METALS AND ORGANIC POLLUTANTS IN OYSTERS ANDALGAE FROM THE SAN JUAN BAY ESTUARY1171 Voorhies, K. J.: LIVE LESSONS AND DEAD INSIGHTS: HISTORICALCHANGES, MODERN DRIVERS, AND FUTURE POSSIBILITIES INSUBTIDAL BIVALVE COMMUNITIES1172 McDonald, P. S.; Holsman, K. K.; VanBlaricom, G. R.: ECOLOGICAL EFFECTSOF CLAM (PANOPEA GENEROSA) AQUACULTURE ON RESIDENT ANDTRANSIENT MACROFAUNA IN AN URBAN ESTUARY1173 Irvine, G. V.; Mann, D. H.; Carls, M.; Reddy, C.; Nelson, R. K.: EXXONVALDEZ OIL AFTER 23 YEARS ON ROCKY SHORES IN THE GULF OFALASKA: BOULDER ARMOR STABILITY AND PERSISTENCE OF SLIGHTLYWEATHERED OIL053 Coral Microbiology: Partners and PathogensChair(s): Christina A Kellogg, ckellogg@usgs.govAmy Apprill, apprill@whoi.eduMarilyn E. Brandt, mbrandt@live.uvi.eduRuth Gates, rgates@hawaii.eduLocation: Kamehameha Hall III2678 Shulse, C. N.; Huggett, M. J.; Behymer, C. M.; Rappe, M. S.: MICROBIALASSOCIATIONS IN THE SOLITARY CORAL FUNGIA SCUTARIA2679 Neave, M. J.; Apprill, A.; Voolstra, C. R.: COMPARATIVE GENOMICSOF ENDOZOICOMONAS, A DOMINANT CORAL-ASSOCIATEDBACTERIA2680 Weber, L. G.; Apprill, A.; Repeta, D.: CORAL SNOT: EXPLORING THECHEMICAL INTERPLAY BETWEEN CORAL MUCUS AND MICROBES2705 Ushijima, B.; Videau, P.; Hemscheidt, T. K.; Aeby, G. S.; Callahan, S. M.:PRODUCTION OF THE ANTIBIOTIC ANDRIMID IS INVOLVED INPATHOGENESIS OF VIBRIO CORALLIILYTICUS STRAIN OCN0082706 George, A. M.; De Palmas, S.; Chen, C. A.: CHARACTERIZING THEMICROBIAL COMMUNITIES IN CORAL LESIONS ON PATCH REEFS INTAIWAN2707 Cunning, R.; Baker, A. C.: THE IMPORTANCE OF SYMBIONT DENSITY INREEF CORALS2708 Burger, A. H.; Ushijima, B.; Videau, P. J.; Aeby, G.; Callahan, S. M.:THE ROLE OF QUORUM SENSING ON VIRULENCE ANDANTIMICROBIAL PRODUCTION IN THE CORAL PATHOGEN VIBRIOCORALLIILYTICUS STRAIN OCN0082709 Peters, E. C.: A RICKETTSIALES-LIKE BACTERIUM IS RESPONSIBLE FORTHE TISSUE LOSS DISEASES OF CARIBBEAN ACROPORID CORALS2710 Barott, K. L.; Venn, A.; Tambutte, S.; Tresguerres, M.: HOST PROTON PUMPPROMOTES PHOTOSYNTHESIS IN SCLERACTINIAN CORALS2712 McNally, S.; Parsons, R. J.; Apprill, A.: PORITES ASTREOIDES CORALSINFLUENCE REEF WATER BACTERIOPLANKTON COMMUNITIES2714 Shore-Maggio, A.; Runyon, C.; Ushijima, B.; Aeby, G.; Callahan, S.: BACTERIALCOMMUNITY COMPARISONS BETWEEN HEALTHY AND MONTIPORAWHITE SYNDROME-AFFECTED CORALS2715 Cavalcanti, G. S.; Gregoracci, G. B.; Silveira, C. B.; Amado-Filho , G. M.;Thompson , F. L.: PHYSIOLOGIC AND METAGENOMIC ATTRIBUTES OFTHE RHODOLITHS FORMING THE LARGEST CACO3 BED IN GLOBALOCEAN2716 Silveira, C. B.; Francini-Filho, R. B.; Moura, R. L.; Paranhos, R.; Thompson, F.L.: BENTHIC AND PLANKTONIC PRIMARY PRODUCTIVITY OF SOUTHATLANTIC REEFS2717 Runyon, C. M.; Ushijima, B.; Work, T. M.; Callahan, S. M.; Aeby, G.: OUTBREAKOF BLACK BAND DISEASE ON KAUA’I2718 Joyner, J. L.; Kemp, D.; Wares, J. P.; Porter, J.; Lipp, E. K.: BACTERIALCOMMUNITY ASSEMBLIES OF INDIVIDUAL ACOPORAPALMATA COLONIES OBSERVED OVER THREE YEARS2719 Hansel, C. M.; Zhang, T.; Diaz, J. M.; Apprill, A.; Parsons, R.: UNRAVELINGTHE ROLE OF THE CORAL HOLOBIONT IN SUPEROXIDE PRODUCTION2720 Claar, D. C.; Gates, R. D.; Baum, J. K.: CHANGESIN SYMBIODINIUM DIVERSITY ACROSS A GRADIENT OF HUMANDISTURBANCE ON KIRITIMATI ATOLL058 Mesoscale Ocean Processes and Their Representation InEarth System ModelsChair(s): Mehmet Ilicak, mehmet.ilicak@noaa.govRyan Rykaczewski, rykaczer@mailbox.sc.eduNikolai Maximenko, maximenk@hawaii.eduAli Belmadani, abelmadani@dgeo.udec.clDetlef Stammer, detlef.stammer@zmaw.deLocation: Kamehameha Hall III2899 Blaker, A.; Hirschi, J.; Sevellec, F.; Sinha, B.; Coward, A.: LARGE NEAR-INERTIAL OSCILLATIONS OF THE ATLANTIC MOC2900 Chen, Q.: MESOSCALE EDDIES IN THE SOUTHERN OCEAN AND THEIRPARAMETRIZATIONS2901 Donohue, K. A.; Watts, D. R.; Hamilton, P.; Leben, R. R.: EDDY-MEANINTERACTION DURING LOOP CURRENT EDDY FORMATION2902 Rosburg, K. C.; Donohue, K. A.; Chassignet, E. P.: COMPARISON OF THE 1/25ASSIMILATED GULF OF MEXICO HYCOM WITH OBSERVATIONS IN THELOOP CURRENT EDDY FORMATION REGION2903 KANG, D.; Curchitser, E. N.: CLIMATE CONNECTION OF THE GULFSTREAM EDDY VARIABILITY2904 Wang, Y.; Olascoaga, M. J.; Beron-Vera, F. J.; Goni, G. J.; Haller, G.: COHERENTLYTRANSPORTED WATER THROUGH THE SOUTH ATLANTIC2905 Nakano, H.; Tsujino, H.; Hirabara, M.; Sakamoto, K.; Yamanaka, G.: EFFECTS OFTHE SHATSKY RISE ON THE KUROSHIO EXTENSION2906 Maharaj, A. M.; Tailleux, R.: HOW SENSITIVE IS GENERALISED LINEARROSSBY WAVE THEORY TO UNCERTAINTIES IN THE DETERMINATIONOF THE BACKGROUND MEAN FLOW?2907 Forshaw, M. E.; Marshall, D. P.; Maddison, J. R.; Johnson, H.: PARAMETRISINGTHE EFFECT ON MEAN ARCTIC CIRCULATION DUE TO EDDY-TOPOGRAPHY INTERACTIONS2908 Sonntag, S.; Hense, I.: MODELLING BIOLOGICAL-PHYSICAL FEEDBACKMECHANISMS IN MARINE SYSTEMS2909 Ilicak, M.; Bentsen, M.; Drange, H.: COMPARISON OF ONE DEGREE ANDQUARTER DEGREE NORWEGIAN EARTH SYSTEM MODEL: EFFECT OFMESOSCALE EDDIES2910 Biló, T. C.; Silveira , I. C.; Rocha, C. B.; Belo, W. C.: ON THE BRAZIL CURRENTTHICKENING IN SANTOS BASIN (23-28S)2911 Chen, C.; Kamenkovich, I.; Berloff, P.: ON THE DYNAMICS OF STATIONARYJETS OVER TOPOGRAPHY2912 Stashchuk, N.; Vlasenko, V.; Inall, M. E.; Aleynik, D.: HORIZONTALDISPERSION IN SHELF SEAS: 3D HIGH RESOLUTION MODELING AS ANAID TO SPARSE SAMPLING2965 Zamudio, L.; Metzger, E. J.; Palacios, E.; Trasvina, A.: MODELING THESOUTHERN BRANCH OF THE SUBTHERMOCLINE POLEWARDCURRENT IN THE NORTHEASTERN TROPICAL PACIFIC2966 Douglass, E. M.; Richman, J. G.: IDENTIFYING EDDIES AND QUANTIFYINGEDDY NONLINEARITY2967 Bischoff, T.; Thompson, A. F.: CONFIGURATION OF A SOUTHERN OCEANSTORM TRACK2968 Luecke, C. A.; Bassette, S. L.; Arbic, B. K.: GLOBAL MODEL-DATACOMPARISON AND CONSTRUCTION OF MAPS OF EDDY AVAILABLEPOTENTIAL ENERGY2969 Waterman, S.; Lilly, J. M.: GEOMETRIC INGREDIENTS OF EDDY-MEANFLOW FEEDBACKS, AND A TIME-VARYING EXTENSION2970 Bebieva, Y.; De Ruijter, W.; Le Bars, D.: OBSERVATION AND MODELING OFEDDIES AND DIPOLES IN THE SOUTHERN INDIAN OCEAN2971 Ascani, F.; Firing, E.: HOW DOES WAVE-DRIVEN LAGRANGIAN MEANCIRCULATION DEPEND ON PARAMETERIZED DISSIPATION?WEDNESDAY121

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY2972 Kurogi, M.; Tanaka, Y.; Hasumi, H.: IMPACT OF DEEP BOTTOMTOPOGRAPHY ON THE SEA SURFACE HEIGHT VARIABILITY IN THEKUROSHIO EXTENSION REGION063 Changes In the Global Ocean Carbon Cycle:From Observations to ModelsChair(s): Richard A. Feely , richard.a.feely@noaa.govJeremy T. Mathis, jeremy.mathis@noaa.govLocation: Kamehameha Hall III2349 Nagano, A.; Wakita, M.; Watanabe, S.: DECADAL CHANGE OF NORTHPACIFIC WESTERN SUBARCTIC GYRE AND ITS IMPACT ON AIR-SEACO 2FLUX2350 Zunino, P.; Garcia-Ibanez, M. I.; Lherminier, P.; Perez, F. F.; Mercier, H.:VARIABILITY OF THE TRANSPORT OF ANTHOPOGENIC CO2 ATTHE GREENLAND-PORTUGAL OVIDE SECTION: CONTROLLINGMECHANISMS2351 Hartin, C. A.; Bond-Lamberty, B.; Patel, P. L.: THE INORGANIC CARBONCYCLE IN A SIMPLE OCEAN BOX MODEL2352 Smith, K. L.; Ruhl, H. A.; Kahru, M.; Huffard, C. L.; Sherman, A. D.: DEEPOCEAN COMMUNITY FOOD SUPPLY AND DEMAND IMPACTED BYCHANGING CLIMATE OVER 24 YEARS IN THE ABYSSAL NORTHEASTPACIFIC OCEAN2353 Nakaoka, S.; Nojiri, Y.; Yasunaka, S.; Mukai, H.; Telszewski, M.: OCEANSURFACE PCO2 MAPPING AND AIR-SEA CO2 FLUX ESTIMATE OVER THEGLOBE BASED ON IN-SITU MEASUREMENTS AND NEURAL STATICS2354 Wang, S.; Lindsay, K.: A STUDY OF THE CALCIUM CARBONATE CYCLEUSING THE CESM2355 Garley, R.; Bates, N. R.: SEAWATER CARBONATE CHEMISTRY CHANGESACROSS THE WESTERN NORTH ALTANTIC SUBTROPICAL GYRE OVERTHE LAST TWENTY YEARS2356 Mordy, C. W.; Zhang, J. Z.; Johnson, G. C.; Langdon, C.; Baringer, M.: DECADALVARIABILITY OF NUTRIENTS IN THE NORTHEAST ATLANTICOBSERVED DURING CLIVAR REPEAT HYDROGRAPHIC SURVEYS.2361 Yamamoto, A.; Yamanaka, Y.; Oka, A.; Abe-Ouchi, A.: ESTIMATIONS OFMETHANE HYDRATE INVENTORY LOSS AND ITS POTENTIAL IMPACTON DISSOLVED OXYGEN2362 Dai, M.; Cao, Z.; Zhao, H.; Zhang, C.; Yin, Z.: WHAT CONTROLS CO2 FLUXESIN COASTAL OCEAN: RIVER DOMINATED VS OCEAN DOMINATEDMARGINS?2363 Ericson, Y.; Ulfsbo, A.; van Heuven, S.; Kattner, G.; Anderson, L. G.: ARCTICSUBSURFACE WATERS: A SINK OF ANTHROPOGENIC CO 22364 Lauvset, S. K.; Gruber, N.; Landschützer, P.; Olsen, A.: GLOBAL SURFACEOCEAN pH 1981-2011: LONG-TERM VARIABILITY AND TRENDS2365 Douglas, N. K.; Byrne, R. H.; Patsavas, M. C.: DEVELOPMENT OF ANINSTRUMENT FOR IN SITU SPECTROPHOTOMETRIC MEASUREMENTSOF THE ARAGONITE SATURATION HORIZON2366 Willey, D. A.; Fine, R. A.; Millero, F. J.: GLOBAL SURFACE ALKALINITY FROMAQUARIUS SATELLITE2367 Ishii, M.; Sasano, D.; Kosugi, N.; Nakano, T.; Midorikawa, T.: CARBONATESYSTEM VARIABLES IN SURFACE WATER OF THE WESTERN NORTHPACIFIC: THEIR SEASONAL VARIATIONS AND LONG-TERM TRENDSOVER THE SUBTROPICAL ZONES2368 Muglia, J.; Brody, S.; Bronselaer, B.; Johnson, L.; Pilcher, D.: HOW WELL DO CMIP5MODELS REPLICATE THE OBSERVED OCEAN PCO2 SEASONAL CYCLE?2369 Becker, S. M.; Schuller, D.; Miller, M.; Aoyama, M.; Sato, K.: COMPARABILITYOF NUTRIENTS FROM US CLIVAR EXPEDITIONS AND USE OFREFERENCE MATERAILS FOR NUTRIENTS IN SEAWATER2370 Yokoi, T.; Valsala, V. K.; Maksyutov , S.: DEVELOPMENT OF THE HIGH-RESOLUTION – OFFLINE OCEAN TRACER TRANSPORT MODEL2371 Chu, S. N.; Wang, Z. A.; Hoering, K. A.; Lawson, G. L.: OCEANACIDIFICATION IN THE NORTHEAST PACIFIC IN THE PAST DECADE2372 Wakita, M.; Sasai, Y.; Kawakami, H.; Matsumoto, K.; Honda, M.: NETCOMMUNITY PRODUCTION ESTIMATED FROM SEASONAL VARIATIONOF DISSOLVE INORGANIC CARBON IN SURFACE WATER OF WESTERNSUBARCTIC AND SUBTROPICAL NORTH PACIFIC2373 Daisuke Sasano, D.; Yusuke Takatani, Y.; Naohiro Kosugi, N.; Toshiya Nakano, T.;Masao Ishii, M.: OXYGEN DECREASE IN THE WESTERN NORTH PACIFIC2374 Olsen, A.; Key, R. M.; Lauvset, S. K.; Lin, X.; Tanhua, T.: RELEASE! GLOBALOCEAN DATA ANALYSIS VERSION 2 (GLODAPV.2)2375 Ilyina, T.: EFFECTS OF CLIMATE CHANGE AND OCEAN ACIDIFICATIONON OCEAN SEDIMENTS2376 Eide, M.; Olsen, A.; Ninnemann, U.: THE GLOBAL OCEAN 13 C-SUESS EFFECTAND UPTAKE OF ANTHROPOGENIC CO 22443 Tynan, E.; Achterberg, E. P.; Humphreys, M. P.; Dumousseaud, C.:ANTHROPOGENIC CARBON AND BIOLOGICAL CONTRIBUTIONS TOARAGONITE UNDERSATURATION IN THE OXYGEN MINIMUM ZONE INTHE TROPICAL ATLANTIC2444 Macdonald, A. M.; Talley, L. D.; McClean, J. L.; Davis, X. J.: TOWARDUNDERSTANDING THE ROLE OF NORTHEAST MONSOONCIRCULATION IN THE INDIAN OCEAN CARBON BUDGET2445 Martz, T.; Send, U.; Nam, S.; Kim, H. J.; Alin, S.: AUTONOMOUSOBSERVATIONS OF CARBON DYNAMICS IN THE SOUTHERNCALIFORNIA CURRENT SYSTEM2446 Toyama, K.; Rodgers, K. B.; Majkut, J. D.; Ishii, M.: ROLE OF SUBDUCTION INCARBON TRANSPORT WITHIN THE OCEAN2447 Clement, D.; Gruber, N.: A C*-BASED EXTENDED MULTIPLE LINEARREGRESSION METHOD TO DETERMINE DECADAL CHANGES INANTHROPOGENIC CO2 IN THE OCEAN2448 Kuai, L.; Worden, J.; Campbell, E.; Kulawik, S.; Montzka, S.: CHARACTERIZINGCARBONYL SULFIDE OCEAN FLUX USING TROPOSPHERIC OBSERVATIONSFROM AURA TROPOSPHERIC EMISSIONS SPECTROMETER066 Collaborations and Partnerships In Ocean Researchand EducationChair(s): Barbara Bruno, barb@hawaii.eduHeather Reader, heather.reader@biol.lu.seRachel Luther, rachel.luther@gmail.comJudy Lemus, jlemus@hawaii.eduFlorence Thomas, flthomas@hawaii.eduVanessa Green, greenv@ambcs03.stccmop.orgLocation: Kamehameha Hall III1827 Sauzède, R.; Pasqueron de Fommervault, O.; Scheurle, C.; Claustre, H.:COLLABORATION BETWEEN SCIENTISTS, TEACHERS AND STUDENTSTO DEVELOP EDUCATIONAL TOOLS AND SHARE EXPERIENCES1828 Keener, P.; Tuddenham, P.: OCEAN EXPLORATION 2020 - A NATIONAL FORUM:WHAT’S TRENDING AMONG OCEAN EXPLORATION EXPERTS AND THEOCEAN SCIENCE EDUCATION COMMUNITY IN THE U.S AND ABROAD?1829 Hathaway, T. K.; Thomas, C. J.; Bell, E. V.; Bliss, A. C.; Spence, L. L.:RESEARCHER-EDUCATOR EXCHANGE FORUM: ENGAGING EARLY-CAREER SCIENTISTS WITH CLASSROOM TEACHERS, INFORMALEDUCATORS, AND INFORMAL SCIENCE EDUCATION FACILITIES1830 Curran, M. C.; Cox, T. M.; Pride, C. J.: MENTORING SUCCESS IN MARINESCIENCE: EXAMPLES FROM SAVANNAH STATE UNIVERSITY1855 Bueno Watts, N.; Dalbotten, D.; Green, V.: GEOSCIENCE ALLIANCE:BUILDING PARTNERSHIPS TO ADVANCE OCEAN RESEARCH ANDEDUCATION FOR NATIVE AMERICAN STUDENTS1856 Mayer, B.; Duhr-Schultz, M.; Lopez, J.; Becker, B.; Collins, A.: OUTREACHBETWEEN RESEARCHERS AND MANAGERS IN THE NORTHWESTERNHAWAIIAN ISLANDS AND YOUTH AUDIENCES1857 Munson, B. H.; Martz, M. A.; Shimek, S. H.: SCIENTISTS’ AND TEACHERS’PERSPECTIVES ABOUT COLLABORATION1858 Newman, S. J.; Chinn, P.; Henderson, S.; Bornhorst, H.; Adams, R.: INCREASINGPUBLIC AWARENESS OF IMPORTANCE OF HAWAIIAN PLANTS TOHEALTHY TERRESTRIAL AND COASTAL ECOSYSTEMS: PROJECTBUDBURST-UNIVERSITY OF HAWAII COLLABORATION122

Program BookAGU/ASLO/TOS1859 Mullins-Perry, R. L.; Jochens, A. E.; Howard, M. K.; Howden, S.: BUILDINGTOWARD A SUSTAINABLE, INTEGRATED, AND OPERATIONAL GLIDERNETWORK IN THE GULF OF MEXICO1860 Diederick, L. K.; Paul, V. J.; Bourexis, P.: ENGAGING OCEAN SCIENTISTS INEDUCATIONAL OUTREACH: COSEE FLORIDA’S MODEL FOR MUTUALLYBENEFICIAL PARTNERSHIPS1861 Crews, T. D.; McDonald, R.; Carlin-Morgan, K.; Goodwin, C.; Rowe, S.:ENGAGING STUDENTS IN MARINE DEBRIS EFFORTS UTILIZINGAN INTEGRATED SCIENCE, TECHNOLOGY, ENGINEERING, ARTS,MATHEMATICS, AND SOCIAL STUDIES CURRICULUM1862 Frazier, J. A.; Ma, J.; Liao, I.; Dutkiewicz, S.: LIVING LIQUID: PARTNERINGWITH OCEAN SCIENTISTS TO CREATE MUSEUM EXHIBITS1863 Balmonte, J. P.; Foster, S. Q.; Rouco-Molina, M.; James, A.; Bramucci, A.: SEEMORE SEAS WITH C-MORE: MERITS OF THE 2013 SUMMER COURSE1864 van Fleit, L.: THE 2013 LAUNCH OF A RESEARCH ALLIANCE ONATLANTIC OCEAN COOPERATION MARKED A CRUCIAL STEP. NOW,WHY MUST RESEARCHERS THINK BEYOND THE HORIZON?1865 Chandler, M. T.; Miller, J.; Ferguson, J. S.; Taylor, B.; Wessel, P.: SHARING SOESTUNDERWAY DATA: A NEW APPROACH1866 Mitchell, J. K.: HOÒMAKA HOU ~ TO MAKE A NEW BEGINNING1867 The C-MORE Summer Course Collective, .: THE C-MORE SUMMERCOURSE: TRAINING THE NEXT GENERATION OF MICROBIALOCEANOGRAPHERS1868 Jekielek, P. E.; Johnson, T. R.: COOPERATIVE FISHERIES RESEARCH IN NEWENGLAND: PARTICIPANT PERCEPTIONS1869 Alpert, A.; Rosengard, S.: BROADER IMPACTS GROUP: STUDENT-LEDEFFORTS TO BRING SCIENCE COMMUNICATION INTO THE GRADUATEEDUCATION PROCESS1870 Paul, V. J.; Diederick, L. K.: BUILDING A STATEWIDE OCEAN SCIENCELEARNING NETWORK THROUGH COLLABORATIONS BETWEENRESEARCHERS AND INFORMAL SCIENCE EDUCATION CENTERS1915 McFadden, M. A.; Manning, J. P.; Troubetaris, J.; Sage, C.: OCEANOGRAPHYSUMMER RESEARCH COLLABORATION BETWEEN A COMMUNITYCOLLEGE AND NOAA RESEARCHER1916 Green, V. L.; Besse, I.; Bueno Watts, N.; Baptista, A. M.: RED WATER BLOOM: ACOLLABORATIVE BIOMATHEMATICS WORKSHOP WITH THE CENTERFOR COASTAL MARGIN OBSERVATION AND PREDICTION AND PACIFICUNIVERSITY1917 Wilson, S. J.; Page, H. N.; Patin, N. V.: SCRIPPS COMMUNITY OUTREACHPROGRAM FOR EDUCATION (SCOPE)1918 Rollwagen-Bollens, G.; Nelson, T.; Kennedy, A.; Graves, M.; Bollens,S.: PARTNERS IN DISCOVERY: BUILDING SCIENTIST-TEACHERCOLLABORATIONS TO SUPPORT STUDENT LEARNING AND INQUIRYSKILLS IN AQUATIC SCIENCE1919 Ellinwood, J. K.; Stone, J. K.; Nogelmeier, M. P.; Chinn, P. W.: I PAA KEKAHUA: USING HAWAIIAN LANGUAGE RESOURCES FOR SCIENCECURRICULUM1920 O’Neil, J. M.; Costanzo, S. D.; Campbell, C. A.; Heil, C. A.; Dennison, W. C.:US-AUSTRALIA VIRTUAL ENVIRONMENTAL PARTNERSHIP: ENGAGING“DIGITAL NATIVE” HIGH SCHOOL STUDENTS IN WATER ISSUES1921 Wren, J. L.; Bruno, B. C.: SO, WHAT DOES A GEOSCIENTIST REALLY DO?1922 Spencer, L.; Stone, J.; Ellinwood, J.; Rowland, S. K.; Chinn, P.: BRIDGING THEGAP: USING PLACE- AND CULTURE-BASED CURRICULUM TO CREATEINTEREST IN EARTH SCIENCE EDUCATION1923 Lance, K.; Businger, S.; Stone, J.; Ellinwood, J.; Chinn, P.: EMERGINGDATA FROM CITIZEN SCIENCE: USING NATIVE KNOWLEDGE TOUNDERSTAND HAWAI’I’S CLIMATE1924 Haddock, S. H.; Elliott, K. E.: JELLYWATCH.ORG — CITIZEN SCIENCE ON AGLOBAL SCALE1925 Potter, J.; Lobecker, E.; Russell, C.; McDonough, J.; Cantwell, K.: SYSTEMATICAPPROACH TO TRANSFORM OUR KNOWLEDGE OF THE US ATLANTICSUBMARINE CANYONS073 Ocean Salinity and Water Cycle Variability and ChangeChair(s): Paul Durack, pauldurack@llnl.govEric Bayler, Eric.Bayler@noaa.govGary Lagerloef, lager@esr.orgRay Schmitt, rschmitt@whoi.eduBob Marsh, robert.marsh@noc.soton.ac.ukTony Lee, tlee@jpl.nasa.govLocation: Kamehameha Hall III1579 Bulusu, S.; Grunseich, G.: NEW APPROACHES TO UNDERSTANDING THEMADDEN-JULIAN OSCILLATION USING AQUARIUS SALINITY1580 Bingham, F.; Busecke, J.; Gordon, A.; Giulivi, C.; Li, Z.: THE NORTHATLANTIC SUBTROPICAL SURFACE SALINITY MAXIMUM ASOBSERVED BY AQUARIUS1581 Anderson, J. E.; Riser, S. C.: RAIN INDUCED VERTICAL TEMPERATUREAND SALINITY VARIABILITY: OBSERVATIONS FROM PROFILING FLOATS1582 Lee, T.; Lagerloef, G.; Kao, H.; McPhaden, M. J.; Willis, J.: SALINITY’S ROLE INTROPICAL ATLANTIC INSTABILITY WAVES1583 Grodsky, S. A.; Carton, J. A.; Bryan, F. O.: SURFACE SALINITY MAXIMUM INTHE NORTHWESTERN TROPICAL ATLANTIC1584 Bartlett, J. T.; Bulusu, S.: ESTIMATION OF GLOBAL FRESHWATER FLUXESUSING AQUARIUS/SAC-D SALINITY MISSION1585 deCharon, A. V.; Companion, C. J.; Cope, R. E.: SHARING THE IMPORTANCEOF OCEAN SALINITY BEYOND THE SCIENTIFIC COMMUNITY1586 Katsura, S.; Oka, E.: FORMATION MECHANISM OF WINTER BARRIERLAYER IN THE SUBTROPICAL PACIFIC1587 Drushka, K.; Gille, S. T.; Sprintall, J.: THE DIURNAL SALINITY CYCLE FROMAQUARIUS AND ARGO1588 Ueno, H.; Yasui, K.: DISTRIBUTION AND SEASONAL VARIATION OFHALOCLINE IN THE WORLD OCEAN1589 Monk, S. A.; Johnson, R. J.; Bates, N. R.; Risi, C.: AN INVESTIGATIONOF SALINITY VARIABILITY IN THE SARGASSO SEA USING LANDBASED METEOROLOGICAL OBSERVATIONS, RADAR PRECIPITATIONESTIMATES AND AN ATMOSPHERIC GCM1590 Kolodziejczyk, N.; Hernandez, O.; Boutin, J.; Reverdin, G.: SMOS SALINITYIN THE SUBTROPICAL NORTH ATLANTIC SALINITY MAXIMUM:OBSERVATION OF THE SURFACE THERMOHALINE HORIZONTALSTRUCTURE AND OF ITS SEASONAL VARIABILITY1593 ZHANG, S.; DU, L.: STUDY OF THE CHARACTERISTICS OF SALINITY ONTHE PACIFIC OCEAN1594 D’Addezio, J. M.; Bingham, F. M.: A SUBTROPICAL NORTH ATLANTICREGIONAL ATMOSPHERIC MOISTURE BUDGET1595 Fine, E. C.; Bryan, F. O.; Large, W. G.: DIURNAL SEA SURFACE SALINITYVARIATION DETECTION IN AQUARIUS DATA1596 Eriksen, C. C.: CONDUCTIVITY CELL THERMAL INERTIA CORRECTIONREVISITED1597 Wilson, E. A.; Riser, S.: SEASONAL FRESHWATER CIRCULATION IN THEBAY OF BENGAL1598 Santos-Garcia, A.; Aslebagh, S.; Jacob, M. M.; Jones, W. L.: A RAINACCUMULATION PRODUCT TO INVESTIGATE RAIN EFFECTS ONAQUARIUS SEA SURFACE SALINITY MEASUREMENTS1687 Fratantoni, D. M.; Hodges, B. A.: AUTONOMOUS OBSERVATION OFSUBMESOSCALE STRUCTURE WITHIN THE ATLANTIC SALINITYMAXIMUM1688 Shkvorets, I.: THERMODYNAMIC SALINOMETRY1689 Uehara, H.; Kruts, A. A.; Mitsudera, H.; Nakamura, T.; Volkov, Y. N.: REMOTELYPROPAGATING SALINITY ANOMALY VARIES THE SOURCE OF THENORTH PACIFIC VENTILATION1690 Walesby, K. T.; Vialard, J.; Ward, B.: OBSERVATIONS OF DOUBLE DIFFUSIONIN THE UPPER OCEAN1691 ten Doeschate, A.; Sutherland, G.; Font, J.; Reverdin, G.; Ward, B.: UPPEROCEAN VARIABILITY OF TEMPERATURE, SALINITY AND DISSIPATIONDURING SPURSWEDNESDAY123

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY1692 Font, J.; Ward, B.; Emelianov, M.; Busecke, J.; Morisset, S.: SPURS-MIDAS CRUISEIN THE NORTH ATLANTIC SALINITY MAXIMUM, MARCH-APRIL 20131693 Yang, J.; Nystuen, J. A.; Asher, W. E.; Jessup, A. T.; Riser, S. C.: RAIN RATESMEASURED ACOUSTICALLY IN THE CENTRAL EQUATORIAL PACIFICUSING STS/PAL DRIFTERS1694 Umbert, M.; Guimbard, S.; Martinez, J.; Ballabrera-Poy, J.; Turiel, A.: HIGHRESOLUTION MAPS OF SATELLITE SURFACE SALINITY FROM ASINGULARITY-BASED DATA FUSION TECNIQUE1695 Rainville, L.; Lee, C. M.; Eriksen, C. C.; Farrar, J. T.; Plueddemann, A. J.: OCEANMIXED LAYER FORMATION AND RESTRATIFICATION CAPTURED BYHIGH-RESOLUTION IN-SITU OBSERVATIONS1696 Schumann, G. J.; Andreadis, K. M.; Fararra, J.; Moller, D. K.; Chao, Y.: SEASURFACE SALINITY VARIABILITY IN RESPONSE TO THE CONGO RIVERDISCHARGE1697 Rosenberg, A. M.; Edson, J. B.; Farrar, J. T.; Plueddemann, A. J.: A MODELINGAND OBSERVATIONAL ANALYSIS OF AIR-SEA MOISTURE EXCHANGEDURING THE SPURS FIELD PROGRAM1698 Nystuen, J. A.; Yang, J.; Asher, W. E.: MEASURING OCEANIC WIND SPEEDAND RAINFALL RATE USING UNDERWATER AMBIENT SOUND1787 Marion BENETTI, M. B.; Gilles Reverdin, G. R.; Catherine Pierre, C. P.; SamarKathiwala, S. K.: FRESHWATER SOURCES IN THE SUBPOLAR GYRE FROMISOTOPES OF SEA WATER1788 Xie, X.; Liu, T.: OCEAN SURFACE WATER EXCHANGE AS A CONSTRAINTO SURFACE SALINITY MEASUREMENTS1789 Hauri, C.; Truffer, M.; Winsor, P.; Dobbins, E. L.; Lennert, K.: DRIFTERSDELIVER INSIGHT INTO OCEAN-GLACIER INTERACTIONS IN AHEAVILY ICE-COVERED GREENLAND FJORD1790 Hacker, P.; Melnichenko, O.; Maximenko, N.; Potemra, J.: AQUARIUS SEASURFACE SALINITY OBSERVATIONS FOR GLOBAL AND REGIONALSTUDIES: ERROR ANALYSIS AND APPLICATIONS1791 Dennis, K. J.; Carter, J. A.; Wieringa, M.: REAL-TIME ISOTOPIC WATER(DELTA-18O AND DELTA-D) MEASUREMENTS USING A CONTINUOUSFLOW SAMPLER AND CAVITY RING-DOWN SPECTROSCOPY SYSTEM1792 Li, Z.; Gordon, A. L.; Busecke, J.; Bingham, F. M.: MODELING MULTI-SCALEPROCESSES OF THE SEA SURFACE SALINITY MAXIMUM IN THESUBTROPICAL NORTH ATLANTIC079 Rising Sea Level: Contributions and Future ProjectionsChair(s): Nadya Vinogradova, nadya@aer.comEric Leuliette, Eric.Leuliette@noaa.govDetlef Stammer, detlef.stammer@zmaw.deY. Tony Song, tony.song@jpl.nasa.govTangdong Qu, tangdong@hawaii.eduLocation: Kamehameha Hall III2465 Sasaki, Y. N.; Minobe, S.; Miura, Y.: DECADAL SEA LEVEL VARIABILITYALONG THE COAST OF JAPAN IN RESPONSE TO OCEAN CIRCULATIONCHANGES2466 Ezer, T.: UNEVEN SEA LEVEL RISE ALONG THE US EAST COAST: THEIMPACT OF OCEAN DYNAMICS ON PAST CHANGES AND FUTURE SEALEVEL RISE PROJECTIONS2467 Bordbar, M. H.; Martin, T.; Park, W.: INITIAL VALUE SENSITIVITY OFCO2-FORCED CENTENNIAL TRENDS IN DYNAMIC SEA LEVEL2468 Orlic, M.; Pasaric, Z.: SOME PITFALLS OF THE SEMI-EMPIRICAL METHODOF PROJECTING SEA LEVEL2469 Exarchou, E.; Kuhlbrodt, T.; Gregory, J. M.; Smith, R. S.: MODELINTERCOMPARISON OF OCEAN HEAT UPTAKE PROCESSES2470 Rye, C. D.; Naveira Garabato, A. C.; Holland, P. R.; Meredith, M. P.; Nurser, A. G.:EVIDENCE OF INCREASED GLACIAL MELT IN ANTARCTIC SEA LEVELRISE2471 Moon, J.; Song, Y. T.; Bromirski, P. D.; Miller, A. J.: MULTI-DECADALREGIONAL SEA LEVEL SHIFTS IN THE PACIFIC OVER 1958-20082472 Paba, V.; Johnson, R. J.; Bates, N. R.: STERIC CONTRIBUTION TO SEA-LEVEL RISE NEAR BERMUDA FROM 60 YEARS OF INTENSIVE DEEPHYDROGRAPHIC SAMPLING AT HYDROSTATION ‘S’2529 CHENG, X.: MASS-INDUCED SEA LEVEL CHANGE IN THENORTHWESTERN PACIFIC2530 Arbic, B. K.; Cerovecki, I.; Hendershott, M. C.; Karsten, R. H.; Wetzel, A. N.:IMPACT OF STRATIFICATION AND CLIMATIC PERTURBATIONS TOSTRATIFICATION ON BAROTROPIC TIDES2531 Seo, G. H.; Cho, Y. K.; Choi, B. J.; Kim, K. Y.: DOWNSCALING CLIMATEPROJECTIONS IN THE NORTHWESTERN PACIFIC MARGINAL SEASUSING CMIP5 RESULTS2532 Heuzé, C.; Heywood, K. J.; Stevens, D. P.; Ridley, J. K.: UNDERESTIMATINGSEA LEVEL RISE WITH CMIP5 MODELS’ GLOBAL BOTTOM WATERCHANGES IN RCP4.5 AND RCP8.52533 Meyer, E.; Albrecht, F.; von Storch, H.; Weisse, R.: REGIONAL SEA LEVELCHANGES IN THE GERMAN BIGHT, NORTH SEA, GERMANY2534 Hamlington, B. D.; Leben, R. R.; Strassburg, M. W.; Nerem, R. S.; Kim, K. Y.:CLIMATE VARIABILITY CONTRIBUTIONS TO GLOBAL AND REGIONALSEA LEVEL TRENDS2535 Bates, S. C.; Tseng, Y.: NORTH PACIFIC AND ATLANTIC OCEAN SEALEVEL VARIABILITY IN THE CCSM/CESM: ITS RELATIONSHIP TOATMOSPHERIC VARIABILITY AND REGIONAL IMPACTS2536 Zhang, X.; Church, J. A.; Monselesan, D.: PROJECTION OF SUBTROPICALGYRE CIRCULATION AND ASSOCIATED SEA LEVEL CHANGES IN THEPACIFIC BASED ON CMIP3 AND CMIP5 CLIMATE MODELS2537 Melet, A. V.; Hallberg, R.; Samuels, B.: SENSITIVITY OF SEA LEVEL RISE TOOCEAN VERTICAL MIXING2538 Soden, B. J.; Wilson, M.: ASSESSING THE VULNERABILITY OF SOUTHFLORIDA TO INCREASED STORM SURGE FROM SEA LEVEL RISE2539 Zhao, W.; Zhou, C.; Tian, J.: DIRECT OBSERVATION OF DEEPCIRCULATION IN THE SOUTH CHINA SEA2540 Ritphring, S.; Udo, K.: THE PROJECTION OF SHORELINE BASED ON THEMIROC-ESM CLIMATE MODEL ALONG THE COASTS OF THAILAND2541 Usui, N.; Ogawa, K.; Sakamoto, K.; Kuragano, T.; Kamachi, M.: SEA-LEVELVARIABILITY AT THE SOUTHERN COAST OF JAPAN DUE TO KUROSHIOPATH VARIATIONS2542 Richter, K.; Marzeion, B.: COASTAL SEA LEVEL RISE DUE TO DEEP OCEANEXPANSION AND SHELF MASS LOADING2543 Bouttes, N.; Gregory, J. M.; Good, P.; Lowe, J. A.: REVERSIBILITY AND NONLINEARITY OF OCEAN HEAT UPTAKE AND SEA LEVEL CHANGE2544 Carton, J. A.; Chepurin, G. A.; Leuliette, E.: BASIN-SCALEMETEOROLOGICAL FORCING OF REGIONAL SEA LEVEL2553 Chen, X.; Feng, Y.; Wang, X.; Huang, N.: GLOBAL SEA LEVEL TRENDDURING 1993-20122554 Fernandez-Nunez, M.; Burningham, H.; French, J.; Ojeda-Zujar, J.:SENSITIVITY ANALYSIS OF SLAMM APPLIED TO SOUTHWEST IBERIANSALTMARSHES2555 Thompson, P. R.; Merrifield, M. A.: OBSERVATION-BASED PROJECTIONSOF REGIONAL SEA LEVEL CHANGE2556 Khangaonkar, T.; Long, W.; Sackmann, B.; Mohamedali, T.; Hamlet, A.:SENSITIVITY OF CIRCULATION AND TRANSPORT IN THE SKAGITRIVER ESTUARY TO SEA LEVEL RISE AND FUTURE CLIMATE LOADS2557 Natarov, S. I.; Merrifield, M.; Thompson, P.: SENSITIVITY OF HISTORICALSEA LEVEL RECONSTRUCTIONS TO REGULARIZATION2558 Reager, J. T.; Famiglietti, J. S.; Lo, M. H.: GRAVITY OBSERVATIONSSHOW RECENT LAND CONTRIBUTIONS TO SEA LEVEL OFFSET BYHYDROLOGICAL CYCLE VARIABILITY2559 Tweet, K.; Freymueller, J.; Kinsman , N.: RELATIVE SEA LEVEL CHANGE INWESTERN ALASKA AS CONSTRUCTED FROM REPEAT TIDE GAUGEAND GPS MEASUREMENTS2560 Eric Larour, Y.; Dimitris Menemenlis, .; Michael Schodlok, .; Helene Seroussi, .:TOWARDS BETTER SIMULATIONS OF ICE/OCEAN COUPLING IN THEAMUNDSEN SEA SECTOR, WEST ANTARCTICA, USING A COUPLEDOCEAN, SEA-ICE, AND ICE-SHEET MODEL.124

Program BookAGU/ASLO/TOS081 Climate Impacts On Living Marine ResourcesChair(s): Vincent S. Saba, vincent.saba@noaa.govGrace K. Saba, saba@marine.rutgers.eduCharles A. Stock, charles.stock@noaa.govRubao Ji, rji@whoi.eduTrond Kristiansen, trond.kristiansen@imr.noOystein Varpe, oystein.varpe@akvaplan.niva.noLocation: Kamehameha Hall III2721 Woodworth-Jefcoats, P. A.; Polovina, J. J.; Howell, E. A.; Blanchard, J. L.:EXAMINING THE IMPACTS OF CLIMATE CHANGE AND FISHING FROMBOTH SPECIES-BASED AND SIZE-BASED MODELING PERSPECTIVES2722 Ferreira, S. A.; Hátún, H.; Payne, M. R.; MacKenzie, B.; Visser, A. W.:PHYTOPLANKTON BLOOM AND SUBPOLAR GYRE DYNAMICS IN THENORTH-EAST ATLANTIC2723 Myksvoll, M.; Erikstad, K. E.; Barrett, R. T.; Sandvik, H.; Vikebø, F.; Hjollo, S.:IMPACTS OF CLIMATE VARIABILITY ON RECRUITMENT IN AN ARCTICSEABIRD POPULATION2724 Sromek, L.; Lasota, R.; Wolowicz, M.: THE IMPACT OF GLACIATIONS ONGENETIC DIVERSITY OF PELAGIC MOLLUSKS – ANTARCTIC LIMACINAANTARCTICA AND ARCTIC LIMACINA HELICINA2725 Takao, S.; Kumagai, N.; Yamano, H.; Fujii, M.; Yamanaka, Y.: NEARFUTURE PROJECTION OF OCEAN WARMING-INDUCED SEAWEEDDEFORESTATION IN JAPANESE COASTAL AREAS2726 Faillettaz, R.; Luo, J. Y.; Guigand, C.; Cowen, R. K.; Irisson, J. O.: FINE-SCALEDISTRIBUTION OF LARVAL FISH AND ZOOPLANKTON OVER AMESOSCALE FRONT EXPLORED THROUGH HIGH FREQUENCYIMAGING2727 Busch, D. S.; McElhany, P.: SCENARIOS FOR MODELING THE EFFECTS OFOCEAN ACIDIFICATION ON THE CALIFORNIA CURRENT FOOD WEB2728 Kuo-Wei Lan, .; Ming-An Lee, .; Long-Jing Wu, .; Kuo-Tien Lee, .: THEINFLUENCE OF SST WARMING AND DECADAL VARIATION ON THELATITUDINAL SHIFTS OF GREY MULLET (MUGIL CEPHALUS L.) IN THETAIWAN STRAIT AND EAST CHINA SEA2729 Pennington, J. T.; Messié, M.; Michisaki, R.; Chavez, F. P.: OCEANFLUCTUATIONS OVER 1989-2011 IN MONTEREY BAY, CALIFORNIA,ASSOCIATED WITH NORTH PACIFIC CLIMATE INDICES2753 Gleiber, M. R.; Steinberg, D. K.: COPEPOD COMMUNITY STRUCTURE ANDCLIMATE WARMING ALONG THE WESTERN ANTARCTIC PENINSULA2754 Gomez, F. A.; Batchelder, H. P.; Spitz, Y. H.: TRANSPORT, RETENTION ANDGROWTH OF EARLY LIFE STAGES OF TWO SMALL PELAGIC FISH INTHE SOUTHERN HUMBOLDT CURRENT SYSTEM2755 Du, X.; O’Higgins, L.; Peterson, W. T.: DIFFERENTIAL RESPONSE OFPHYTOPLANKTON (DIATOMS AND DINOFLAGELLATES) ANDZOOPLANKTON (COPEPODS) TO COASTAL UPWELLING AND THE PDOOFF CENTRAL OREGON2756 Hüdepohl, P. T.; Peck, M. A.; Moyano, M.; Hufnagl, M.: LINKING SHORT-TERM PHYSIOLOGICAL RESPONSES TO LONGER-TERM CLIMATEIMPACTS: A CASE STUDY USING ATLANTIC HERRING EARLY LIFESTAGES2757 Jinuntuya, M.; Hill, V. J.; Zimmerman, R. C.: IMPACTS OF RISING CO 2ONCARBON AND NITROGEN COMPOSITIONS OF EELGRASS, ZOSTERAMARINA L.2808 Victoria HIll, .; Richard Zimmerman, .; David Burdige, .: THE INFLUENCEOF CO2 AVAILABILITY ON THE RELEASE OF DISSOLVED ORGANICCARBON FROM EELGRASS ZOSTERA MARINA2809 Celebi, B.; Hill, V. J.; Zimmerman, R. C.: THE IMPACT OF INCREASINGDISSOLVED CO 2CONCENTRATION ON PHOTOACCLIMATION OFEELGRASS ZOSTERA MARINA L.2810 Misumi, K.; Lindsay, K.; Moore, J. K.; Doney, S. C.; Bryan, F. O.: THE IRONBUDGET IN OCEAN SURFACE WATERS IN THE 20TH AND 21STCENTURIES: PROJECTIONS BY THE COMMUNITY EARTH SYSTEMMODEL VERSION 12811 Hjøllo, S. S.; Skaret, G.; Dalpadado, P.; Skogen, M. D.; Strand, E.: THEABUNDANCE, PRODUCTION AND POPULATION DYNAMICS OFCALANUS FINMARCHICUS IN THE BARENTS SEA IN A FUTURECLIMATE SCENARIO2812 Runge, J. A.; Thompson, C. R.; Jones, R. J.: SUSTAINED ABUNDANCE OFCALANUS FINMARCHICUS IN THE WESTERN GULF OF MAINE DESPITERECORD NEGATIVE NAO AND WARM TEMPERATURES2837 Swalethorp, R.; Munk, P.; Kjellerup, S.; Malanski, E.; Nielsen, T. G.:STRUCTURING OF ZOOPLANKTON AND FISH LARVAE ASSEMBLAGESIN A FRESHWATER-INFLUENCED GREENLANDIC FJORD – INFLUENCEFROM HYDROGRAPHY AND PREY AVAILABILITY2838 Zayas-Santiago, C. C.; Zimmerman, R. C.; Hill, V. J.; Gaeckle, J.; Short, F.:DIFFERENTIAL RESPONSE OF ZOSTERA MARINA L. (EELGRASS)POPULATIONS TO CO 2AND TEMPERATURE2839 McPherson, M. L.; Zimmerman, R. C.; Hill, V. J.: ENVIRONMENTAL ANDPHYSIOLOGICAL INFLUENCES ON PRODUCTIVITY AND CARBONISOTOPE DISCRIMINATION IN EELGRASS (ZOSTERA MARINA L.)2840 Duckham, C.; Kohfeld, K. E.; Hart, M. W.; Salihue, N. H.: IMPACTS OF OCEANACIDIFICATION AND MITIGATIVE HYDRATED LIME ADDITIONON PACIFIC OYSTER LARVAE: IMPLICATIONS FOR SHELLFISHAQUACULTURE2841 Henderson, M. E.; Collie, J. S.: IMPACTS OF CHANGING INSHORE WATERTEMPERATURES ON PHENOLOGY AND THERMAL PREFERENCES OFFISH SPECIES IN NARRAGANSETT BAY, RHODE ISLAND2884 Li, Y.; Ji, R.; Fratantoni, P. S.; Chen, C.; Hare, J. A.: LINKING WIND ANDSURFACE SALINITY FLUCTUATIONS ON THE NORTHWEST ATLANTICSHELF: MECHANISM AND IMPLICATIONS2885 Oppenheim, N. G.; Wahle, R. A.; Brady, D. C.: CAN WE FORECAST THEFUTURE OF THE AMERICAN LOBSTER FISHERY FROM A LARVALSETTLEMENT INDEX?2886 Quick, C. G.; Donner, S. D.: INVESTIGATING CORAL BLEACHINGOCCURRENCE AND SEVERITY PATTERNS USING SPATIALINTERPOLATION2887 Springer, A. M.; van Vliet, G. B.: CLIMATE CHANGE AND THE NEXUSBETWEEN BOTTOM-UP AND TOP-DOWN CONTROL IN AN OCEANECOSYSTEM: AN UNCOMMON CASE OF TOO MANY FISH IN THE SEA092 From VERTEX to GEOTRACES: Honoring Ken Bruland’sContributions to Marine Biogeochemical CyclesChair(s): Gregory Cutter, gcutter@odu.eduAna Aguilar-Islas, amaguilarislas@alaska.eduKristen Buck, kristen.buck@bios.eduWilliam Landing, wlanding@fsu.eduMaeve Lohan, maeve.lohan@plymouth.ac.ukLocation: Kamehameha Hall III196 Ren, J.; Xuan, J.; Wang, Z.; Huang, D.; Zhang, J.: CROSS SHELF EXPORT OFTERRESTRIAL MATERIAL IN THE EAST CHINA SEA: EXAMPLE USINGTHE DISTRIBUTION OF DISSOLVED AL197 McKay, J. L.; Collier, R.; Conard, R.: PARTICULATE FLUXES OFCADMIUM AND SILVER TO THE DEEP OCEAN (NORTHEAST PACIFIC,MULTITRACERS PROJECT)198 Galfond, B.; Kadko, D.; Shelley, R.; Landing, W.: A NOVEL METHOD OFDETERMINING ATMOSPHERIC DEPOSITION OF TRACE ELEMENTS TOTHE OCEAN/ICE SYSTEM OF THE ARCTIC199 Obata, H.; Takahashi, S.; Kim, T.; Gamo, T.; Nishioka, J.: DISTRIBUTION OFIRON(II) IN THE NORTHEASTERN PACIFIC200 Nishioka, J.; Obata, H.: WEST-TO-EAST DISSOLVED IRON DISTRIBUTIONIN THE SUBARCTIC PACIFIC201 Kondo, Y.; Obata, H.; Ooki, A.; Nishioka, J.; Kuma, K.: DISSOLVED IRON(II) INTHE NORTHREN BERING SEA SHELF AND CHUKCHI SEA202 Suzuki, A.; Obata, H.; Gamo, T.: DISTRIBUTIONS AND GEOCHEMICALCYCLES OF PLATINUM IN THE WESTERN NORTH PACIFIC ANDMARGINAL SEAS AROUND JAPANWEDNESDAY125

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY203 De Baar, H. J.; Conway, T. M.; Middag, R.; Noble, A. E.; Wyatt, N. J.:GEOTRACES 3-D DISTRIBUTION OF ACCURATE CONCENTRATIONSOF DISSOLVED TRACE METALS MANGANESE, IRON, NICKEL, ZINC,CADMIUM AND LEAD IN THE ATLANTIC OCEAN204 Ebling, A. M.; Landing, W. M.: RESIDENCE TIMES OF TRACE METALS INTHE SEA SURFACE MICROLAYER205 Janssen, D. J.; Cullen, J. T.: IMPROVEMENTS TO A FLUORESCENCE-BASEDFLOW-INJECTION METHOD FOR SHIPBOARD DETERMINATION OFDISSOLVED ZINC206 Pinedo-Gonzalez, P.; West, J.; Rivera-Duarte, I.; Sanudo-Wilhelmy, S. A.: DIELVARIATIONS OF DISSOLVED AND COLLOIDAL TRACE METALS INCOASTAL WATERS OFF SOUTHERN CALIFORNIA207 Rodriguez, I. B.; Ho, T. Y.: THE INTERACTIVE CONTROL OF NI AND LIGHTON NITROGEN FIXATION PATTERN OF TRICHODESMIUM208 Takeda, S.; Wakuta, Y.; Wada, M.; Umezawa, Y.: INFLUENCE OF IRONLIMITATION ON THE PRIMARY NITRITE MAXIMUM IN THE NWPACIFIC OCEAN209 Buck, C. S.; Bowman, K.; Gill, G.; Hammerschmidt, C.; Landing, W. M.:PARTITIONING, SPECIATION, AND FLUX OF MERCURY IN GULF OFMEXICO ESTUARIES210 Polukhin, A. A.; Makkaveev, P. N.: TOTAL INORGANIC CARBON ANDNUTRIENTS AS PROXIES OF PROCESSES FORMING SURFACE LAYER OFTHE KARA SEA211 Cutter, G. A.: DISSOLVED AND PARTICULATE HYDROGEN SULFIDE INLOW OXYGEN WATERS OF THE EASTERN TROPICAL SOUTH PACIFIC212 Ohnemus, D. C.; Lam, P. J.: BIOAVAILABILITY OF MINERAL IRON-57 TOHNLC SURFACE COMMUNITIES213 Hathorne, E. C.; Plass, A.; Frank, M.: RARE EARTH ELEMENTS (REE) IN THEBISMARCK SEA AND INPUT FROM THE SEPIK RIVER214 Vance, D.; Zhao, Y.; Cameron, V.; Cullen, J.; Lohan, M.: ISOTOPICCONSTRAINTS ON THE OCEANIC BIOGEOCHEMICAL CYCLING OFZINC AND NICKEL215 Norisuye, K.; Takano, S.; Sohrin, Y.; Ho, T. Y.; Morton, P.: BISMUTH IN THEWESTERN NORTH PACIFIC: OBSERVATIONS DURING THE KH-11-7GEOTRACES JAPAN CRUISE216 Rember, R. D.; Aguilar-Islas, A. M.; Seguret, M.: A FULLY-AUTOMATEDSYSTEM FOR LOW LEVEL ANALYSIS TRACE ELEMENTS IN SEAWATER217 Sim, N.; Orians, K. J.: DISSOLVED MANGANESE IN THE NORTHEASTPACIFIC: LINE-P, 2011-2013218 Coale, H.; Buck, N.: DISTRIBUTIONS OF DISSOLVED TRACE METALS ATTIME-SERIES SITES IN THE SARGASSO SEA264 Cain, N. A.; Orians, K. J.: DISSOLVED ALUMINUM IN THE NORTHEASTPACIFIC ALONG LINE P265 Lee, D. S.; Kwon, E. J.: VERTICAL DISTRIBUTIONS OF NEPTUNUM-237AND PLUTONUM-239/242 IN THE OCEAN099 Proxy Records for Understanding Coastal and OceanicProcesses and Their Preservation In Present and PastChair(s): Gert J. De Lange, gdelange@geo.uu.nlJill M. Brandenberger, Jill.Brandenberger@pnnl.govSabine Kasten, Sabine.Kasten@awi.deP Louchouarn, loup@tamug.eduFrancesca Martinez-Ruiz, fmruiz@ugr.esGary Gill, Gary.Gill@pnnl.govDavid Gillikin, gillikid@union.eduAlan Wanamaker, adw@iastate.eduLocation: Kamehameha Hall III2960 Goodkin, N. F.; Yang, T. T.; Wang, B. S.; You, C. F.: A POSSIBLE DEL13CCORRECTION FOR THE IMPACT OF EXTRACELLULAR CALCIFYINGFLUID PH ON CORAL DEL11B PALEO-PH PROXY2961 Mao, X. Y.; Shi, J.; Jiang, W. S.; Zhang, P.; Zhao, L.: INFLUENCES OFTOPOGRAPHY AND SURFACE FORCING ON HYDROGRPHY IN THEYELLOW SEA DURING THE MID-HOLOCENE2989 De Lange, G. J.; Goudeau, m. l.; Hennekam, r.; Filippidi, a.: MEDITERRANEANSAPROPEL- S1: FORMATION, REDOX-CONTROLED PRESERVATION, ANDINTERRUPTION2990 Yamazaki, A.; Hetzinger, S.; Reumont, J. v.; Tsunogai, U.; Watanabe, T.:NITROGEN ISOTOPES IN CARIBBEAN CORAL SKELETONS: DECADALVARIABILITY IN NORTH ATLANTIC NITROGEN FIXATION2991 Stroynowski, Z.; Kender, S.: AN IN-DEPTH LOOK INTO THE MIDDLEPLEISTOCENE TRANSITION IN THE SUB-ARCTIC PACIFIC: SURFACEAND DEEP WATER CONDITIONS AND SEA-ICE RESPONSE.2992 Lomnitz, U.; Sommer, S.; Hensen, C.; Dale, A. W.; Wallmann, K.: DRIVERS ANDMECHANISMS FOR HIGH PHOSPHATE (TPO 4) RELEASE RATES IN THEOXYGEN MINIMUM ZONE OFF PERU2993 Coccoli, C. A.; Goñi, M.; Alleau, Y.; Smith, L.: LONG-TERM PATTERNS INORGANIC MATTER BURIAL OFF THE OREGON COAST OVER THEHOLOCENE3036 Henkel, S.; Kasten, S.; Poulton, S.; Staubwasser, M.: FE ISOTOPECOMPOSITION OF SEQUENTIALLY EXTRACTED FE MINERALS INMARINE SEDIMENTS3037 Marchais, V.; Richard, J.; Jolivet, A.; Chauvaud, L.; Flye-Ste-Marie, J.:INCORPORATION OF METABOLIC CARBON IN THE KING SCALLOP’SSHELL (PECTEN MAXIMUS (L.))3038 Hoins, M.; Van de Waal, D. B.; Eberlein, T.; Rost, B.; Sluijs, A.: CARBONISOTOPIC FRACTIONATION OF DINOFLAGELLATES – A NEW PROXYFOR PAST CO 2LEVELS?3039 Wanamaker, A. D.; Luzier, K.: EXPLORING THE POTENTIAL OFSTABLE CARBON AND NITROGEN ISOTOPES IN MARINE BIVALVEPERIOSTRACUM AS A PROXY FOR PRODUCTIVITY AND BENTHICECOSYSTEM DYNAMICS3040 Bhushan, R.; Agnihotri, R.; Sudheer, A. K.: SOUTHWEST MONSOONVARIABILITY AND ITS IMPACT ON PRODUCTIVITY IN THE BAY OFBENGAL3057 Schöne, B. R.; Yan, L.; Arkhipkin, A.: EURHOMALEA EXALBIDA (BIVALVIA):A NATURAL ARCHIVE FOR DIC CHANGES IN THE SOUTHWESTATLANTIC?3058 Kasten, S.; Henkel, S.; Mogollón, J. M.; de Lange, G. J.: IMPACT OF THEHOLOCENE SEAWATER INTRUSION ON THE CYCLING OF METHANE,SULFUR AND BARIUM IN SEDIMENTS OF THE BLACK SEA3059 Gillikin, D. P.; Wanamaker, A. D.; Lorraine, A.; Goodwin, D. H.; Davidson,M. I.: CARBON ISOTOPE FRACTIONATION IN BIVALVE SHELLS:TEMPERATURE DEPENDENT FRACTIONATION OR VITAL EFFECT?3060 Jung-Hyun Kim, .; Roselyne Buscail, .; Claudia Zell, .; Wolfgang Ludwig, .;Jaap S. Sinninghe Damsté, .: SOURCES OF TETRAETHER LIPIDS AT THELAND-OCEAN INTERFACE OF TWO CONTRASTING RIVER SYSTEMS(AMAZON VS. RHNNE): IMPLICATIONS FOR THE MBT/CBT PROXY3061 Murray, J.; Carney, C.; Prouty, N.; White, D.; Paytan, A.: CORAL NITROGENISOTOPES AS A TRACER FOR HISTORIC NUTRIENT LOADING3062 McKay, M. C.; Besonen, M.; Tissot, P.; Zimba, P.; Hill, E.: UNDERSTANDINGTHE DEVELOPMENT OF SOUTH TEXAS BAYS AND ESTUARIES FROM APALEOPERSPECTIVE100 Environmental Variability and Climate Change: LinkingEnvironmental Variation and Organism Responses Across ScalesChair(s): Christian Pansch, ch.pansch@gmail.comOscar Guadayol, oscar@guadayol.catJonathan Havenhand, jon.havenhand@bioenv.gu.seFlorence Thomas, fithomas@hawaii.eduJoern Thomsen, jthomsen@geomar.deLocation: Kamehameha Hall III2939 Nephin, J.; Juniper, S. K.; Archambault, P.: QUANTIFYING SPATIAL ANDTEMPORAL VARIABILTY OF INFAUNAL AND EPIFAUNAL ABUNDANCE,DIVERSITY AND COMMUNITY STRUCTURE ON THE BEAUFORT SHELF2940 Harrison, P. J.; Zingone, A.; Jakobsen, H. H.: BIOVOLUME OFECOLOGICALLY IMPORTANT PHYTOPLANKTON FROM TIME SERIESDATASETS126

Program BookAGU/ASLO/TOS2941 Lizza, K. E.; Zawada, D. G.; Hine, A. C.: COMPARISON OF THE HISTORICALAND CURRENT DISTRIBUTION OFACROPORA CERVICORNIS INRELATION TO CLIMATIC PARAMETERS AND HABITATCHARACTERISTICS2942 Kahlon, G. K.; Edler, L.; Karunasagar, I.; Kumar, S.; Godhe, A.: EFFECTOF CHANGING TEMPERATURE AND SALINITY ON MARINEPHYTOPLANKTON AND BACTERIA: A MESOCOSM STUDY FROMCOASTAL ARABIAN SEA2943 Burdett, H. L.; Donohue, P. J.; Hatton, A. D.; Alwany, M. A.; Kamenos, N.A.: COASTAL CARBONATE CHEMISTRY AS A DRIVER OF SULPHURBIOGEOCHEMISTRY – IMPLICATIONS FOR PROJECTED OCEANACIDIFICATION2944 Chu, J.; Tunnicliffe, V.: REDISTRIBUTION OF THE EPIBENTHIC, SOFT-BOTTOM ASSEMBLAGE IN SHIFTING HYPOXIC CONDITIONS2945 Hsieh Hung-Yen, .; Yu Shwu-Feng, .; Lo Wen-Tseng, .: SEASONALVARIABILITY IN THE ASSEMBLAGE STRUCTURE OF SIPHONOPHORESIN THE WATERS AROUND TAIWAN: THE RESPONSE TOHYDROGRAPHIC PROCESSES2946 Leshno, Y.; Edelman-Furstenberg, Y.; Benjamini, C.: LIVE ANDDEAD BENTHIC MOLLUSCAN ASSEMBLAGES AS A PROXYFOR ANTHROPOGENIC MODIFICATION OF THE EASTERNMEDITERRANEAN COASTLINE2948 Shein, K. A.; Sheridan, S. C.; Lee, C. C.; Hu, C.; Pirhalla, D.: LINKINGHISTORICAL CLIMATOLOGIES AND WATER CLARITY TO DEVELOP ANINDICATOR FOR CLIMATE CHANGE IMPACTS3003 Ventura, R. E.; Garate, M. H.; Moseman-Valtierra, S. M.: MARINEMACROINVERTEBRATES AND GREENHOUSE GAS PRODUCTION:EFFECTS OF ANTHROPOGENIC NUTRIENT AND TEMPERATURESTRESSORS ON COASTAL FILTER FEEDERS3004 Kubiszyn, A. M.; Trudnowska, E.; Wiktor, J. M.; Boehnke, R.; Blachowiak-Samolyk, K.: RELATIONSHIPS BETWEEN DIFFERENT PLANKTON SIZEFRACTIONS IN A WARMING ARCTIC FJORD3005 Mella-Flores, D.; Vargas, C.; Mesa-Campbell, S.; Andrade, S.; von Dassow, P.:DIFFERENTIAL STRESS RESPONSES BETWEEN STRAINS AND LIFE-CYCLE STAGES IN THE UBIQUITOUS COCCOLITHOPHORE EMILIANIAHUXLEYI3006 Pajusalu Liina, 1.; Georg Martin, .; Arno Põllumäe, .: EFFECTS OF INCREASEDCO 2CONCENTRATION IN SEAWATER ON NET PRIMARY PRODUCTIONOF SEAGRASS ZOSTERA MARINA L. IN THE BRACKISH WATERECOSYSTEM3007 Davies, S. M.; Sánchez Velasco, L.; Beier, E.: LARVAL FISH HABITATS IN THENORTHERN BOUNDARY OF THE SHALLOW OXYGEN MINIMUM ZONEIN THE EASTERN TROPICAL PACIFIC OFF MEXICO3008 Navarro, M. O.; Parnell, P. E.; Martz, T. R.; Levin, L. A.: YEAR-ROUNDSPAWNING OF MARKET SQUID, DORYTEUTHIS OPALESCENS,THROUGH DYNAMIC ENVIRONMENTAL PH AND [O 2] CONDITIONSOFF SOUTHERN CALIFORNIA3009 Hennon, G. H.; Armbrust, E. V.; Berthiaume, C.; Morales, R.L.: GENE EXPRESSION PATTERNS OF THE DIATOM T.PSEUDONANA ACCLIMATING TO ELEVATED CO23010 Miller, J. A.; Peterson, W. T.; Copeman, L.; Litz, M. N.; Sremba, A. L.: ISTHE GROWTH AND CONDITION OF EARLY LIFE STAGES STAGESOF NORTHERN ANCHOVY RELATED TO THE BIOCHEMICALCLIMATOLOGY OF THE NORTHERN CALIFORNIA CURRENT?3011 Shimoda, T. E.; Sakihara, T. S.; Nishiura, L. K.; Shindo, T. T.; Peyton, K. A.:INVESTIGATIONS OF HAWAIIAN ESTUARIES AS FISH HABITAT: SPECIESASSEMBLAGES, ABUNDANCE, BIOMASS, AND SEASONALITY FROMTHREE ESTUARY TYPES3012 McElhany, P.; Ladd, T.; Khangaonkar, T.: MODELING COMPLEXMOVEMENT OF ZOOPLANKTON IN A DYNAMIC CARBON CHEMISTRYENVIRONMENT102 The Chukchi Sea Region: Physical Forcing and EcosystemResponse In the Pacific ArcticChair(s): Jacqueline M. Grebmeier, jgrebmei@umces.eduSue E. Moore, sue.moore@noaa.govRussell R. Hopcroft, rrhopcroft@alaska.eduRobert S. Pickart, rpickart@whoi.eduBill Williams, bill.williams@dfo-mpo.gc.caLocation: Kamehameha Hall III1038 Statscewich, H.; Weingartner, T. J.; Winsor, P. R.; Potter, R. A.; Danielson, S. L.:THE CIRCULATION AND HYDROGRAPHIC STRUCTURE OF BARROWCANYON IN THE NORTHEAST CHUKCHI SEA1039 Muniak, T.; Harvey, H. R.: SPATIAL HETEROGENEITY OF ICE ALGALBIOMARKERS IN THE CHUKCHI SEA AND THEIR IMPLICATIONS FORSEA ICE EXTENT RECONSTRUCTION1040 Edenfield, .; Norcross, .: BEAUFORT SEA MARINE FISH SURVEYS IN THEU.S.-CANADA TRANSBOUNDARY AREA FROM 2010-20131041 Questel, J. M.; Hopcroft, R. R.; Blanco-Bercial, L.; Bucklin, A.: DISTRIBUTIONOF PSEUDOCALANUS SPP. IN THE PACIFIC-ARCTIC AS REVEALED BYMOLECULAR MARKERS1042 Powell, K. K.; Konar, B.; Ravelo, A.: TEMPORAL VARIATION OF EPIBENTHICCOMMUNITIES IN THE CHUKCHI SEA, ALASKA1043 Strong, A. L.; Arrigo, K. R.: HOW MUCH CHANGE MATTERS? THEIMPLICATIONS OF CHANGES IN PRIMARY PRODUCTION FOR THECHUKCHI SEA SHELF ECOSYSTEM1044 Bowler, B. C.; Lubelczyk, L. C.; Drapeau, D. T.; Balch, W. M.:COCCOLITHOPHORES AND CALCIFICATION IN THE WESTERN ARCTICDURING THE ICESCAPE EXPEDITION OF 20111045 Gonsior, M.; Cooper, L.; Grebmeier, J.; Schmitt-Kopplin, P.: SOURCECHARACTERIZATION OF DOM IN THE CHUKCHI SEA1046 Smoot, C. A.; Hopcroft, R. R.: TOWARD A CONTEMPORARY BASELINE FORZOOPLANKTON COMMUNITIES IN THE AMERICAN BEAUFORT SEA1047 Gray, B. P.; Norcross, B. L.: COMPARING SIMILAR FISH SPECIES’ DIETSACROSS THE CHUKCHI AND BEAUFORT SEAS1048 Gemery, L.; Cronin, T. M.; Cooper, L. W.: SPATIAL AND TEMPORALCHANGES IN CHUKCHI SEA OSTRACODES FROM 1965 TO 20131049 Ershova, E.; Hopcroft, R. R.; Kosobokova, K. K.: THE EFFECT OFTEMPERATURE ON THE REPRODUCTIVE SUCCESS OF 3 SPECIESOF PSEUDOCALANUS SPP. IN THE PACIFIC ARCTIC1050 Yoshizawa, E.; Shimada, K.: TEMPORAL RESPONSE OF UPPER OCEANCIRCULATION AGAINST SURFACE FORCING: MECHANISM OFNO-REBOUND SEA ICE REDUCTION IN THE PACIFIC SECTOR OF THEARCTIC OCEAN1051 Dewey, S. R.; Morison, J. H.; Anderson, R.; Zhang, J.; Steele, M.: AERIALSURVEYS OF THE BEAUFORT SEA SEASONAL ICE ZONE IN 20121052 Lewis, K.; Arrigo, K.; van Dijken, G.: REGIONAL CHLOROPHYLL ANDPRIMARY PRODUCTION ALGORITHMS FOR THE CHUKCHI SEA1053 Lowry, K. E.; van Dijken, G. L.; Arrigo, K. R.: EVIDENCE OF PREVIOUSUNDER-ICE PHYTOPLANKTON BLOOMS IN THE CHUKCHI SEA1054 Jewett, S. C.; Dasher, D. H.; Chenelot, H.; Hoberg, M. K.: ASPECTS OF&DELTA 13 C AND &DELTA 15 N IN THE BENTHIC ENVIRONMENT OF THENORTHEASTERN CHUKCHI SEA CORRIDOR1055 Knowlton, A. L.; Blanchard, A. L.: ENVIRONMENTAL AND BIOLOGICALHETEROGENEITY IN THE NORTHEASTERN CHUKCHI SEA1056 Potter, R. A.; Weingartner, T. J.; Dobbins, E. L.; Statscewich, H.; Winsor, P.:SURFACE CIRCULATION PATTERNS IN THE NORTHEASTERN CHUKCHISEA1057 Hariharan, P.; Questel, J. M.; Clarke-Hopcroft, C.; Stark, T. C.; Hopcroft, R. R.:INTER-ANNUAL VARIABILITY OF THE PLANKTONIC COMMUNITIES INTHE NORTHEASTERN CHUKCHI SEA: 2008-20131058 McTigue, N. D.; Bucolo, A. P.; Liu, Z.; Dunton, K. H.: TRACING 13 C-ENRICHEDORGANIC MATTER FROM END-MEMBERS TO THE MACROFAUNALFOOD WEB USING SEDIMENTARY PIGMENTS IN THE CHUKCHI SEA,ALASKAWEDNESDAY127

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY1059 Varela, D. E.; Giesbrecht, K. E.: WHY CHLOROPHYLL DOESN’TTELL THE WHOLE STORY: DECREASING BIOGENIC SILICA ANDMICROPLANKTON PRODUCTIVITY IN THE BERING AND CHUKCHISEAS SINCE 20061139 Solignac, S.; de Vernal, A.; Bonnet, S.; Henry, M.: DISTRIBUTION OFDINOFLAGELLATE CYST ASSEMBLAGES IN THE BERING AND CHUKCHISEAS: INSIGHT INTO WATER MASS FORCING ON PHYTOPLANKTONECOLOGY1140 Kasper, J.: THE SHELF AND SHELFBREAK RESPONSE TO UPWELLINGFAVORABLE WINDS IN THE PRESENCE OF LANDFAST ICE1141 Sipler, R. E.; Sanderson, M. P.; Roberts, Q. N.; Baer, S.; Bronk, D. A.: IMPACT OFHUMICS ON NITROGEN UPTAKE IN THE COASTAL ARCTIC1142 Bucolo, P.; Dunton, K. H.: THE PHOTOSYNTHETIC POTENTIAL OFMICROPHYTOBENTHOS OF HANNA SHOAL (CHUKCHI SEA, AK)1143 Kuletz, K. J.; Ferguson, M.; Hurley, B.; Gall, A.; Labunski, E. A.: SEASONAL ANDSPATIAL PATTERNS OF MARINE-BIRD AND -MAMMAL DISTRIBUTIONSIN THE PACIFIC ARCTIC: A DELINEATION OF BIOLOGICALLYIMPORTANT MARINE AREAS959 Yang, E. J.; Ha, H. K.; Kang, S. H.: THE ROLE OF MICROZOOPLANKTON ONMAJOR PHYTOPLANKTON IN THE CHUKCHI SEA , ARCTIC OCEAN960 Brugler, E. T.; Pickart, R. S.; Moore, G. K.; Roberts, S.; Weingartner, T. J.:SEASONAL TO INTERANNUAL VARIABILITY OF THE PACIFIC WATERBOUNDARY CURRENT IN THE BEAUFORT SEA961 Pisareva, M.; Pickart, R. S.: FLOW OF PACIFIC WATER IN THE WESTERNCHUKCHI SEA: RESULTS FROM THE RUSALCA 2009 EXPEDITION962 Mendoza, W. G.; Weiss, E.; Schieber, B.; Mitchell, G.: CHARACTERIZINGDYNAMIC OF BIOGEOCHEMICAL PROPERTIES IN THE ARCTIC UNDER-ICE ALGAL BLOOM BY USING ARTIFICIAL NEURAL NETWORK ANDPRINCIPAL COMPONENT ANALYSIS963 SOUSA, L.; PINCHUK, A.; LOGERWELL, E.; PARKER-STETTER, S.;VOLLENWEIDER, J.: ARCTIC SHELFZ (SHELF HABITAT AND ECOLOGYOF FISH AND ZOOPLANKTON)107 Tides and Ocean Mixing: Past, Present, FutureChair(s): Mattias Green, m.green@bangor.ac.ukMatthew Huber, huberm@purdue.eduBrian Arbic, arbic@umich.eduRafaele Ferrari, rferrari@mit.eduMaarten Buijsman, mbuijsma@uno.eduLocation: Kamehameha Hall III1894 Wang, Z.; DiMarco, S.: OBSERVATIONS AND ANALYSIS OF TURBULENTMIXING NEAR THE SITE OF THE BP DEEPWATER HORIZON OIL SPILL INTHE GULF OF MEXICO1895 Green, M.; Huber, M.: TIDAL DISSIPATION IN THE EARLY EOCENE ANDIMPLICATIONS FOR OCEAN MIXING1896 Duncombe, J. R.: VARIATION IN LATERAL PYCNOCLINE SLOPE CAUSEDBY ROTATIONALLY INFLUENCED TIDES IN THE CHESAPEAKE BAY1897 Li, Z.; von Storch, J. S.; Müller, M.: CHARACTERISTIC HORIZONTALSPATIAL SCALES OF THE M2 INTERNAL TIDES1898 Dushaw, B. D.: TOMOGRAPHY AND THE GLOBAL PREDICTABILITY OFMODE-1 INTERNAL TIDES1987 Yang, Q.; Tian, J.; Zhao, W.; Huang, X.: SPATIAL PATTERN OF SMALL SCALEMIXING IN THE SOUTH CHINA SEA1988 Poulain, P.; Centurioni, L.: MAPPING GLOBAL OCEAN SURFACE TIDALCURRENTS WITH DRIFTER DATA1989 ROGACHEV, K. A.: TIDAL CURRENTS IN THE NORTH-WESTERN SEA OFOKHOTSK AND THEIR EFFECTS ON BIOTA1990 Sakamoto, k.; Tsujino, h.; Nakano, h.; Hirabara, M.; Yamanaka, g.: A PRACTICALSCHEME TO INTRODUCE EXPLICIT TIDAL FORCING INTO AN OGCM1991 Jee, E.; Park, M.: SEASONAL VARIATION OF TIDES IN THE WEST ANDSOUTH COASTS OF KOREA1992 Davies Wykes, M. S.; Dalziel, S. B.; Lawrie, A. G.: EFFICIENT MIXING INSTRATIFIED FLOWS: RAYLEIGH-TAYLOR INSTABILITY WITHIN ANOTHERWISE STABLE STRATIFICATION.1993 Zhang, L. K.; Swinney, H. L.: VIRTUAL OCEAN FLOOR REDUCESINTERNAL TIDAL GENERATION1994 Scotti, A.; White, B.: A TURBULENT APE DECOMPOSITION FORDIAGNOSING MIXING EFFECIENCY1995 Jenkins, A. P.; Carter, G. S.: INTERNAL TIDE GENERATION AT THREE-DIMENSIONAL UNDERSEA RIDGES1996 Erofeeva, S. Y.; Egbert, G. D.: COMBINING LOCAL HIGH RESOLUTIONAND GLOBAL TIDAL SOLUTIONS: TPXO8-ATLAS RELEASE1997 Boettger, D.; Robertson, R.: INTERNAL WAVES IN THE WATERS OFF EASTAUSTRALIA1998 Jeon, C.; Park, J. H.; Varlamov, S. M.; Yoon, J. H.; Kim, Y. H.: SEASONALVARIATION OF SEMI-DIURNAL INTERNAL TIDES IN THE EAST/JAPANSEA1999 Su, Z.; Ingersoll, A.; Thompson, A.; Stewart, A.: THE SIMULATION OF THERELEASE OF OCEAN CONVECTIVE AVAILABLE POTENTIAL ENERGY2000 Uehara, K.: PALEOTIDAL ESTIMATES AROUND THE MEKONG RIVERDELTA, VIETNAM2001 Wei, Z.; Wang, Y.; Gao, X.; Lv, X.: DATA ASSIMILATION OF M2 TIDE IN THESOUTH CHINA SEA USING ADJOINT METHOD CONSIDERING THEINTERNAL TIDE DISSIPATION2002 Lee, C.; Chang, K. I.; Lee, J. H.; Richards, K. J.: ESTIMATION OF VERTICALDIFFUSIVITY DUE TO DOUBLE DIFFUSION AND TURBULENCE IN THEWESTERN EQUATORIAL PACIFIC DURING LOW TURBULENCE LEVELPERIOD2003 Endoh, T.; Yoshikawa, Y.; Matsuno, T.; Yufu, K.; Wakata, Y.: ESTIMATINGREYNOLDS STRESS FROM ADCP MEASUREMENTS IN THE BOTTOMBOUNDARY LAYER OVER THE CONTINENTAL SHELF OF THE EASTCHINA SEA2004 Li, Q.; Wang, B.; Ma, C.: IMPACT OF THE KUROSHIO ON THE INTERNALTIDE GENERATION2005 Wang, Y.; Liu, H.; Wei, Z.; Chen, H.; Gao, X.: NUMERICAL STUDY ON THEINFLUENCE OF TOPOGRAPHY AND COASTLINE CHANGES NEAR THEYELLOW RIVER ESTUARY IN M2 TIDE2006 Chalamalla, V. K.; Sarkar, S.: TURBULENCE FROM INTERNAL WAVEOVERTURNS: DISSIPATION RATE, THORPE SCALES AND MIXINGEFFICIENCY2071 Lenn, Y. D.; Janout, M.; Green, M.: MIXING REGIMES OF THE ARCTICLAPTEV SEA CONTINENTAL SHELF.2072 Zemskova, V. E.; White, B. L.: OCEAN ENERGY CYCLE ESTIMATE FROMAVAILABLE POTENTIAL ENERGY FRAMEWORK124 Boundary Currents, Eddies, and Water Mass TransformationAt High LatitudesChair(s): Michael Spall, mspall@whoi.eduPaal Erik Isachsen, palei@met.noLocation: Kamehameha Hall III1238 Hebert, D. L.; Sutyrin, G. G.; Ullman, D. S.; Rossby, H. T.: EDDY DYNAMICS ATTHE NORTHWEST CORNER OF THE NORTH ATLANTIC CURRENT1239 Zhan, P.; Subramanian, A. C.; Hoteit, I.: EDDIES IN THE RED SEA: ASTATISTICAL AND DYNAMICAL STUDY1240 Spence, J. P.; van Sebille, E.; Saenko, O.; England, M.: USING EULERIANAND LAGRANGIAN APPROACHES TO INVESTIGATE THE SOUTHERNOCEAN ABYSSAL CIRCULATION1241 Xu, J.; Lowe, R.; Ivey, G.; Jones, N.; Zhang, Z.: SHELF CIRCULATION ANDWATER MASS CONNECTIVITY ON THE NINGALOO SHELF OFWESTERN AUSTRALIA1242 Wang, Y.; Wu, D.; Lin, X.: EFFECTS OF THE TIDE AND WIND FORCING ONTHE WATER RESIDENCE TIME IN THE BOHAI SEA1243 Hughes, G. O.; Griffiths, R. W.; Saenz, J. A.: THE GLOBAL IMPORTANCE OFLOCALIZED DEEP SINKING REGIONS IN THE OCEANS1244 Torres, D. J.; Krishfield, R.; Proshutinsky, A.: OBSERVATIONS OF THE UPPEROCEAN FLOW FIELD AND SEA-ICE DYNAMICS IN THE BEAUFORT GYREFROM 2005-2013 FROM MOORED INSTRUMENTATION128

Program BookAGU/ASLO/TOS1245 Furue, R.; Benthuysen, J.; Schloesser, F.; McCreary, J.; Phillips, H.: IMPACTSOF THE CONTINENTAL SLOPE ALONG THE EASTERN BOUNDARYON THE SINKING BRANCH OF DEEP MERIDIONAL OVERTURNINGCIRCULATION1285 Wu, L.; Sun, S.: INTENSFICATION OF GLOBAL SUBTROPICAL WESTERNBOUNDARY CURRENTS IN A WARMER CLIMATE1286 Davis, P. E.; Lique, C.; Johnson, H. L.: HOW ARE CHANGING SEA ICECONDITIONS AFFECTING THE SPIN-UP OF THE BEAUFORT GYRE?1287 Burkholder, K. C.; Lozier, M. S.: TRACING THE PATHWAYS OF THEUPPER LIMB OF THE NORTH ATLANTIC MERIDIONAL OVERTURNINGCIRCULATION1288 Isachsen, P. E.; Lilly, J. M.: THE GEOGRAPHIC DISTRIBUTION OF EDDYKINETIC ENERGIES AND LENGTH SCALES IN THE NORTHERN NORTHATLANTIC1289 Pnyushkov, A.; Polyakov, I.; Ivanov, V.: STRUCTURE AND VARIABILITY OFTHE BOUNDARY CURRENT IN THE EURASIAN BASIN OF THE ARCTICOCEAN1290 Mengnan Zhao, M.; Mary-Louise Timmermans, M.; Richard Krishfield , R.;Andrey Proshutinsky, A.; John Toole, J.: AN EXAMINATION OF HALOCLINEEDDIES ACROSS THE ARCTIC OCEAN1291 Matsuda, J.; Mitsudera, H.; Nakamura, T.; Hasumi, H.; Sasajima, Y.:THERMOHALINE CIRCULATION SYSTEM FROM THE BERING SEA TOTHE NORTH PACIFIC VIA THE SEA OF OKHOTSK1292 Nakanowatari, T.; Mitsudera, H.; Motoi, T.; Ishikawa, I.; Ohshima, K.I.: MULTIDECADAL SCALE COOLING IN THE NORTH PACIFICINTERMEDIATE WATER: AN EDDY-RESOLVING ICE-OCEAN COUPLEDMODEL SIMULATION1293 Morison, J. H.; Rigor, I.; Peralta-Ferriz, A. C.; Guthrie, J.; Zhang, J.: HOW THECHARACTER OF ARCTIC OCEAN VARIABILITY CHALLENGES FUTURESAMPLING1294 Orvik, K. A.; Haugan, P. M.; Bruvik, E. M.; Hessevik, I.; Kvalsund, K.: THE EDDYFIELD OF THE LOFOTEN BASIN FROM SEAGLIDER OBSERVATIONS1295 Bosse, A.; Testor, P.; Mortier, L.; d’Ortenzio, F.; Prieur, L.: HIGH RESOLUTIONSAMPLING OF SUBMESOSCALE COHERENT VORTICES TRANSPORTINGNEWLY FORMED DEEP WATER ACROSS THE NW MEDITERRANEAN SEATHANKS TO GLIDER1296 Shibley, N.; Timmermans, M. L.; Toole, J.; Carpenter, J.: THE ARCTIC’SATLANTIC WATER DOUBLE-DIFFUSIVE STAIRCASE: FROM THE BASINBOUNDARIES TO THE INTERIOR1354 Lima, N. D.; Gabioux, M.; Guerra, L. A.; Paiva, A. M.: A BIMODAL EDDYSTRUCTURE ALONG THE BRAZIL CURRENT1355 Hossainzadeh, S.; Osinski, R.; Maslowski, W.; Tulaczyk, S.: EFFECTS OFGREENLAND’S RUNOFF ON LABRADOR SEA DYNAMICS1356 Sato, R. M.; Silveira, I. A.; Belo, W. C.; Möller, O. O.: BRAZIL CURRENT’SPROPAGATING CYCLONIC MEANDERS OFF CAPE SANTA MARTA (28SS)1357 Søiland, H.; Rossby, T.: THE LOFOTEN BASIN EDDY REVISITED1358 Bhatrasataponkul, T.: PATHWAYS AND TRANSFORMATION OFGREENLAND’S EXCESS FRESHWATER IN THE NORDIC SEA139 Advances In Ocean Technology; Autonomous InstrumentDevelopment and ApplicationsChair(s): Jim Birch, jbirch@mbari.orgMike DeGrandpre, michael.degrandpre@umontana.eduLocation: Kamehameha Hall III1493 Leeuw, T.; Boss, E.: CROWDSORUCING WATER QUALITY DATA USINGTHE IPHONE CAMERA1494 Nakayama, E.; Ishida, S.; Nakamura, K.; Hagiwara, I.: PROPOSE OF DESIGN OFSUCTION PUMP FOR MEASURING RADIATION1495 Nguyen, H. T.; Terada, K.; Tokura, S.; Hagiwara, I.: DEVELOPMENT OFSIMULATION ON FORMING PROCESS OF TRUSS CORE PANEL BY METALBENDING FOR SUBMARINE1527 Skiba, M. M.; Mowlem, M.; Statham, P. J.: AUTONOMOUS MICROFLUIDIC PRE-CONCENTRATION SYSTEM FOR IN-SITU TRACE METAL MEASUREMENTS1528 MASSABUAU, J. C.; CIRET, P.; DURRIEU, G.; SOW, M.; TRAN, D.:MOLLUSCAN EYE, AN AUTONOMOUS UNMANNED SYSTEM FOR LONGTERM RECORDINGS OF BIVALVE BEHAVIOR FROM THE POLE TO THEEQUATOR1529 Meyer, D.; Prien, R. D.; Dellwig, O.; Waniek, J. J.; Schulz-Bull, D. E.:MEASUREMENT AND INTERPRETATION OF THE REDOX POTENTIAL INTHE GOTLAND DEEP1531 Prien, R. D.; Peterson, M.; Meyer, D.; Schulz-Bull, D. E.: THE GOTLAND DEEPENVIRONMENTAL SAMPLING STATION (GODESS)1532 Moore, T. C.; Amft, J.; Nelson, J. R.; Robertson, C. Y.; Seim, H. E.: HIGH-RESOLUTION TOWED VEHICLE SURVEYS OF HYDROGRAPHIC ANDBIO-OPTICAL PROPERTIES DURING WINTER 2012 ALONG THE SHELFMARGIN OFF LONG BAY (SE US)1533 Julianne Fernandez, M.; Nate Reed, .; Weston Barloon, .; Cyril Johnson, .; LIbeWashburn, .: ASLO MP – PLACEHOLDER ABSTRACT1534 Loucaides, S.; Rerolle, V. M.; Papadimitriou, E.; Achterberg, E. P.; Mowlem, M. C.:SPECTROPHOTOMETRIC PH MEASUREMENTS IN SEA-ICE BRINES1571 Johnson-Roberson, M.: REAL-TIME SCENE UNDERSTANDING FORUNDERWATER INTERVENTION – ENABLING DEEP-WATER SCIENCE1572 Morales Maqueda, M. A.; Penna, N.; Williams, S. D.; Foden, P. R.; Martin,I.: GNSS WAVE GLIDER: FIRST RESULTS FROM LOCH NESS ANDDEMONSTRATION OF ITS SUITABILITY FOR DETERMINING THEMARINE GEOID1573 Cox, A. M.; Moore, S. K.; Marin, III, R.; Hallam, S. J.; Scholin, C. A.: ESP-ENABLED DETECTION OF HARMFUL ALGAE AND BACTERIALPATHOGENS AT AQUACULTURE SITES IN PUGET SOUND1574 Campos, E. J.: FIRST RESULTS OF OF THE ATLAS-B BUOY, A MOOREDOBSERVING PLATFORM IN THE WESTERN SOUTH ATLANTIC1575 Harvey, J. B.; Ryan, J. P.; Zhang, Y.; McCann, M. P.: ADAPTIVE SAMPLING OFMARINE ZOOPLANKTON AND CONTEXTUAL ENVIRONMENT WITHAN AUTONOMOUS UNDERWATER VEHICLE1576 Toussaint, F.; Rabouille, C.; Tisnerat-Laborde, N.; Abchiche, A.; Pairaud, I.: ANEW DEVICE TO FOLLOW TEMPORAL VARIATIONS OF BENTHICMINERALIZATION IN DELTAIC SEDIMENT: THE LSCE BENTHICSTATION1577 Lockhart, S.; Seim, H.; Calloway, C.; Edwards, C.: GLIDER-BASEDOBSERVATIONS OF WINTERTIME BLOOMS ON THE OUTER SHELF ANDSLOPE IN LONG BAY, SC, USA1578 De Almeida, J.; Ward, B.; Bresnahan, P. J.; Maguire, P.; Martz, T.:MICROFLUIDIC DYNAMICS IN A MICRO-ROSETTE FOR IN-SITUMEASUREMENTS OF DISSOLVED INORGANIC CARBON1599 Peri, F.; Paynter, I. L.; Schaaf, C. B.; Van Aardt, J.; Faulring, J.: COASTALAPPLICATIONS OF ULTRA-PORTABLE GROUND BASED LIDAR (GBL)1600 Matuszewski, D. J.; Baldasso, L. F.; Lopes, R. M.: DETECTION ANDSEGMENTATION OF SUSPENDED PARTICLES IN A WATER FLUX1601 Sutton, J. N.; Bishop, J. K.; Martinez, E. J.; Derr, A.; Wood, T.: REAL-TIME ANDHIGH RESOLUTION MEASUREMENT OF PARTICULATE INORGANICCARBON CONTENT IN THE NORTHEAST SUBARCTIC PACIFIC OCEAN1602 Tengberg, A.; Atamanchuk, D.; Kononets, M.; Waldmann, C.; Hall, P. O.: KOLJOEFJORD OBSERVATORY: TESTBED FOR NEW SENSOR TECHNOLOGY1603 McNeil, C. L.; D’Asaro, E. A.; Altabet, M. A.; Reed, A.; Neel, B.: RECENTPROGRESS TOWARD AUTONOMOUS GAS SENSING FLOATS1604 Reineman, B. D.; Lenain, L.; Statom, N. M.; Melville, W. K.: PHASE-RESOLVEDOBSERVATIONS OF MARINE ATMOSPHERIC BOUNDARY LAYER ANDOCEAN SURFACE PROCESSES FROM SHIP-LAUNCHED UAVS1605 Briggs, E. M.; Martz, T. R.; Takeshita, Y.; Price, N. N.; Smith, J. E.: EXPLORINGDIEL VARIATIONS IN PRODUCTION AND CALCIFICATION ON APRISTINE CORAL REEF USING SAMI-PCO2 AND SEAPHOX DATA1606 Castro, S. L.; Wick, G. A.; Steele, M.: VALIDATION OF SEA SURFACETEMPERATURE ANALYSES IN THE ARCTIC OCEAN USING UPTEMPOBUOYS1607 Wilson, S. J.; Send, U.; Mitchell, B. G.: CHLOROPHYLL TIMESERIES DERIVEDFROM A CALIFORNIA CURRENT SYSTEM BIO-OPTICAL MODELAPPLIED TO MOORED MEASUREMENTS OF DIFFUSE IRRADIANCEWEDNESDAY129

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY1608 Coletti, L. J.; Johnson, K. S.; Massion, G. M.; Elrod, V. A.; Sakamoto, C. M.:LOW-COST, RAPID PROTOTYPING OF INSTRUMENTATION USINGOPEN SOURCE HARDWARE1609 Nuzzio, D. B.; Taillefert, M.; Beckler, J. S.: NOVEL ISOCRATIC IONCHROMATOGRAPHIC METHOD FOR THE DETERMINATION OF MAJORANIONS IN MARINE SYSTEMS1610 Williams, A. R.; Glazer, B. T.: OPTIMIZING SOLID-STATE SENSORS FORANALYSES OF MICROBIAL ACTIVITY IN AQUEOUS ENVIRONMENTS1612 Chekalyuk, A.; Barnard, A.; Hafez, M.; Koch, C.; Strubhar, W.:ADVANCED LASER FLUOROMETRY (ALF): NEW TECHNOLOGY FOROCEANOGRAPHY AND ENVIRONMENTAL MONITORING1613 Portmann, H. H.: SCOOP - THE NATIONAL DATA BUOY CENTER’S GAMECHANGER1614 Richards, B. L.; Smith, S. G.; Ault, J. S.; Kobayashi, D.; DiNardo, G. T.:QUANTITATIVE COMPARISON OF ADVANCED FISHERY-INDEPENDENTMETHODS FOR SAMPLING BOTTOMFISH ASSEMBLAGES IN THE MAINHAWAIIAN ISLANDS142 Understanding and Simulating ENSO In Past, Present andFuture ClimatesChair(s): Pedro Di Nezio, pdn@hawaii.eduChristina Karamperidou, ckaramp@hawaii.eduFei-Fei Jin, ckaramp@hawaii.eduAxel Timmermann, ckaramp@hawaii.eduLocation: Kamehameha Hall III3171 Luebbecke, J. F.; McPhaden, M. J.: ASSESSING THE 21ST CENTURY SHIFT INENSO VARIABILITY IN TERMS OF THE BJERKNES STABILITY INDEX3172 Jia, F.; Wu, L.: A STUDY OF RESPONSE OF THE EQUATORIAL PACIFICSST TO DOUBLED-CO2 FORCING IN THE COUPLED CAM–1.5-LAYERREDUCED-GRAVITY OCEAN MODEL3173 Wittenberg, A. T.; Vecchi, G. A.; Delworth, T. L.; Rosati, A.; Anderson, W.G.: ENSO CHANGES WITH INCREASING RESOLUTION IN THE GFDLMODELS3174 Dommenget, D.; Haase, S.; Bayr, T.; Frauen, C.: THE SLAB OCEAN EL NINOATMOSPHERIC FEEDBACKS IN OBSERVED AND SIMULATED ENSODYNAMICS3175 Wu, C.; Wang, L.: CONTRASTING THE EVOLUTION BETWEEN TWOTYPES OF EL NIÑO3176 Ogata, T.; Xie, S. P.; Wittenberg, A.; Sun, D. Z.: INTERDECADAL AMPLITUDEMODULATION OF EL NINO/SOUTHERN OSCILLATION AND ITSIMPACTS ON TROPICAL PACIFIC DECADAL VARIABILITY3177 Rodrigues, R. R.; Campos, E.; Haarsma, R.; Liebmann, B.: THE INTERACTIONBETWEEN ENSO AND THE SOUTH ATLANTIC SUBTROPICAL DIPOLEMODE3178 Wang, F.: THE INFLUENCE OF SUBTROPICAL DIPOLE MODES ON ENSO3179 Chen, H. C.; Sui, C. H.; TSENG, Y. H.; Huang, B. H.: AN ANALYSIS OFCLIMATE OSCILLATIONS IN PACIFIC SUBTROPICAL CELLS3180 Zhang, R.: STRUCTURE AND EFFECT OF OCEAN BIOLOGY-INDUCEDHEATING (OBH) IN THE TROPICAL PACIFIC, DIAGNOSED FROM AHYBRID COUPLED MODEL SIMULATION3181 Zhang, H.; Clement, A.; Deser, C.; DiNizeo, P.; Tomas, R.: THE SOUTH PACIFICMERIDIONAL MODE: A MECHANISM FOR ENSO-LIKE VARIABILITY ANDA PRECURSOR FOR ENSO3182 Choi, K. Y.; Vecchi, G. A.; Wittenberg, A. T.: NONLINEAR WIND RESPONSEAND ENSO ASYMMETRY3183 Sasaki, W.; Doi, T.; Richards, K. J.; Masumoto, Y.: IMPACT OF THEEQUATORIAL ATLANTIC SEA SURFACE TEMPERATURE ON THETROPICAL PACIFIC IN A CGCM3184 Yu, Y.; Dommenget, D.; Frauen, C.; Wales, S.; Wang, G.: ENSO DIVERSITY AS ARESULT OF THE EQUATORIAL RECHARGE OSCILLATOR INTERACTINGWITH NOISE3251 Berthet, S.; Masson, S.; Terray, P.: HOW DOES EXTRA-TROPICAL FORCINGAFFECT EL NIOO-SOUTHERN OSCILLATION IN A COUPLED TROPICALCHANNEL?3252 Levine, A. F.; Jin, F. F.: THE ROLES OF WARM POOL SPREADING ANDATMOSPHERIC CONVECTION IN MULTIPLICATIVE NOISE FORCING OFENSO3253 Kravtsov, S.: AN EMPIRICAL MODEL OF DECADAL ENSO VARIABILITY3254 Graham, F. S.; Brown, J. N.; Wittenberg, A. T.; Holbrook, N. J.; Marsland, S.J.: IMPLICATIONS OF COUPLED MODEL BIASES ON ENSO OCEANDYNAMICS AND CLIMATE PROJECTIONS3255 Ballester, J.; Bordoni, S.; Petrova, D.; Rodó, X.: OCEAN-ATMOSPHEREMECHANISMS INVOLVED IN THE EQUATORIAL HEAT BUILDUPLEADING TO EL NIOO EVENTS3256 Kwon, M.; Yeh, S. W.; Lee, K. J.: ENSO-RELATED PDO IN THE PMIP3 MID-HOLOCENE CLIMATE STATE3257 Chen, L.; Yu, Y.; Zheng, W.: IMPROVED ENSO SIMULATION FROM IAPCOUPLED MODEL FGOALS-G1.0 TO FGOALS-G23258 Moon, Y. I.; Kim, J. S.; Son, C. Y.: CHARACTERISTICS OF WNP TYPHOONSBY THE DIFFERENT TYPES OF THE CENTRAL PACIFIC EL NIÑO3259 Petrova, D. B.; Rodó, X.; Koopman, S. J.; Ballester, J.: FORECASTING EL NIOOUSING UNOBSERVED COMPONENTS TIME SERIES MODELS WITHTIME-VARYING REGRESSION PARAMETERS3260 Rackow, T.; Sidorenko, D.; Goessling, H. F.; Timmermann, A.; Jung, T.:MODELING ENSO WITH ECHAM6-FESOM: INFLUENCE OF THE OCEANRESOLUTION3261 Giese, B.: DIFFERENT TYPES OF ENSO IN SODA 1846-20113262 Buzan, J. R.; Herold, N. K.; Huber, M.: A GLOBAL PALEOBATHYMETRYDATASET OF THE EARLY EOCENE3263 Karamperidou, C.; Jin, F. F.; Cane, M. A.: AMPLITUDE-FREQUENCYRELATIONSHIPS IN THE ENSO PHASE SPACE3264 Sun, D.; Sun, Y.; Zhang, T.; Yu, Y.: RECTIFICATION OF EL NINO-SOUTHERNOSCILLATION INTO CLIMATE ANOMALIES OF DECADAL AND LONGERTIME-SCALES: RESULTS FROM FORCED OCEAN GCM EXPERIMENTS144 Viruses In the Sea - the Molecular Engineers and Architectsof Plankton CommunitiesChair(s): Grieg Steward, grieg@hawaii.eduCorina Brussaard, corina.brussaard@nioz.nlKristina Mojica, Kristina.Mojica@nioz.nlJaclyn Mueller, mueller3@hawaii.eduLocation: Kamehameha Hall III467 Massey, L. M.; Gregory, A.; Tyson, G.; Sullivan, M. B.; Rich, V. I.: THEPOTENTIAL ROLE OF VIRUSES IN BUFFERING THE GREAT BARRIERREEF FROM COASTAL POLLUTION468 Schvarcz, C. R.; Steward, G. F.: GENOMIC CHARACTERIZATION OF TWONOVEL NUCLEO-CYTOPLASMIC LARGE DNA VIRUSES (NCLDVS) FROMTHE OPEN OCEAN469 Xu, J.: REGULATION OF BACTERIAL METABOLIC ACTIVITYBY DISSOLVED ORGANIC CARBON AND VIRUSES IN MARINEENVIRONMENTS473 Cunningham, B. R.; Ye, C.; John, S. G.: POPULATION DYNAMICS OFIRON-LIMITED SYNECHOCOCCUS WH7803 DURING LYTIC INFECTIONBY CYANOPHAGE SYN9474 Mojica, K. D.; Brussaard, C. P.: THE INFLUENCE OF WATER COLUMNSTRATIFICATION ON THE FLOW OF C THRU THE VIRAL SHUNT INMARINE FOOD WEBS OF THE NORTHEAST ATLANTIC OCEAN475 Floge, S. A.; Wilson, W. H.: PERSISTENT VIRUS INFECTIONS OFEUKARYOTIC MARINE PHYTOPLANKTON476 Carreira, C.; Staal, M.; Middelboe, M.; Brussaard, C.: HOW VIRUSES,CHEMICAL COMPOUNDS AND FUNGI SHAPE MICROBIAL MATS477 Kendrick, B. J.; DiTullio, G. R.; Fulton, J. M.; van Mooy, B. A.; Bidle,K. D.: TEMPERATURE INDUCED VIRAL RESISTANCE IN THECOCCOLITHOPHORID, EMILIANIA HUXLEYI (PRYMNESIOPHYCEAE)478 Schieler, B. M.; Bidle, K. D.: THE POTENTIAL ROLE OF NITRIC OXIDESIGNALING IN THE INFECTION OF EMILIANIA HUXLEYI WITHCOCCOLITHOVIRUSES130

Program BookAGU/ASLO/TOS543 O’Connor, P. F.; Brussaard, C. P.: THE IMPACT OF VIRUSES ONPHYTOPLANKTON DYNAMICS IN THE NORTH SEA544 Chow, C. T.; Winget, D. M.; White, R. A.; Hallam, S. J.; Suttle, C. A.:COMBINING MARINE VIRAL METAGENOMIC AND FOSMIDSEQUENCES: PLACING METAGENOMIC SEQUENCES INTO GENOMICCONTEXTS AND CLOSING VIRAL SEQUENCING SPACE545 Coolen, M. J.; More, K.; Balkema, C.; Van Mooy, B.; Bidle, K.: THE ROLE OFENVIRONMENTAL FACTORS IN SHAPING THE GENETIC DIVERSITY OF THENORTH ATLANTIC EMILIANIA HUXLEYI-COCCOLITHOVIRUS SYSTEM.546 Laber, C. P.; Boss, E.; Vardi, A.; Van Mooy, B. A.; Bidle, K. D.: ASSESSINGTHE IMPACT OF COCCOLITHOVIRUS INFECTION ON BLOOM ANDECOSYSTEM DYNAMICS IN THE NORTH ATLANTIC USING IN SITUOPTICAL PROFILING FLOATS547 Fulton, J. M.; Van Mooy, B.; Collins, J. R.; Hunter, J. E.; Bidle, K.:LIPID CONNECTIONS BETWEEN VIRAL TERMINATION OFCOCCOLITHOPHORE BLOOMS AND CARBON EXPORT.548 Ana Martins, M.; Ana Carvalho, F.; Clara Loureiro, .; Jack DiTullio, .; Kay Bidle,.: DETECTION OF EMILIANIA HUXLEYI IN THE OPEN OCEAN NEATLANTIC USING MODIS/AQUA OCEAN COLOR IMAGERY549 Mueller, J. A.; Culley, A. I.; Steward, G. F.: TRACKING PHYTOPLANKTON-INFECTING RNA VIRAL ABUNDANCE ALONG THE ANTARCTIC PENINSULA550 Steward, G. F.; Nigro, O. D.; Hsieh, C. C.; Lin, H. T.; Cowen, J. P.: SAMPLINGAND CHARACTERIZATION OF VIRUSES IN OCEANIC CRUSTAL FLUIDS149 Aquatic Microbial Eukaryotes: From Genomes to EcosystemsChair(s): Charles Bachy, cbachy@mbari.orgAlexandra Z. Worden, azworden@mbari.orgLocation: Kamehameha Hall III621 Grzymski, J. J.; Read, R.; Neveux, I.; Karentz, D.: A TIME-SERIES OFGENE EXPRESSION AND COMMUNITY STRUCTURE CHANGES OFPHYTOPLANKTON IN NEARSHORE ANTARCTICA PENINSULA WATERS622 Jing, H.; Rocke Emma, .; Kong , L.; Liu , H.; Landry, M.: PICOEUKARYOTECOMMUNITIES IN A MARINE OXYGEN MINIMUM ZONE OFF COSTARICA BY 454 PYROSEQUENCING623 Strauss, J.; Gao, S.; Nagel, G.; Bowler, C.; Mock, T.: THE GLOBALSIGNIFICANCE OF LIGHT-DRIVEN RHODOPSIN PROTON PUMPS INEUKARYOTIC MARINE PHYTOPLANKTON624 Peterson, A. K.; Williams, E.; Hannif, A.; Place, A.: QUANTIFICATIONOF CONTAMINATING HOST DNA FROM THE GUT CONTENTS OFATLANTIC MENHADEN625 Chiang, K.; Lin, Y.; Gong, G.: THE OCCURRENCE OF HAPTOPHYTEBLOOM IN THE EAST CHINA SEA626 Moss, J. A.; McCurry, C. B.; Tominack, S. A.; Jeffrey, W. H.; Snyder, R. A.:CILIATE MICROBIAL DIVERSITY IN THE NORTHEAST GULF OF MEXICO627 Chang, J.; Kang, L.: DETECTING NITROGEN DEFICIENCY WITHTHE EXPRESSION OF NITRATE TRANSPORTER GENE IN NATURALPOPULATIONS OF THE DIATOM GENUS CHAETOCEROS628 Lecroq, B.; Kitazato, H.; Economo, E.: XENOPHYOPHORES: GIANTPROTISTS RAISE INTEGRATIVE QUESTIONS IN THE DEEP SEA.629 Yamazaki, T.; Taira, Y.; Reimer, J. D.; Jenke-Kodama, H.: THE SEASONALITYOF PALYTOXIN DISTRIBUTION PATTERNS AND ITS CORRELATIONWITH MICROBIAL COMMUNITIES630 De La Rosa Reyes, V.; Vélez Delgado, A.; Sastre, M.: ASSESSMENT OF DNADAMAGE IN THE DINOFLAGELLATE GYRODINIUM INSTRIATUMUSING THE COMET ASSAY631 Canesi, K. L.; Roche, D.; Rynearson, T. A.: DOES INVISIBLE DIVERSITY DRIVEDIATOM BLOOM DYNAMICS? THE ROLE OF MORPHOLOGICALLYCRYPTIC SPECIES IN THE FORMATION OF DIATOM BLOOMS632 McCrow, J. P.; Allen, A. E.: COMPARATIVE METATRANSCRIPTOMICS OFMICROBIAL EUKARYOTES633 De Martini, F.; Neuer, S.; Lomas, M. W.: GROWTH AND GRAZING RATES OFTHE PICO AND NANO-PHYTOPLANKTON COMMUNITY AND ITS LINKTO THE CARBON EXPORT AT THE BERMUDA ATLANTIC TIME-SERIESSTUDY STATION635 Kahn, P. L.; Peterson, T. D.; Zuber, P.: ECOLOGY AND GENETIC ANALYSISOF KATABLEPHARIS CRE, A HETEROTROPHIC FLAGELLATE THAT‘BLOOMS’ IN THE COLUMBIA RIVER ESTUARY DURING THE SPRING636 Bachy, C.; Jimenez, V.; Sudek, S.; Lagarias, J.; Worden, A. Z.: PHYTOCHROMESIN WIDESPREAD MARINE ALGAE REVEAL ORIGINS OF PLANTSIGNALING PROTEINS637 Limardo, A. J.; Sudek, S.; Worden, A. Z.: PUTATIVE UNCULTUREDECOTYPES OF THE PHOTOSYNTHETIC PICOPLANKTONBATHYCOCCUS638 McQuaid,, J. B.; Valas, R. E.; Badger, J. H.; Moustafa, A.; Allen, A. E.:DISTRIBUTION AND FUNCTIONAL CHARACTERIZATION OF IRONSTARVATION INDUCED PROTEINS639 Wu, Y.; Jeans, J.; Finkel, Z. V.; Campbell, D. A.: LARGE DIATOMS ALLOCATEMORE N INTO PHOTOSYNTHESIS TO COUNTER A SLOW RUBISCOTURNOVER RATE156 Circulation, Mixing and Deep Water Formation In the DeepBasins of the North Atlantic and On the Adjacent ContinentalShelvesChair(s): Igor Yashayaev, Igor.Yashayaev@dfo-mpo.gc.caAlexander Yankovsky, ayankovsky@geol.sc.eduLocation: Kamehameha Hall III2139 Lan, J.; Zhang, N.; Wang, Y.: ON THE DYNAMICS OF THE SOUTH CHINASEA DEEP CIRCULATION2140 Desbruyères, D.; Daniault, N.; Mercier, H.; Thierry, V.; Yashayaev, I.: THEMERIDIONAL OVERTURNING CIRCULATION IN THE SUBPOLARNORTH ATLANTIC AS ASSESSED FROM REPEAT MEASUREMENTS ATTHE AR7W AND A25-OVIDE LINES AND ALTIMETRY DATA2141 Decloedt, T. M.; Luther, D. S.: COMPARISON OF VERTICAL VELOCITIESIMPLIED BY SPATIALLY VARYING MIXING PARAMETERIZATIONS TOVERTICAL VELOCITIES INFERRED FROM HYDROGRAPHIC INVERSIONS2142 Varotsou, E.; Jochumsen, K.; Serra, N.; Kieke, D.; Schneider, L.: TRANSPORTVARIABILITY OF LABRADOR SEA WATER THROUGH FLEMISH PASS INRELATION TO CHANGES AT 53°N2143 Einolf, A. E.: THE EFFECTS OF ICE ARCH FORMATION ON CURRENTS INNARES STRAIT DURING THE SPRINGS OF 2008 AND 20092144 Gelderloos, R.; Johnson, H. L.: DRIVING FORCES OF OCEAN DYNAMICS INTHE CANADIAN ARCTIC ARCHIPELAGO2145 Houpert, L.; Testor, P.; Durrieu de Madron, X.; Bosse, A.; Mortier, L.: HIGHRESOLUTION MONITORING OF DEEP WATER FORMATIONS IN THENORTHWESTERN MEDITERRANEAN OVER THE RECENT PERIOD(2007-2012)2153 Ashkenazy, Y.; Tziperman, E.: INSTABILITIES AND EDDIES OF ASNOWBALL OCEAN2154 Blacic, T. M.; Canales, J. P.; Dunn, R. A.: RESULTS FROM THE 2013 MARINEREXPERIMENT AT RAINBOW HYDROTHERMAL FIELD 36114’N: SEISMICIMAGES OF THE OCEAN CORRELATED WITH TEMPERATURE ANDCURRENT DATA2155 Schulze, L. M.; Frajka-Williams,, E.; Bacon, S.: FRESHWATER SOURCES TOTHE CENTRAL LABRADOR SEA2156 Watts, P. W.: HIGH-LATITUDE FEEDBACKS IN A COMBINED HIGH-RESOLUTION GCM AND BOX MODEL EXPERIMENT2157 Oltmanns, M.; Straneo, F.; Seo, H.; Moore, G. W.: LARGE HEAT LOSS IN THEIRMINGER SEA FORCED BY STRONG DOWNSLOPE WIND EVENTS IN SEGREENLAND2158 Holdsworth, A. M.; Myers, P. G.: MIXED LAYER DEEPENING DUE TOSYNOPTIC SCALE STORMS IN THE LABRADOR SEA2159 Iovino, D.; Herbaut, C.; Houssais, M. N.; Masina, S.: DENMARK STRAITCIRCULATION SCHEME IN AN EDDY-RESOLVING MODEL2160 Wang, H.; Legg, S. A.; Hallberg, R. W.: REPRESENTATIONS OF THE NORDICSEAS OVERFLOWS AND THEIR LARGE SCALE CLIMATE IMPACT INCOUPLED MODELSWEDNESDAY131

AGU/ASLO/TOS2014 Ocean Sciences MeetingWEDNESDAY2161 Rousset, C.; Vivier, F.; Vancoppenolle, M.; Madec, G.; Masson, S.: SIMULATIONOF THE FINE SCALE PROCESSES DRIVING DENSE WATER FORMATIONIN A COASTAL POLYNYA IN SVALBARD2162 Druffel, E. R.; Griffin, S.; Walker, B. D.: RADIOCARBON SIGNATURES ANDCYCLING OF DISSOLVED ORGANIC CARBON IN THE ATLANTIC ANDARCTIC OCEANS2163 HSIEH, P.; PRIMEAU, F.; Azetsu-Scott, K.: VENTILATION OF THELABRADOR SEA INFERRED FROM CHLOROFLUOROCARBONS,RADIOCARBONS AND TRANSIT-TIME DISTRIBUTIONS2164 Logan, P. D.; Bower, A. S.: FORMATION AND PROPAGATION OFANTICYCLONIC EDDIES NEAR THE TAIL OF THE GRAND BANKS2165 Saenz, J. A.; Tailleux, R.; Butler, E.; Hughes, G. O.; Oliver, K.: EFFECTS OFCOMPRESSIBILITY AND OF THE NON-LINEARITIES OF THE EQUATIONOF STATE OF SEAWATER ON THE LORENZ REFERENCE STATE OF THEGLOBAL OCEANS159 CLIVAR: Ocean and Atmosphere Variability, Predictability andChangeChair(s): Lisa Goddard, goddard@iri.columbia.eduJim Hurrell , jhurrell@ucar.eduMartin Visbeck, mvisbeck@geomar.deAaron Donohoe, thedhoe@mit.eduLocation: Kamehameha Hall III2303 Sofianos, S.; Ozsoy, E.; Gertman , I.; Vervatis, V.; Ravdas, M.: DEEP-WATERVARIABILITY AND CONTROLLING MECHANISMS IN THE EASTERNMEDITERRANEAN SEA2304 Ogawa, F.; Omrani, N.; Nishii, K.; Nakamura, H.; Keenlyside, N.: THE ROLEOF THE MID-LATITUDE OCEANIC FRONT IN THE OZONE-INDUCEDCLIMATE CHANGE IN THE SOUTHERN HEMISPHERE AS REVEALED INAQUA PLANET EXPERIMENTS2305 Zhao, X.; Li, J. P.: WINTER-TO-WINTER RECURRENCE OF SSTANOMALIES AND ATMOSPHERIC CIRCULATION ANOMALIES IN THECENTRAL NORTH PACIFIC2306 Morioka, Y.; Masson, S.; Terray, P.; Behera, S.; Masumoto, Y.: ROLE OFTROPICAL SST VARIABILITY ON THE FORMATION OF SUBTROPICALDIPOLES2307 Nishii, K.; Nakamura, H.; Ogawa, F.: ROLE OF THE MIDLATITUDE OCEANICFRONTAL ZONE IN THE SOUTHERN HEMISPHERE CLIMATE CHANGEDUE TO THE STRATOSPHERIC OZONE DEPLETION IN CLIMATE MODELSIMULATIONS2308 Proshutinsky, A.; Dukhovskoy, D.; Timmermans, M. L.; Bourassa, M.; Krishfield,R.: CESSATION OF ARCTIC DECADAL VARIABILITY DURING PERIODSOF CLIMATE WARMING2309 Liu, W.; Liu, Z.; Brady, E.: WHY IS THE AMOC MONO-STABLE IN COUPLEDGENERAL CIRCULATION MODELS?2310 Zveryaev, I. I.; Hannachi, A. A.; Koltermann, K. P.: INTERDECADALCHANGES IN THE LINKS BETWEEN MEDITERRANEAN EVAPORATIONAND REGIONAL ATMOSPHERIC DYNAMICS AND PRECIPITATION2311 Kleppin, H.; Jochum, M.; Shields, C. A.; Otto-Bliesner, B.: ABRUPTCLIMATE TRANSITIONS IN AN UNFORCED INTEGRATION OF CESM(COMMUNITY EARTH SYSTEM MODEL)2312 Tomas, R. A.; Small, R. J.; Bryan, F. O.: SENSITIVITY OF FRONTAL SCALEAIR-SEA COUPLING IN CAM5 TO MODEL AND SST RESOLUTION2357 Takatama, K.; Schneider, N.: ATMOSPHERIC RESPONSE TO SURFACESTRESS INDUCED BY THE KUROSHIO CURRENT IN THE EAST CHINASEA2358 Pookkandy, B.; Dommenget, D.; Wang, G.: INTRA-SEASONAL TOINTERANNUAL VARIABILITY OF THE GLOBAL OCEAN MIXED LAYERDEPTH IN MODEL SIMULATIONS AND OBSERVATIONS2359 Haijun Yang, .; Qing Li, .: DECOMPOSING THE MERIDIONAL HEATTRANSPORT IN THE CLIMATE SYSTEM2360 Charles, E. K.; Hemer, M.: IMPLEMENTATION OF A WIND-WAVE MODELIN ACCESS-CM: EFFECTS OF A WAVE-DEPENDENT SEA SURFACEROUGHNESS ON ATMOSPHERIC AND OCEANIC BOUNDARY LAYERS2449 Miyasaka, T.; Nakamura, H.; Taguchi, B.; Nonaka, M.: LONG-TERMMODULATIONS OF THE DECADAL-SCALE CLIMATE VARIABILITY INTHE WINTERTIME NORTH PACIFIC SINCE 19502450 Okajima, S.; Nakamura, H.; Nishii, K.; Miyasaka, T.; Kuwano-Yoshida, A.:ASSESSING THE IMPORTANCE OF PROMINENT WARM SST ANOMALIESOVER THE MIDLATITUDE NORTH PACIFIC IN FORCING ATMOSPHERICANOMALIES DURING 2011 SUMMER/AUTUMN2451 Kjellsson, J.; Döös, K.; Zika, J. D.; Laliberté, F. B.; Ballarotta, M.: CHANGESTO THE ATMOSPHERIC GENERAL CIRCULATION WITH GLOBALWARMING2452 Behl, M.; Nof, D.; VanGorder, S.: SIMPLE MODELS FOR THE HEAT FLUXFROM THE ATLANTIC MERIDIONAL OVERTURNING CIRCULATION(AMOC) TO THE ATMOSPHERE2453 Zika, J. D.; Laliberté, F.; Kjellsson, J.; Döös, K.: THE HEAT ENGINE OF THECOUPLED CLIMATE AND ITS RESPONSE TO WARMING2454 Yasuda, T.; Adachi, Y.; Ishii, M.; Yukimoto, S.: DECADAL PREDICTION OF SEALEVEL IN THE WESTERN MIDLATITUDE NORTH PACIFIC2455 Sorokina, S.; Li, C.; Wettstein, J. J.; Kvamstø, N. G.: EXAMINING THETURBULENT HEAT FLUX LINK BETWEEN BARENTS SEA ICE AND COLDSIBERIAN WINTERS167 Ocean Policy and Resource Management Including MarineAgronomy and AquacultureChair(s): Jerry L. Miller, Jerry.L.Miller@ScienceForDecisions.comKevin Hopkins, hopkins@hawaii.eduMark Capron, markcapron@podenergy.netLocation: Kamehameha Hall III2125 Fleming, K. M.: WHERE DO ALL THE BOATERS GO? USINGPARTICIPATORY MAPPING TO UNDERSTAND RECREATIONAL USEOF DELAWARE’S ATLANTIC OCEAN AND BAY FOR MARINE SPATIALPLANNING2126 Wu, W.; Wang, H.; Paull, D.: EVALUATING THE AUSTRALIAN DEFENCEFORCE ENVIRONMENTAL MANAGEMENT SYSTEM: A CASE STUDY OFSHOALWATER BAY TRAINING AREA, QUEENSLAND2127 Mathis, J. T.; Cooley, S. R.; Lucey, N.; Frisch, L. C.; Feely, R. A.: OCEANACIDIFICATION RISK ASSESSMENT FOR ALASKA’S FISHERY SECTOR2128 De Ramon N’Yeurt, A.; Hemstock, S.; Rosentrater, K. A.; Capron, M. E.: PACIFICCOMMUNITY DEVELOPMENT THROUGH FERTILIZER PRODUCTIONAND BIOFUEL GENERATION FROM SEAWEED AND OTHER MARINEPLANTS USING OCEAN MACROALGAL AFFORESTATION2129 Brosnan, I. G.; Welch, D. W.; Jacobs Scott, M.: MANAGED DAM SPILL, GASSUPERSATURATION, AND THE EFFECT ON SURVIVAL OF YEARLINGCHINOOK SALMON IN THE LOWER COLUMBIA RIVER AND OCEANPLUME2130 Fang, S. M.; Zhang, H. D.; Xu, H. L.: EVALUATION OF MARINE SCIENCEAND TECHNOLOGY CONVERSION EFFICIENCY IN COASTALPROVINCES AND CITIES OF CHINA BASED ON MIXED DEA-SFA MODEL2175 Yin, K. D.; Jin, X.; Gao, W. J.: ANALYSIS ON BOOM INDEX ANDFLUCTUATING CHARACTERISTICS OF MARINE ECONOMY IN CHINA2176 Correggiari, A.; Perini, L.; Foglini, F.; Remia, A.; Luciani, L.: RESEARCH ANDEXPLOITATION OF SHELF MARINE SAND DEPOSIT FOR COASTALRENOURISHMENT: GEODATABASE GUIDELINES FROM ADRIATIC SHELFEXPERIENCE2177 Jones, C. M.: FOOD SECURITY, FISH, AND HUMAN HEALTH2178 Holl, C. M.; Popp, B. N.; Otoshi, C. A.; Moss, S. M.: NATURAL PRODUCTIVITYIN RECIRCULATING AQUACULTURE AS SUPPLEMENTAL NUTRITION2179 de Ramon N’Yeurt, A.; Tulip, R.; Capron, M. E.: MOVING OCEAN POLICYFROM “TAKE” TO “GIVE AND TAKE” WITH MANAGED OCEANSEAWEED FORESTS2180 Hopkins, K. D.: THE MORAL IMPERATIVE FOR SUPPORTING OFF-SHOREAQUACULTURE2206 REEVE, L. N.: THE IMPACTS ON MYSTICETES OF UNDERWATER NOISEPOLLUTION FROM COMMERCIAL SHIPPING IN THE HIGH SEAS ANDOPPORTUNITIES FOR INTERNATIONAL REGULATION132

Program BookAGU/ASLO/TOS2207 Kotowicz, M.: MANAGING OCEANS’ HISTORIC AND SCIENTIFICRESOURCES IN THE MARIANAS TRENCH MARINE NATIONALMONUMENT2208 Costa, M. B.; Macedo, E. C.; Siegle, E.: SHORELINE CHANGES ANALYSISAT ROCAS ATOLL AS A TOOL TO IMPROVE SPATIAL PLANNINGSTRATEGIES3235 Feeley, M. W.; Morley, D.; Acosta, A.; Barbera, P.; Hunt, J.: SPAWNINGMIGRATION MOVEMENTS OF MUTTON SNAPPER WITHIN A MARINERESERVE NETWORK IN TORTUGAS, FLORIDA3236 Rice, C. A.; Greene, C. M.; Rhodes, L.; Chamberlin, J.; Hall, J.: LANDSCAPEAND SEASONAL COMPOSITION OF LOWER TO MIDDLE TROPHICLEVELS IN PUGET SOUND SURFACE WATERS170 Ecosystems: Processes, Assessment, and ManagementChair(s): To be named, lyndaw@sgmeet.comLocation: Kamehameha Hall III3215 Taub, F. B.; McLasdey, A. K.: EFFECTS OF GRAZERS ON COMMUNITYMETABOLISM (O2 AND CO2 DYNAMICS) IN CLOSED ECOLOGICALSYSTEMS3216 Shelton III, A. J.; Richmond, R. H.: REVIVING ISLAND ECOSYSTEMS:WATERSHED, CORAL REEF, AND FISHERIES RESTORATION INHUMTTAK, GUAM3217 Drury, C. R.; Lirman, D.: THE IMPACT OF CORAL GENOTYPE ANDTHE ENVIRONMENT ON RESTORATION SUCCESS IN ACROPORACERVICORNIS3218 Christensen, S. J.; Kolber, Z.; Bidigare, R. R.: VALIDATION OF FRRFLUOROMETRIC MEASUREMENTS OF BACTERIOCHLOROPHYLL A BYLC-MS/MS ANALYSIS3219 Bliss, B. C.; Gilliam, D. S.: TRANSLOCATION OF ACROPORA CERVICORNISACROSS GEOGRAPHIC REGIONS: INVESTIGATING SPECIES RECOVERYAND RESTORATION3220 White, D. J.; Williams, I. D.; Sparks, R. T.: THE KAHEKILI HERBIVOREFISHERIES MANAGEMENT AREA: ENHANCING RESILIENCE OF A REEFSHOWING SIGNS OF STRESS IN WEST MAUI, HAWAIÌ3221 Dethmers, K. E.; Penny, S.: TROUBLE IN A SOUP OF NETS: WILDLIFEENTANGLEMENTS IN DERELICT FISHING GEAR3222 Sindorf, V. L.: INDIAN OCEAN ROCKY INTERTIDAL ZONE - ANIMPORTANT NURSERY HABITAT FOR COMMERCIALLY VALUABLE FISHSPECIES. A PRELIMINARY SURVEY IN WATAMU, KENYA3224 Santos, C. J.; Sanchez, B. I.; Martinez, G. A.; Macchiavelli, R. E.:PHYTOPLANKTON IN SIX RESERVOIRS OF PUERTO RICO: ANAPPROACH TO RELATE DIVERSITY AND TROPHIC CONDITIONS USINGBIOTIC INDEXES AND THE FUNCTIONAL GROUPS CONCEPT3225 Kneer, D.: DYNAMICS OF SEAGRASSES IN A HETEROGENOUS TROPICALREEF ECOSYSTEM3226 Levine, R. M.; Lawson, G. L.; Wiebe, P. H.; Lavery, A. C.; Greene, C. H.:TEMPORAL AND SPATIAL VARIABILITY IN EUPHAUSIID ABUNDANCEAND SPECIES COMPOSITION AT THE NORTHWEST ATLANTIC SHELFBREAK AND ITS CANYONS3227 Sakashita, M.; Jeffers, E.: ENDANGERED CORALS GET NEW LEGAL MUSCLE3228 Hoff, N. T.; Dias, J. F.: ABUNDANCE BIOMASS COMPARISON (ABCMETHOD) APPLIED TO ICHTHYOFAUNA FROM A BRAZILIAN MARINEPROTECTED AREA3229 Palardy, J. E.: THERMAL EVOLUTION IS REQUIRED FOR LONG-TERMCORAL REEF SURVIVAL3230 Ennis, R. S.; Smith, T. S.: CORAL REEF HEALTH AND ACCLIMATIONALONG A WATER QUALITY GRADIENT IN ST. THOMAS, USVI3231 Ross, M. C.; Donahue, M. J.: INTEGRAL PROJECTION MODELS AS A TOOLTO INVESTIGATE THE ROLE OF CORAL DEMOGRAPHY IN LONG-TERMTRENDS OF CORAL ABUNDANCE AROUND MAUI HAWAII3232 Ricci, P. F.; Taramelli, A.; Valentini, E.; Sheng, H.; Ricci, A. P.: INTRINSICANALYSIS: A UNIFICATION THROUGH NETWORKS, ENTROPY, ANDDIVERSITY INDICES TO DESCRIBE THE SELF (IN SE) QUALITIES OF ANECOSYSTEM.3233 DeJoseph, B. M.; Fluharty, D. L.: UNDERSTANDING INFORMATION NEEDSFOR ADAPTING REEF ECOSYSTEM MANAGEMENT TO A CHANGINGCLIMATE3234 Day, R. D.; Pugh, R. S.; Becker, P. R.: THE CORAL REEF ENVIRONMENTALBIOREPOSITORY (CREB): EXPANDING SPECIMEN BANKING AT THENATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGY (NIST)173 New Conceptual and Experimental Approaches to Investigatethe Effects of Multiple Environmental Drivers On OceanBiotaChair(s): Philip Boyd, pboyd@chemistry.otago.ac.nzDavid Hutchins , dahutch@usc.eduJean-Pierre Gattuso, gattuso@obs-vlfr.frLocation: Kamehameha Hall III1471 Spackeen, J.; Bronk, D.; Sipler, R.; Hutchins, D.; Allen, A.: IMPACT OFELEVATED TEMPERATURE AND PCO2 ON THE UPTAKE OF NITRATEAND UREA BY MICROBES IN COASTAL SOUTHERN CALIFORNIA1472 Roberts, D.; Stark, J. S.; Kirkwood, W. J.; Peltzer, E. T.; McMinn, A.: FREEOCEAN CO 2ENRICHMENT OF THE ANTARCTIC SEA FLOOR: ANTFOCE1473 Zhu, Z.; Fu, F.; Hutchins, D. A.: EFFECTS OF GLOBAL WARMING ANDPHOSPHORUS LIMITATION ON THE DIATOM COSCINODISCUS SP.1474 Sperling, E. A.; Frieder, C. A.; Levin, L. A.: MACROFAUNAL FEEDINGECOLOGY IN MODERN OXYGEN MINIMUM ZONES: IMPLICATIONSFOR PAST AND FUTURE OCEANS1476 Hoppe, C. J.; Beszteri, S.; Holtz, L. M.; Trimborn, S.; Rost, B.: DYNAMICLIGHT ALTERS THE RESPONSE OF CHAETOCEROS DEBILIS TO OCEANACIDIFICATION1477 Xu, K.; Fu, F.; Hutchins, D. A.: COMPARATIVE RESPONSES OF THETWO DOMINANT ANTARCTIC PHYTOPLANKTON PHAEOCYSTISANTARCTICA AND FRAGILARIOPSIS CYLINDRUS TO FOUR CLUSTEREDENVIRONMENTAL FACTORS1478 MacDonald, D. J.; McGinley , M. P.; Browning , G.; Oliver , M. J.; Luther , G. W.:ASSESING HYDROGEN SULFIDE STRESS AT PHOTOSYSTEM CENTERII IN MARINE ALGAE USING IN SITU BIOLOGICAL, CHEMICAL ANDPHYSICAL SENSORS1479 Barry, J. P.; Litvin, S. Y.; Kirkwood, W. J.; Matsumoto, G. I.; Brewer, P.G.: DEVELOPMENT OF A SHALLOW-WATER, FREE OCEAN CO2ENRICHMENT (SW-FOCE) FACILITY IN MONTEREY BAY, CALIFORNIA1480 Mason, R. A.; Dove, S. G.; Skirving, W.; Hoegh-Guldberg, O.: PREDICTIONOF CORAL BLEACHING USING REMOTELY-SENSED IRRADIANCE ANDOCEAN TEMPERATURE1481 Winder, M.; Bermúdez, J. R.; Hansen, T.; Jay, B.; Thompson, E.: CYCLINGOF ORGANIC MATTER THROUGH THE PELAGIC FOOD WEB UNDERWARMER ACIDIFIED OCEAN CONDITIONS1482 Strzepek, R. F.; Boyd, P. W.; Tagliabue, A.: TOWARDS A MECHANISTICUNDERSTANDING OF THE MULTIPLICATIVE EFFECTS OF IRON ANDLIGHT ON ALGAL PHOTOSYNTHESIS AND IRON REQUIREMENTS1483 Hutchins, D. A.; Tatters, A. O.; Xu, K.; Bronk, D.; Allen, A.: WILL CLIMATECHANGE PROMOTE ECOSYSTEM-DAMAGING TOXIC PSEUDO-NITZSCHIA BLOOMS IN THE FUTURE ROSS SEA?1484 Sánchez-García, M. A.; Roberson, L. M.; Zottoli, S. J.: USE OF LUTJANUSJOCU (DOG SNAPPER) AS A BIOINDICATOR OF EMERGINGCONTAMINANTS AND CHANGES IN ENVIRONMENTAL CONDITION1485 Marty-Rivera, M.; Roberson, L. M.; Yudowski, G. A.: A CHEMICALAPPROACH TO PREVENT CORAL BLEACHING1486 Johnson, C. N.; Fu, F.; Hutchins, D. A.; Walworth, N.; Webb, E. A.:DIFFERENTIAL EXPRESSION OF GENES FOR CARBON ANDNITROGEN METABOLISM IN HIGH CO2 ADAPTED CELL LINES OFTRICHODESMIUM ERYTHRAEUM (IMS 101)1541 Roberson, L.; Rosenthal, J.: A COMPARATIVE TRANSCRIPTOMICSAPPROACH TO UNDERSTANDING CALCIFICATION IN CORALS1542 Vilchis, L. I.; Gaydos, J. K.; Johnson, C. K.; Evenson, J. R.; Pearson, S. F.:COMMON RISKS AMONG DECLINING MARINE PREDATORS SUGGESTSECOSYSTEM CHANGE824 papersWEDNESDAY133

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY2/27/2014 Orals175D TutorialsChair(s): Tom Drake, tom.drake@navy.milLocation: 310 Theater14:00 Filippelli, G. M.: OCEAN SCIENCE, POLICY, AND INTERNATIONALDIPLOMACY: A LOOK FROM INSIDE THE U.S. DEPARTMENT OF STATE14:30 Buesseler, K. O.: FUKUSHIMA AND OCEAN RADIOACTIVITY15:00 Chen, S. S.: SUPERSTORM SANDY: AN IDEAL TUTORIAL FORINTEGRATED IMPACT FORECASTING USING COUPLED ATMOSPHERE-WAVE-OCEAN-SURGE MODELS15:30 Greene, C. H.: FOSSIL FUEL JUNKIES, CLIMATE CHANGE, OCEANACIDIFICATION, AND GLOBAL BIOGEOCHEMICAL ENGINEERING005 Air-Sea Gas ExchangeChair(s): David Ho, ho@hawaii.eduRik Wanninkhof, rik.wanninkhof@noaa.govWilliam Asher, asherwe@apl.washington.eduLocation: 31208:00 Blomquist, B. W.; Huebert, B. J.; Fairall, C.; Hare, J.; Brooks, I.: HIWINGS –RECENT RESULTS FROM A HIGH WIND GAS EXCHANGE STUDY IN THELABRADOR SEA08:15 Butterworth, B. J.; Miller, S. D.: LONG-TERM SOUTHERN OCEAN AIR-SEACO 2FLUX BY EDDY COVARIANCE FROM AN ICE BREAKER08:30 Landwehr, S.; Miller, S. D.; Smith, M. J.; Saltzman, E. S.; Ward, B.: ANALYSIS OFTHE PKT CORRECTION FOR DIRECT CO2 FLUX MEASUREMENTS OVERTHE OCEAN08:45 Yang, M.; Nightingale, P.; Liss, P.; Johnson, M.; Blomquist, B.: EDDYCOVARIANCE MEASUREMENTS OF AIR-SEA OVOC TRANSFER OVERTHE ATLANTIC OCEAN09:00 Coburn, S.; Ortega, I.; Blomquist, B.; Fairall, C. W.; Volkamer, R.: EDDYCOVARIANCE FLUX MEASUREMENTS OF GLYOXAL OVER THETROPICAL PACIFIC OCEAN DURING TORERO 201209:15 Fairall, C. W.; Bariteau, L.: THEORETICAL AND NUMERICAL ANALYSISOF CARBONATE REACTION TIME SCALES ON THERMAL EFFECTS OFAIR-SEA CO2 FLUX09:30 Nicholson, D. P.; Khatiwala, S.: NOBLE GAS CONSTRAINTS ON BUBBLE-MEDIATED AIR-SEA GAS FLUX IN A GLOBAL OCEAN MODEL09:45 Brix, H.; Menemenlis, D.: AIR-SEA GAS EXCHANGE REVISITED:IMPROVING AIR-SEA CARBON FLUXES IN A GLOBALBIOGEOCHEMICAL MODEL14:00 Landschützer, P.; Gruber, N.; Bakker, D.; Schuster, U.: VARIABILITY OF THEGLOBAL OCEAN CARBON SINK (1998-2011)14:15 Yokouchi, Y.; Saito, T.; Mukai, H.: HIGH FREQUENCY MEASUREMENTS OFDIBROMOMETHANE IN THE ATMOSPHERE AND NEW FINDINGS ONITS OCEANIC SOURCES14:30 Fischer, T.; Kock, A.; Dengler, M.; Bange, H. W.; Arévalo-Martínez, D. L.: GASGRADIENT IN TOP 10 METERS OF COASTAL UPWELLING BIASES SEA-TO-AIR FLUX ESTIMATES: NITROUS OXIDE OBSERVATIONS OFF PERU14:45 Arneborg, L.; Gålfalk, M.; Fredriksson, S.; Bastviken, D.: A WAVE BASEDPARAMETERIZATION OF THE GAS TRANSFER VELOCITY IN FETCHLIMITED AREAS15:00 Schnieders, J.; Garbe, C. S.: IMPACT OF INTERFACIAL TURBULENCE ONGAS TRANSFER15:15 Liao, Q.; Wang, B.; Fillingham, J. H.; Bootsma, H. A.: ON THE COEFFICENT OFTHE SMALL-SCALE EDDY MODEL THAT PREDICTS THE AIR-SEA GASTRANSFER VELOCITY15:30 Lovely, A. E.; Loose, B.; Schlosser, P.; Perovich, D.; McGillis, W. R.: GAS TRANSFERTHROUGH POLAR SEA ICE (GAPS): GAS PARTITIONING BETWEEN WATERAND SEA ICE DERIVED FROM A LARGE-SCALE TANK EXPERIMENT15:45 Brumer, S. E.; Zappa, C. J.; McGillis, W. R.; Loose, B.; Schlosser, P.: GASTRANSFER IN SEASONAL ICE ZONES017 Shedding Light On Phytoplankton BiogeographyChair(s): Dr. Anna Hickman, a.hickman@noc.soton.ac.ukDr. Stephanie Dutkiewicz, stephd@ocean.mit.eduLocation: 313 C08:15 Slade, W. H.; Cetinic, I.; Poulton, N. J.; Perry, M. J.: FRACEX: UNDERSTANDINGTHE EFFECTS OF PHYTOPLANKTON SIZE ON OPTICAL PROPERTIES08:30 Edwards, K. F.; Thomas, M. K.; Klausmeier, C. A.; Litchman, E.: LIGHT ANDPHYTOPLANKTON GROWTH: ALLOMETRY, TAXONOMIC VARIATION,AND BIOGEOGRAPHY08:45 Graff, J. R.; Milligan, A. J.; Westberry, T. K.; Halsey, K. H.; Behrenfeld, M.J.: PHOTOACCLIMATION RELATIONSHIPS OF PHYTOPLANKTONCOMMUNITIES IN THE NATURAL FLUCTUATING LIGHT FIELD09:00 Talmy, D.; Geider, R. J.; Blackford, J.; Hill, C.; Follows, M.: PHYTOPLANKTONPHOTO-ADAPTATION IN CONTRASTING AQUATIC LIGHT REGIMES09:15 Mackey, K.; McIlvin, M.; Post, A.; Saito, M.: STRAIN-SPECIFIC RESPONSE OFMARINE SYNECHOCOCCUS TO IRON LIMITATION09:30 Zorz, J. K.; Cockshutt, A. M.: CROSS-TAXON ANALYSES OF THEPHOTOSYNTHETIC PROTEIN COMPLEX ALLOCATIONS IN THEPICOCYANOBACTERIA09:45 Klausmeier, C. A.; Nathan, J.; Yoshiyama, K.: PHYTOPLANKTON SPECIESCOEXISTENCE ALONG VERTICAL GRADIENTS OF NUTRIENTS ANDLIGHT018 Advancing the Frontiers of the Si Cycle In Terrestrial, Coastal,and Open Ocean EcosystemsChair(s): Paul J. Treguer, paul.treguer@univ-brest.frJoanna C. Carey, carey.joanna@epa.govMark A. Brzezinski, mark.brzezinski@lifesci.ucsb.eduChristina De La Rocha, Christina.Delarocha@univ-brest.frRobinson W. Fulweiler, rwf@bu.eduManuel Maldonado, maldonado@ceab.csic.esLocation: 318 AB14:00 Conley, D. J.; Frings, P.; Clymans, W.; Vandevenne, F.; Struyf, E.: LINKING THETERRESTRIAL AND OCEANIC SI CYCLES14:15 Hood, J. L.; Cappellen, P. V.: SEASONAL PATTERNS OF DISSOLVED SILICAIN TEMPERATE RIVERS AND STREAMS14:30 Treguer, P. J.; De La Rocha, C. L.: IS THE WORLD OCEAN SILICA CYCLE ATSTEADY STATE?14:45 Jeandel, C.; Oelkers, E.; Jones, M.: THE INFLUENCE OF RIVERINETRANSPORTED PARTICULATE MATERIAL DISSOLUTION ON THEGLOBAL CYCLES OF SI AND OTHER ELEMENTS15:00 Lehtimäki, M.; Tallberg, P.: DOES HYPOXIA INFLUENCEBIOGEOCHEMICAL CYCLING OF SILICON?15:15 Holzer, M.; Primeau, F.; DeVries, T.; Matear, R.: THE SOUTHERN-OCEANSILICON TRAP: DATA-CONSTRAINED ESTIMATES OF REGENERATEDSILICIC ACID, TRAPPING EFFICIENCIES, AND TRANSPORT PATHS15:30 Brzezinski, M. A.; Jones, J. L.: COUPLING OF THE DISTRIBUTIONOF SILICON ISOTOPES TO THE MERIDIONAL OVERTURNINGCIRCULATION OF THE NORTH ATLANTIC OCEAN15:45 Krause, J. W.; Brzezinski, M. A.; Lachenmyer, E. M.; Marquez, I. A.; Baines,S. B.: CELLULAR SILICON VARIABILITY AND UPTAKE IN CULTUREDSYNECHOCOCCUS024 ASLO Multicultural Program Student SymposiumChair(s): Benjamin Cuker, benjamin.cuker@hamptonu.eduDeidre Gibson, deidre.gibson@hamptonu.eduLocation: 304 AB08:00 Quesada, A. J.; Acuña, F. H.; Cortés, J.: DIET OF THE SEAANEMONE ANTHOPLEURA NIGRESCENS: COMPOSITION ANDVARIATION BETWEEN DIURNAL AND NOCTURNAL HIGH TIDES08:15 Edge, I. T.; DeLorenzo, M.: EFFECTS OF SAMPLE STORAGE METHODSAND TEMPERATURE ON CELLULAR BIOMARKER ACTIVITY IN THEEASTERN OYSTER, CRASSOSTREA VIRGINICA134

Program BookAGU/ASLO/TOS08:30 Dupont, A. M.; Cuhel PhD, R. L.: CA:MG RATIOS IN QUAGGA MUSSELSHELLS IN LAKE MICHIGAN: A BIOGEOCHEMICAL THERMOMETERAND ITS RELATIONSHIP WITH WATER COLUMN INVENTORIES08:45 Peoples, A. J.; Wenzel , F.; Waring, G.: PRELIMINARY ANALYSIS ON THEFEEDING ECOLOGY OF THE GRAY SEAL (HALICHOERUS GRYPUS) FROMTHE COAST OF NEW ENGLAND09:00 Browning, G. A.; MacDonald, D. J.; Luther, G. W.: THE EFFECTS OFHYDROGEN SULFIDE AS A CHEMICAL STRESSOR ON ALGAL SPECIESNATIVE TO THE DELAWARE INLAND BAYS AND THE CHESAPEAKE BAY09:15 Yazzie, A. T.: SPATIAL VARIABILITY OF BIOTOXINS IN MANILA ANDVARNISH CLAMS09:30 Francisco, C.; Fields, D.; Vermont, A.; Waller, J.: RESPIRATION RATES OFACARTIA TONSA UNDER FUTURE TEMPERATURE AND SALINITYSCENARIOS IN THE GULF OF MAINE09:45 Ramírez Vélez, A. C.; Brush, M. J.: EFFECTS OF OUTWELLING ON THEMETABOLISM OF THE YORK RIVER ESTUARY, VA025 Physical-Biological Interactions In Coral Reefs: A Tribute toMarlin AtkinsonChair(s): Stephen Monismith, monismith@stanford.eduAmatzia Genin, a.genin@mail.huji.ac.ilLocation: 320 Theater08:00 Falter, J. L.; Lowe, R. J.; Zhang, Z. L.; McCulloch, M. M.: PHYSICAL ANDBIOLOGICAL CONTROLS ON THE CARBONATE CHEMISTRY OF CORALREEF WATERS: NO REAL REFUGE FROM ACIDIFICATION08:15 Comeau, S.; Carpenter, R. C.; Lantz, C. A.; Edmunds, P. J.: UTILIZATION OFOUTDOOR FLUMES TO INVESTIGATE THE RESPONSE OF CORAL REEFCOMMUNITIES TO OCEAN ACIDIFICATION08:30 Koweek, D. A.; Dunbar, R. B.; Rogers, J. S.; Mucciarone, D. A.; Teneva, L. T.:HIGH-RESOLUTION COMMUNITY METABOLISM FROM A HEALTHYCORAL REEF ECOSYSTEM: THE BALANCE BETWEEN ENVIRONMENTALAND ECOLOGICAL CONTROLS08:45 Johnson, M. D.; Fox, M. D.; Kelly, E. L.; Andersson, A. J.; Smith, J. E.:BIOGEOCHEMICAL RESPONSES OF TROPICAL MACROALGAE TONUTRIENT ENRICHMENT IN THE SOUTHERN LINE ISLANDS09:00 Chauvin, A.; Atkinson, M. J.; Cuet, P.; Schar, D. W.: A METHOD TO DERIVE CAND CACO 3BUDGETS ON CORAL REEFS USING A PH OR PCO 2SENSOR09:15 Ruiz-Jones, G. J.; Palumbi, S. R.: CORAL CALCIFICATION IN A REEFENVIRONMENT WITH LARGE DAILY SWINGS IN PH09:30 Price, N. N.; Martz, T. R.; Smith, J. E.: DO CALCIFIED ALGAE ACCLIMATETO DIEL FLUCTUATIONS IN SEAWATER PH ON CORAL REEFS?09:45 Shamberger, K. E.; Lentz, S. J.; Cohen, A. L.; McCorkle, D. C.; Golbuu, Y.: ADECLINE IN NET ECOSYSTEM CALCIFICATION BY CORAL REEFS OFTHE PALAUAN ARCHIPELAGO027 Nearshore ProcessesChair(s): Allison M. Penko, allison.penko@nrlssc.navy.milRyan P. Mulligan, mulliganr@civil.queensu.caLocation: 31108:00 Hansen, J. E.; Raubenheimer, B.; List, J.; Elgar, S.: SURFZONE MORPHOLOGICCHANGE ONSHORE OF A SUBMARINE CANYON08:15 Safak, I.; List, J. H.; Warner, J. C.: PHYSICAL AND GEOLOGICAL CONTROLSON LONG-TERM SEDIMENT TRANSPORT PATTERNS ALONG A WAVE-ENERGETIC, NON-INTERRUPTED COASTLINE: OREGON INLET TOCAPE HATTERAS08:30 Calantoni, J.; Eldredge, K. H.; Staples, T.; Sheremet, A.; Penko, A. M.: TIMESERIES OBSERVATIONS OF SEAFLOOR ROUGHNESS IN THE NORTHERNGULF OF MEXICO 1: SEDIMENT TRANSPORT08:45 Staples, T. J.; Safak, I.; Sheremet, A.; Calantoni, J.: TIME SERIESOBSERVATIONS OF SEAFLOOR ROUGHNESS IN THE NORTHERN GULFOF MEXICO 2: HYDRODYNAMICS09:00 Nelson, T. R.; Voulgaris, G.: TEMPORAL AND SPATIAL EVOLUTION OFINNER SHELF RIPPLE GEOMETRY AND IRREGULARITY09:15 Johnson, B. A.; Cowen, E. A.: AN EXPERIMENTAL INVESTIGATIONOF SEDIMENT SUSPENSION AND RIPPLE EVOLUTION DUE TOTURBULENCE IN THE ABSENCE OF MEAN SHEAR09:30 Hartman, M. A.; Kennedy, A. B.: RELATIONSHIP BETWEEN SANDY BEACHMORPHOLOGY AND WAVE CLIMATE USING BATHYMETRIC LIDAR09:45 Fiedler, J. W.; Brodie, K. L.; McNinch, J. E.; Guza, R. T.: INFRAGRAVITYWAVES, WATER TABLE, AND RUNUP OBSERVATIONS ON A NOURISHEDBEACH14:00 Bennis, A. C.; Le Bot, S. C.; Lafite, R.; Bonneton, P.; Ardhuin, F.: ON A NEWHYDRID METHOD TO MODELIZE THE TURBULENCE OVER MARINESAND RIPPLES14:15 Sylvia Rodriguez-Abudo, B.; Diane Foster, L.: NEARBED MOMENTUMTRANSFER IN THE WAVE-BOTTOM BOUNDARY LAYER OVER RIPPLEDSEDIMENT BEDS14:30 Nayak, A. R.; Li, C.; Kiani, B.; Katz, J.: REYNOLDS AND WAVE STRESSES INTHE ROUGH WALL COASTAL BOTTOM BOUNDARY LAYER14:45 Mullarney, J. C.; MacDonald, I. T.: MEMORY-LOSS: USING LAGRANGIANMEASUREMENTS OF FLOCCULATION DYNAMICS AND TURBULENCETO REMOVE ANTECDENT INFLUENCES ON SEDIMENT IN MOTION15:00 Rosman, J. H.; Paul, E. L.; Scotti, A.: INTERPRETING SHALLOW WATERTURBULENCE MEASUREMENTS: INSIGHTS FROM NUMERICALSIMULATIONS OF TURBULENCE ADVECTED BY WAVES15:15 Zhou, Z.; Sangermano, J.; Hsu, T.; Ting, F.; Liu, X.: THE EFFECTS OF WAVE-BREAKING-INDUCED TURBULENT COHERENT STRUCTURES ONBOTTOM STRESS AND SUSPENDED SEDIMENT TRANSPORT – A 3DNUMERICAL STUDY15:30 Hsu, T. J.; Cheng, Z.; Calantoni, J.; Sou, I. M.: ON THE DYNAMICS OF PLUGFLOW - A MULTI-DIMENSIONAL EULERIAN TWO-PHASE MODELINVESTIGATION15:45 Frank, D. P.; Foster, D. L.; Sou, I.; Calantoni, J.; Chou, P.: INCIPIENT MOTIONOF NEARSHORE SEDIMENTS044 East Asian Marginal Seas: Sea Surface Temperature Variabilityand Ocean-Atmosphere ProcessChair(s): Hyodae Seo, hseo@whoi.eduShang-Ping Xie, sxie@ucsd.eduGlen Gawarkiewicz , ggawarkiewicz@whoi.eduNaoki Hirose, Kyushu UniversityLocation: 301 AB08:00 Takehi, F.; Nakamura, H.; Miyasaka, T.; Yoshioka, M. K.: IMPACT OF THEEARLY-SUMMER OCEANIC FRONTAL ZONE IN THE SOUTHERN EASTCHINA SEA ON STRUCTURAL CHANGE OF A TROPICAL CYCLONE08:15 Kida, S.; Qiu, B.: AN EXCHANGE FLOW BETWEEN THE OKHOTSKSEA AND THE NORTH PACIFIC DRIVEN BY THE EAST KAMCHATKACURRENT08:30 Park, Y.; Park, J.; Lee, H.; Min, H.: THE EFFECTS OF GEOTHERMALHEATING ON THE EAST/JAPAN SEA CIRCULATION08:45 Ichikawa, K.; Motomura, K.; Morimoto, A.; Fukudome, K.; Yoshikawa, Y.:SEASONAL VARIATOINS OF THE SURFACE GEOSTROPHIC TSUSHIMAWARM CURRENT DETERMINED BY GPS ON A FERRYBOAT09:00 SHIN, C.; KIM, E.; KIM, D.; JEON, J.: THE RATIO OF THE NORTHWESTERNPACIFIC WATER IN THE KOREA STRAIT IN JUNE09:15 WEI, H.; LU, Y. Y.; LI, J. X.; LUO, X. F.: INTER-ANNUAL VARIATIONS OFWATER TEMPERATURE AND CIRCULATION IN THE EAST CHINA SEA09:30 Matsuno, T.; Liu, C. T.; Fukudome, K.; Chen, H. W.; Ichikawa, K.: SEASONALVARIATIONS OF VOLUME TRANSPORT THROUGH TAIWAN ANDTSUSHIMA STRAITS AND NET TRANSPORT ACROSS THE SHELF BREAKOF THE EAST CHINA SEA09:45 Yoshie, N.; Sakamoto, K.; Nakagawa, M.; Guo, X.: DRASTIC CHANGE OFPHYTOPLANKTON COMMUNITY IN THE KUROSHIO REGION OF THEEAST CHINA SEA ASSOCIATED WITH THE KUROSHIO FRONTAL EDDY14:00 Oey, L.; Chang, M. C.; Chang, Y. L.; Lin, Y. C.; Xu, F. H.: DECADAL WARMINGOF COASTAL CHINA SEAS AND COUPLING WITH WINTER MONSOONAND CURRENTSTHURSDAY135

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY14:15 N.-E. Omrani, .; F. Ogawa , .; N. S. Keenlyside, .; H. Nakamura, .; K. Matthes,.: IMPACT OF OCEANIC FRONT ON THE NORTHERN HEMISPHERICCOUPLED STRATOSPHERE/TROPOSPHERE-SYSTEM14:30 Schneider, N.; Qiu, B.: THE RESPONSE OF THE ATMOSPHERIC BOUNDARYLAYER TO WEAK SEA SURFACE TEMPERATURE FRONTS14:45 Seo, H.; Kwon, Y.; Park, J.: ON THE EFFECT OF THE EAST/JAPAN SEA SSTVARIABILITY ON THE NORTH PACIFIC ATMOSPHERIC CIRCULATION15:00 Alexander, M. A.; Smirnov, D.; Newman, M.; Kwon, Y.; Frankignoul, C.:THE ATMOSPHERIC RESPONSE TO OYASHIO FRONT SHIFTS IN ANATMOSPHERIC GCM15:15 Small, R. J.; Tomas, R. A.; Bryan, F. O.: ATMOSPHERIC CIRCULATIONRESPONSE TO WESTERN BOUNDARY CURRENTS IN THE COMMUNITYATMOSPHERE MODEL15:30 Zhou, G.; Latif, M.; Greatbatch, R.; Park, W.: THE IMPORTANCE OF EXTRA-TROPICAL SYNOPTIC SST VARIABILITY FOR NORTH PACIFIC SECTORCLIMATE15:45 Shoshiro Minobe, .; Shogo Takebayashi, .: DIURNAL PRECIPITATION ANDCLOUD VARIABILITY OVER THE GULF STREAM AND THE KUROSHIO046 Bio-Physical Controls On the Initiation and Development ofthe Spring Phytoplankton BloomChair(s): Paulo H. R. Calil, paulo.calil@furg.brStephen M. Chiswell , Steve.Chiswell@niwa.co.nzPhilip Boyd, Philip.Boyd@utas.edu.auLocation: 313 C14:00 behrenfeld, m. j.; boss, e. s.; doney, s. c.; siegel, d. a.; lima, i.: BLOOMS IN THECONTEXT OF ECOSYSTEM ANNUAL CYCLES14:15 Mignot, A.; Ferrari, R.; Nadeau, L. P.: PHOTOPERIODIC CONTROL OF THEONSET OF THE SUB-POLAR NORTH ATLANTIC BLOOM14:30 Brody, S. R.; Lozier, M. S.: CHANGES IN DOMINANT MIXING LENGTHSCALES DRIVE SUBPOLAR PHYTOPLANKTON BLOOMS IN THE NORTHATLANTIC14:45 Chiswell, S. M.; Boyd, P. W.: INTERANNUAL VARIABILITY IN TIMING ANDDURATION OF SPRING BLOOMS EAST OF NEW ZEALAN15:00 Johnson, L.; Lee, C.; D’Asaro, E.: THE ROLE OF SUBMESOSCALEINSTABILITIES ON SPRINGTIME MIXED LAYER STRATIFICATION ANDPRIMARY PRODUCTIVITY15:15 Taylor, J. R.: LARGE-EDDY SIMULATIONS OF SPRING PHYTOPLANKTONBLOOMS TRIGGERED BY SUBMESOSCALE EDDIES15:30 LLORT, J.; TAGLIABUE, A.; AYATA, S. D.; SALLéE, J. B.; LéVY, M.:SENSITIVITY OF SOUTHERN OCEAN PHYTOPLANKTON PHENOLOGYTO CHANGES IN VERTICAL MIXING AND FERRICLINE DEPTHS15:45 Trull, T. W.; Weeding , B.; Bray, S. G.; Jansen, P.; Schulz, E.: HOURLYOBSERVATIONS AT THE AUSTRALIAN SOUTHERN OCEAN TIME SERIESINDICATE ELEVATED NET COMMUNITY PRODUCTION IN THE STILL-COOLING, LATE-WINTER, DEEP MIXED LAYER049 Station ALOHA: Celebrating 25 Years of Sustained OceanObservationsChair(s): Matt Church, mjchurch@hawaii.eduSam Wilson, stwilson@hawaii.eduLocation: 313 B14:00 Bidigare, R. R.; Buttler, F. R.; Christensen, S. J.; Barone, B.; Wilson, S. T.:EVALUATION OF THE UTILITY OF XANTHOPHYLL CYCLE PIGMENTDYNAMICS FOR ASSESSING UPPER OCEAN MIXING PROCESSES ATSTATION ALOHA14:15 Lukas, R.; Santiago-Mandujano, F. E.; Plueddemann, A. J.; Weller, R. A.;Duennebier, F. K.: QUANTIFYING THE SURFACE FRESHWATER FLUX ATSTATION ALOHA14:30 Dore, J. E.; Sadler, D. W.; The HOT CO2 team, .: THE HOT PROGRAMPRESENTS: A CARBON CAROL: GHOSTS OF CO 2PAST, CO 2PRESENTAND CO 2YET TO COME14:45 Fitzsimmons, J. N.; Zhang, R.; Boyle, E. A.: SHORT- AND LONG-TERMTEMPORAL VARIABILITY OF IRON AT STATION ALOHA15:00 Zehr, J. P.; Carter, B. J.; Foster, R. A.; Thompson, A. W.; Tripp, H. J.: SAMESTAGE BUT DIFFERENT ACTORS: 20 YEARS OF CHANGE IN NITROGENFIXATION AT STATION ALOHA15:15 Bryant, J. B.; Eppley, J. M.; Karl, D. M.; Church, M. J.; DeLong, E. F.: WIND ANDSEASON DRIVE MICROBIAL COMMUNITY DIVERSITY IN THE NORTHPACIFIC SUBTROPICAL GYRE AT STATION ALOHA.15:30 Barone, B.; Church, M. J.; Karl, D. M.; Letelier, R. M.; White, A. E.: SIZESTRUCTURE AND PARTICLE MAXIMA IN DIFFERENT LAYERS OF THEWATER COLUMN OF A SUBTROPICAL GYRE: INFLUENCES OF ALGALECOLOGY AND DENSITY STRATIFICATION15:45 Karl, D. M.; Clemente, T.; Grabowski, E.; Wilson, S. T.; Church, M. J.:VARIABILITY IN PARTICLE EXPORT AT STATION ALOHA055 Comparing Physical Processes In Large Lakes and ShallowSeasChair(s): Dmitry Beletsky, beletsky@umich.eduLars Umlauf, lars.umlauf@io-warnemuende.deCary Troy, troy@purdue.eduChin Wu, chinwu@engr.wisc.eduRam Rao, ram.yerubandi@ec.gc.caJia Wang, jia.wang@noaa.govLocation: 317 AB08:00 Beletsky, D.; Hawley, N.; Wang, J.; Beletsky, R.; Hu, H.: MODELING WINTERCIRCULATION AND ICE IN LAKE ERIE08:15 Wang, J.; Bai, X.; Luo, L.; Fujisaki, A.; Hu, H.: MODELING GREAT LAKESICE-CIRCULATION-ECOSYSTEM DURING 1993-200808:30 Troy, C. D.; Choi, J. M.; Ahmed, S.; Hawley, N.: DOMINATION OFNEAR-INERTIAL WAVES IN LAKE MICHIGAN: OBSERVATIONS ANDCONSEQUENCES08:45 Bouffard Damien, D.; Wüest Alfred, A.; Schwefel Robert, R.; Holtermann Peter,P.; Umlauf Lars, L.: PROCESS-BASED MODELING OF LAKE GENEVA09:00 Holtermann, P.; Burchard, H.; Gräwe, U.; Klingbeil, K.; Umlauf, L.: DEEP-WATERDYNAMICS AND BOUNDARY MIXING IN A NON-TIDAL STRATIFIEDBASIN: A MODELING STUDY OF THE BALTIC SEA09:15 Lagemaa, P.; Suhhova, I.; Pavelson, J.; Elken, J.: CURRENT SIMULATIONS ANDOBSERVATIONS IN THE GULF OF FINLAND09:30 Rabe, B.; Wright, J.: LOCH LINNHE – A DYNAMICALLY WIDE SCOTTISHSEA LOCH09:45 Xue, P.; Eltahir, E.: CONSISTENT ESTIMATES OF THE HEAT BUDGET OFTHE PERSIAN GULF USING A REGIONAL TWO-WAY COUPLED OCEAN-ATMOSPHERE MODEL063 Changes In the Global Ocean Carbon Cycle: From Observationsto ModelsChair(s): Richard A. Feely , richard.a.feely@noaa.govJeremy T. Mathis, jeremy.mathis@noaa.govLocation: 316 A08:00 Gruber, N.; Clement, D.; Tanhua, T.; Ishii, M.; Mathis, J. T.: THE OCEANIC SINKFOR ANTHROPOGENIC CO2 SINCE THE MID 1990S08:15 Bullister, J. L.; Sonnerup, R. E.; Warner, M. J.: ANTHROPOGENIC TRACERSAND CO 2IN THE ABYSSAL SOUTHWEST PACIFIC OCEAN08:30 Sutton, A. J.; Feely, R. A.; Sabine, C. L.; McPhaden, M. J.; Takahashi, T.:NATURAL AND ANTHROPOGENIC CHANGE SINCE 1997: A SYNTHESISOF EQUATORIAL PACIFIC SURFACE OCEAN PCO2 OBSERVATIONS ONTHE TAO ARRAY08:45 Humphreys, M. P.; Griffiths, A.; Hartman, S. E.; Achterberg, E. P.: INTERIORCHANGES IN CARBONATE CHEMISTRY OBSERVED IN THE EASTERNNORTH ATLANTIC FROM 1981 TO 2013: THE EXTENDED ELLETT LINE09:00 Tjiputra, J.; Schwinger, J.; Heinze, C.: MECHANISMS AND DETECTABILITYOF BASIN SCALE INTERANNUAL SURFACE PCO2 IN NORTH ATLANTICAND NORTH PACIFIC OCEANS136

Program BookAGU/ASLO/TOS09:15 Pierre Regnier, .; Pierre Friedlingstein, .; Philippe Ciais, .; Fred Mackenzie,.; Nicolas Gruber, .: CARBON FLUXES FROM LAND TO OCEAN:PRESENT-DAY ESTIMATES, ANTHROPOGENIC PERTURBATION ANDIMPLICATIONS FOR THE GLOBAL OCEAN C BUDGET09:30 Matthews, R.; Weaver, A. J.: COMPARISON OF SEASONAL VARIABILITYAND LONG-TERM TRENDS ACROSS SUBTROPICAL AND SUBPOLARCARBONATE CHEMISTRY TIME-SERIES09:45 Bates, N. R.; Astor, Y. R.; Dore, J. E.; Olafsson, J.; Gonzalez-Davila, M.: OCEANTIME-SERIES OBSERVATIONS OF INTERANNUAL CHANGES INSEAWATER INORGANIC CARBON14:00 Sascha Flögel, .; Wolfgang Kuhnt, .; David Keller, .; Andreas Oschlies, .; KlausWallmann, .: BIOGEOCHEMICAL CYCLING DURING CRETACEOUSOCEANIC ANOXIC EVENTS14:15 Mysak, L. A.; Simmons, C. T.; Matthews, H. D.: CURRENT INVESTIGATIONSON THE NATURAL CARBON CYCLE SINCE THE LAST GLACIALMAXIMUM USING A MODEL OF INTERMEDIATE COMPLEXITY14:30 Fay, A. R.; McKinley, G. A.: ESTIMATING GLOBAL TRENDS IN SURFACEOCEAN PCO2: DECADAL TO MULTIDECADAL TIMESCALES14:45 Lo Monaco, C.; Metzl, N.; Lenton, A.; Racapé, V.; Gomez, R.:ANTHROPOGENIC AND CLIMATE IMPACTS ON THE TOTALCO 2INCREASE OBSERVED IN THE SOUTH INDIAN OCEAN15:00 Rodgers, K. B.; Toyama, K.; Iudicone, D.; Froelicher, T.; Ishii, M.: RE-EMERGENCE OF ANTHROPOGENIC CARBON INTO THE OCEAN’SSURFACE LAYER15:15 Lovenduski, N. S.; Long, M. C.: NATURAL VARIABILITY IN THE SURFACEOCEAN CARBONATE ION CONCENTRATION15:30 Hieronymus, J.; Walin, G.; Nycander, J.: THE POTENTIAL FOR SULFATEREDUCTION AND PYRITE DEPOSITION TO ALTER THE OCEANATMOSPHERE CARBON BALANCE DURING AN OCEANIC ANOXICEVENT15:45 Sasse, T. P.; McNeil, B. I.; Abramowitz, G.: DIAGNOSING GLOBAL PATTERNSOF OCEAN CO 2VARIABILITY AND CHANGE VIA A NEURAL NETWORKANALYSIS OF GLOBAL BOTTLE DATA073 Ocean Salinity and Water Cycle Variability and ChangeChair(s): Paul Durack, pauldurack@llnl.govEric Bayler, Eric.Bayler@noaa.govGary Lagerloef, lager@esr.orgRay Schmitt, rschmitt@whoi.eduBob Marsh, robert.marsh@noc.soton.ac.ukTony Lee, tlee@jpl.nasa.govLocation: 323 ABC08:00 Schanze, J. J.; Lagerloef, G.; Schmitt, R. W.; Hodges, B. A.: SNAKES ON A SHIP:SURFACE SALINITY OBSERVATIONS DURING SPURS08:15 Hodges, B. A.; Fratantoni, D. M.: NEAR-SURFACE VERTICAL STRUCTURE INTEMPERATURE AND SALINITY IN THE SPURS STUDY AREA08:30 Asher, W. E.; Jessup, A. T.; Clark, D.: POSITIVE SALINITY GRADIENTS ATTHE OCEAN SURFACE FORMED BY EVAPORATION MEASURED DURINGSTRASSE-201208:45 Clayson, C. A.; St. Laurent, L.; Schmitt, R.: SMALL-SCALE MIXING ANDSTABLE/UNSTABLE MIXED LAYERS IN THE SPURS REGION09:00 Shcherbina, A. Y.; D’Asaro, E. A.: DAILY, WEEKLY, AND SEASONALVARIABILITY OF THE UPPER OCEAN STRATIFICATION IN THE NORTHATLANTIC SALINITY MAXIMUM REGION09:15 Farrar, J. T.; Plueddemann, A. J.; Kessler, W. S.; Rainville, L.; Hodges, B. A.:A PRELIMINARY EVALUATION OF UPPER-OCEAN HEAT AND SALTBUDGETS DURING THE SPURS CAMPAIGN09:30 Busecke, J.; Gordon, A. L.; Li, Z.; Bingham, F. M.; Font, J.: EVIDENCE FORTHE ORIGIN OF THE SUBSURFACE SALINITY MAXIMUM IN THESUBTROPICAL NORTH ATLANTIC09:45 Schmitt, R. W.; Blair, A.; St Laurent, L.; Schanze, J.: MEAN SALT BALANCE OFTHE NORTH ATLANTIC SALINITY MAXIMUM078 Ecology of Infectious Marine Disease In A Changing ClimateChair(s): Drew Harvell, cdh5@cornell.eduEileen Hofmann, hofmann@ccpo.odu.eduColleen Burge, colleenaburge@gmail.comLocation: 304 AB14:00 Burge, C. A.; Mann, W. T.; Mydlarz, L. D.; Weil, E.; Harvell, C. D.: IN SITURESPONSES OF A BLEACHING RESILIENT CORAL SPECIES DURING THE2010 CARIBBEAN BLEACHING EVENT14:15 Willis, B. L.; Page, C. A.; Maynard, J. A.; Lamb, J. B.; Pollock, F. J.: BASELINESAND DRIVERS OF CORAL DISEASE ON THE GREAT BARRIER REEF IN ACHANGING CLIMATE14:30 Sziklay, Jamie, M.; Heron, Scott, .; Vargas-Angel, Bernardo, .; Eakin, Mark,.; Donahue, Megan, .: A DECADE OF CORAL DISEASE OBSERVATIONSTHROUGHOUT THE HAWAIIAN ARCHIPELAGO14:45 Friedman, C. S.; Wight, N.; Crosson, L. M.; VanBlaricom, G. R.; Lafferty,K. D.: REDUCED DISEASE IN BLACK ABALONE FOLLOWING MASSMORTALITY: PHAGE THERAPY AND NATURAL SELECTION IN THEFACE OF CLIMATE CHANGE15:00 Lafferty, K. D.; Ben-Horin, T.: ABALONE FARM DISCHARGES WS-RLOPATHOGEN INTO THE WILD15:15 Groner, M. L.; Burge, C. A.; Yang, S.; Wyllie-Echeverria, S.; Harvell, C. D.: LOCALAND CLIMATIC FACTORS AFFECTING THE PREVALENCE OF EELGRASSWASTING DISEASE15:30 McComas, K. A.; Burge, C. A.; Schuldt, J.; Roh, S.; Harvell, C. D.: BACTERIA ONTHE HALF SHELL: UNDERSTANDING RISK PERSPECTION OF CLIMATECHANGE IMPACTS ON PUBLIC AND OYSTER HEALTH15:45 Hofmann, E. E.; Klinck, J. M.; Powell, E. N.; Bushek, D.; The EMID ResearchGroup, .: DEVELOPMENT OF A THEORETICAL BASIS FOR MODELINGDISEASE PROCESSES IN MARINE INVERTEBRATES081 Climate Impacts On Living Marine ResourcesChair(s): Vincent S. Saba, vincent.saba@noaa.govGrace K. Saba, saba@marine.rutgers.eduCharles A. Stock, charles.stock@noaa.govRubao Ji, rji@whoi.eduTrond Kristiansen, trond.kristiansen@imr.noOystein Varpe, oystein.varpe@akvaplan.niva.noLocation: 313 B08:00 Jones, D. O.; Yool, A.; Wei, C.; Ruhl, H. A.; Gehlen, M.: GLOBAL REDUCTIONSIN SEAFLOOR BIOMASS IN RESPONSE TO CLIMATE CHANGE08:15 Ritson-Williams, R.; Ross, C.; Olsen, K.; Paul, V. J.: RELATIVE IMPACTS OFGLOBAL AND LOCAL STRESSORS ON CORAL RECRUITMENT08:30 Zimmerman, R. C.; Hill, V. J.; Smith, M.; Jinuntuya, M.; Celebi, B.: IMPACTOF CLIMATE WARMING AND OCEAN CARBONATION ON EELGRASS(ZOSTERA MARINAL.)08:45 Kendall, K. A.; Olson, M. B.; Love, B. A.; Strom, S. L.; Risenhoover, K.:MARINE MICROZOOPLANKTON ARE INDIRECTLY AFFECTED BYOCEAN ACIDIFICATION THROUGH DIRECT EFFECTS ON THEIRPHYTOPLANKTON PREY09:00 Keister, J. E.; Winans, A. K.; Herrmann, B. L.: EFFECTS OF HYPOXIA ONTHE SEASONAL CYCLE OF ZOOPLANKTON COMMUNITIES IN PUGETSOUND, WA09:15 Hopcroft, R. R.; Coyle, K. O.: MEASURING THE PULSE OF THE GULF OFALASKA: 16 YEARS OF OCEANOGRAPHIC OBSERVATIONS ALONG THESEWARD LINE, AND WITHIN PRINCE WILLIAM SOUND, ALASKA09:30 Cimino, M. A.; Fraser, W. R.; Saba, V. S.; Oliver, M. J.: LARGE-SCALE ANDLOCAL CLIMATE DRIVE ADLLIE PENGUIN CHICK FLEDGING MASS09:45 Meyer-Gutbrod, E. L.; Greene, C. H.: CLIMATE-DRIVEN REGIME SHIFTDRIVES RECOVERY OF NORTH ATLANTIC RIGHT WHALE POPULATIONTHURSDAY137

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY091 Advances In Approaches to Monitoring the Occurrence,Distribution, and Behavior of Top PredatorsChair(s): Mark Baumgartner, mbaumgartner@whoi.eduDaniel Palacios, daniel.palacios@noaa.govLocation: 310 Theater08:00 Block, B. A.; Carlon, R.; Leroy, F.; Castleton, M.; Kochevar, R. E.: USING WAVEGLIDERS TO DETECT OCEAN WILDLIFE08:15 Zitterbart, D. P.; Richter, S.; Kindermann, L.; Boebel, O.: AUTOMATICDETECTION AND IDENTIFICATION OF WHALES USING THERMAL ANDVISUAL IMAGING FOR CETACEAN CENSUSES AND MARINE MAMMALMITIGATION08:30 Consi, T. R.; Bingham, S. A.; Moe, B.; Rockey, K. K.: DESIGN OF A UAV FORAERIAL TRACKING OF RADIO-TAGGED STURGEON08:45 Meyer, .; Nakamura, .; Sato, .: MULTI-INSTRUMENT BIOLOGGINGPROVIDES NEW HIGH RESOLUTION INSIGHT INTO SHARK BEHAVIORAND BIOMECHANICS09:00 Scott, R.; Hays, G. C.; Marsh, R.; Eizaguirre, C.; Biastoch, A.: LAGRANGIANANALYSIS OF SEA TURTLE ECOLOGY09:15 Parks, S. E.; Cusano, D.; Stimpert, A. K.; Weinrich, M.; Wiley, D.: READY,SET, GO: EVIDENCE FOR ACOUSTIC COORDINATION OF BOTTOMFEEDING BY HUMPBACK WHALES USING ARCHIVAL ACOUSTIC TAGTECHNOLOGY09:30 Holland, K.; Meyer, C.: DETECTION AND TELEMETRY OF FEEDINGEVENTS IN FREE SWIMMING SHARKS AND TUNA09:45 Benoit-Bird, K. J.; Moline, M. A.; Southall, B.: THE WAY TO A WHALE’SHABITAT IS THROUGH HIS STOMACH: A DEEP-DIVING, SQUID-HUNTING AUV PROVIDES INSIGHTS INTO TEUTHIVOROUS WHALEBEHAVIOR107 Tides and Ocean Mixing: Past, Present, FutureChair(s): Mattias Green, m.green@bangor.ac.ukMatthew Huber, huberm@purdue.eduBrian Arbic, arbic@umich.eduRafaele Ferrari, rferrari@mit.eduMaarten Buijsman, mbuijsma@uno.eduLocation: 316 B08:00 Stammer, D.; Ray, R.; Anderson, O.; Arbic, B.: ACCURACY ASSESSMENT OFGLOBAL OCEAN TIDE MODELS08:15 Timko, P. G.; Arbic, B. K.; Richman, J. G.; Scott, R. B.; Wallcraft, A. J.: ASSESSINGMODEL SKILL OF TIDAL CURRENTS IN A 3-DIMENSIONAL GLOBALFORWARD TIDE MODEL08:30 Schmittner, A.; Egbert, G. D.; Green, M. J.: MODELING TIDAL MIXING: PAST,PRESENT, AND FUTURE08:45 Wilmes, S. B.; Green, J. M.: THE EVOLUTION OF GLOBAL TIDES FROMTHE LAST GLACIAL MAXIMUM TO PRESENT09:00 Huber, M.: OCEAN MIXING AND PAST WARM CLIMATES09:15 NIkurashin, M.; Ferrari, R.: OVERTURNING CIRCULATION DRIVEN BYBREAKING INTERNAL WAVES IN THE DEEP OCEAN09:30 Luther, D. S.; Chave, A. D.; Webb, S. C.: PELAGIC INFRAGRAVITY WAVESFORCED BY TIDAL NON-LINEAR INTERACTIONS09:45 Yasuda, I.; Tanaka, Y.; Itoh, S.; Hasumi, H.; Osafune, S.: OBSERVATION ANDMODELING OF TURBULENT TIDAL MIXING IN THE KURIL STRAITSAND IMPACT OF ITS 18.6-YEAR PERIOD TIDAL CYCLE ON OCEAN ANDCLIMATE14:00 Legg, S.; Melet, A.; Klymak, J. M.; Hallberg, R. W.: PARAMETERIZATIONS OFLOCAL AND REMOTE MIXING BY INTERNAL TIDES AND THE IMPACTON OCEAN CIRCULATION14:15 Falahat, S.; Nycander, J.; Roquet, F.: GLOBAL COMPUTATION OF TIDALCONVERSION RESOLVED INTO VERTICAL MODES14:30 Dunphy, M.; Lamb, K. G.: FOCUSSING AND NORMAL MODE SCATTERINGOF THE FIRST MODE INTERNAL TIDE BY MESOSCALE EDDYINTERACTION14:45 De Boer, A. M.; Hogg, A. M.: CONTROL OF THE GLACIAL CARBONBUDGET BY TOPOGRAPHICALLY INDUCED MIXING15:00 Cronin, M. F.: DIFFUSIVITY AT THE BASE OF THE MIXED LAYERESTIMATED FROM HEAT AND SALT BUDGETS15:15 Groeskamp, S.; Zika, J. D.; McDougall, T. J.; Sloyan, B. M.:DIATHERMOHALINE CIRCULATION AND MIXING: AN INVERSEESTIMATE15:30 Richman, J. G.; Buijsman, M. C.; Wallcraft, A. J.; Shriver , J. F.; Arbic , B. K.:OPTIMIZING TIDES IN A FORWARD BAROTROPIC MODEL15:45 Ray, R. D.; Talke, S. A.: TIDAL ANALYSIS OF HIGH AND LOW WATERS ATEASTPORT (MAINE), 1860--1864, AND IMPLICATIONS FOR LONG-TERMTRENDS116 Advances In Approaches to Assess Metal-Binding OrganicLigands and Perspectives On the Impacts of Ligands On Metal-Biota Interactions In the OceansChair(s): Maeve Lohan, maeve.lohan@plymouth.ac.ukKristen Buck, kristen.buck@bios.eduSylvia Sander, sylvias@chemistry.otago.ac.nzLocation: 318 AB08:00 Turner, D.: CLE-CSV TITRATIONS IN SEAWATER: CHEMICALSPECIATION MODELLING08:15 Voelker, C. D.; Tagliabue, A.: SENSITIVITY OF THE IRON CYCLE TO THECYCLING OF ORGANIC LIGANDS IN A 3D BIOGEOCHEMICAL MODEL08:30 McElhenie, S. D.; Wozniak, A. S.; Shelley, R. U.; Landing, W. M.; Hatcher, P. G.:SOURCE-SPECIFIC CHARACTERISTICS OF AEROSOL ORGANIC MATTEROVER THE NORTH ATLANTIC OCEAN: IMPLICATIONS FOR THEIDENTITY OF POTENTIAL IRON BINDING LIGANDS08:45 Hopwood, M. J.; Statham, P. J.; Willey, J. D.; Skrabal, S. A.: ESTUARINE IRON(II)LIGANDS AND THEIR EXPORT TO COASTAL WATERS09:00 Christel Hassler, S.; Louiza Norman, .; Marie Sinoir, .; Andrew Bowie, R.; MichaelEllwood, J.: RELATIONSHIP BETWEEN IRON AND ZINC CHEMICALSPECIATION, ORGANIC LIGANDS AND PHYTOPLANKTON IN THETASMAN SEA09:15 KIM, J.; Baars, O.; Morel, F. M.: COMPLEXATION OF ZINC BY STRONG ANDWEAK ORGANIC LIGANDS AND THE BIOAVAILABILITY OF ZINC TOMARINE PHYTOPLANKTON09:30 Semeniuk, D. M.; Posacka, A.; Bundy, R. M.; Barbeau, K. A.; Maldonado, M.T.: IMPACT OF CU SPECIATION ON PRIMARY PRODUCTIVITY IN THENORTHEAST SUBARCTIC PACIFIC OCEAN09:45 Madison, A. S.; Luther, G. W.; Sundby, B.; Mucci, A.: ASSESSING THESTRENGTH OF LIGANDS BOUND TO SOLUBLE MN(III) WITH A KINETICAPPROACH139 Advances In Ocean Technology; Autonomous InstrumentDevelopment and ApplicationsChair(s): Jim Birch, jbirch@mbari.orgMike DeGrandpre, michael.degrandpre@umontana.eduLocation: 313 A08:00 Birch, J.; Scholin, C.: THE EVOLUTION OF ECOGENOMIC SENSORS08:15 Yamahara, K. M.; Demir-Hilton, E.; Cornelisen, C.; Boehm, A. B.; Scholin, C.A.: APPLICATION OF IN-SITU AUTONOMOUS SENSORS FOR ROUTINEWATER QUALITY MONITORING.08:30 Bresnahan, P. J.; Martz, T. R.; de Almeida, J. L.; Maguire, P.; Ward, B.: THEDEVELOPMENT OF A MICRO-ROSETTE FOR LOW-VOLUME, LOW-POWER, IN SITUPROFILES OF DISSOLVED INORGANIC CARBON08:45 Beaton, A. D.; Cardwell, C. L.; Waugh, E. M.; Pascal, R. W.; Mowlem, M. C.: LAB-ON-A-CHIP SYSTEMS FOR IN SITU NUTRIENT ANALYSIS OF NATURALWATERS09:00 McGill, P. R.; Henthorn, R. G.; Bird, L. E.; Huffard, C. L.; Smith, K. L.: SEDIMENTTRAP DESIGN FOR IN-SITU IMAGING AND FLUOROMETRY OF SINKINGPARTICULATE ORGANIC CARBON138

Program BookAGU/ASLO/TOS09:15 Chao, Y.: THE NEXT GENERATION PROFILING FLOAT POWERED BYOCEAN TEMPERATURE DIFFERENCES09:30 Haldeman III, C.; Aragon, D.; Roarty, H.; Glenn, S.; Kohut, J.: ENABLINGSHALLOW WATER FLIGHT ON SLOCUM GLIDERS09:45 Griffith, J. C.: CROSSING THE PACIFIC OCEAN WITH THE WAVE GLIDERUNMANNED SURFACE VEHICLE14:00 Fassbender, A. J.; Sabine, C. L.; Meinig, C.; Lawrence-Slavas, N.:AUTONOMOUS OCEAN CARBON MONITORING WITH A MOORED DICSENSOR14:15 Kaltenbacher, E.; Adornato, L.; Dholakia, J.; Byrne, R.; Patsavas, M.:DEVELOPMENT OF A NOVEL SENSOR FOR IN SITU MEASUREMENTS OFCARBONATE ION CONCENTRATIONS IN SEAWATER14:30 Clarke, J. S.; Mowlem, M.; Tyrrell, T.; Achterberg, E.: DEVELOPMENTOF HIGH RESOLUTION IN SITU FLUORESCENCE BASED PH ANDPCO 2SENSORS14:45 Aßmann, S.; Frank, C.; Fietzek, P.; Körtzinger, A.; Linke, P.: REALIZATION OFAN AUTONOMOUS TOTAL ALKALINITY SENSOR FOR SURFACE WATERAPPLICATIONS15:00 Spaulding, R. S.; DeGrandpre, M. D.; Peterson, B.; Drupp, P. S.; DeCarlo,E. H.: SAMI-ALK: AUTONOMOUS IN-SITU SEAWATER ALKALINITYMEASUREMENTS15:15 Fietzek, P.; Fiedler, B.; Steinhoff, T.; Körtzinger, A.: QUALITY ASSESSMENTAND RECENT IMPROVEMENTS OF THE HYDROC/CO215:30 Wang, Z. A.; Sonnichsen, F. N.; Hoering, K. A.; Chu, S. N.: A BUOY-BASEDSENSOR TECHNOLOGY FOR SIMULTANEOUS, IN-SITU MEASUREMENTSOF SEAWATER PH AND TOTAL DISSOLVED INORGANIC CARBON15:45 Elrod, V.; Johnson, K.; Plant, J.; Coletti, L.; Jannasch, H.: A TWO YEARCONTINUOUS IN SITU RECORD OF PH USING A MODIFIEDHONEYWELL DURAFET PH SENSOR143 Fram Strait - New Insights Into Physical and BiologicalProcesses In the Atlantic Gateway to the Arctic Ocean and TheirLinkages to Climatic ChangesChair(s): Peter F. Worcester, pworcester@ucsd.eduAgnieszka Beszczynska-Moeller, abesz@iopan.gda.plHanne Sagen, hanne.sagen@nersc.noKathleen J. Vigness-Raposa, kathleen.vigness@marineacoustics.comLocation: 319 AB14:00 Beszczynska-Möller, A.; Schauer, U.; Fahrbach, E.; Hansen, E.: VARIABILITYOF THE ATLANTIC WATER PROPERTIES AND OCEANIC FLUXES IN THEENTRANCE TO THE ARCTIC OCEAN FROM MOORED OBSERVATIONSIN FRAM STRAIT (1997-2012)14:15 Walczowski, W.: STRUCTURE AND TEMPORAL VARIABILITY OF THEATLANTIC WATER IN THE FRAM STRAIT REGION14:30 Schewe, I.; Bauerfeind, E.; Jacob, M.; Kraft, A.; Soltwedel, T.: IMPACT OFCLIMATE CHANGE VS. NATURAL VARIABILITY - THE CASE OF THEHAUSGARTEN DEEP-SEA OBSERVATORY IN THE EASTERN FRAMSTRAIT14:45 Goszczko, I.; Beszczynska-Moeller, A.; Prominska, A.; Wieczorek, P.; Walczowski,W.: HOW DO RECENT CHANGES IN THE WATER MASS STRUCTUREIN THE EASTERN FRAM STRAIT SHAPE THE ENVIRONMENT FOR THEBIOLOGICAL LIFE?15:00 Keul, N.; deMenocal, P. N.: DOUBLE TROUBLE: TRACING THE EFFECTS OFOCEAN WARMING AND ACIDIFICATION IN THE SHELL CHEMISTRY OFARCTIC PTEROPODS15:15 Kwasniewski, S.; Gluchowska, M.; Trudnowska, E.; Blachowiak-Samolyk, K.;Walczowski, W.: TRACKING THE ATLANTIC ZOOPLANKTON EN ROUTETO THE ARCTIC OCEAN THROUGH FRAM STRAIT15:30 Sagen, H.; Worcester, P. F.; Sandven, S.; Geyer, F.; Dushaw, B. D.: SENSING THEFRAM STRAIT OCEAN ENVIRONMENT BY ACOUSTICS15:45 Onarheim, I. H.; Smedsrud, L. H.; Ingvaldsen, R. B.; Nilsen, F.: LOSS OF SEA ICEDURING WINTER NORTH OF SVALBARD147 Passive and Active Electromagnetic Remote Sensing ofAir-Water InterfacesChair(s): Andrew T. Jessup, jessup@apl.washington.eduWilliam E Asher, asherwe@apl.washington.eduGordon Farquharson, gordon@apl.washington.eduLocation: 323 ABC14:15 Simon Yueh, .; WENQING TANG, .; ALEXANDER FORE, .; AKIKO HAYASHI,.: AQUARIUS’ COMBINED ACTIVE PASSIVE ALGORITHM FOR OCEANSURFACE SALINITY AND WIND RETRIEVAL14:30 Martin, A.; Boutin, J.; Hauser, D.; Dinnat, E.: ACTIVE-PASSIVE SYNERGYFOR INTERPRETING OCEAN L-BAND RADIOMETRIC SIGNAL: RESULTSFROM AIRBORNE MEASUREMENTS14:45 Brown, S.; Zappa, C. J.; Bell, R. E.; Wick, G. A.; Castro, S.: SEA SURFACETEMPERATURE VARIABILITY IN POLAR AND TROPICALENVIRONMENTS15:00 Piotrowski, C. C.; Anderson, S. P.; Dugan, J. P.; Baxter, R.; Zuckerman, S.:AIRBORNE INFRARED IMAGING AND LIDAR DATA FUSION FORREMOTE SENSING OF RIVER DYNAMICS15:15 Johnson, E. D.; Cowen, E. A.: REMOTE MONITORING OF VOLUMETRICDISCHARGE BASED ON THE SURFACE VELOCITY FIELD ANDBATHYMETRY INFERRED FROM SURFACE TURBULENCE METRICS15:30 Haller, M. C.; Honegger, D. A.; Mendex, G. D.; Pittman, R.: RIP CURRENTS,TIDAL JETS, AND WILD FRONTAL FEATURES: SOME RECENTOBSERVATIONS WITH X-BAND MARINE RADAR15:45 Haus, B. K.; Laxague, N. J.; Ortiz-Suslow, D. G.: LABORATORY CAL/VALSTUDY OF A POLARIMETRIC VIDEO SLOPE IMAGING SYSTEM149 Aquatic Microbial Eukaryotes: From Genomes to EcosystemsChair(s): Charles Bachy, cbachy@mbari.orgAlexandra Z. Worden, azworden@mbari.orgLocation: 319 AB08:00 Weiner, A. K.; Morard, R.; Kucera, M.: EXTENT OF CRYPTIC DIVERSITY INPLANKTONIC FORAMINIFERA MORPHOSPECIES08:15 von Dassow, P.; Bendif, E. M.; Mella Flores, D.; Herrera, Y.; Díaz, F.: SOUTHEASTPACIFIC COCCOLITHOPHORES: HIGH CALCIFIED EMILIANIA HUXLEYIIN HIGH CO2 UPWELLING , LOW CALCIFIED E. HUXLEY AND OTHERNOELAERHABDACEAE FOUND OFFSHORE08:30 Leach, T. S.; Guannel, M. L.; Carlson, M. G.; Rocap, G.: UNCOVERING THEEVOLUTIONARY HISTORY OF PSEUDO-NITZSCHIA: CONNECTINGPHYSIOLOGY AND MOLECULAR PHYLOGENY08:45 Jimenez, V. F.; Wong, C. H.; Lin, C. L.; Ngan, C.; Worden, A. Z.: NITROGENMETABOLISM IN GREEN ALGAE: A CASE STUDY USING MICROMONAS09:00 Groussman, R. D.; Parker, M. S.; Armbrust, E. V.: DIVERSITY OF DIATOMIRON METABOLISM GENES REVEALED THROUGH WHOLETRANSCRIPTOME SEQUENCING09:15 Campbell, L.; Errera, R. M.; Ryan, D. E.; Bourdelais, A. J.: COMPARISON OFTRANSCRIPTOMES AND METABOLOMIC PROFILES FOR TWO CLONESOF THE DINOFLAGELLATE KARENIA BREVIS09:30 Allen, A. E.; McCrow, J. P.; Hopkinson, B.; Morel, F. M.; Ward, B. B.:DEEP TRANSCRIPT PROFILES OF NITROGEN AND IRON LIMITEDEUKARYOTIC PHYTOPLANKTON BLOOMS09:45 Jenke-Kodama, H.; Tamura, M.; Taira, Y.; Reimer, J. D.: ANALYSIS OFPALYTOXIN PRODUCTION IN PALYTHOA TUBERCULOSA BY ANINTEGRATED METAGENOMICS AND TRANSCRIPTOMICS APPROACH156 Circulation, Mixing and Deep Water Formation In the DeepBasins of the North Atlantic and On the Adjacent ContinentalShelvesChair(s): Igor Yashayaev, Igor.Yashayaev@dfo-mpo.gc.caAlexander Yankovsky, ayankovsky@geol.sc.eduLocation: 31408:00 Stewart, K. D.; Haine, T. W.: WIND-DRIVEN ARCTIC FRESHWATERANOMALIESTHURSDAY139

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY08:15 Jones, S. C.: CHARTING THE PATHWAYS AND INTER-ANNUALVARIABILITY OF A SHELF-EDGE CURRENT08:30 Bower, A. S.; Furey, H. H.: NEW DIRECT ESTIMATES OF ICELAND-SCOTLAND OVERFLOW WATER TRANSPORT THROUGH THE CHARLIE-GIBBS FRACTURE ZONE08:45 Straneo, F.; Sutherland, D.; Holte, J.: IMPACT OF SUBPOLAR NORTHATLANTIC WARMING ON GREENLAND’S GLACIERS09:00 Yankovsky, A. E.; Yashayaev, I.: SURFACE BUOYANT PLUMES FROMMELTING ICEBERGS IN THE LABRADOR SEA09:15 Sutherland, D. A.; Nash, J. D.; Shroyer, E. L.: THE IMPACT OF ICEBERGS ONFRESHWATER DISTRIBUTION AND STRATIFICATION IN THE SUBPOLARNORTH ATLANTIC OCEAN09:30 Holliday, N. P.; Cunningham, S.; Johnson, C.; Gary, S.: MULTI-DECADALVARIABILITY OF THE EASTERN NORTH ATLANTIC SUBPOLAR GYRE;RESULTS FROM THE EXTENDED ELLETT LINE09:45 Denker, C.; Klein, B.; Kieke, D.: WATER MASS VARIABILITY OBSERVED ATTHE MID-ATLANTIC RIDGE IN THE SUBPOLAR NORTH ATLANTIC14:00 Fan, X.; Send, U.; Karstensen, J.: QUANTIFYING THE MESOSCALEANTICYCLONIC EDDY CONTRIBUTION TO THE UPPER OCEAN HEATAND SALT BUDGET IN THE CENTRAL IRMINGER SEA14:15 MERCIER, H.; DESBRUYERES, D.; THIERRY, V.; SARAFANOV, A.;LHERMINIER, P.: VARIABILITY OF THE MERIDIONAL OVERTURNINGCIRCULATION AND HEAT TRANSPORT AT THE GREENLAND–PORTUGAL OVIDE SECTION14:30 Yashayaev, I.; Loder, J. W.; Morales Maqueda, M. A.: RECENT WARMING,SUB-SURFACE FRESHENING AND WINTER CONVECTION IN THELABRADOR SEA, AND ASSOCIATED VARIABILITY DOWNSTREAM14:45 Palter, J. B.; Caron, C. A.; Lavender Law, K.; Willis, J. K.; Yashayaev, I.:DIRECTLY-OBSERVED VARIABILITY OF THE MID-DEPTH SUBPOLARNORTH ATLANTIC CIRCULATION15:00 Holte, J.; Straneo, F.: DIAGNOSING OVERTURNING AND WATER MASSTRANSFORMATION IN THE LABRADOR SEA FROM ARGO FLOATS15:15 Schneider, L.; Kieke, D.; Jochumsen, K.; Rhein, M.; Yashayaev, I.: VARIABILITYOF LABRADOR SEA WATER EXPORTED THROUGH FLEMISH PASS15:30 Kieke, D.; Steinfeldt, R.; Rhein, M.; Bulsiewicz, K.: SF 6AND CFC-12OBSERVATIONS IN THE WESTERN SUBPOLAR NORTH ATLANTIC15:45 Nummelin, A.; Li, C.; Smedsrud, L. H.: ARCTIC OCEAN WATER MASSESUNDER CHANGING RIVER RUNOFF161 HABS and Invasive SpeciesChair(s): Mark L. Wells, mlwells@maine.eduDazhi Wang, dzwang@xmu.edu.cnCharles Trick, trick@uwo.caLocation: 31508:00 Egerton, T. A.; Semcheski, M. R.; Muller, M. T.; Filippino, K. C.; Marshall,H. G.: HARMFUL ALGAL BLOOMS IN CHESAPEAKE BAY: RECENTDEVELOPMENTS AND LONG-TERM PERSPECTIVES.08:15 Sunda, W. G.; Shertzer, K. W.: INCREASED CELLULAR TOXICITY UNDERNUTRIENT LIMITATION PROMOTES THE FORMATION AND SEVERITYOF HARMFUL ALGAL BLOOMS: A MODEL STUDY OF RED TIDE08:30 Busch, M.; Peiffer, F.; Hillebrand, H.; Moorthi, S. D.: EFFECTS OFNUTRIENT CONCENTRATIONS, PHAGOTROPHIC FEEDING ANDALLELOPATHY ON BLOOM DYNAMICS OF POTENTIALLY HARMFULDINOFLAGELLATES08:45 Tatters, A. O.; Xu, K.; Fu, F.; Walworth, N. G.; Hutchins, D. A.: INTERACTIVEEFFECTS OF ENVIRONMENTAL CHANGE VARIABLES ON A MARINEDIATOM COMMUNITY09:00 Kim, H.; Menden-Deuer, S.: EFFECTS OF OCEAN ACIDIFICATION-INDUCED SWIMMING BEHAVIORS ON POPULATION DISTRIBUTIONSAND PRIMARY PRODUCTION OF THE RAPHIDOPHYTE HETEROSIGMAAKASHIWO09:15 Ikeda, C. E.; Bronicheski, C. G.; Trick, C. G.; Cochlan, W. P.: THECOMBINATORIAL EFFECT OF SALINITY AND TEMPERATURE ONCELLULAR PERMEABILITY AND TOXICITY OF HETEROSIGMAAKASHIWO, FROM PUGET SOUND, WA09:30 Townsend, D. W.; Pettigrew, N. R.; McGillicuddy, D. J.; Shankar, S.; Hubbard, K.A.: RECENT INCREASES IN WATER MASS VARIABILITY IN THE GULFOF MAINE REGION: EFFECTS ON NUTRIENTS AND HAB SPECIES,ALEXANDRIUM FUNDYENSE AND PSEUDO-NITZSCHIA SPP.09:45 Du, X.: CYANOBACTERIA PREDOMINANCE IN FRESHWATEREUTROPHIC LAKES IS LINKED TO IRON SCAVENGING STRATEGY THATUSES SIDEROPHORES AND TOXINS14:00 Briski, E.; Chan, F.; MacIsaac, H.; Bailey, S.: A CONCEPTUAL MODEL OFCOMMUNITY DYNAMICS DURING THE TRANSPORT STAGE OF THEINVASION PROCESS: A CASE STUDY OF SHIPS’ BALLAST14:15 Hackerott, S. N.; Valdivia, A.; Green, S. J.; Côté, I. M.; Bruno, J. F.: NATIVEPREDATORS DO NOT INFLUENCE INVASION SUCCESS OF PACIFICLIONFISH ON CARIBBEAN REEFS14:45 Aeby, G. S.; Shore-Maggio, A.; Minton, D.: EFFECT OF A CORALLIMORPHINVASION ON THE CORAL-FEEDING FISH AT PALMYRA ATOLL15:00 Pihana, H. L.; Jenning-Kam, D.; Steward, K.; Takabayashi, M.: IS THE UPSIDE-DOWN JELLYFISH INVASIVE IN HAWAII? EVALUATION OF FOODCONSUMPTION RATE IN CASSIOPEA ANDROMEDA15:15 Quiocho, V. K.; Crocket, C.; Pihana, H.; Metchnek, M.; Takabayashi, M.:ASSESSING THE ABUNDANCE AND DISTRIBUTION OF NON-NATIVEUPSIDE-DOWN JELLYFISH IN RELATION TO INVASIVE AND NATIVEPLANTS USED AS SETTLEMENT SUBSTRATE15:30 Carter, A. L.; Smith, J. E.; Deheyn, D. D.; Johnson, M. D.: INVASION ANDSUCCESSION OF THE CORALLIMORPH RHODACTIS HOWESII ATPALMYRA ATOLL15:45 Aronson, R. B.; Smith, K. E.; Vos, S.; Thatje, S.; McClintock, J. B.: POTENTIALFOR EXPANSION OF BATHYAL KING CRABS ONTO THE ANTARCTICSHELF167 Ocean Policy and Resource Management Including MarineAgronomy and AquacultureChair(s): Jerry L. Miller, Jerry.L.Miller@ScienceForDecisions.comKevin Hopkins, hopkins@hawaii.eduMark Capron, markcapron@podenergy.netLocation: 316 C14:00 Visbeck, M.; Schmidt, J. O.; Kiel SDG group, .: SECURING BLUE WEALTH:THE NEED FOR A SPECIAL SUSTAINABLE DEVELOPMENT GOAL FORTHE OCEAN AND COASTS14:15 Levin, L.: DEEP OCEANS UNDER PRESSURE: A STEWARDSHIPIMPERATIVE14:30 Capron, M. E.; N’Yeurt, A.; Bednarsek, N.; Hopkins, K.; Tulip, R.: RESTORINGOCEAN HEALTH AND PRIMARY PRODUCTIVITY WITH MANAGEDSEAWEED FORESTS: A MASS BALANCE OF CARBON AND NUTRIENTCYCLES14:45 Schwing, F. B.; Brady, M. M.; Bronk, D. A.; Holman, T.: ECOSYSTEM-BASED MANAGEMENT: AN INTEGRATED SCIENTIFIC APPROACHTO IMPLEMENTING THE NATIONAL OCEAN POLICY FOR MOREEFFICIENT INTERAGENCY RESOURCE MANAGEMENT15:00 Barrett, M. J.; McGee, L. A.; Pala, S.: ALL HANDS ON DECK! RALLYINGCOASTAL MANAGERS FOR MARINE SPATIAL PLANNING15:15 Lanier, A. S.: THE OREGON TERRITORIAL SEA PLAN – A FRAMEWORKFOR MARINE RENEWABLE ENERGY DEVELOPMENT15:30 Rosentrater, K. A.: ECONOMIC FEASIBILITY OF HARVESTING ANDTRANSPORTING CULTURED SEAWEED15:45 Rickels, W.; Quaas, M. F.; Visbeck, M.: STRONG AND WEAKSUSTAINABILITY ASSESSMENT FOR THE HUMAN-OCEAN SYSTEM140

Program BookAGU/ASLO/TOS169 Watersheds, Lakes, Rivers, EstuariesChair(s): Michael M. Whitney, michael.whitney@uconn.eduLocation: 317 AB14:00 Chen, R. F.; Gardner, G. B.; Cable, J.; Cherrier, J.; Meile, C.: THE SIGNIFICANCEOF DISSOLVED ORGANIC CARBON (DOC) OUTWELLING FROM SALTMARHES14:15 Yarish, C.; Kim, J. k.; Kraemer, G. P.: SEAWEED AQUACULTURE FORNUTRIENT BIOEXTRACTION AND OTHER ECOSYSTEM SERVICESIN LONG ISLAND SOUND AND OTHER URBANIZED ESTUARIES INNORTHEAST AMERICA14:30 Schmidt, S. R.; Whitney, M. M.: MODELING THE INFLUENCE OF COASTALRIVERS DISTRIBUTED ALONG LONG ISLAND SOUND14:45 McKeon, M. A.; Horner-Devine, A. R.; Giddings, S. N.: SEASONAL CHANGESIN STRUCTURE AND DYNAMICS IN AN URBANIZED SALT WEDGEESTUARY15:00 Schüller, S. E.; Bianchi, T. S.; Boyd, P. W.; Savage, C.: MECHANISMSGOVERNING DEGRADATION OF PHYTOPLANKTON IN FJORDS15:15 Anderson, E. J.; Fry, L.; Kramer, E.; Campbell, K.; Ritzenthaler, A.: A COUPLEDHYDROLOGIC-HYDRODYNAMIC-BACTERIA MODEL FRAMEWORK FORBEACH QUALITY FORECASTING15:30 Jameel, M. Y.; Bowen, G. J.; Hook, T.; Troy, C.; Wilson, A.: PHYSICALCHARACTERISTICS AND BIOGEOCHEMISTRY OF SOUTHERN LAKEMICHIGAN RIVER PLUMES15:45 Zigah, P. K.; Schubert, C. J.; Wehrli, B.: METHANE OXIDATION IN TROPICALLAKE KIVU AND SUB-ALPINE LAKE ZUG: INSIGHTS FROM MOLECULARAND ISOTOPIC COMPOSITIONS170 Ecosystems: Processes, Assessment, and ManagementChair(s): To be named, lyndaw@sgmeet.comLocation: 316 C08:00 Kramer, K. L.; Beets, J.; Brown, E.; Smith, J.; Beavers, S.: INVESTIGATINGCORAL REEF ECOSYSTEM RESPONSE TO INCREASING NUTRIENTS:HERBIVORY AS A CONTROL OF ALGAL GROWTH IN TWO HAWAI’INATIONAL PARKS08:15 Zador, S. G.; Renner, H.: RED FLAGS OR RED HERRINGS REVISITED: USINGECOSYSTEM INDICATORS TO TRACK ECOSYSTEM STATUS IN THEGULF OF ALASKA08:30 Rohal, M.; Thistle, D.; Easton, E.: MEIOFAUNAL ABUNDANCES ON THECONTINENTAL RISE OFF THE COAST OF CALIFORNIA08:45 Snelgrove, P.; Archambault, P.; Juniper, S. K.; Lawton, P.; C McKindsey, AMetaxas, P Pepin, V Tunnicliffe, .: NEW TOOLS TO SUPPORT SUSTAINABLEOCEANS IN CANADA: THE CANADIAN HEALTHY OCEANS NETWORK(CHONE)09:00 Counsell, C. W.; Craig, J. K.; Dimarcio, S.: MARINE HYPOXIA: SHIFTINGCOMMUNITY DYNAMICS IN THE NORTHWESTERN GULF OF MEXICO09:15 Ainsworth, C. H.; Schirripa, M. J.; Mahmoudi, B.: ECOSYSTEM MODELLINGIN THE GULF OF MEXICO SUPPORTING AN INTEGRATED ECOSYSTEMASSESSMENT09:45 Mellin, C.; Bradshaw, C. J.; Fordham, D. A.; Caley, M. J.: STRONG, BUTOPPOSING, --DIVERSITY-STABILITY RELATIONSHIPS AFFECT CORALREEF CONSERVATION ON THE GREAT BARRIER REEF, AUSTRALIATHURSDAY141

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY2/27/2014 Posters002 Understanding Coupled Human-Natural Systems: Multi-Disciplinary Approaches for Addressing Sustainability of theMarine EnvironmentChair(s): Geoffrey S. Cook, gcook@rsmas.miami.eduJay Pearlman, jay.pearlman@ieee.orgLida Teneva, lteneva@stanford.eduHans von Storch, hvonstorch@web.deBob Houtman, bhoutman@nsf.govChristopher R. Kelble, chris.kelble@noaa.govJohn N. Kittinger, jkittinger@gmail.comLocation: Kamehameha Hall III1545 Muller, D. L.; Muller, A. C.: NODAL POINT POLLUTION, VARIABILITY ANDSUSTAINABILITY OF WATER QUALITY STRESSORS IN MESOHALINETIDAL CREEKS1546 Cook, G. S.: QUANTIFYING RELATIVE RISK WITHIN THE GULF OFMEXICO LARGE MARINE ECOSYSTEM1547 von Storch, H.; Kollegen des Instituts für Küstenforschung, -.: UTILITY OFCOASTAL SEA SCIENCE1548 Hessing-Lewis, M.; McKechnie, I.; Leposky, S.; Hunt, B.; Salomon, A.:COUPLED, INTERDISCIPLINARY STUDIES ON PACIFIC HERRING; LOWTROPHIC LEVEL FISH IN NEARSHORE SOCIAL-ECOLOGICAL SYSTEMS1549 Meinke, I.; von Storch, H.: UNDERSTANDING LONG-TERM CHANGES OFCOASTAL SYSTEMS FOR SUSTAINABLE DECISIONS IN THE BALTIC SEA1550 Carey, J. C.; Ayvazian, S.; Hancock, B.; Brown, D. S.; Fulweiler, R. W.:INVESTIGATING THE ROLE OF OYSTERS IN ALTERING NET N 2FLUXESUSING NOVEL IN-SITUEXPERIMENTAL DESIGN1551 Carroll, J.; Juselius, J.: AN ECOSYSTEM-BASED MODELING SYSTEM FORPREDICTING OIL SPILL IMPACTS IN THE MARINE ENVIRONMENT1552 Correggiari, A.; Remia, A.; Calabrese, L.; Luciani, P.; Perini, L.: HIGHRESOLUTION SHALLOW WATER SEISMIC: A TOOL TO BETTERADDRESS COASTAL PLANNING1553 Wiener, C. S.: THE DYNAMICS OF NATURAL AND HUMAN SYSTEMS INMARINE TOURISM: UNDERSTANDING DOLPHIN SWIM EXPERIENCESAND HUMAN PERCEPTIONS1554 Nidzieko, N. J.; Shapiro, K.; VanWormer, E.; Conrad, P. A.; Largier, J. L.:DISPERSION OF TERRESTRIAL PATHOGENS IN COASTAL WATERS OFCENTRAL CALIFORNIA: LINKING SEA OTTERS TO YOUR CAT1555 Clemente, T. M.; Böttjer, D.; Wilson, S. T.; Björkman, K. M.; Karl, D. M.:POTENTIAL ENVIRONMENTAL CONSEQUENCES OF ENHANCEDOCEAN UPWELLING1556 McCray, J. E.; Jacobson, S. K.; Carthy, R. R.: SEA TURTLE FRIENDLYLIGHTING IN FLORIDA: UNDERSTANDING THE POLICYIMPLEMENTATION AND ENFORCEMENT PROCESS1557 Hanafusa, Y.; Kaneko, J.; Yasuda, A.; Saito, N.; Hase, H.: DATA MANAGEMENTAND DISSEMINATION IN THE “TOHOKU ECOSYSTEM-ASSOCIATEDMARINE SCIENCES (TEAMS)” PROJECT1558 Grego, M.; De Troch, M.; Francé, J.; Kogovšek, T.; Orlando – Bonaca, M.:BENTHIC MICROSCOPIC FAUNA: A MISSING BIOLOGICAL ELEMENTFOR THE ASSESSMENT OF GOOD ENVIRONMENTAL STATUSACCORDING TO THE MARINE STRATEGY FRAMEWORK DIRECTIVE1559 Stephens, D.; Wright, D.: GIS AS A MULTI-DISCIPLINARY INTEGRATIONTOOL FOR MARINE ECOSYSTEMS1560 Seegers, B. N.; Kudela, R. M.; Teel, E. N.; Caron, D. A.; Jones, B. H.: THE UPPERLAYER RESPONSE TO AN EXTENDED SHALLOW DIVERSION OF AWASTEWATER PLUME – WHERE DID ALL THE NUTRIENTS GO?1561 Cooley, S. R.; Rheuban, J. E.; Hart, D.; Hare, J.; Doney, S. C.: AN ATLANTIC SEASCALLOP INTEGRATED ASSESSMENT MODEL TO EXPLORE OCEANACIDIFICATION AND TEMPERATURE RISE1562 Delevaux, J. M.; Oleson, K. L.; Donovan, M.; Friedlander, A.; Kittinger, J. N.:LINKING SOCIAL-ECOLOGICAL SYSTEMS USING SPATIALLY ANDTEMPORALLY EXPLICIT ECOSYSTEM SERVICE METRICS TO FOSTERISLAND SYSTEM RESILIENCE1563 Parks, A. B.; Whitehead, K.; Pastorok, R. A.; Preziosi, D. V.: AN ECOLOGY-BASED APPROACH TO EVALUATION OF ECOSYSTEM SERVICES:OFFSHORE MARINE STRUCTURES AS ARTIFICIAL REEFS1564 Puniwai, N.; Gray, S. A.; Lepczyk, C. A.: HAWAIIAN CULTURAL SEASCAPES1631 Malvarez, G.; Navas, F.; Guisado, E.; Pastres, R.: THE MEDINAE-INFRASTRUCTURE: INTEROPERABLE SPATIAL DATA HUB FORMONITORING COASTAL AND MARINE ECOSYSTEM STATUS IN NO.AFRICAN COASTS OF THE MEDITERRANEAN SEA1632 Martinez, F. A.; Valdes-Pizzini, M.; Scharer, M.; Dowgiallo, M.: PEOPLE,HABITATS, SPECIES, AND GOVERNANCE: AN ASSESSMENT OF THESOCIAL-ECOLOGICAL SYSTEM OF LA PARGUERA, PUERTO RICO1633 Moritz, H. R.; Norton, J.; Ott, M.; Smith, G.; Roegner, C.: THE PHYSICS OFDREDGED MATERIAL PLACEMENT WITHIN NEARSHORE WATERS: ASOBSERVED BY A CRABTBD Guannel, G.; Brenner, J.; Faries, J.; Silver, J.; Thompson, M.: CHANGES IN THEDELIVERY OF ECOSYSTEM SERVICES IN GALVESTON BAY, TX, UNDERDIFFERENT SEA-LEVEL RISE SCENARIOS005 Air-Sea Gas ExchangeChair(s): David Ho, ho@hawaii.eduRik Wanninkhof, rik.wanninkhof@noaa.govWilliam Asher, asherwe@apl.washington.eduLocation: Kamehameha Hall III800 Lee, J.; Jeong, K.; Woo, H.; Kang, J.; Lee, D.: EVALUATION FOR METHANEEMISSIONS OF THE INTERTIDAL FLAT SEDIMENTS USING ENCLOSURECHAMBER TECHNIQUE METHOD, MID-WEST SOUTH KOREA802 Wager, N. J.; Kaiser, J.; Bakker, D. C.; Lee, G. A.: SUMMERTIME DISTRIBUTIONAND AIR-SEA FLUXES OF CLIMATICALLY ACTIVE GASES IN EUROPEANSHELF SEAS.803 Haller, M.; Petersen, W.; Callies, U.: APPLICATION OF CONTINUOUSFERRYBOX DATA SETS TO CARBON FLUX ESTIMATES IN EUROPEANCOASTAL WATERS804 Tsai, W.: THE ROLE OF NON-BREAKING SURFACE WAVES IN AIR-WATERGAS TRANSFER805 YU, T.; HE, Y.; SONG, J.; XIA, Y.; LI, J.: ESTIMATION OF AIR-SEA SURFACECARBON-DIOXIDE TRANSFER VELOCITY USING ERS-2 DATA806 Fredriksson, S. T.; Arneborg, L.; Nilsson, H.; Handler, R. A.: DIRECTNUMERICAL SIMULATIONS OF NEAR-SURFACE TURBULENCE – ANEVALUATION OF METHODS FOR ESTIMATING AIR-WATER GASEXCHANGE807 Avery, G. B.; Mead, R. N.; Kieber, R. J.; Willey, J. D.; Skrabal, S. A.: ETHANOLDISTRIBUTION IN AQUATIC SYSTEMS: POTENTIAL IMPACT ONATMOSPHERIC CONCENTRATIONS809 Suzuki, N.; Donelan, M. A.; Masuda, J.; Komori, S.; Takagaki, N.: ESTIMATIONOF THE GLOBAL AIR-SEA CO 2GAS FLUX CONSIDERING WAVEBREAKING810 Kräuter, C.; Trofimova, D.; Nagel, L.; Jähne, B.: HIGH-RESOLUTION 2-DFLUORESCENCE IMAGING OF GAS TRANSFER AT A FREE WATERSURFACE811 Kiefhaber, D.; Zappa, C. J.; Jähne, B.: MEASUREMENT OF WIND WAVESTATISTICS FROM SPECULAR REFLECTIONS812 Tavakolinejad, M. D.; Asher, W. E.; Jessup, A. T.: THE EFFECT OFSURFACTANTS OF NEAR-SURFACE CONCENTRATION FLUCTUATIONSDUE TO TURBULENCE AND WIND STRESS813 Ward, B.; Sutherland, G.; Miller, S. D.; Saltzman, E. S.; Bell, T. G.: RELATIONSHIPBETWEEN AIR-SEA GAS TRANSFER VELOCITIES AND OCEAN SURFACEDISSIPATION OF TURBULENT KINETIC ENERGY814 Scanlon, B.; Ward, B.: DISCRIMINATING BETWEEN ACTIVE ANDMATURING OCEAN WHITECAPS815 O’Sullivan, N.; Landwehr, S.; Miller, S. D.; Ward, B.: MAPPING FLOWDISTORTION ON OCEANOGRAPHIC RESEARCH VESSELS USINGCOMPUTATIONAL FLUID DYNAMICS142

Program BookAGU/ASLO/TOS816 McGillivary, P. A.; Hackbarth, P. A.; Sousa, J. T.; Johansen, T. A.: OPTIMIZINGSURVEILLANCE BY MULTIPLE INTERACTING UNMANNED AIRCRAFTSYSTEMS (UAS) USING ADAPTIVE ALBATROSS FLIGHT CONTROLS817 Tong, D. Q.; Lei, H.; Pan, L.; Lee, P.; Wang, M.: GLOBAL ESTIMATE OFMARINE ISOPRENE EMISSION BASED ON SOUMI-NPP VIIRS OCEANCOLOR DATA818 Liang, J. H.; Deustch, C. A.; McWilliams, J. C.; Baschek, B. G.; Sullivan, P. P.:PARAMETERIZING BUBBLE-MEDIATED AIR-SEA GAS EXCHANGE ANDITS EFFECT ON OCEAN VENTILATION893 Khelif, D.; Bluth, R.; Jonsson, H.; Barge, J.; Zivko, E.: AIR-SEA INTERACTIONMEASUREMENTS FROM THE CONTROLLED TOWED VEHICLE011 Mapping, Monitoring and Managing Mesophotic Reefs:Scientific Insights and Technologies to Address Coral ResourceManagement ChallengesChair(s): John Rooney, john.rooney@noaa.govBenjamin Neal, bpneal@ucsd.eduOscar Pizarro, oscar.pizarro@sydney.edu.auFrank Parrish, frank.parrish@noaa.govKimberly Puglise, kimberly.puglise@noaa.govLocation: Kamehameha Hall III2417 Brandtneris, V. W.; Smith, T. B.: MESOPHOTIC REEFS AS ENERGETICREFUGIA—A CASE STUDY FROM THE US VIRGIN ISLANDS2418 Weinstein, D. K.; Klaus, J. S.; Smith, T. B.: CARBONATE BUDGETS OFSTRUCTURALLY DISTINCT MESOPHOTIC REEFS2419 Asher, J. M.; Williams, I.: DISTRIBUTION AND RELATIVE ABUNDANCE OFMAIN HAWAIIAN ISLANDS REEF FISH DETERMINED FROM STEREO-VIDEO SURVEYS IN SHALLOW AND MESOPHOTIC HABITATS2420 Yudelman, E. A.; Slowey, N. C.: CORAL EXTENSION RATE ANALYSIS USINGCOMPUTED AXIAL TOMOGRAPHY2422 John Fitzpatrick, M.: KUPUNA CORALS, SHARKS, AND FISH NEEDOUR HELP AT OLOWALU: USING GIS TO BRIDGE THE DISCONNECTBETWEEN SCIENCE AND THE COMUNITY.2423 Moore, C.; Heyward, A.; Radford, B.; Cappo, M.: HIDDEN HABITAT ANDBIODIVERSITY HOTSPOTS: THE IMPORTANCE OF AUSTRALIA’SSUBMERGED OCEANIC SHOALS2424 Collin, A.; Nadaoka, K.: MAPPING THE RESILIENCE OF THE CORAL REEFSOCIO-ECOSYSTEMS IN JAPAN2426 Kosaki, R.; Kane, C.; Pyle, R.; Wagner, D.: TROPHIC STRUCTURE OFMESOPHOTIC FISH ASSEMBLAGES IN THE NORTHWESTERNHAWAIIAN ISLANDS2427 Spalding, H. L.; Smith, C. M.; Sherwood, A. R.: ECOLOGICAL SIGNIFICANCEOF DOMINANT MESOPHOTIC MACROALGAL ASSEMBLAGES ACROSSTHE HAWAIIAN ARCHIPELAGO2428 Chang, C.; Wagner, D.; Kosaki, R. K.: THE ABUNDANCE ANDDISTRIBUTION OF MACROBENTHIC ORGANISMS AT MESOPHOTICCORAL REEF ECOSTYSTEMS IN THE NORTHWESTERN HAWAIIANISLANDS2429 Wagner, D.; Kosaki, R. K.: DEEP-WATER EXPLORATIONS OF BLACKCORALS IN THE NORTHWESTERN HAWAIIAN ISLANDS2430 Englebert, N.; Bongaerts, P.; Hoegh-Gulberg, O.: THE LOWER MESOPHOTICZONE OF THE GREAT BARRIER AND THE CORAL SEA ATOLLS:COMMUNITY STRUCTURE, DEPTH LIMITS AND ENVIRONMENTALCONDITIONS2473 Henderson, L. M.; Smith, T. B.; Kadison, E.; Brandtneris, V.: DIVERGENTCORAL REEF AND HARD BOTTOM COMMUNITIES OF A MESOPHOTICSHELF EDGE IN THE US VIRGIN ISLANDS2474 Holstein, D.; Vaz, A. C.; Smith, T. B.; Paris, C. B.: MESOPHOTIC REEFS ASCRITICAL COMPONENTS OF CORAL REPRODUCTIVE NETWORKS2475 Kane, C. N.; Bogeberg, M.; Tissot, B. N.: REFUGE IN THE DEEP: SHALLOWCORAL REEF FISHES UTILIZE MESOPHOTIC REEF HABITATS IN WESTHAWAII2476 Boland, R. C.: SUBSTRATE INFLUENCES ON MESOPHOTIC FISHASSEMBLAGES IN THE AU’AU CHANNEL OFF OF MAUI, HAWAI’I.2477 Zawada, D. G.; Mazel, C. H.: UNSUPERVISED CLASSIFICATION OFCARIBBEAN CORAL REEF ORGANISMS AND SUBSTRATES BASED ONFLUORESCENCE SPECTRA012 Oceanic Submesoscale ProcessesChair(s): Sung Yong Kim, syongkim@kaist.ac.krM.-Pascale Lelong, pascale@nwra.comMiles A. Sundermeyer, msundermeyer@UMassD.EduCédric Chavanne, cedric_chavanne@uqar.caLocation: Kamehameha Hall III1436 Falder, M.; White, N.; Caulfield, C.; Sheen, K.: SEISMIC REFLECTIONIMAGING OF SUBMESOSCALE STRUCTURE IN THE NORTH ATLANTICOCEAN, ALLOWING HIGH RESOLUTION MEASUREMENTS OFDIAPYCNAL DIFFUSIVITY1437 Song, X.; Huang, R.; Wu, D.; Qiao, F.: THE OBSERVED COOLING-DIFFUSIONSPIRALS IN YELLOW SEA1438 Brannigan, L. T.; Marshall, D. T.; Naveira-Garabato, A. C.; Nurser, G.: DOSUBMESOSCALE FLOWS SHALLOW OR DEEPEN THE OCEAN MIXEDLAYER?1439 Suzuki, N.; Hamlington, P. E.; Haney, S.; Van Roekel, L. P.; Fox-Kemper, B.: THESURFACE WAVE INFLUENCE ON MIXED-LAYER FRONTAL CURRENTSAND MULTISCALE TURBULENCE1440 Thyng, K. M.; Hetland, R. D.: TEXAS-LOUISIANA CROSS-SHELFTRANSPORT DUE TO SUBMESOSCALE EDDIES1441 Holmes, R. M.; Thomas, L. N.; Thompson, L.; Darr, D.: NON-CONSERVATIVEPROCESSES AND MESOSCALE STIRRING DRIVEN BY TROPICALINSTABILITY VORTICES1442 Mantovanelli, A.; Roughan, M.; Keating, S.; Wyatt, L.; Schaeffer, A.: HAS THEIMPORTANCE OF SUBMESOSCALE FRONTS BEEN UNDERVALUED INCOASTAL AREAS BORDERED BY THE EAST AUSTRALIAN CURRENT(EAC)?1443 Van Roekel, L. P.; Moran, E.; Fox-Kemper, B.: THE INFLUENCE OFMISALIGNED SWELL ON DEVELOPING WIND WAVES1444 Pawlowicz, R.; Scheifele, B.: DOUBLE-DIFFUSIVE INSTABILITIES INANCIENT SEAWATER1445 Bornstein, G.; Biescas, B.; Sallarès, V.; Mojica, J. F.: DIRECT TEMPERATUREAND SALINITY ACOUSTIC FULL WAVEFORM INVERSION1446 Thomsen, S.; Kanzow, T.; Krahmann, G.: MESO- AND SUBMESOSCALEVARIABILITY WITHIN THE UPWELLING REGIME OFF PERU OBSERVEDBY A FLEET OF GLIDERS.1447 Brett, G. E.; Pratt, L. J.; Rypina, I.: CHAOTIC ADVECTION AND MIXING INAN IDEALIZED THREE-DIMENSIONAL EDDY MODEL1448 Barkan, R.; Winters, K. B.; Llewellyn Smith, S. G.: ENERGY PATHWAYS ANDLOSS OF BALANCE IN AN IDEALIZED OCEAN BASIN FORCED BY WINDSTRESS AND BUOYANCY FLUXES1501 Kim, S. Y.; Kosro, P. M.: OBSERVATIONS OF NEAR-INERTIAL SURFACECURRENTS OFF OREGON: DECORRELATION TIME AND LENGTHSCALES1502 Lawrie, A. G.; Dalziel, S. B.: ANALYSIS OF INTERNAL WAVE SYSTEMS OFCOMPLEX FORM GENERATED FROM A FLEXIBLE BOUNDARY1503 Mojica, J.; Sallares, V.; Biescas, B.; Klaeschen, D.; Bornstein, G.:CHARACTERIZATION OF THE ENERGY CASCADE USING HIGHRESOLUTION MULTICHANNEL SEISMIC DATA1504 Callies, J.; Ferrari, R.: THE ROLE OF THE MIXED LAYER IN SUBMESOSCALETURBULENCE1505 Chen, H.; McKinley, G. A.: DOMINANT FRACTION OF GYRE INTEGRATEDSATELLITE CHLOROPHYLL OBSERVED IN SUBMESOSCALE FRONTS1506 Kunze, E.; Klymak, J. M.; Lee, C. M.; Goodman, L.; Lien, R. C.: SUBMESOSCALEWATER-MASS SPECTRA IN THE SARGASSO SEA1507 Haney, S.; Fox-Kemper, B.; Julien, K.: STABILITY OF THE OCEAN MIXEDLAYER IN THE PRESENCE OF SURFACE GRAVITY WAVE FORCING1508 Llewellyn Smith, S. G.; Keppel, C. E.: 3D DYNAMICS OF SQG VORTICESAND PASSIVE SCALAR TRANSPORTTHURSDAY143

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY1509 Cervantes, B. T.; Levine, M. D.; Pierce, S. D.: FLUORESCEIN DYE STUDIES OFSUBMESOSCALE LATERAL MIXING IN THE OCEAN1510 Arobone, E. M.; Sarkar, S.: FROM BALANCED SHEAR TO TURBULENCE INAN IDEALIZED SUBMESOSCALE FLOW1511 Pearson, K. A.; Carter, G. S.: IDENTIFYING WATER MASSES OFF THESOUTH SHORE OF OAHU USING SEAGLIDER DATA1512 Wakata, Y.; Endoh, T.; Yoshikawa, Y.: TIDAL OSCILLATIONS IN EAST CHINASEA SIMULATED BY LES1513 North, R. P.; Angel-Benavides, I. M.; Baschek, B.; Molemaker, M. J.; Marmorino,G.: QUANTIFYING SUBMESOSCALE FEATURES CAPTURED IN THECOASTAL REGION OF THE SOUTHERN CALIFORNIA BIGHT1514 Khymchenko, I. E.; Tuzhilkin, V. S.; Serebryany, A. N.: ANTICYCLONICEDDIES IN THE CENTRAL AND COASTAL AREAS OF THE BLACK SEA:STATISTICS AND PARAMETERS OF SALINITY MANIFESTATIONS1515 Jong-Kyu Kim, J.; Byoung-Ju Choi, .; Sang-Ho Lee, .; Young-Tae Son, .:VARIABILITY OF THERMOHALINE FRONT IN RESPONSE TO WINDVARIATION IN THE KOREA STRAIT IN AUTUMN: NUMERICALSIMULATION1516 Shakespeare, C. J.; Taylor, J. R.: A GENERALISED MODEL FORSUBMESOSCALE FRONTOGENESIS1517 Kersalé, M.; Petrenko, A. A.; Doglioli, A. M.; Nencioli, F.; Dekeyser, I.:DYNAMICS OF MESO- AND SUBMESOSCALE PROCESSES FROM IN SITUDATA AND NUMERICAL MODELING IN A COASTAL ENVIRONMENT1518 Sánchez-Leal, R. F.; Sanchez-Garrido, J. C.; Bellanco-Esteban, M. J.; Ruiz-Villarreal, M.; Gonzalez-Pola, C.: EARLY TRANSFORMATION OF THEMEDITERRANEAN OUTFLOW WATER (MOW) IN THE GULF OF CADIZ,SW IBERIAN PENINSULA: PATHWAYS, MIXING AND TEMPORALVARIABILITY.1519 Robitaille, J.; Chavanne, C. P.: SUBMESOSCALE FRONTOLYSIS EVENT INTHE SAINT-LAWRENCE ESTUARY : OBSERVATIONS VS. MIXED-LAYERSURFACE QUASI-GEOSTROPHY PREDICTIONS1520 Miller, W. D.; Smith, G. B.; Marmorino, G. O.; Baschek, B.: AIRBORNE OCEANCOLOR REMOTE SENSING OF SUBMESOSCALE EDDIES NEAR SANTACATALINA ISLAND1521 Harcourt, R. R.; D’Asaro, E. A.; Lee, C. M.; Shcherbina, A. Y.: TURBULENCEINTENSITY IN BAROCLINIC MIXED LAYERS1522 Jinadasa, S. U.; Lozovatsky, I. D.; Fernando, H. J.; Hong, C. S.; Lee, J. H.: BBLDYNAMICS IN SHALLOW WATERS OF THE EAST CHINA SEA1523 Zhang, Q.; Thompson, A. F.; Stewart, A. L.: THE IMPACT OF TOPOGRAPHYON CROSS FRONT TRANSPORT AND SUBMESOSCALE TURBULENCE1524 Aghassi, E. N.; Siegel, D. A.; Stassinos, E.; Nelson, N. B.: SURFACE IN-SITUOCEAN OPTICS ON CLIVAR A16N 2013 AND CORRELATIONS TOLAGRANGIAN COHERENT STRUCTURES1525 Pierce, S. D.; Levine, M. D.; Cervantes, B. K.: DIRECT STREAM FUNCTIONESTIMATION FROM UNDERWAY VELOCITY DATA USINGTRIGONOMETRIC BASIS FUNCTIONS1526 Dong, C.; Liu, Y.: OCEANIC EDDY SYMMETRY ALONG THE KUROSHIO INTHE EAST CHINA SEA1591 de Verneil, A.; Franks, P. J.; Mahadevan, A.: PHYTOPLANKTONCOMMUNITIES AT FRONTS: THE ROLE OF SUBMESOSCALE STIRRINGAND MIXING IN NUTRIENT-LIMITED ECOSYSTEMS1592 Futch, V. C.; Flament, P.; Lumpkin, R.; Armi, L.: SEPARATION OF THENORTH EQUATORIAL CURRENT AT SOUTH PT. HAWAII: A CASE OFDOWNSTREAM INSTABILITY AND VORTEX FORMATION014 Physical Processes Along Reef-Protected Coastlines:Current Observations and Future PredictionsChair(s): Ryan Lowe, Ryan.Lowe@uwa.edu.auCurt Storlazzi, cstorlazzi@usgs.govAp van Dongeren, Ap.vanDongeren@deltares.nlPaul Kench, p.kench@auckland.ac.nzJim Hench, jlh82@duke.eduRon Hoeke, ron.hoeke@csiro.auLocation: Kamehameha Hall III2513 Barkdull, M. K.; Monismith, S. G.; Atkinson, M.; Lowe, R.; Falter, J.: BUOYANCYDRIVEN FLOW IN A CORAL REEF-LAGOON SYSTEM2514 Viehman, T. S.; Hench, J. L.; Griffin, S. P.; Piniak, G. A.; Halpin, P. N.: WAVEENERGY AND SUBSTRATE STABILITY CONSTRAIN CORAL REEFRECOVERY AFTER VESSEL GROUNDINGS2515 Herdman, L. M.; Hench, J. L.; Monismith, S. G.: HEAT BALANCES ANDTHERMALLY-DRIVEN LAGOON-OCEAN EXCHANGES ON A TROPICALCORAL REEF SYSTEM2516 Winter, G.; Pomeroy, A. W.; Lowe, R. J.; Hansen, J.: FORCING OF MEANAND VERY LOW FREQUENCY MOTIONS IN FRINGING REEFENVIRONMENTS: A COMPARISON OF LAGRANGIAN AND EULERIANOBSERVATIONS2517 Cuttler, M.; Lowe, R. J.; Falter, J. L.: SPATIAL VARIABILITY OF CARBONATESEDIMENT TEXTURAL PARAMETERS ACROSS A FRINGING REEFSYSTEM2518 Yao, Y.; Becker, J. M.; Merrifield, M. A.: BOUSSINESQ MODELING OF WAVETRANSFORMATION OVER FRINGING REEFS: TWO CASE STUDIES OFFIELD OBSERVATIONS2519 Pomeroy, A. W.; Lowe, R. J.; Buckley, M.; Van Dongeren, A. R.; Ghisalberti, M.:A LABORATORY STUDY OF SEDIMENT TRANSPORT IN FRINGING REEFENVIRONMENTS2520 Storlazzi, C. D.; Berkowitz, P.; Elias, E. P.: THE EFFECTS OF SEA-LEVEL RISEON WAVES, RUN-UP, AND INUNDATION OF ATOLLS2521 Collignon, A. G.; Pawlak, G.: A COMPARATIVE STUDY OF BED STRESSAND BOUNDARY LAYER DYNAMICS OVER CORAL REEFS2522 HUANG, Z. C.; Tsai, W. T.: FIELD OBSERVATIONS OF TURBULENCE INTHE WAVE-CURRENT BOTTOM BOUNDARY LAYER OVER AN ALGALREEF2569 Donker, J. J.; van der Vegt, M.; Hoekstra, P.: OBSERVED FLOW PATTERNSNEAR HUMMOCKS IN INTERTIDAL MUSSEL BEDS2570 Costa, M. B.; Araujo, M.; Araujo, T. C.; Siegle, E.: WAVE – REEFINTERACTION CONTROLLING COASTAL PROCESSES: NORTHEASTBRAZIL2571 Mariño Tapia, I.; Enriquez, C.; Franklin, G. L.; Valle-Levinson, A.: CORALDEGRADATION, SUBMARINE GROUNDWATER DISCHARGES, ANDIMPLICATIONS FOR REEF HYDRODYNAMICS2572 Lowe, R. J.; Gruber, R. K.; Falter, J. L.: HYDRODYNAMICS ANDTHERMODYNAMICS OF THE MACROTIDAL REEF SYSTEMS INNORTHWESTERN AUSTRALIA2573 Hoeke, R. K.; McInnes, K. L.; Colberg, F.; O’Grady, J.; Kruger, J.: WAVE-DRIVEN EXTREME SEA LEVELS AT OCEANIC ISLANDS AND ATOLLS:DOWNSCALING WAVE CLIMATE TO BETTER UNDERSTAND FUTUREIMPACTS2575 Leary, P. R.; Walter, R. K.; Denny, M. W.; Micheli, F.; Monismith, S. G.: HYPOXIAIN THE KELP FOREST, HYDRODYNAMICS AND SPATIAL VARIABILITY2576 Barry, J. H.: COASTAL PROCESSES AT POIPU BEACH PARK: THE EFFECTSOF A BIMODAL WAVE CLIMATE ON TOMBOLO STABILITY2577 Kisabeth, J. K.: CRUISE SHIP INDUCED SEDIMENT RESUSPENSIONCHARACTERISTICS IN CHARLOTTE AMALIE HARBOR AND WESTGREGORIE CHANNEL ST. THOMAS, UNITED STATES VIRGIN ISLANDS.2578 Dolan, T.; Serafy, J.: POWER OF A MULTI-YEAR MONITORING PROGRAMTO DETECT CHANGE IN MANGROVE FISH COMMUNITIES ADJACENTTO A NUCLEAR POWER PLANT144

Program BookAGU/ASLO/TOS017 Shedding Light On Phytoplankton BiogeographyChair(s): Dr. Anna Hickman, a.hickman@noc.soton.ac.ukDr. Stephanie Dutkiewicz, stephd@ocean.mit.eduLocation: Kamehameha Hall III2758 Ferguson, C. E.; Alderkamp, A. C.; Arrigo, K. R.: BURNING TOO BRIGHT:NON-PHOTOCHEMICAL QUENCHING RESPONSES OF TWOANTARCTIC PHYTOPLANKTON TAXA2759 Cuhel, R. L.; Aguilar, C.: DEEPER, DEEPER, DEEPER: FUNCTIONAL DEEPCHLOROPHYLL MAXIMA BELOW 50M IN OLIGOTROPHICATED LAKEMICHIGAN.2760 Xia, X.; Liu, H.: SEASONAL VARIATION OF SYNECHOCOCCUSCOMMUNITY COMPOSITION IN THE SUBTROPICAL COASTAL WATERSOF HONG KONG2761 Aguilar, C.; Cuhel, R. L.: RECYCLING OF NUTRIENTS FROM THE BOTTOM-UP: TOP PLANKTON PREDATORS GIVE BACK TO THE COMMUNITY2762 Chase, A. P.; Boss, E.; Zaneveld, R.; Bricaud, A.; Claustre, H.: MAPPINGPHYTOPLANKTON TYPES USING IN SITU ABSORPTION SPECTRAAND LINKING RESULTS TO FUTURE HYPERSPECTRAL OCEAN COLORSATELLITES2763 Yamaguchi, H.; Murakami, H.; Miyamura, K.; Siswanto, E.; Ishizaka, J.:UNDERSTANDING THE INHERENT OPTICAL PROPERTY OF HARMFULDINOFLAGELLATE BLOOM IN THE EASTERN COAST OF KYUSHU,JAPAN2765 Downing, A. S.; Hajdu, S.; Hjerne, O.; Otto, S.; Blenckner, T.: NARROWINGDOWN ON SIZE DISTRIBUTION PATTERNS UNDERLYING SPECIESCO-EXISTENCE IN BALTIC SEA PHYTOPLANKTON2766 Shang, S. L.: ON THE FREQUENCIES OF DINOFLAGELLATE BLOOMS INTHE EAST CHINA SEA DURING 2002-20122799 Lew, S. L.; Martin, A. P.; Anderson, T. R.; Zubkov, M. V.: A POTENTIALTRADE-OFF IN THE USE OF SOLAR ENERGY IN PROCHLOROCOCCUSCYANOBACTERIA2800 Ostrowska, M.; Wozniak, B.; Dera, J.: QUANTUM YIELDS OFDEACTIVATION OF EXCITATION ENERGY OF PHYTOPLANKTONPIGMENTS ON FLUORESCENCE, PHOTOSYNTHESIS AND HEATPRODUCTION IN THE WORLD OCEAN2801 Ston-Egiert, J.; Majchrowski, R.; Darecki, M.; Sobiechowska-Sasin, M.;Ostrowska, M.: PHYTOPLANKTON PIGMENT RESPONSES TO DIFFERENTLIGHT CONDITIONS IN BALTIC SEA - MEASURED AND MODELEDRESULTS FOR CASE 2 WATERS2802 Hickman, A. E.; Dutkiewicz, S.; Jahn, O.; Follows, M. J.: HOW IMPORTANTARE PIGMENTS FOR PHYTOPLANKTON BIOGEOGRAPHY?2803 Carpentier, C.; Moldaenke, C. F.: THE USE OF A NEW INSTRUMENT FORTHE FAST DETERMINATION OF MICROBENTHIC ALGAE: PRINCIPLESAND APPLICATIONS OF THE BBE BENTHOTORCH2804 Talaber, I.; France, J.; Flander-Putrle, V.; Mozetic, P.: HOW PHYTOPLANKTONPHYSIOLOGY AND COMMUNITY STRUCTURE ADJUST TO PHYSICALFORCING IN A COASTAL ECOSYSTEM (NORTHERN ADRIATIC)2805 Alderkamp, A. C.; Van Dijken, G. L.; Lowry, K. E.; Sherrell, R. M.; Arrigo,K. R.: EFFECTS OF GLACIAL MELT ON PHYTOPLANKTON PRIMARYPRODUCTIVITY IN THE AMUNDSEN SEA (ANTARCTICA)2806 Celepli, N.; Ekman, M.; Larsson, J.; Bergman, B.; Ininbergs, K.: BALTIC SEACYANOBACTERIA: DIVERSITY, DISTRIBUTION AND FUNCTIONALADAPTATION2807 Moore, T. S.: PROJECTING THE ENVIRONMENTAL NICHE SPACEFOR SUMMERTIME COCCOLITHOPHORE BLOOMS IN THE NORTHATLANTIC FROM CPR AND SATELLITE DATA2842 Schofield, O. M.; Saba, G.; Finkel, Z.; Irwin, A.; Ducklow, H.:BIOGEOCHEMICAL AND ECOLOGICAL CONSEQUENCES OFPHYTOPLANKTON COMMUNITY COMPOSITION ALONG A MELTINGWEST ANTARCTIC PENINSULA2843 Rii, Y. M.; Duhamel, S.; Bidigare, R. R.; Church, M. J.; Repeta, D. J.:CONTRIBUTION OF PHOTOSYNTHETIC PICOEUKARYOTES TOPRIMARY PRODUCTION AND PARTICLE FLUX IN BIOGEOCHEMICALLYDISTINCT REGIONS OF THE EASTERN SOUTH PACIFIC OCEAN2844 Tucker, K. C.; Morton, S.; Cherrier, J.: HABS IN APALACHICOLA BAY, FL,USA: IMPLICATIONS FOR OYSTER FISHERY RESILIENCE2845 Shipe, R. F.; Leinweber, A.; Gruber, N.: PIER BASED VERSUS OPEN BAYHARMFUL ALGAE SEASONALITY IN SANTA MONICA BAY, CA2846 Tiffany Moisan, A.; Rachel Steinhardt, A.; John Moisan , A.; Mathew Linkswiler,A.: ALGORITHM DEVELOPMENT FOR PREDICTING PHYTOPLANKTONDIVERSITY018 Advancing the Frontiers of the Si Cycle In Terrestrial, Coastal,and Open Ocean EcosystemsChair(s): Paul J. Treguer, paul.treguer@univ-brest.frJoanna C. Carey, carey.joanna@epa.govMark A. Brzezinski, mark.brzezinski@lifesci.ucsb.eduChristina De La Rocha, Christina.Delarocha@univ-brest.frRobinson W. Fulweiler, rwf@bu.eduManuel Maldonado, maldonado@ceab.csic.esLocation: Kamehameha Hall III2033 Boutorh, J.; Moriceau, B.; Suroy, M.; Ragueneau, O.; Bucciarelli, E.: FRUSTULESOF NUTRIENT LIMITED DIATOMS ARE BETTER PRESERVED DURINGDISSOLUTION2034 Kress, N.; Fanning, K.; Krom, M. D.: THE SILICA CYCLE IN THEULTRAOLIGOTROPHIC EASTERN MEDITERRANEAN SEA2101 Closset, I.; Cardinal, D.; Thil, F.; Bray, S.; Trull, T.: SEASONAL VARIATION,ORIGIN AND FATE OF SETTLING DIATOMS IN THE SOUTHERN OCEANTRACKED BY SILICON ISOTOPE RECORD IN DEEP SEDIMENT TRAPS2102 Doering, K.; Crosta, X.; Frank, M.; Schneider, R.: A COMPARISON OF STABLESILICON ISOTOPE COMPOSITIONS OF BIOGENIC OPAL AND DIATOMASSEMBLAGES: A DEGLACIAL TO HOLOCENE RECORD OF THEPERUVIAN UPWELLING2103 Zhang, Z. L.; Dai, M. H.: DEGREE OF SILICATE RECYCLING IN THENORTHERN SOUTH CHINA SEA INFERRED BY SILICON ISOTOPICCOMPOSITION2104 de Villiers, S.; Ismail, H. E.: SUBMARINE GROUNDWATER DISCHARGE ASA CONTROL ON CONTINENTAL SHELF ANOXIA IN A MAJOR EASTERNBOUNDARY UPWELLING AREA2105 Chase, Z.; Kohfeld, K. E.; Matsumoto, K.: CONTROLS ON OPAL EXPORT INTHE SOUTHERN OCEAN INFERRED FROM 230-THORIUM NORMALIZEDBURIAL RATES2106 Grasse, P.; Brzezinski, M. A.; Frank, M.: FACTORS CONTROLLING THESILICON ISOTOPE COMPOSITION OF DISSOLVED SILICATE ANDBIOGENIC SILICA IN THE PERUVIAN UPWELLING2107 Gao, S.; Völker, C.; Lohmann, G.; Butzin, M.; Wolf-Gladrow, D. A.: VARIATION OFGLACIAL-INTERGLACIAL MARINE SILICON ISOTOPIC COMPOSITIONSAND ITS POSSIBLE IMPLICATIONS—A MODELING STUDY2108 de Souza, G. F.; Slater, R. D.; Dunne, J. P.; Sarmiento, J. L.: PARSING THECONTROLS ON THE OCEANIC SI DISTRIBUTION IN AN OCEAN MODELUSING SI ISOTOPES023 Mechanisms of Biogeochemical Variability In the Global OceansChair(s): Galen A. McKinley, gamckinley@wisc.eduBranwen Williams, bwilliams@kecksci.claremont.eduMichele LaVigne, mlavign@bowdoin.eduSusan Lozier, s.lozier@duke.eduNicole Lovenduski, nicole.lovenduski@colorado.eduLocation: Kamehameha Hall III2109 Fry, C.; Tyrrell, T.; Hain, M.; Bates, N.: A METHOD FOR ANALYSINGPROCESSES AFFECTING SURFACE OCEAN ALKALINITY2110 Qin, X.; van Sebille, E.; Sen Gupta, A.: A LAGRANGIAN ANALYSIS OFBIOGEOCHEMISTRY IN THE EQUATORIAL UNDERCURRENT2111 Ben McNeil, .; Tristan Sasse, .: FUTURE AMPLIFICATION OF CO2EXTREMES DIAGNOSED USING A NEW GLOBAL MONTHLY OCEANCARBON CLIMATOLOGY2112 Resplandy, L.; Séférian, R.; Bopp, L.: DECADAL VARIABILITY OF OCEANCO2 AND O2 FLUXESTHURSDAY145

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY2115 Lu, Z.; Gan, J.; Dai, M.; Zhao, X.; Liang, L.: REVISITING NUTRIENT SOURCESAND BUDGET IN THE EAST CHINA SEA2116 Belem, A. L.; Albuquerque, A. L.; Cordeiro, L. G.; Mendoza, U. N.; Fenili, L. H.:OCEANOGRAPHIC BIOGEOCHEMICAL CONTROL OF PARTICULATEMATTER FLUXES IN A WESTERN BOUNDARY UPWELLING SYSTEM2117 Hood, R. R.; Strutton, P. G.; Coles, V. J.; Phillips, H. E.; McPhaden, M. J.:BIOGEOCHEMICAL VARIABILITY IN THE EQUATORIAL INDIAN OCEANIN RESPONSE TO WYRTKI JET FORCING2118 Carter, B. R.; Toggweiler, J. R.; Key, R. M.; Sarmiento, J. L.: ALK*, A TRACERQUANTIFYING THE INFLUENCE OF CARBONATE CYCLING ONALKALINITY2119 Calil, P.; Arruda, R.: ON THE MECHANISMS THAT CONTROL PCO2VARIABILITY IN THE SOUTH-WESTERN ATLANTIC OCEAN:IMPLICATIONS FOR THE CONTINENTAL SHELF PUMP2120 Vinu Valsala, .; Shamil Maksyutov, .; Raghu Murtugudde, .: CLIMATEIMPRINTS ON THE AIR-SEA CO2 FLUXES OF NORTH PACIFIC ANDSOUTH INDIAN OCEAN2121 Majkut, J. D.; Sarmiento, J. L.; Rodgers, K. B.: UNDERSTANDING ANDDETECTING SOUTHERN OCEAN CO2 UPTAKE CHANGES2122 Lietzke, S. C.; Haidvogel, D. B.; Stock, C. A.; Curchitser, E. N.: ENSO PHASEVARIABILITY IN THE BIOGEOCHEMISTRY OF THE EASTERN ANDWESTERN PACIFIC2123 Chikamoto, M. O.; Timmermann, A.; Chikamoto, Y.; Tokinaga, H.; Harada, N.:DECADAL VARIABILITY AND PREDICTABILITY OF BIOGEOCHEMICALCHANGES IN THE NORTH PACIFIC024 ASLO Multicultural Program Student SymposiumChair(s): Benjamin Cuker, benjamin.cuker@hamptonu.eduDeidre Gibson, deidre.gibson@hamptonu.eduLocation: Kamehameha Hall III1655 Franklin, M. C.; Doellman, M.; Sorte, C.: BLUE MUSSEL (MYTILUS EDULIS)ABUNDANCE IN THE GULF OF MAINE: A HISTORICAL APPORACH TODETERMINING POPULATION TRAJECTORIES1656 Maldonado, D. A.; Keppler, C.; Benitez-Nelson, C.; Greenfield, D. I.: COUPLINGPHYTOPLANKTON ASSEMBLAGE COMPOSITION AND PHYSIOLOGYWITH SEASONAL NITROGEN AND PHOSPHORUS LEVELS INCHARLESTON HARBOR AND WINYAH BAY, SOUTH CAROLINA1657 Wong-Ala, J. A.; Michelou, V. K.; Rappe, M. J.: CHARACTERIZING GROWTHPROMOTERS AND INHIBITORS OF THE PROTEORHODOPSIN-CONTAINING MARINE GAMMAPROTEOBACTERIUM HIMB301669 Nieves, M.; Gutierrez, E.: PATCHY DISTRIBUTION OF LITTORINALITTOREA PARALLEL TO THE COASTLINE IS INFLUENCED BY ALGALCOVER ON ROCKS1715 Perez Delgado, Z. P.; Tan, J.; Jiang, L.: HOW DO NICHE AND FITNESSDIFFERENCES AFFECT COEXISTENCE AMONG SPECIES?1716 Sánchez-Viruet, I. C.; Mota-Annexy, C. A.; Pierson, J.: PRELIMINARY SPATIALDISTRIBUTION OF COPEPODS IN THE BIOLUMINESCENT BAY, LAGUNAGRANDE, FAJARDO, PUERTO RICO1717 Castro, S. M.; Krekeler, M. P.: METAL POLLUTION OF LAKE SEDIMENTS INSOUTHWEST OHIO1718 Carmon, B. N.; Mitchell, J.: ANALYSIS OF GEAR INTERACTIONS WITHPROTECTED SPECIES IN THE GULF OF MEXICO AND SOUTHEASTATLANTIC1719 Shamblin, B.; Nairn , J.; Holcomb, K.; Ayala-Díaz, E.; López-Figueroa, N.B.: USING MATERNAL DNA TO EVALUATE EGG TRANSLOCATIONSUCCESS OF THE LOGGERHEAD SEA TURTLE (CARETTA CARETTA) ATCHINCOTEAGUE NATIONAL WILDLIFE REFUGE (CNWR)1720 Quiles-Delgado, T.; Valentin, G.; Quiñones , A.; Arraras-Garcia, J.: THE EFFECT OFLICL ON INTESTINAL REGENERATION OF HOLOTHURIA GLABERRIMA1721 Williams, H. A.: BIOTOXINS IN BUTTER CLAMS (SAXIDOMUSGIGANTEA) AND BLUE MUSSELS (MYTILUS EDULIS) IN THE SALISH SEA1722 Owen, T. J.; McDonnell, C. E.; Hagen, R. A.; Czarnecki, M. F.; Nishimura, C.E.: WORLD WAR I ERA SUBMARINE ON SIDE-SCAN SONAR IMAGERY,CHESAPEAKE BAY REGION1723 Kiili, S. H.; Colbert, S.; Wiegner, T.: EFFECTS OF GEOTHERMALLY HEATEDGROUNDWATER ON THE DISSOLVED INORGANIC CARBON SYSTEM ATWAI ‘OPAE, HAWAI’I ISLAND1724 Kauahi, C.; Puniwai, N.; Gray, S. A.; Lepczyk, C.: SURF QUALITY IN HILO BAYAS INFLUENCED BY CLIMATE CHANGE3269 Kraskura, K.; Urick, S.; Schwarz, M. H.; Jahncke, M. L.; Horodysky, A. Z.:EFFECTS OF FEEDING RATE AND FEEDING FREQUENCY ON GROWTHOF JUVENILE TILAPIA (OREOCHROMIS NILOTICUS/O.AUREUS)025 Physical-Biological Interactions In Coral Reefs: A Tribute toMarlin AtkinsonChair(s): Stephen Monismith, monismith@stanford.eduAmatzia Genin, a.genin@mail.huji.ac.ilLocation: Kamehameha Hall III2609 Lantz, C. A.; Atkinson, M. J.; Winn, C.; Kahng, S.: CHEMICAL TECHNIQUESFOR MONITORING THE EFFECTS OF OCEAN ACIDIFICATION ONCORAL REEFS2610 Frazier, M. M.; Takabayashi, M.: ASSESSING THE BIOLOGICAL EFFECTS OFGROWTH ANOMALY IN THE CORAL MONTIPORA CAPITATA USINGRNA-SEQ2611 Speare, K. E.; Bruno, J. F.; Goodbody-Gringley , G.: SYNERGISTIC EFFECTSOF INCREASED SEDIMENTATION AND WATER TEMPERATURE ON THESURVIVAL OF JUVENILE CORAL SPAT2612 Wurgaft, E.; Luz, B.; Lazar, B.: LATERAL MIXING PROCESSES AND BASIN-SCALE CARBONATE-MINERALS DEPOSITION IN THE GULF OF AQABA– EVIDENCE FROM ALKALINITY VARIATIONS2613 Tansik, A. L.; Fitt, W. K.; Hopkinson, B. M.: OVERCOMING DIFFUSIVEBOUNDARY LIMITATION ON CO 2UPTAKE BY EXTERNAL CARBONICANHYDRASE IN TROPICAL SCLERACTINIAN CORALS2614 Grange, J. S.; Rybarczyk, H.; Tribollet, A.: SUCCESSIONS OFMICROBIOERODING COMMUNITIES OVER A YEAR PERIOD WITH AMONTHLY RESOLUTION: IMPACT ON CARBONATE DISSOLUTIONRATES IN DEAD CORALS (NEW CALEDONIA)2615 Toth, L. T.; Aronson, R. B.: PALEOENVIRONMENTAL VARIABILITY ANDTHRESHOLD BEHAVIOR OF A CORAL-REEF ECOSYSTEM2616 Aliah Irvine, L.; Narrissa Spies, .; Robert Richmond, .: ALTERNATIVEPRESERVATION METHODS TO ISOLATE DNA FROM CORAL2617 Carreón-Palau, L.; Parrish, C. C.; Pérez-España, H.; Aguiñiga-García, S.:SEASONAL SHIFT OF C: N RATIO, LIPID CLASSES, FATTY ACIDS ANDSTEROLS IN A GULF OF MEXICO CORAL REEF FOOD WEB WITH RIVERINFLUENCE2618 Barkley, H. C.; Cohen, A. L.; McCorkle, D. C.; Golbuu, Y.; DeCarlo, T. M.:IDENTIFYING UNDERLYING MECHANISMS FOR ACIDIFICATIONTOLERANCE IN REEF-BUILDING CORALS2665 Burns, J. H.; Gates, R. D.; Takabayashi, M.; Delparte, D.: UTILIZINGSTRUCTURE-FROM-MOTION PHOTOGRAMMETRY AS AN INNOVATIVETECHNIQUE FOR QUANTIFYING 3-DIMENSIONAL CHARACTERISTICSOF CORAL REEFS2667 Helbling, A. H.; Stone, R. P.; Speakman, S. A.; Cohen, A. L.: MINERALOGYAND COMPOSITION OF CALCIUM CARBONATE SKELETONSDETERMINED BY HIGH-RESOLUTION X-RAY POWDER DIFFRACTIONAND RIETVELD REFINEMENT2668 SAMUEL, L. C.; MONISMITH, S. G.: THE EFFECT OF POLYP TENTACLEEXTENSION ON CORAL BOUNDARY LAYER THICKNESSES AND MASSTRANSFER2669 Gramer, L. J.; Mariano, A. J.; Thompson, N. B.; Hendee, J. C.: DYNAMICS OFSEA TEMPERATURE VARIABILITY ON FLORIDA’S REEF TRACT: FROMREGIONAL TO REEF-SCALE2670 Zhu, X.; Minnett, P.; Hendee, J.; Manfrino, C.; Berkelmans, R.: LINKINGCORAL REEF BLEACHING AND DAILY TEMPERATURE VARIABILITY ATSHALLOW COASTAL SEAS2671 Torres, W. I.; Koweek, D.; Monismith, S. G.; Barkdull, M. K.; Dunbar, R.: THETURBULENT BOUNDARY LAYER OVER REEF ECOSYSTEM SUBSTRATES146

Program BookAGU/ASLO/TOS2672 Gorbunov, M. Y.; Kuzminov, F. I.; Falkowski, P. G.: ADVANCEDFLUORESCENCE TECHNOLOGIES AND INSTRUMENTATION FORMONITORING AND ASSESSING OF CORAL REEFS2673 Weitzman, J. S.; Samuel, L. C.; Zeller, R. B.; Monismith, S. G.; Koseff, J.R.: THE USE OF REFRACTION INDEX MATCHED MATERIAL FORVISUALIZATION AND QUANTIFICATION OF FLOW WITHIN COMPLEX,BIO-INSPIRED BENTHIC STRUCTURES2674 Zeller, R. B.; Weitzman, J. S.; Koseff, J. R.: PARTICLE IMAGE VELOCIMETRYMEASUREMENTS OF HORIZONTAL FLOW STRUCTURE AND WAKEPRODUCTION OF TURBULENCE IN A RIGID SUBMERGED CANOPYEXPOSED TO OSCILLATORY FLOW2675 Zabel, C.; Koweek, D.; Teneva, L.; Dunbar, R.: LINKING BENTHICCOMMUNITY COMPOSITION WITH REEF METABOLISM ON NEAR-PRISTINE BACKREEF ENVIRONMENTS OF PALMYRA ATOLL, CENTRALPACIFIC2676 Herrán, N.; Westphal, H.: DEVELOPING ECOSYSTEM HEALTH INDEX TOASSESS THE CHANGES IN CHANGUU CORALLINE ISLAND, ZANZIBAR.2677 Martinez, J.: PHYSICAL HABITAT MODIFICATION BY INVASIVE ALGAEAND PHYSIOLOGICAL IMPACTS TO CORAL IN HAWAII027 Nearshore ProcessesChair(s): Allison M. Penko, allison.penko@nrlssc.navy.milRyan P. Mulligan, mulliganr@civil.queensu.caLocation: Kamehameha Hall III260 Restrepo, J. M.; Venkataramani, S.; Dawson, C.: NEARSHORE STICKYWATERS261 Poppe, L. J.; McMullen, K. Y.: CHARACTER, DISTRIBUTION, ANDECOLOGICAL SIGNIFICANCE OF STORM-WAVE INDUCED SCOUR INRHODE ISLAND SOUND, USA262 Bricheno, L. M.; Wolf, J.: WHAT EFFECT DOES HIGH MODELRESOLUTION HAVE ON NEARSHORE WINDS, AND THEREFORE THECOASTAL OCEAN?299 Dalyander, P. S.; Butman, B.: PATTERNS OF STORM DRIVEN WAVE-INDUCED BOTTOM SHEAR STRESS ON THE U.S. EAST COASTCONTINENTAL SHELF300 Tian, M.; Feng, D.; Sheremet, A.; Kaihatu, J.: ON THE BREAKING OF ASOLITON WITH SHORT-WAVES OVER A SLOPING BED301 Smith, M. M.; Raubenheimer, B.; Elgar, S.: SEDIMENT TRANSPORT INKATAMA BAY AND INLET, MARTHA’S VINEYARD, MASSACHUSETTS302 Zippel, S. F.; Thomson, J.: WAVE BREAKING DUE TO DEPTH ANDCURRENTS303 Kashima, H.; Hirayama, K.; Mori, N.: NUMERICAL SIMULARIONS ONFREAK WAVE OCCURRENCE IN SHALLOW WATER REGIONS304 Reisdorph, S. C.; Mathis, J. T.; Cross, J. N.; Danielson, S.; Monacci, N.:ASSESSING NET COMMUNITY PRODUCTION IN GLACIATED ALASKAFJORD305 Harrison, S. R.; Bryan, K. R.; Mullarney, J. C.; Winter, C.: A QUASI-ANALYTICAL MODEL FOR MORPHOLOGICAL EVOLUTION OFEBB-TIDE DELTAS306 Sinnett, G.; Feddersen, F.: CHARACTERIZING HEAT CONTENT ANDSPATIO-TEMPORAL VARIABILITY OF TEMPERATURE IN THESURF-ZONE327 Grimes, D. J.; McNamara, D. E.: THE ANTHROMORPHODYNAMICAM:PREDICTING COASTLINE MORPHODYNAMICS AND THE HUMANRESPONSE WITH A MONITORING CAMERA.328 Smith, J. R.; Kinsman, N.; Misra, D.: NUMERICAL MODELING OF COASTALMORPHODYNAMICS IN RESPONSE TO EXTREME STORM EVENTS ONTHE GOLOVIN BARRIER SPIT IN NORTHWEST ALASKA329 Segura, L. E.; Hansen, J. E.; Lowe, R. J.; Symonds, G.; Contardo, S.: LONG ANDSHORT-TERM MORPHOLOGICAL VARIABILITY OF A SANDY BEACHSYSTEM IN SOUTHWESTERN AUSTRALIA330 Castelle, B.; Coco, G.: SURFZONE FLUSHING THROUGH HEADLAND RIPS331 Flagg, C. N.; Flood, R.; Wilson, R.; Yang, D. M.: GREAT SOUTH BAY AND THEBREACH IN FIRE ISLAND, NY332 Ortiz-Suslow, D. G.; Haus, B. K.; Laxague, N. M.; Williams, N. J.:QUANTIFYING THE SPATIAL AND TEMPORAL VARIABILITY OF WIND-STRESSES ACROSS A TIDAL INLET333 Banno, M.; Seike, K.: RADIOCARBON DATING TO INVESTIGATE THEDISTRIBUTION OF DUMPED SEDIMENT334 Kaida, H.; Uchiyama, Y.; McWilliams, J.: WAVE-CURRENT INTERACTION INTHE SURFZONE-INNER SHELF CIRCULATIONS335 Roeber, V.; Heitmann, T. W.; Cheung, K. F.; Smith, D. A.: MODELING OFNEARSHORE CURRENTS OVER FRINGING REEFS WITH SHOCK-CAPTURING BOUSSINESQ-TYPE EQUATIONS336 KIM, T.; Lee, J.; KIM, D.: BEACH EROSION NEAR THE SEASHORE WINDBREAK FOREST337 Mulligan, R. P.; Berard, N. A.; Ferreira da Silva , A. M.: WAVE BOTTOMBOUNDARY LAYER VARIABILITY ACROSS THE SURF ZONE417 Canestrelli, A.; Bolla Pittaluga, M.; Tambroni, N.; Slingerland, R.; Seminara, G.:NUMERICAL MODELING OF THE MORPHODYNAMIC EQUILIBRIUM OFTIDALLY-DOMINATED ESTUARIES.418 Bellingham, J. G.; Chavez, F. P.; Scholin, C. A.; Zhang, Y.; McPhee-Shaw, E. E.:MEASURING SCALES OF VARIABILITY OF DYNAMIC PROCESSES IN THECOASTAL OCEAN WITH COORDINATED AUVS452 Humberston, J. L.; Lippmann, T. C.: ESTIMATING SURFICIAL SEAFLOORSEDIMENT MUD FRACTION USING EMPIRICAL ORTHOGONALFUNCTIONS OF ACOUSTIC BACKSCATTER WAVEFORM PROPERTIES453 Diaz Mendez, G. M.; Haller, M. C.; Honegger, D. A.; Pittman, R. W.: REMOTESENSING OBSERVAITONS OF WAVE DISSIPATION454 Clark, S. J.; Siegelman, M.; Barnes, A.; Becker, J. M.; Brooks, B. A.: WAVETRANSFORMATIONS AND BEACH VOLUME CHANGE AT WAIKIKIBEACH IN RESPONSE TO ENERGETIC SUMMER SWELL EVENTS455 Mandel, T. L.; Rosenzweig, I.; Weitzman, J. S.; Koseff, J. R.: EXPLORATION OFA NOVEL HIGH-RESOLUTION SURFACE MEASUREMENT TECHNIQUEFOR DETECTING THE IMPACT OF HETEROGENEOUS BATHYMETRICFEATURES ON NEAR-SHORE HYDRODYNAMICS456 WU, D.; SHAO, Y.: THE VARIATION PROCESS OF JIUDUANSHA SHOAL INTHE YANGTZE RIVER ESTUARY AND ITS EVOLUTION MECHANISM457 Fujimura, A. G.; Reniers, A. J.; Paris, C. B.; Shanks, A. L.; MacMahan, J. H.:MODELING OF SURF ZONE LARVAL TRANSPORT AT VARIOUS BEACHES458 Rivas, D.: NEAR-SHORE CIRCULATION OFF SOUTHERN TAMAULIPASAND NORTHERN VERACRUZ, WESTERN GULF OF MEXICO, DURINGWINTER 2012-2013459 Thornborough, K. J.; Webster, J. M.; Vila Concejo, A.: CORAL RUBBLETRANSPORT AND IMPLICATIONS FOR THE DEVELOPMENT OF RUBBLE-DOMINATED REEF FLATS: EVIDENCE FROM THE SOUTHERN GREATBARRIER REEF460 Romero, L.; Uchiyama, Y.; Ohlmann, J. C.; McWilliams, J. C.; Siegel, D. A.:NEARSHORE ANISOTROPIC RELATIVE DISPERSION IN SOUTHERNCALIFORNIA461 Penko, A. M.; Bordelon, A.; Landry, B. J.; Calantoni, J.: OBSERVATIONS OFSAND BED EVOLUTION UNDER VARYING FORCING CONDITIONS INA SMALL-OSCILLATORY FLOW TUNNEL USING A LASER SCANNINGSYSTEM462 Simeonov, J. A.; Calantoni, J.; Penko, A. M.; Sou, I.: DIRECT NUMERICALSIMULATIONS OF GRAVITATIONAL SETTLING AND INCIPIENTMOTION OF FINITE-SIZE PARTICLES463 Reeder, D. B.: IN SITU LOW-FREQUENCY ACOUSTIC OBSERVATION OFTHE ESTUARINE SALT WEDGETHURSDAY147

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY036 An Integrated View of Agulhas Science: Past, Present and FutureChair(s): Graham Quartly, gqu@pml.ac.ukIan Hall , Hall@cardiff.ac.ukTomoki Tozuka, tozuka@eps.s.u-tokyo.ac.jpLocation: Kamehameha Hall III1793 Durgadoo, J. V.; Biastoch, A.: AGULHAS LEAKAGE: ITS CONTROL ANDISOLATED IMPACT ON THE SOUTH ATLANTIC1794 Rice, A. E.; Book, J. W.; Fischer, T.; Thomsen, S.; Wood, W. T.: MECHANISMSOF MIXING IN THE AGULHAS RETURN CURRENT FROMMICROSTRUCTURE AND FINESTRUCTURE MEASUREMENTS1795 MIYAMOTO, A.; NAKAMURA, H.; MIYASAKA, T.: SEASONAL ANDINTERANNUAL VARIATIONS OF THE MASCARENE HIGH1796 Malan, N. M.; Roberts, M. J.; Ansorge, I. J.: LINKS BETWEEN AGULHASCURRENT VARIABILITY AND SHELF UPWELLING OFF PORT ALFRED,SOUTH AFRICA.1797 Cooper, K.; Backeberg, B.; Hermes, J.; Veitch, J.; Deshayes, J.: DEVELOPINGKEY PERFORMANCE INDICATORS FOR GLOBAL OPERATIONAL OCEANMODELS FOR THE AGULHAS SYSTEM1798 Tozuka, T.; Cronin, M. F.: ROLE OF THE MIXED LAYER DEPTH IN RELAXATIONOF THE SST FRONT IN THE AGULHAS RETURN CURRENT REGION1887 Leber, G. M.; Beal, L. M.: EVIDENCE THAT AGULHAS CURRENTTRANSPORT IS MAINTAINED DURING A MEANDER1888 Giddy, I. S.; Ansorge, I.; Backeberg, B.; Reason, C.; Campos, E.: A HYCOMREPRESENTATION OF LOW FREQUENCY VARIATIONS IN THEAGULHAS RETROFLECTION REGION IN THE SOUTH ATLANTIC1889 Quartly, G. D.; Cameron, R.; Zubkov, M. V.; Holland, R. J.: PHYTOPLANKTONCOMMUNITY STRUCTURE IN THE MOZAMBIQUE CHANNEL1890 Franzese, A. M.; Goldstein, S. G.; Hemming, S. R.: TEMPORALRELATIONSHIPS BETWEEN AGULHAS LEAKAGE AND NADWINTENSITY DURING MIS3 ABRUPT NORTHERN HEMISPHEREWARMINGS1891 Elipot, S.; Beal, L. M.; Houk, A.: TWO-DIMENSIONAL STRUCTURE ANDTRANSPORT OF THE AGULHAS CURRENT DURING THE AGULHASCURRENT TIME-SERIES EXPERIMENT (ACT)1892 Oliveira, F.; Campos, E.: INTERANNUAL TRENDS IN THE SOUTHATLANTIC MERIDIONAL FLUXES1893 Roberts, M. J.: HIGH FREQUENCY, SUB WATER COLUMN, CURRENTREVERSALS ON THE INSHORE BOUNDARY OF THE AGULHASCURRENT, SOUTH AFRICA049 Station ALOHA: Celebrating 25 Years of Sustained OceanObservationsChair(s): Matt Church, mjchurch@hawaii.eduSam Wilson, stwilson@hawaii.eduLocation: Kamehameha Hall III2433 Foley, J. M.: TAKING TIME-SERIES TO THE STREETS: EDUCATIONALPROGRAMS THAT COMMUNICATE STATION ALOHA RESEARCH2434 Luo, Y. W.; Nicholson, D. P.; Doney, S. C.: HIGH-FREQUENCYBIOGEOCHEMICAL MODELING BASED ON HOE-DYLAN EXPERIMENTAT STATION ALOHA2435 Duhamel, S.; Björkman, K. M.; Doggett, J. K.; Karl, D. M.: MICROBIAL GROUPSPECIFIC UPTAKE OF INORGANIC PHOSPHATE AND ATP AT STATIONALOHA: KINETICS, EFFECT OF LIGHT AND RESPONSE TO RAPIDCHANGES IN N:P AVAILABILITY2436 Hayes, C. T.; Boyle, E. A.; McGee, D.; Fitzsimmons, J. N.; Anderson, R.F.: 232 TH/ 230 TH AT THE HAWAII OCEAN TIME-SERIES STATION ALOHA: ATOOL FOR IRON CYCLING2437 Fontanez, K. M.; DeLong, E. F.: MICROBIAL COMMUNITY STRUCTUREAND FUNCTION ON SINKING PARTICES AT STATION ALOHA2438 Martinez-Garcia, S.; Karl, D. M.: EUPHOTIC AND MESOPELAGIC ZONEMICROBIAL RESPIRATION AT STATION ALOHA2439 Poulos, S.; Fujieki, L.; Watkins, B.; Searson, S.; Karl, D. M.: THE ALOHASEAGLIDER FLEET2440 Church, M. J.; The HOT Team, .: THE HAWAII OCEAN TIME-SERIES (HOT)PROGRAM TURNS 25: HIGHLIGHTS OF A QUARTER CENTURY OFSUSTAINED OBSERVATIONS IN THE SEA2441 Segura-Noguera, M.; Curless, S. E.; Church, M. J.; Karl, D. M.: AMMONIUMDISTRIBUTION AT STATION ALOHA IN THE NORTH PACIFICSUBTROPICAL GYRE2442 Letelier, R. M.; White, A. E.; Church, M. J.; Karl, D. M.; Bidigare, R. R.: LOCALTO BASIN SCALE MODULATION OF PRIMARY PRODUCTIVITY IN THENORTH PACIFIC SUBTROPICAL GYRE: LESSONS LEARNED FROM THEHAWAII OCEAN TIME-SERIES PROGRAM2457 Wai, B. R.; Church, M. J.; Karl, D. M.; DeLong, E. F.: TEMPORAL VARIABILITYOF AMMONIA-OXIDIZING ARCHAEA AT STATION ALOHA2458 Doggett, J. K.; van den Engh, G.; Doblin, M. A.; Karl, D. M.: HIGH-RESOLUTION FLOW CYTOMETRY PROFILES OF PROCHLOROCOCCUSAT STATION ALOHA2459 Sadler, D. W.; Dore, J. E.; Church, M. J.; Fujieki, L. A.; Karl, D. M.: ASSESSINGTHE INTERNAL CONSISTENCY OF CO 2MEASUREMENTS AT STATIONALOHA2460 Viviani, D. A.; Church, M. J.: DISSOLVED ORGANIC MATTERPRODUCTION AND MICROBIAL GROWTH AT STATION ALOHA2461 Curless, S. E.; Björkman, K. M.; Updyke, B.; Mahaffey, C.; Dore, J. E.:ANALYSES OF INORGANIC NUTRIENT POOLS BY THE HAWAII OCEANTIME-SERIES (HOT) PROGRAM: METHODS, PROCEDURES, ANDSTANDARDIZATION2462 Howe, B. M.; Lukas, R.: ALOHA CABLED OBSERVATORY: ON-GOINGRESULTS AND NEW INSTRUMENTS2463 McCoy, D.; Santiago-Mandujano, F. E.; Weller, R. A.; Plueddemann, A. J.; Lukas,R.: THE WHOI-HAWAII OCEAN TIME-SERIES SITE (WHOTS) MOORING:HIGHLY-RESOLVED UPPER OCEAN TRENDS, VARIABILITY, AND FORCING2464 Biegala, I. C.; Aucan, J.; Desnues, A.; Clavere-Graciette, A.; Raimbault, P.: THESOUTH PACIFIC OCEAN TIME SERIES (SPOT) STATION: A FIRST FOCUSON DIAZOTROPHS COMMUNITY051 Shedding Light On the Dark Ocean: Biogeochemistry andMicrobial Oceanography of the Pelagic Realm of the Deep SeaChair(s): Gerhard J. Herndl, gerhard.herndl@univie.ac.atRamunas Stepanauskas, rstepanauskas@bigelow.orgLocation: Kamehameha Hall III86 Sintes, E.; De Corte, D.; Yokokawa, T.; Olbrich, K.; Herndl, G. J.: THE ACTIVEMINORITY: PROKARYOTES THRIVING IN THE DEEP ATLANTIC OCEAN87 Samo, T. J.; Karl, D. M.: SINGLE-CELL ANALYSIS OF ALKALINEPHOSPHATASE ACTIVITY ON SINKING PARTICLES: MESOPELAGICPHOSPHORUS AND CARBON CYCLING IMPLICATIONS88 Bayer, B.; Garcia, J. A.; Vojvoda, J.; De Corte, D.; Herndl, G. J.:CHARACTERIZATION OF THAUMARCHAEOTA ISOLATED FROM THENORTHERN ADRIATIC SEA89 Russell, J. A.; Gartman, A.; Biddle, J. F.; Luther, G. W.: MICROBIALCULTIVATIONS FROM MID- ATLANTIC RIDGE HYDROTHERMAL VENTPLUMES90 Zakem, E.; Follows, M.: EXPLORING A MICROBIAL ECOSYSTEMAPPROACH TO MODELING DEEP OCEAN BIOGEOCHEMICAL CYCLES91 Thomas, S. E.; Church, M. J.: DIVERSITY AND ACTIVITY OFCHEMOAUTOTROPHIC BACTERIA IN THE APHOTIC WATERS OF THESUBTROPICAL NORTH PACIFIC OCEAN052 Current Perspectives On Trophic Ecology: Utilization ofComplementary Tracer MethodsChair(s): Nicole B. Richoux, n.richoux@ru.ac.zaTarik Meziane, meziane@mnhn.frLocation: Kamehameha Hall III2503 Sackett, D. K.; Drazen, J. C.; Choy, C. A.; Popp, B.; Humphries, Jr, R. L.:FORAGING ECOLOGY AND MERCURY SOURCES IN HAWAIIANBOTTOMFISH148

Program BookAGU/ASLO/TOS2504 Wright, D. L.; Witteveen, B. H.; Quinn II, T. J.; Wynne, K. M.; Horstmann-Dehn, L. A.: MODELING THE DIET OF KODIAK HUMPBACK WHALES(MEGAPTERA NOVAEANGLIAE): IMPLICATIONS FOR MARINEPREDATORS AND COMMERCIAL FISHERIES NEAR KODIAK, ALASKA2505 Han, D.; Xue, Y.; Ren, Y.; Ma, Q.: SPATIAL AND SEASONAL VARIATIONSIN THE TROPHIC SPECTRUM OF DEMERSAL FISH ASSEMBLAGES INJIAOZHOU BAY, CHINA2506 Shiao, J. C.; Lin, H. Y.; Lin, P. Y.; Kao, S. J.: TROPHIC STRUCTURE OFMEGABENTHIC FOOD WEBS ALONG DEPTH GRADIENTS IN THESOUTH CHINA SEA AND OFF NORTHEASTERN TAIWAN2585 De Troch, .; Roelofs, .; Riedel, .; Grego, .: STRUCTURAL AND FUNCTIONALRESPONSES OF HARPACTICOID COPEPODS TO ANOXIA IN THENORTHERN ADRIATIC: AN EXPERIMENTAL APPROACH WITH TROPHICMARKERS2586 Adams, J. N.; Brodeur, R. D.; Daly, E. A.; Miller, T. W.: FEEDING ECOLOGYOF JUVENILE CHINOOK (ONCORHYNCHUS TSHAWYTSCHA) ANDCOHO (O. KISUTCH) SALMON BASED ON DIET AND STABLE ISOTOPEANALYSES2587 Choi, B. H.; Shin, K. H.; Ha, S. Y.; Min, J. O.; Chikaraishi, Y.: DETERMININGTROPHIC POSITION OF ORGANISMS LIVING IN SEAGRASS MEADOWUSING NITROGEN ISOTOPE RATIO OF INDIVIDUAL AMINO ACID2588 Budge, S. M.: CONCENTRATIONS OF ESSENTIAL OMEGA-3 FATTYACIDS IN THE SEA CAN BE ESTIMATED USING OCEAN COLOR DATA2589 UMEZAWA, Y.; TAMAKI, A.; KIYAMA, K.; HIRAMATSU, D.; SOMIYA, R.:FOOD SOURCE AND HABITAT CONDITIONS OF THE LARVAE OF THEGHOST SHRIMP ESTIMATED BASED ON STABLE ISOTOPES ANALYSIS OFBULK AND AMINO ACIDS2590 Bootsma, H. A.; Turschak, B. A.; Tyner, E. H.; Mosley, C. M.; Driscoll, Z. G.:TEMPORAL AND SPATIAL SHIFTS IN LAKE MICHIGAN CARBON ANDNUTRIENT DYNAMICS AS REVEALED BY STABLE C AND N ISOTOPES2591 Garrido, S.; Caldeira, C.; Santos, A. M.; Ré, P.: TROPHIC ECOLOGY OF SMALLPELAGIC FISH SPECIES: LABORATORY-DERIVED FEEDING EXPERIMENTSBRING NEW LIGHT ON EARLY LIFE HISTORY DYNAMICS2592 Søreide, J. E.; Iken, K.; Bluhm, B.; Gradinger , R.; Renaud, P. E.: STABLE ISOTOPEBASELINES IN MARINE FOOD WEBS: A PAN-ARCTIC REVIEW055 Comparing Physical Processes In Large Lakes and Shallow SeasChair(s): Dmitry Beletsky, beletsky@umich.eduLars Umlauf, lars.umlauf@io-warnemuende.deCary Troy, troy@purdue.eduChin Wu, chinwu@engr.wisc.eduRam Rao, ram.yerubandi@ec.gc.caJia Wang, jia.wang@noaa.govLocation: Kamehameha Hall III669 Rusello, P. J.; King, A. T.: VERTICAL MIXING IN A LARGE LAKE:COMPARING A 3D HYDRODYNAMIC MODEL, SI3D, WITH VELOCITYMEASUREMENTS MADE FROM AN AUTONOMOUS GLIDER670 Xia, M.; Schwab, D.; Mao, M.: UNDERSTANDING GRAND HAVENNEARSHORE CIRCULATION USING A COUPLED WAVE-CURRENTBASED MODEL671 Nurminen, L. K.; Niemistö , J.; Zhu, G.; Qin, B.; Ventelä, A.: EFFECT OF WINDAND MACROPHYTES ON SEDIMENT RESUSPENSION IN THE BALTICSEA AND TWO LARGE LAKES IN FINLAND AND CHINA672 Lorenz, R. D.: CIRCULATION AND STRATIFICATION IN TITAN’S SEAS673 Clayton, K.; Singer, J.: AN INVESTIGATION OF CAUSES ANDCHARACTERISTICS OF WATER ELEVATION CHANGES IN THE BUFFALORIVER, BUFFALO, NY674 Pilcher, D. J.; McKinley, G. A.; Bootsma, H. A.; Bennington, V.: PHYSICALDRIVERS OF LAKE MICHIGAN BIOGEOCHEMISTRY675 Choi, J. M.; Troy, C. D.; McCormick, M. J.; Wells, M. G.: LATERAL DISPERSIONINDUCED BY INTERNAL POINCARE WAVES IN LAKE MICHIGAN676 Grunert, B. K.; Klump, J. V.; Bravo, H. R.; Mouw, C. B.: THE ROLE OFMETEOROLOGICAL FORCING ON THE PERSISTENCE AND MIXING OFDISTINCT WATER MASSES IN GREEN BAY, LAKE MICHIGAN056 Insights Into Marine Ecosystem Dynamics FromAcoustic TechniquesChair(s): Gareth Lawson, glawson@whoi.eduKelly Benoit-Bird, kbenoit@coas.oregonstate.eduAndone Lavery, alavery@whoi.eduLocation: Kamehameha Hall III2691 Escobar-Flores, P. C.; O’Driscoll, R. L.; Montgomery, J. C.: ACOUSTICCHARACTERIZATION OF PELAGIC FISH DISTRIBUTION ACROSS THESOUTH PACIFIC OCEAN2692 Haulsee, D. E.; Fox, D. A.; Wetherbee, B. M.; Breece, M. W.; Oliver, M. J.:UTILIZING AN AUTONOMOUS UNDERWATER VEHICLE WITHINTEGRATED ACOUSTIC TELEMETRY ASSETS TO UNDERSTAND SANDTIGER SHARK HABITAT SELECTIVITY2693 Nelson, R. J.; Vagle, S.; Lemon, D. D.; Buermans, R. J.: USE OF A MULTI-FREQUENCY ACOUSTIC INSTRUMENT FOR ESTIMATION OFZOOPLANKTON BIOMASS AND VERTICAL ECOSYSTEM STRUCTURE INTHE NORTH BERING AND CHUKCHI SEAS2694 Abecassis, M.; Polovina, J.; Baird, R.; Copeland, A.: CHARACTERIZING AHAWAIIAN ECOSYSTEM HOTSPOT USING PASSIVE AND ACTIVEACOUSTIC DATA2696 Hawthorne, N. C.; Ogburn, M. B.; McFall, G.; Fangman, S.: ENVIRONMENTALINTERFERENCE FACTORS AFFECTING DETECTION RANGE INACOUSTIC TELEMETRY STUDIES USING FIXED RECEIVER ARRAYS2697 Briseño-Avena, C.; Roberts, P. L.; Jaffe, J. S.; Franks, P. J.: DIVERSEACOUSTICALLY REFLECTIVE TARGETS IDENTIFIED WITHSIMULTANEOUS STEREOGRAPHIC OPTICAL IMAGING2698 Rodriguez, D.; Parjis, S.; Hernandez, K.: WHERE ARE COD IN THESTELLWAGEN BANK NATIONAL MARINE SANCTUARY?2699 Brosnan, I. G.: LINKING ACOUSTIC TELEMETRY AND OCEANOGRAPHICMODELS TO DEVELOP AN INDIVIDUAL-BASED MODEL OF JUVENILEPACIFIC SALMON MIGRATION THROUGH THE COLUMBIA RIVER PLUME2700 Rosemond, R. C.; Taylor, J. C.; Ebert, E. F.: PINGING FISH IN A BARREL:DEVELOPING A GENERAL TARGET STRENGTH-SIZE MODEL FOR REEF FISH2701 Huang, M. J.; Margolina, T.; Joseph, J. E.: OBJECT-ORIENTED RULE-BASEDWHALE CLASSIFICATION FOR BLUE AND FIN WHALE RECOGNITION2702 Chereskin, T. K.; Koenig, Z.: INTERANNUAL VARIABILITY IN THE UPPEROCEAN SCATTERING LAYER IN DRAKE PASSAGE IN RELATION TOCLIMATE MODES2703 Madrigal, B. C.; Soldevilla, M. S.; Wicker, J. A.; Garrison, L. P.:ESTIMATING NORTH ATLANTIC SPERM WHALE (/PHYSETERMACROCEPHALUS\) ABUNDANCE IN THE SOUTHEAST UNITEDSTATES FROM A SHIP-BASED PASSIVE ACOUSTIC SURVEY2704 Szczucka, J.; Hoppe, L.; Trudnowska, E.: ACOUSTIC TESTING OF THEARCTIC AGING HYPOTHESIS2771 Solberg, I.; Kaartvedt, S.: SURFACING BEHAVIOR AND GAS RELEASE OFTHE PHYSOSTOME SPRAT (SPRATTUS SPRATTUS) IN ICE-FREE ANDICE-COVERED WATERS2772 Prihartato, P. K.; Kaartvedt, S.; Aksnes, D. L.: SEASONAL PATTERNS IN THENOCTURNAL DISTRIBUTION OF DIELLY MIGRATING MESOPELAGICFISH (MAUROLICUS MUELLERI) AT HIGH LATITUDE2773 Webster, C. N.; Hansson, S.; Didrikas, T.; Lehtiniemi, M.; Brierley, A. S.: STUCKBETWEEN A ROCK AND A HARD PLACE: ZOOPLANKTON VERTICALMIGRANTS AND HYPOXIA IN THE GULF OF FINLAND, BALTIC SEA.2774 Wurtzell, K. V.; Sherwood, G. D.; Baukus, A.; Brown, C.: OBSERVING SPATIALAND TEMPORAL MOVEMENT OF ATLANTIC HERRING (CLUPEAHARENGUS) SCHOOLS USING ECHOSOUNDERS ON LOBSTER BOATS2775 Ariza, A. V.; Kaartvedt, S.; Røstad, A.; Garijo, J. C.; Hernández-León, S.: THESUBMARINE VOLCANO ERUPTION OFF EL HIERRO ISLAND: EFFECTSON THE SCATTERING MIGRANTS AND THE EVOLUTION OF THEPELAGIC COMMUNITIES2776 Guihen, D.; Fielding, S.; Murphy, E. J.; Heywood, K.; Griffiths, G.:ZOOPLANKTON ABUNDANCE AND DISTRIBUTION FROM AN ECHO-SOUNDER MOUNTED ON AN UNDERWATER GLIDER: A CASE STUDYON ANTARCTIC KRILL.THURSDAY149

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY2777 Margolina, T.; Stimpert, A. K.; Joseph, J. E.: CHANGES IN CETACEANPRESENCE NEAR POINT SUR, CALIFORNIA IN RESPONSE TOENVIRONMENTAL VARIABILITY AT DIFFERENT SCALES2778 Lavery, A. C.; Pagniello, C.; Lawson, G. L.; Wiebe, P. H.; Copley, N. J.:CHARACTERIZATION OF A STRONG SCATTERING LAYER IN THENORTHEAST PACIFIC2779 Van Uffelen, L. J.; Roth, E. H.; Oleson, E.; Howe, B. M.: AMBIENT NOISEMEASUREMENTS ON ACOUSTIC SEAGLIDERS2780 Dziak, R. P.; Matsumoto, H.; Bohnenstiehl, D. R.; Park, M.; Lee, W. S.: SOURCESOF AMBIENT OCEAN SOUND NEAR THE ANTARCTIC PENINSULA:SEASONAL VARIATION AND INTERRELATION OF WIND, WAVES, ICEBREAK-UP AND BALEEN WHALE VOCALIZATIONS2782 Lawson, G. L.; Hückstädt, L. A.; Lavery, A. C.; Wiebe, P. H.; Costa, D. P.:DEVELOPMENT AND TEST DEPLOYMENTS OF AN ANIMAL-BORNE‘SONAR TAG’ FOR QUANTIFYING PREY2790 Sakihara, T. S.; Nishimoto, R. T.; Nishiura, L. K.; Shimoda, T. E.; Peyton, K. A.:UNEXPECTED LONG DISTANCE MOVEMENT OF COMMON SHOREFISHES IN HAWAII2791 Iverson, S. J.: THE GLOBAL OCEAN TRACKING NETWORK (OTN) 2010-2016 AND BEYOND: INTEGRATED APPROACHES TO RESEARCH, DATAAND INNOVATION2792 Knuth, F. K.; Levine, N. S.; Sautter, L. R.; Kracker, L.: INTEGRATINGBATHYMETRIC AND ACOUSTIC FISH MAPPING DATA TO IDENTIFYAND DESIGNATE FUTURE MARINE PROTECTED AREAS ALONG THESOUTH ATLANTIC BIGHT2793 Comer, A. M.; Madsen, J. A.; Fox, D. A.: A NON-INVASIVE ASSESSMENTOF REPRODUCTIVELY MATURE ATLANTIC STURGEON (ACIPENSEROXYRINCHUS OXYRINCHUS) HABITAT UTILIZATION2794 Chou, E.; Širovic, A.: BLUE WHALE CALLING IN RELATION TO SEASURFACE TEMPERATURE IN SOUTHERN CALIFORNIA2795 McEachen, H. J.: A COMPARISON OF RELATIVE ZOOPLANKTONABUNDANCE AND WATER MASS TYPE AT THREE BARROW CANYONMOORINGS2796 Sato, M.; Mackas, D. L.; Dower, J. F.; Dewey, R.: INTER- AND INTRA-ANNUALVARIABILITY OF ZOOPLANKTON ABUNDANCE IN SAANICH INLET,BRITISH COLUMBIA2797 Giorli, G.; Copeland, A. M.; Au, W. W.; Polovina, J. J.: ESTIMATING DEEPSEA ORGANISM DENSITIES OFF THE KONA COAST USING A DUALFREQUENCY IDENTIFICATION SONAR (DIDSON) ON A CUSTOMPROFILER.057 Small Bugs with A Big Impact: Linking Plankton Ecology withEcosystem ProcessesChair(s): Susanne Menden-Deuer, smenden@gso.uri.eduThomas Kiorboe, tk@aqua.dtu.dkLocation: Kamehameha Hall III2852 McNamara, M. E.; Lonsdale, D. J.: INTERANNUAL DIFFERENCES INPLANKTON STRUCTURE DRIVE CHANGES IN THE FECUNDITY ANDRECRUITMENT OF MNEMIOPSIS LEIDYI IN A LONG ISLAND ESTUARY2853 Daniels, C. J.; Poulton, A. J.; Tyrrell, T.; Young, J. R.: SPECIES-SPECIFICCALCITE PRODUCTION IN THE ARCTIC OCEAN REVEALSCOCCOLITHUS PELAGICUS AS A KEY CALCIFIER2854 Nakamura, Y.; Yamaguchi, A.; Suzuki, N.; Tuji, A.; Imai, I.: COMPARISON OFSTABLE ISOTOPE RATIOS BETWEEN ZOOPLANKTON COMMUNITIESAROUND JAPAN2855 Su, M.; Sastri, A. R.; Lin, K.; Gong, G.; Hsieh, C.: BOTTOM-UP ANDTOP-DOWN CONTROL OF TROPHIC TRANSFER EFFICIENCY FROMPHYTOPLANKTON TO ZOOPLANKTON IN THE SEAS AROUNDTAIWAN2856 Ho, P. C.; García-Comas, C.; Okuda, N.; Gong, G. C.; Hsieh, C.: PREDATOR-PREY MASS RATIO OF MARINE ZOOPLANKTON IS DETERMINED BYRESOURCE AVAILABILITY2857 Ekman, M.; Celepli, N.; Larsson, J.; Ininbergs, K.; Bergman, B.:CYANOBACTERIAL BLOOMS IN A METAGENOMIC PERSPECTIVE2858 Berntzon, L.; Jonasson, S.; Eriksson, J.; Ronnevi, L. O.; Bergman, B.: TOXIC ANDAUTOTOXIC EFFECTS OF THE CYANOBACTERIAL NEUROTOXIN BMAAAND ITS RELATION TO NEURODEGENERATION2859 Yoshikawa, C.; Smith, S. L.; Sasai, Y.; Sasaoka, K.; Fujiki, T.: A NEWECOLOGICALLY FLEXIBLE TYPES MODELING APPROACH APPLIED TOPHYTOPLANKTON COMMUNITIES OF TWO CONTRASTING TIME-SERIES STATIONS IN THE WESTERN NORTH PACIFIC2860 Smith, S. L.; Pahlow, M.; Yoshikawa, C.: HOW AND WHY THE SIZE-SCALINGOF MONOD PARAMETERS FOR PHYTOPLANKTON GROWTH DIFFERSGREATLY FROM THE SCALING OF MICHAELIS-MENTEN UPTAKEPARAMETERS2861 GALLINA, A.; CASOTTI, R.: POLYUNSATURATED ALDEHYDES (PUA)-INDUCED NITRIC OXIDE (NO) AND REACTIVE OXYGEN SPECIES (ROS)PRODUCTION IN MARINE DIATOMS2862 Newstead, R. G.; Wilson, S. E.: GRAZING IMPACT OF ZOOPLANKTONFROM THE AMUNDSEN SEA POLYNYA, ANTARCTICA2863 Bjærke, O.; Bækkedal, K. S.; Nordbotten, M.; Andersen, T.; Titelman, J.:PATERNAL INVESTMENT IN COPEPODS2864 Konno, F.; Yoshiki, T.; Takahashi, K.; Yamamoto, S.; Toda, T.: SEASONALVARIATIONS IN LIPID AND FATTY ACID COMPOSITIONS OF THEMARINE PLANKTONIC COPEPOD CALANUS SINICUS IN SAGAMI BAY,JAPAN2865 Yamazaki, H.; Nakajima, R.; Kurihara, H.; Ichikawa, T.; Sakamaki, T.: SEASONALVARIATIONS OF ZOOPLANKTON COMMUNITY STRUCTURE ANDPRODUCTION IN THE FRINGING REEF OF OKINAWA ISLAND, JAPAN2866 Boehnke, R.; Trudnowska, E.; Falk-Petersen, S.; Hop, H.; Blachowiak-Samolyk, K.: THE LATITUDINAL GRADIENT OF KEY ARCTIC ZOOPLANKTERSDISTRIBUTION AND ITS SIGNIFICANCE FOR ECOSYSTEMFUNCTIONING2867 Underwood, P. J.; Buitenhuis, E.; Watson, A. J.: AN EMERGENT MODEL OFTROPHIC STRUCTURE IN MARINE ECOSYSTEMS2868 Conroy, B. J.; Steinberg, D. K.: ZOOPLANKTON GRAZING IN THEAMAZON RIVER PLUME AND WESTERN TROPICAL NORTH ATLANTIC2869 Gosnell, K. J.; Mason, R.; Balcom, P.; Swarr, G.; Munson, K.: INORGANICMERCURY AND METHYLMERCURY CONCENTRATIONS IN PACIFICPHYTOPLANKTON AND ZOOPLANKTON2870 Hermosillo, X. M.; Villareal, T. A.: HIGH RESOLUTION VERTICAL PROFILESOF TRICHODESMIUM USING AN OPTICAL PROFILER: ABUNDANCEAND CHLOROPHYLL CONTRIBUTION IN THE NORTHERN GULF OFMEXICO.2871 Highland, A. M.; Brandon, J.; Ohman, M. D.: ZOOPLANKTON GRAZINGACROSS OCEANIC FRONTS IN THE CALIFORNIA CURRENTECOSYSTEM2872 Nishibe, Y.; Takahashi, K.; Ichikawa, T.; Hidaka, K.; Saito, H.: FEEDING OFONCAEID COPEPODS ON DISCARDED APPENDICULARIAN HOUSES: ITSROLE IN MARINE SNOW DEGRADATION2873 Garijo, J. C.; Hernández-León, S.: THE USE OF IMAGE ANALYSIS SYSTEMSFOR THE ASSESSMENT OF ZOOPLANKTON PHYSIOLOGICAL RATES: ACOMPARISON WITH ENZYMATIC METHODS2874 Sargent, E. C.; Moore, C. M.; Bibby, T. S.; Poulton, A. J.: DESCRIBING THEFATE OF DIAZOTROPH-DERIVED NEW NITROGEN2927 Rodríguez-Marconi, S.; Rojas-Herrera, M.; von Dassow, P.; Trefault, N.:CHARACTERIZATION OF COASTAL SOUTHEAST PACIFIC PICO- NANO-AND MICRO-PLANKTON COMMUNITIES USING TAG SEQUENCING OFHYPERVARIABLE REGIONS OF 16S AND 18S RRNA.2928 Mikan, M. P.; Salter, I.; Nunn, B. L.; Harvey, H. R.: BACTERIAL COMMUNITYSUCCESSION AND METABOLISM DURING THE EARLY STAGES OF POCDEGRADATION IN THE WESTERN ARCTIC OCEAN2929 Messié, M.; Chavez, F. P.: SIMPLE MATH DESCRIBES COASTAL TOOFFSHORE PHYTOPLANKTON/ZOOPLANKTON DISTRIBUTIONS ANDECOSYSTEM DYNAMICS2930 Cass, C. J.; Taatjes, J.: ENERGY CONTENT OF CALIFORNIA CURRENTZOOPLANKTON COLLECTED OFF OF TRINIDAD HEAD, CALIFORNIA,USA150

Program BookAGU/ASLO/TOS2931 Linacre, L. P.; Landry, M. R.; Goericke, R.; Taylor, A. G.: SHORT-TERMEVOLUTION OF PHYTOPLANKTON PRIMARY PRODUCTION ANDMICROZOOPLANKTON CONSUMPTION DURING AN UPWELLINGEVENT IN COASTAL WATERS OFF SOUTHERN CALIFORNIA2932 Rimler, R. N.; Pritchard, C. E.: LARVAL SUPPLY, SETTLEMENT, ANDPOST-SETTLEMENT MORTALITY AS DETERMINANTS OF THE SPATIALDISTRIBUTION OF OLYMPIA OYSTERS IN COOS BAY, OR2933 Smriga, S.; Fernandez, V.; Stahl, A.; Ullrich, M.; Stocker, R.: BACTERIALCHEMOTAXIS CLUSTERS AROUND INDIVIDUAL DIATOMS2934 Menden-Deuer, S.: CHARACTERIZING PLANKTON BEHAVIORS ANDTHEIR RAMIFICATIONS FOR ECOLOGICAL RATES2935 Tommasi, D.; Hunt, B. P.; Pakhomov, E. A.: DIFFERENTIAL RESPONSEOF DISTINCT COPEPOD LIFE HISTORY TYPES TO SPRINGENVIRONMENTAL FORCING2936 Roncalli, V.; Lenz , P. H.; Christie, A. E.: IDENTIFICATION ANDEXPRESSION OF JUVENILE HORMONE DURING DEVELOPMENT IN THECOPEPOD CALANUS FINMARCHICUS2937 Taatjes, J.; Cass, C. J.: COMPARISON OF LIPID, PROTEIN, AND CALORIECONTENT OF THYSANOESSA SPINIFERA AND EUPHAUSIA PACIFICAFROM TRINIDAD, CA AND NEWPORT, OR2938 Chakraborty, S.; Lohrenz, S. E.: PHYTOPLANKTON CHEMOTAXONOMYACROSS THE CONTINENTAL MARGINS OF GULF OF MEXICO ANDATLANTIC COAST OF UNITED STATES.2949 Faltine-Gonzalez, D. Z.; Lenz, P. H.; Hartline, D. K.: CHANGES INPHOTOTAXIS OF BESTIOLINA SIMILIS DURING NAUPLIARDEVELOPMENT2950 Hyde, K. J.; Fogarty, M. J.; Fulton, E. A.; Kleisner, K.; Kristiansen, T.: USING SIZE-FRACTIONATED PRIMARY PRODUCTION TO IMPROVE ESTIMATESOF FISHERIES PRODUCTION POTENTIAL IN THE NORTHEAST USCONTINENTAL SHELF LARGE MARINE ECOSYSTEM068 Understanding Biogeochemical and Ecosystem Responsesto Natural and Human-Induced Interactions, Drivers and PressuresIn Coastal RegionsChair(s): Marjorie Friedrichs, marjy@vims.eduJennifer Cherrier, jennifer.cherrier@famu.eduSteven Lohrenz, slohrenz@umassd.eduJohn Marra, jfm7780@brooklyn.cuny.eduMakoto Taniguchi, makoto@chikyu.ac.jpHanqin Tian, tianhan@auburn.eduLocation: Kamehameha Hall III917 Huang, I. B.; Monismith, S. G.: TRENDS AND ENVIRONMENTALIMPLICATIONS OF X 2IN NORTHERN SAN FRANCISCO BAY, 1988-2012918 Kearney, K. A.; Kelble, C. R.: MODELING THE COMBINED EFFECTS OFCHANGING CLIMATE AND EVERGLADES RESTORATION ON THEFLORIDA BAY ECOSYSTEM971 Price, J. R.; Lakshmi, V.: UNDERSTANDING HOW THE TEMPORAL ANDSPATIAL VARIATION IN REMOTELY SENSED DATA INFLUENCES THEROCKY INTERTIDAL MUSSEL SPECIES, MYTILUS CALIFORNIANUS972 Wang, J. T.; Lian, Z. R.: DETERMINATION OF SULFADIAZINE INJIAOZHOU BAY BASED ON MOLECULARLY IMPRINTED SOLID-PHASE EXTRACTION FOLLOWED BY HIGH-PERFORMANCE LIQUIDCHROMATOGRAPHY973 Xue, Z.; He, R.; Fennel, K.; Cai, W.; Lohrenz, S.: MODELING OCEANCIRCULATION AND BIOGEOCHEMICAL VARIABILITY IN THE GULF OFMEXICO974 Kim, T. W.; Najjar, R. G.; Lee, K.: INFLUENCE OF PRECIPITATION EVENTSON CHLOROPHYLL-A CONCENTRATION IN COASTAL WATERS OF THEEASTERN UNITED STATES975 Yamada Makoto, .; Ohsawa Shinji, .; Mishima Taketoshi, .; Sakai Takuya, .:RELATIONSHIP BETWEEN HOT SPRING DRAINAGE AND THE AMOUNTOF DIATOM FLOWING IN RIVER976 Taniguchi, M.; Shoji, J.; Sugimoto, R.; Yamada, M.; Ono, M.: SUBMARINEGROUNDWATER DISCHARGE AS SECURITY IN THE COASTAL ZONE977 Shi, J.; Mao, X.; Jia, S.; Zhao, L.: INFLUENCES OF THE CHANGJIANG RIVERDISCHARGE ON THE ECOSYSTEM OF THE JACENT SEA AREA978 Zou, L.; Yu, W. T.; Gao, H. W.: PRESERVATION OF ORGANIC CARBON INTHE INTERTIDAL AREA OF YELLOW RIVER DELTA, NORTH CHINA979 Sandberg, M.; Walve, J.; Larsson, U.; Lännergren, C.: WILL DEPOSITEDSEDIMENT PHOSPHORUS BE A LONG-TERM SOURCE AFTER DRASTICREDUCTIONS IN P-LOAD TO A DEEP BALTIC SEA ESTUARY?980 Shields, M. R.; Bianchi, T. S.; Twilley, R.: CHARACTERIZATION ANDSTABILIZATION OF ORGANIC CARBON IN SEDIMENTS/SOILS OF AYOUNG PROGRADING DELTA: THE WAX LAKE DELTA, LOUISIANA981 Campbell, R. W.; Crusius, J.; Gassó , S.; Thomas, A.; Schroth, A.: ICE SHEETSTO OCEANS: LINKAGES BETWEEN CHANGING WATERSHEDS AND THENORTHERN GULF OF ALASKA.982 Irby, I. D.; Friedrichs, M.; Friedrichs, C.; Hood, R.; Feng, Y.: SKILL ASSESSMENTOF MULTIPLE HYPOXIA MODELS IN THE CHESAPEAKE BAY ANDIMPLICATIONS FOR MANAGEMENT DECISIONS983 Zhu, Y.; Beardall, J.; McCowan, A.; Hipsey, M.; Cook, P.: COUPLEDHYDRODYNAMIC BIOLOGICAL/ECOLOGICAL MODELS FOR TOXICCYANOBACTERIAL BLOOMS MANAGEMENT984 Chen, Y. F.; Hung, C. C.: SOURCES AND FLUXES OF PARTICULATEORGANIC CARBON IN THE EAST CHINA SEA985 Peacock, M. B.; Kudela, R. M.; Senn, D. B.; Schraga, T. S.; Cloern, J. E.:USING ALGAL PIGMENTS TO CHARACTERIZE PHYTOPLANKTONCOMMUNITY COMPOSITION IN SAN FRANCISCO BAY986 Kritzberg, E. S.; Ekström, S.; Reader, H.: CAUSES AND CONSEQUENCES OFSTRONGLY INCREASING IRON CONCENTRATIONS IN RIVER DISCHARGE987 Yamaguchi, A.; Umezawa, Y.; Takeda, S.; Chang, J.: DISSOLVED PHOSPHORUSPOOL AND ALKALINE PHOSPHATASE ACTIVITY IN THE EAST CHINA SEA988 Lagumen, M. T.; San Diego-McGlone, M. L.: THE DIURNAL TREND OFCARBONATE CHEMISTRY IN A MARICULTURE AREA IN BOLINAO,PANGASINAN, PHILIPPINES1018 Waite, N. L.; Severmann, S.; Kennish, M. J.: DO SULFIDIC SEDIMENTSCONTRIBUTE TO SEAGRASS DECLINE IN A HIGHLY EUTROPHICLAGOONAL ESTUARY IN NEW JERSEY?1019 Feng, Y.; Friedrichs, M.; Tian, H.; Tao, B.; The USECoS Research Team, .:IMPACTS OF CLIMATE AND LAND-USE CHANGES ON THE FATE OFNITROGEN IN THE CHESAPEAKE BAY1020 Lucchese, A. B.; Booe, T.; Windham, R.; Steichen, J. L.; Quigg, A.:VARIABILITY IN SPATIOTEMPORAL RESPONSES OF BENTHICMICROALGAL NUTRIENT CYCLING IN GALVESTON BAY, TEXAS TOENVIRONMENTAL STRESSORS1021 Auger, P. A.; Machu, E.; Gorgues, T.; Grima, N.: SPATIO-TEMPORALVARIABILITY OF POTENTIAL METAL BIOACCUMULATION INPLANKTON COMMUNITIES OFF NORTHWEST AFRICA: A MODELINGAPPROACH1022 Brigham, B. A.; O’Mullan, G. D.; Bird, J. A.: EVALUATING CO 2ANDCH 4EFFLUXES FROM AN URBAN-INFLUENCED ESTUARINE SYSTEMUNDER VARYING NUTRIENT CONDITIONS1023 Narvaez, D. A.; Friedrichs, M. A.; Hofmann, E. E.; Tian, H.; Wilkin, J.:DISPERSION OF TERRESTRIAL INPUTS ALONG THE U.S. EASTERNCONTINENTAL SHELF1024 Tsang, Y.; Infante, D.; Oram, R.; Acoba, T.; Herreman, K.: EXAMININGTHE PHYSICAL AND SPATIAL LINKAGE AMONG TERRESTRIAL ANDCOASTAL SYSTEMS1025 Welch, K. A.; Goni, M. A.; Alleau, Y.; Smith, L.: ANALYSIS OF PARTICULATEORGANIC MATTER DISTRIBUTION ALONG SURFACE WATERS OF THECALIFORNIA CURRENT1026 Baptista, A. M.; Karna, T.; Seaton, C.: RIVER INFLUENCES ON THECIRCULATION, ECOSYSTEM SERVICES AND MODELING OF A LARGEEASTERN BOUNDARY CURRENT ESTUARY1027 Foster, S. Q.; Fulweiler, R. W.: RELATING TEMPORAL OXYGENDYNAMICS AND HYPOXIC EVENTS TO RECENT TRENDS IN BENTHICMETABOLISM AND NITROGEN CYCLING PROCESSES IN A SHALLOW,TEMPERATE ESTUARYTHURSDAY151

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY1028 Apple, J. K.; Kodner, R.; Christman, R. N.: NUTRIENT, OXYGEN ANDPLANKTON DYNAMICS IN A SALISH SEA EMBAYMENT AND THECONNECTIVITY BETWEEN SURFACE ALGAL COMMUNITIES ANDBOTTOM WATER HYPOXIA071 Frontiers of Oceanographic Data and MethodsChair(s): Jonathan M. Lilly, lilly@nwra.comShane Elipot, selipot@rsmas.miami.eduEleanor Frajka-Williams, e.frajka-williams@noc.soton.ac.ukKurt Polzin, kpolzin@whoi.eduLocation: Kamehameha Hall III1671 Sagan, S.: HIGH RESOLUTION HYDRO- AND BIO-OPTICAL DATAANALYSIS FOR OBSERVATION OF MID- AND SMALL SCALE WATEROPTICAL PROPERTIES VARIABILITY.1672 Daisuke Hasegawa, .; Satoshi Mitarai, .: DEVELOPING A BIO-UCTD PROBE1673 Armstrong, E. M.; Salaza, E. A.; Vazquez-Cuervo, J.; Dewite, B.; Purca, S.: AROTATED EOF ANALYSIS OF SST GRADIENTS OFF THE PERUVIANCOAST1674 KOMAKI, K.; Goto, K.; Onishi, Y.; Goto, N.; Oshika, J.: DEEP WATERCIRCULATION WITHIN THE IZENA CAULDRON AND ITSCONNECTION TO THE OKINAWA TROUGH1675 Hu, Y.; Zhai, P.; Xu, K. M.: PARTICULATE BACKSCATTER DATARECORD FROM SEVEN YEARS OF CALIPSO LIDAR BACKSCATTERMEASUREMENTS1676 Fang, Y.; Weingartner, T.; Potter, R.; Statscewich, H.; Winsor, P.: MAPPINGTHE NORTHEASTERN CHUKCHI SEA SURFACE CURRENTS ANDTHEIR DYNAMICAL RESPONSE UNDER DIFFERENT ENVIRONMENTALCONDITIONS1677 Richard, R. E.: THE FOOTPRINT ERROR OF SEA-ICE DRAFT MEASUREDBY UPWARD-LOOKING SONAR (ULS)1678 Wolk, F.; Cheel, R.; Stern, P.; Hay, A.; Lueck, R. G.: A MOORED INSTRUMENTFOR TURBULENCE MEASUREMENTS IN SWIFT TIDAL CHANNELS1679 Arai, R.; Furuta, S.; Yamazaki, T.; Komaki, K.; Goto, K.: RESPONSECHARACTERISTICS OF ACOUSTIC DOPPLER CURRENT PROFILER TOSUSPENDED MATTER1680 Yamazaki, T.; Maeda, N.; Kato, S.; Narita, H.; Nakatani, N.: DEVELOPMENTOF WINCH OPERATED SENSOR ASSEMBLY UNIT UP TO 150M FROMSEAFLOOR PLATFORM1681 Wichorowski, M.; Blachowiak-Samolyk, K.; Vanden Berghe, E.; Angel, M.: KEYTO “UNLOCK” THE POTENTIAL OF PELAGIC OSTRACODS1682 Zhigang/Yao, .; Xue/Feng, .; Ruoying/He, .: CONSTRUCTION OF HIGHRESOLUTION TEMPERATURE AND SALINITY CLIMATOLOGY FOR THEU. S. EAST COASTAL OCEAN AND INTRA-AMERICAN SEA USING DIVATECHNIQUE1683 Chandler, M. T.; Tominaga, M.; Sager, W. W.; Tivey, M. A.; Fucile, P.: MAPPINGTHE MARINE MAGNETIC FIELD USING AUTONOMOUS MAGNETICDRIFTERS1684 Lampitt, R. S.; Cristini, L.: FIXED POINT OPEN OCEAN OBSERVATORYNETWORK (FIXO3): MULTIDISCIPLINARY OBSERVATIONS FROM THEAIR-SEA INTERFACE TO THE DEEP SEAFLOOR1685 Majumder, S.; Wang, J.; Weller, R.; Tandon, A.: RECONSTRUCTION OF THEINTERIOR FIELDS USING OBSERVATIONS1686 Furey, H. H.; de Jong, M. F.; Bower, A. S.: EDDY SEEDING IN THELABRADOR SEA: A SUBMERGED AUTONOMOUS LAUNCH PLATFORMAPPLICATION1699 Lopez, G.; Conley, D.; Greaves, D.: SPATIAL AND TEMPORAL VALIDATIONOF A REFINED EMPIRICAL ALGORITHM TO DERIVE WAVE SPECTRAFROM HF RADAR MEASUREMENTS1700 Sha, J.; Jo, Y.; Yan, X.: A REMOTE SENSING STUDY OF THE SUBSURFACECOLD POOL IN THE MIDDLE ATLANTIC BIGHT1701 Nima Pahlevan, .; Jianwei Wei, .; Zhongping Lee, .: A STUDY ON VIIRS OCEANCOLOR MEASUREMENTS OVER OCEAN ‘DESERTS’1702 Hay, A.; Lueck, R.; Wolk, F.; McMillan, J.: TURBULENCE MEASUREMENTSFROM A STREAMLINED INSTRUMENT PLATFORM MOORED AT MID-DEPTH IN A SWIFT TIDAL CHANNEL1703 Barclay, D.; Zedel, L.; Hay, A. E.: EXPLORING WAVE AND BEDLOADTRANSPORT GENERATED NOISE ON A MIXED GRAVEL AND SANDBEACH USING BURIED HYDROPHONES1704 De Paolo, A.; Rogowski, P.; Terrill, E. J.; Campana, J.: ANALYSIS OFMORPHOLOGICAL VARIBILITY, SHOALING, BREAKING, AND HAZARDSOF THE NEW RIVER INLET USING A MOBILE X-BAND RADAR1705 Campana, J.; Terrill, E.; de Paolo, T.; Cook, T.: OBSERVATIONS OF SURFACECURRENT, BATHYMETRY AND CURRENT SHEAR USING X-BANDRADAR1706 Reiter, J.; Quittman, D.; Mitchell, T. O.: A NEW GENERATION OFINSTRUMENTATION FOR NAVIS PROFILING FLOATS1707 Groman, R. C.; Allison, M. D.; Chandler, C. L.; Glover, D. M.; Kinkade, D. B.:PROGRESS IN DATA DISCOVERY AND ACCESS1708 McMurtry, G. M.; Falinski, K. A.; Dasilveira, L. A.: DOMS (DEEP-OCEANMASS SPECTROMETER) ANALYTICAL CAPABILITY TO 6000 M1709 Stanway, M. J.; Zhang, Y.; Bellingham, J. G.: INTERPOLATING THROUGHTIME AND SPACE WITH EMPIRICAL ORTHOGONAL FUNCTIONS1710 Mihaly, S. F.; Sastri, A.: PROFILING SYSTEMS ON CABLEDOBSERVATORIES: EXPERIENCES IN THE NORTHEAST PACIFIC1711 Montes-Hugo, M. A.; Mohammadpour , G.; Bouakba, H.; Barrado, C.; Pastor,E.: HIGH-RESOLUTION TEMPORAL VARIABILITY OF SUSPENDEDPARTICULATES IN COASTAL WATERS: PRELIMINARY REMOTE SENSINGEXPERIMENTS USING UAS1712 Lohrmann, A.; Rusello, P.: VELOCITY OBSERVATIONS USING A NEWACOUSTIC DOPPLER CURRENT METER ON A WIRE-FOLLOWINGVERTICAL PROFILER1713 Boyer, T.; Levitus, S.; Locarnini, R.; Zweng, M.; Mishonov, A.: FINITE TIMEPERIOD AND HIGH RESOLUTION WORLD OCEAN ATLAS 2013CLIMATOLOGIES AND THEIR USE TO STUDY CLIMATE VARIABILITY1714 VerPlanck, N.; Elliott, K.; Kennedy, B.; Russell, C.; McDonough, J.:TELEPRESENCE AS A METHODOLOGY FOR ENGAGING SHORE-BASEDSCIENTISTS IN REAL-TIME OCEAN EXPLORATION1783 Ehses, J. S.; Rooney, J.; Watkins, R.: NEARSHORE DEPTH DERIVATIONIN THE U.S. PACIFIC ISLANDS REGION USING WORLDVIEW-2MULTISPECTRAL SATELLITE IMAGERY1784 Novak, M. G.: Assessing the impact of Dissolved Organic Carbon (DOC)retention in Glass Fiber Filters (G/FF) on Particulate Organic Carbon (POC)measurements078 Ecology of Infectious Marine Disease In A Changing ClimateChair(s): Drew Harvell, cdh5@cornell.eduEileen Hofmann, hofmann@ccpo.odu.eduColleen Burge, colleenaburge@gmail.comLocation: Kamehameha Hall III250 Mann, W.; Burge, C.; Lyles, J.; Harvell, D.; Mydlarz, L.: IMPACTS OFCHANGING ENVIRONMENTAL CONDITIONS ON CARIBBEAN SEA FANIMMUNITY251 Qu, L.; Li, Y.; Zhu, P.: DETECTION AND CHARACTERIZATIONS OFRESISTANCE GENE AMONG THE BACTERIA IN COASTAL WATER OFSHANDONG PROVIENCE253 van de Water, J. A.; van Oppen, M. J.; Bourne, D. G.; Matz, M. V.; Willis, B. L.:TEMPORAL RESPONSES OF THE CORAL HOLOBIONT TO PATHOGENICBACTERIA UNDER ELEVATED SEAWATER TEMPERATURES254 Timmins-Schiffman, E. B.; Nunn, B.; Roberts, S. B.: OCEANACIDIFICATION AFFECTS THE STRESS RESPONSE IN THE PACIFICOYSTER, CRASSOSTREA GIGAS311 Tlusty, M. F.; Kim, A.; Castro, K.: EXPLORING THE ROLE OF TEMPERATUREIN AMERICAN LOBSTER SHELL DISEASE USING A NEWLY DERIVEDINDIVIDUAL HEALTH TRAJECTORY MODEL312 Harvell, C. D.; Burge, C.; Tracey, A.; Weil, E.: SEAFAN CO-INFECTIONS IN ACHANGING OCEAN152

Program BookAGU/ASLO/TOS314 Lamb, J. B.; Williamson, D. H.; Russ, G. R.; Willis, B. L.: MARINE RESERVESMITIGATE CORAL DISEASE ON COASTAL REEFS OF THE GREATBARRIER REEF MARINE PARK: A MANAGEMENT OPTION IN ACHANGING CLIMATE315 Revie, C. W.; Groner, M. L.; Cox, R.; Gettinby, G.: THE MISSING LINK: THEROLE OF NAUPLII IN THE EPIDEMIOLOGY OF SEA LICE INFESTATIONSON SALMON FARMS317 Couch, C. S.; Conklin, E.; Kosaki, R.; Wilson, J.: PROMOTING INDO-PACIFICCORAL HEALTH AND REDUCING DISEASE RISK THROUGH THEACTION NETWORK FOR CORAL HEALTH AND RESILIENCE (ANCH&R)318 Kim, C. J.; Yoshioka, R. M.; Harvell, C. D.: CORAL HEALTH AND WATERQUALITY IN PUAKO, HAWAI’I319 Cox, E.; Aeby, G.; Ushijima, B.; Shore-Maggio, A.; Beurmann, S.: UPDATEON MONTIPORA WHITE SYNDROME OUTBREAKS WITHIN KANEOHEBAY, HAWAII080 Biogeochemistry of Trace Elements and Their IsotopesChair(s): Rob Middag, rob.middag@otago.ac.nzAlessandro Tagliabue, a.tagliabue@liverpool.ac.ukPeter Sedwick, psedwick@odu.eduClaudine Stirling, cstirling@chemistry.otago.ac.nzAndrew Bowie, Andrew.Bowie@utas.edu.auJingfeng Wu, jwu@rsmas.miami.eduLocation: Kamehameha Hall III41 Wu, Y.; Goldstein, S. L.; Pena, L. D.; Anderson, R. F.; Gersonde, R.:CONSTRAINING THE SOURCES OF THE NEODYMIUM ISOTOPICCOMPOSITIONS OF NORTH PACIFIC SEAWATER42 Wen, L. S.; Huang, Y. H.; Lee, C. S.: PHYSICOCHEMICAL SPECIATIONOF DISSOLVED TRACE METALS IN BENTHIC NEPHOLOID LAYER OFWESTERN PHILIPPINE SEA43 Nickelsen, L.; Oschlies, A.: A POSSIBLE FEEDBACK MECHANISM BETWEENSURFACE IRON AND BOTTOM WATER OXYGEN CONCENTRATIONS44 Chen, M.; Lee, J. M.; Boyle, E. A.; Switzer, A. D.; Nurhati, I.: ISOTOPIC RECORDOF LEAD IN SINGAPORE STRAIT DURING THE LAST 50 YEARS45 Behrens, M. K.; Pahnke, K.: NEODYMIUM ISOTOPE DISTRIBUTION IN THEWEST PACIFIC BETWEEN SOUTH KOREA AND FIJI46 Manabu Fujii, .; Akira Imaoka, .; Chihiro Yoshimura, .: EFFECTS OFMOLECULAR COMPOSITION OF NATURAL ORGANIC MATTERS ONIRON COMPLEXATION47 Satoh, Y.; Otosaka, S.; Suzuki, T.: EXPERIMENTAL STUDY OF IODINEUPTAKE BY PHYTOPLANKTON48 Naoya Kanna, N.; Takenobu Toyota, T.; Jun Nishioka, J.: THE IMPACT OF SEAICE MELTING ON THE MACRO- AND MICRO-NUTRIENT CONDITIONSAND ON THE COMMUNITY COMPOSITION OF PHYTOPLANKTON49 Waeles, M.; Sarradin, P. M.; Salaün, P.; Pernet-Coudrier, B.; Riso, R. D.:DESCRIPTION OF COPPER SPECIATION IN THE HYDROTHERMALAND COLD SEEP SYSTEMS OF THE GUAYMAS BASIN BY USING THEVIBRATING GOLD MICROWIRE ELECTRODE50 Chapman, A. U.; Nuester, J.; Twining, B. S.: REGENERATION OF FE(II) BYPROTIST GRAZING IN THE OCEAN51 Schlosser, C.; Klar, J.; Lohan, M.; Moore, C. M.; Achterberg, E. P.: SHELF SUPPLYAND VERTICAL MIXING DETERMINE THE TRACE METAL CONTENT OFSURFACE WATERS IN THE SOUTH ATLANTIC OCEAN ALONG 40°S52 Bowman, K. L.; Swarr, G. J.; Hammerschmidt, C. R.; Lamborg, C. H.: U.S.GEOTRACES: DISTRIBUTION OF MERCURY SPECIES ACROSS A ZONALSECTION OF THE EASTERN TROPICAL SOUTH PACIFIC53 Baronas, J. J.; Hammond, D. E.; McManus, J.; Siebert, C.; Wheat, G.: MARINEBUDGET FOR GERMANIUM STABLE ISOTOPES54 Sedwick, P. N.; Sohst, B. M.; Bowie, A. R.: DISSOLVED IRON(II) ALONG THEU.S. GEOTRACES NORTH ATLANTIC SECTION55 Chuang, C.; Santschi, P. H.; Xu, C.; Jiang, Y.; Quigg, A.: ROLE OF DIATOMS INSCAVENGING OF PARTICLE REACTIVE RADIONUCLIDES, TH, PA, PB,PO AND BE, IN THE OCEAN: A CASE STUDY FOR PHAEODACTYLUMTRICORNUTUM56 Pahnke, K.; Stichel, T.; Hartman, A.; Duggan, B.; Scher, H.: US GEOTRACESNORTH ATLANTIC ZONAL TRANSECT OF DISSOLVED ND ISOTOPESAND CONCENTRATIONS57 Boye, M.; Dulaquais, G.; Carton, X.; Rijkenberg, M.; De Baar, H.: FIRSTASSESSMENT OF THE DISSOLVED COBALT PARTITIONING BETWEENTHE SOLUBLE AND COLLODDAL FRACTIONS IN THE UPPER WEST-NORTHERN ATLANTIC58 Morton, P. L.; Landing, W. M.: DISSOLVED TRACE METALS IN THE INDIANOCEAN: RESULTS FROM THE CLIVAR/REPEAT HYDROGRAPHY I8S/I9NAND I5 CRUISES103 Munson, K. M.; Lamborg, C. H.; Swarr, G. J.; Saito, M. A.: MERCURY SPECIESCONCENTRATIONS AND FLUXES IN THE TROPICAL AND EQUATORIALCENTRAL PACIFIC OCEAN104 Sanchez, N.; Ardelan, M. V.; Bizsel, N.; Iriarte, J. L.: EFFECT OF AMMONIUMON THE DISTRIBUTION OF DIFFERENT FORMS OF IRON IN SEAWATER:IMPLICATIONS FOR PHYTOPLANKTON IN A MESOCOSM EXPERIMENTIN COMAU FJORD (CHILE)105 Lamborg, C. H.; Hammerschmidt, C. R.; Bowman, K. L.; Swarr, G. J.; Munson,K. M.: ANTHROPOGENIC MERCURY IN THE OCEAN ESTIMATED FROMWATER COLUMN MEASUREMENTS106 Lemaitre, N.; Planquette , H.; Bowie , A.; Trull, T.; Dehairs, F.: BIOGENIC SILICA(BSI) AND TRACE ELEMENTS (TE), FE, ZN, CU, CD, MN, CO, P, SURFACEEXPORT FLUXES NEAR KERGUELEN ISLAND, SOUTHERN OCEAN(KEOPS2)107 Bridgestock, L.; Paul, M.; van de Flierdt, T.; Rehkamper, M.; Achterberg, E.:UNDERSTANDING THE MARINE BIOGEOCHEMICAL CYCLE OF PB INTHE EQUATORIAL ATLANTIC108 Vedamati, J.; Moffett, J.; Naqvi, S.; Gauns, M.: COMPARATIVE BEHAVIOR &DISTRIBUTION OF COPPER IN THE ARABIAN SEA OXYGEN MINIMUMZONE & IN THE EASTERN TROPICAL SOUTH PACIFIC OXYGENMINIMUM ZONE OFF OF PERU109 Rolison, J. M.; Middag, R.; Stirling, C. H.; Rijkenberg, M. J.; de Baar, H. J.:MEDBLACK GEOTRACES EXPEDITION: DISTRIBUTION OF DISSOLVEDALUMINIUM110 Smyth, A. M.; Liss, P. S.; Chapman, P.; Yvon-Lewis, S. A.: THE EFFECTSOF OZONE AND DISSOLVED ORGANIC MATTER ON MANGANESESPECIATION IN SURFACE SEAWATER111 Schallenberg, C.; Davidson, A. B.; Cullen, J. T.: IRON(II) VARIABILITY IN THENORTHEAST SUBARCTIC PACIFIC OCEAN112 Luisa Leal, M.; Conte, M. H.; Koweek, D.; Weber, J. C.: ELEMENTALCOMPOSITION OF THE PARTICLE FLUX IN THE DEEP SARGASSO SEA:SEASONALITY AND CHANGES WITH DEPTH113 Valett, J. G.; Ito, T.; Ingall, E. D.: THE PARADOX OF IRON DEMAND DUE TODIATOM PRODUCTIVITY IN THE SOUTHERN OCEAN114 Osborne, A. H.; Haley, B.; Hathorne, E.; Frank, M.; Flögel, S.:THE DISTRIBUTION OF NEODYMIUM ISOTOPES AND REECONCENTRATIONS IN CARIBBEAN SEAWATER115 Planquette, H.; Sherrell, R. M.; Lagerström, M.; Forsch, K.; Stammerjohn, S.:PARTICULATE TRACE ELEMENTS (ZN, CU, CD, CO, NI AND P) IN ONE OFTHE MOST PRODUCTIVE ANTARCTIC POLYNYAS: THE AMUNDSEN SEA.116 Li/Li, .; Wang/Xiaojing, .; Liu/Jihua, .; Shi/Xuefa, .: DISSOLVED TRACE METALDISTRIBUTION AND SPECIATION IN BOHAI SEA, CHINA117 Hawkes, J. A.; Connelly, D. P.; Achterberg, E. A.: HYDROTHERMAL ISLANDARC CALDERAS ARE SOURCES OF IRON(III) COLLOIDS TO THE OCEAN118 Schijf, J.; Christenson, E. A.: RARE EARTH ELEMENT SCAVENGING INSEAWATER: A NEW LOOK AT AN OLD MODEL119 Ross, A. R.: THE LINE-P IRON PROGRAM: EXPLORING THEBIOGEOCHEMISTRY OF TRACE ELEMENTS AND ISOTOPES IN THENORTH-EAST PACIFIC120 Wuttig, K.; Wagener, T.; Streu, P.; Croot, P. L.: CONTRASTING BEHAVIOR OFCD, FE AND MN IN THE EASTERN TROPICAL ATLANTIC COMPARED TOTHE EASTERN TROPICAL PACIFICTHURSDAY153

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY127 Lambelet, M.; van de Flierdt, T.; Crocket, K.; Rehkämper, M.; de Baar, H.: THENEODYMIUM ISOTOPIC COMPOSITION OF NORTH ATLANTIC DEEPWATER REVISITED128 Harazin, K. M.; Lagerström, M.; Forsch, K. O.; Severmann, S.; Sherrell, R. M.:THE METAL-TO-PHOSPHORUS RATIO OF NATURAL PHYTOPLANKTONASSEMBLAGES IN THE AMUNDSEN SEA POLYNYA AND WESTERNANTARCTIC PENINSULA, WEST ANTARCTICA129 Salgueiro, E.; Castro, C. G.; Zuñiga, D.; Martin, P. A.; Rodrigues, T.:TEMPERATURE AND NUTRIENT CALIBRATION OFF THE NW IBERIANMARGIN130 Resing, J. A.; Sedwick, P.; Sohst, B.: GEOTRACES EASTERN PACIFIC ZONALTRANSECT: SHIPBOARD IRON, MANGANSESE, AND ALUMINUM131 Chien, C.; Ho, T.; Paytan, A.: ATMOSPHERIC SOURCES OF TRACE METALSAND PB ISOTOPIC COMPOSITIONS IN THE WESTERN PHILIPPINE SEA132 Russo, C. J.; Klinkhammer, G. P.; Hales, B.: CONTINUOUS MONITORING OFORGANIC MATTER AND NUTRIENTS IN VERTICAL PROFILES FROMTHE NEAR-SHORE NE PACIFIC OCEAN USING AN ONBOARD ZAPSLIQUID MONITORING STATION133 Plancherel, Y.; Zheng, X.; Khatiwala, S.; Henderson, G. M.: SIMULATINGTHE TRANSPORT AND SCAVENGING BEHAVIOUR OF RARE EARTHELEMENTS IN THE GLOBAL OCEAN134 Rauch, S. M.; Allison, M. D.; Chandler, C. L.; Gegg, S. R.; Groman, R. C.:BCO-DMO MANAGEMENT OF U.S. GEOTRACES TRACE ELEMENT ANDISOTOPE DATA135 Colman, A. S.: THE UTILITY OF OXYGEN ISOTOPE DISEQUILIBRIUM INUNRAVELING MICROBIAL P CYCLING – A MODELING STUDY136 Singh, S. K.; Goswami, V.; Bhushan, R.; Rai, V. K.: LIGHTER MOLYBDENUM INWATER COLUMN OF THE BAY OF BENGAL137 Crusius, J.; Schroth, A. W.; Campbell, R. W.; Gasso, S.; Resing, J.: THECONTRIBUTION OF GLACIAL FLOUR-DERIVED DUST FLUXES TO THEIRON BUDGET OF THE NORTHERN GULF OF ALASKA086 Tsunami Research: Recent Advances In Instrumentationand ModelingChair(s): Eddie Bernard, eddie.bernard@comcast.netVasily Titov, vasily.titov@noaa.govLocation: Kamehameha Hall III1805 ALLGEYER, S.; CUMMINS, P. R.: RECONCILING THE TIME GAPBETWEEN NUMERICAL SIMULATIONS AND OBSERVATIONS1806 Tsushima, H.; Hino, R.; Osada, Y.; Inazu, D.; Ito, Y.: TSUNAMI SOURCE OFTHE 2011 TOHOKU EARTHQUAKE ESTIMATED FROM TSUNAMI DATAOF POP-UP BOTTOM PRESSURE GAUGES INSIDE THE SOURCE1807 Kawanaka, R.; Takahashi, T.: STUDY ON EVACUATION FROM TSUNAMIINUNDATION BY USING TSUNAMI EVACUATION BUILDING1808 Benjamin, L.; Flament, P.; Cheung, K. F.; Luther, D.: DETECTION OF THE 2011TOHOKU TSUNAMI SOUTH OF OAHU, HAWAII, BY HIGH FREQUENCYDOPPLER RADAR (HFDR)1809 Karaoglu, H.; Bielak, J.: A MULTI-SYSTEM FINITE ELEMENT METHOD FORSTRONGLY COUPLED EARTHQUAKE-TSUNAMI SIMULATION — ANAPPLICATION TO THE 2011 TOHOKU-OKI EARTHQUAKE1810 Watada Shingo, .; Kusumoto Satoshi, .; Satake Kenji, .: SIMULATION OFTSUNAMI WAVEFORMS PROPAGATING OVER THE SELF-GRAVITATINGELASTIC EARTH WITH REAL BATHYMETRY1811 Fuji, R.; Hinata, H.; Fujii, S.; Takahashi, T.: INFLUENCE OF INTEGRATION TIMEON THE ACCURACY OF ESTIMATION OF TSUNAMI INITIAL SEA SURFACEELEVATION BASED ON INVERSION USING OCEANOGRAPHIC RADAR1812 Okamoto, M.; Seto, S.; Takahashi, T.; Hinata, H.: NUMERICAL EXPERIMENTON FAR FIELD AND NEAR FIELD TSUNAMIS CONCERNINGOCEANOGRAPHIC RADAR OBSERVATION1813 Roarty, H. J.; Glenn, S. M.; Barrick, D. E.; Seroka, G.; Lipa, B.: DETECTION OF AMETEOTSUNAMI WITH HF RADAR1814 Win-Bin Cheng, .; J. Y. Lin, .; S. K. Hsu, .; J. J. Dong, .: DETECTION OF SEISMICANISOTROPY USING OCEAN BOTTOM SEISMOMETERS AND ITSIMPLICATION ON TSUNAMI GENERATION IN ACCRETIONARY PRISMOFF SOUTHWEST TAIWAN1878 Denbo, D. W.; Pells, C. K.: DESKTOP SIFT: AN OPERATIONAL TSUNAMIGUIDANCE TOOL1879 Fine, I. V.; Cherniawsky, J. Y.; Thomson, R. E.: NEAR FIELD AND FAR-FIELDMODELING OF THE 28 OCTOBER 2012 HAIDA GWAII TSUNAMI1880 Thomson, R. E.; Rabinovich, A. B.; Spear, D. J.; Juhasz, T.: THE 2011 TOHOKU“BAROCLINIC” TSUNAMI WAVES OBSERVED IN A DISTAL ANOXICCANADIAN FJORD1881 Barrick, D. E.; Lipa, B. J.; Rector, W. C.: INTERPRETATION OF HF RADARNEAR-FIELD TSUNAMI OBSERVATIONS1882 Papadopoulos, G.: NEAR-FIELD TSUNAMI EARLY WARNING IN THEMEDITERRANEAN SEA1883 Marivela Colmenarejo, R.; Gravois, U. M.; Kaihatu, J. M.; Weiss, R.; Sheremet,A.: SIMULATION OF BREAKING WAVES USING SPH1884 Hammond, S.; McDonough, J.: DART DETECTION OF A TSUNAMI-LIKEEVENT AND RESPONSE BY THE NOAA SHIP OKEANOS EXPLORER1885 Dunbar, P. K.; Kong, L. S.; Arcos, N.; McCullough, H.; Furtney, M.: HAWAIIHISTORICAL TSUNAMI EFFECTS1886 Becker, N. C.; McCreery, C. S.; Wang, D.: RAPIDLY DETERMININGREGIONAL TSUNAMI RISK IN THE SAMOAN ISLANDS USING MAPS OFCALCULATED THRESHOLD MAGNITUDE VALUES090 Data Assimilation and Uncertainty Quantification InOcean ModelingChair(s): Ibrahim Hoteit , ibrahim.hoteit@kaust.edu.saEmlyn Jones, emlyn.jones@csiro.auMohmed Iskandarani, miskandarani@rsmas.miami.eduPeter Oke, peter.oke@csiro.auBruce Cornuelle, bdc@ucsd.eduLocation: Kamehameha Hall III1971 Yaremchuk, M.; Martin, P.: SENSITIVITY ANALYSIS IN THE ADJOINT-FREE4DVAR FRAMEWORK1972 Flampouris, S.; Veeramony, J.; Orzech, M.; Ngodock, H.: DEVELOPMENT OFTHE ERROR COVARIANCE FUNCTION FOR ASSIMILATION OF WAVESPECTRA – THE EXAMPLE OF SWAN1973 Jones, E. M.; Oke, P. R.; Herzfeld, M.: APPLICATIONS OF DATA-ASSIMILATION (DA) ALGORITHMS TO COMPLEX COASTAL REGIONS: AGREAT BARRIER REEF CASE STUDY.1974 Halliwell, G. R.; Kourafalou, V. H.; Le Hénaff, M.; Atlas, R.: DEVELOPMENT,VALIDATION, AND REGIONAL APPLICATIONS OF A NEW OCEAN OSSESYSTEM1975 Zeng, J.; Nojiri, Y.; Nakaoka, S.; Nakajima, H.: MAPPING GLOBAL SURFACEOCEAN FUGACITY OF CARBON DIOXIDE USING FEED-FORWARDNEURAL NETWORK: 1990-20111976 Kourafalou, V. H.; Androulidakis, Y. S.: INFLUENCE OF THE LOOP CURRENTSYSTEM ON THE TRANSPORT AND FATE OF MISSISSIPPI RIVER WATERSUNDER FLOODING CONDITIONS: A NESTED MODELING APPROACH1977 Carrier, M. J.; Ngodock, H. E.; Smith, S. R.; Muscarella, P.; Jacobs, G.: IMPACTOF OCEAN VELOCITY OBSERVATIONS INFERRED FROM LAGRANGIANDRIFTER DATA USING THE NCOM-4DVAR1978 Garnier, F.; Brasseur, P.; Brankart, J. M.; Verron, J.; Cosme, E.: TOWARDS DATAASSIMILATION IN A COUPLED PHYSICAL-BIOGEOCHEMICAL MODELOF THE NORTH ATLANTIC: ESTIMATION OF MODEL UNCERTAINTIESUSING STOCHASTIC PARAMETRIZATIONS1979 Kerry, C. G.; Powell, B. S.: HOW DO STRONG INTERNAL TIDES AFFECTMESOSCALE PREDICTABILITY IN THE PHILIPPINE SEA?1980 Ibrahim Hoteit, .; Dinh-Tuan Pham, .: MITIGATING OBSERVATIONALERROR UNDERSAMPLING IN THE STOCHASTIC ENKF1981 Timmermans, B. W.; Challenor, P.; Gommenginger, C.: UNCERTAINTYANALYSIS OF A GLOBAL WIND WAVE MODEL154

Program BookAGU/ASLO/TOS1982 Chaudhuri, A. H.; Ponte, R. M.; Forget, G.: SENSITIVITY OF OCEANMODELS TO ATMOSPHERIC FORCING, RELATED UNCERTAINTIES ANDIMPLICATIONS FOR OPTIMIZATION PROCEDURES1983 Iskandarani, M.; Srinivasan, A.; Thacker, W. C.; LeHenaff, M.; Knio, O. M.:QUANTIFYING AND REDUCING UNCERTAINTIES IN GULF OF MEXICOCIRCULATION FORECASTS USING POLYNOMIAL CHAOS EXPANSIONS1984 Xiao, Y.; Friedrichs, M.: A CONTINENTAL SHELF ECOSYSTEM MODELCOMPARISON USING DATA ASSIMILATION1985 Stroh, J. N.; Panteleev, G.; Yaremchuk, M.; Weingartner, T. J.: ASSIMILATIONOF HIGH-FREQUENCY RADAR DATA IN THE EAST CHUKCHI SEA2007 Mayo, T. L.; Butler, T.; Dawson, C.; Hoteit, I.: DATA ASSIMILATION WITHINTHE ADCIRC MODELING FRAMEWORK FOR THE ESTIMATION OFMANNING’S FICTION COEFFICIENT2008 Rayburn, J. T.: HYCOM AND RNCOM FIDELITY WITH LIMITED IN SITUDATA ASSIMILATIONS091 Advances In Approaches to Monitoring the Occurrence,Distribution, and Behavior of Top PredatorsChair(s): Mark Baumgartner, mbaumgartner@whoi.eduDaniel Palacios, daniel.palacios@noaa.govLocation: Kamehameha Hall III2088 Maurer, J.; Meyer, C. G.; Burns, E.: NEAR REAL-TIME TIGER SHARKMONITORING AROUND MAUI2089 Port, J. A.; Kelly, R. P.; Yamahara, K. M.; Crowder, L. B.: USINGENVIRONMENTAL DNA TO CENSUS MARINE FISHES IN A LARGEMESOCOSM2090 Scales, K. L.; Miller, P. I.; Ingram, S. N.; Votier, S. C.; Sims, D. W.: ON THEFRONT LINE: REMOTELY-SENSED OCEAN FRONT METRICS FORIMPROVING UNDERSTANDING OF THE PHYSICAL DRIVERS OF MARINEPREDATOR HABITAT USE2091 Snyder, S.; Franks, P. J.: PHYSIOLOGY OR SENSOR BIAS? CALCULATINGRATES FROM ARCHIVAL TAGGING TEMPERATURE TIMESERIES2092 Bonhommeau, S.; Nieblas, A. E.; Fromentin, J. M.; Dubroca, L.: PREDICTINGTHE POTENTIAL SPAWNING HABITAT OF ATLANTIC BLUEFIN TUNAUSING REMOTE SENSING DATA2093 Nieblas, A. E.; Jusup, M.; Lett, C.; Estournel, C.; Bonhommeau, S.:IDENTIFYING SUITABLE MEDITERRANEAN SPAWNING HABITATOF ATLANTIC BLUEFIN TUNA FROM LARVAL GROWTH USING ACOUPLED LAGRANGIAN DISPERSAL-BIOENERGETICS MODEL2094 Merkens, K. P.; McDonald, M. A.; Baumann-Pickering, S.; Frasier, K. E.;Hildebrand, J. A.: DEEP-DIVING CETACEANS AND THE DEEPWATERHORIZON OIL SPILL2132 Harrison, A.; Costa, D. P.; Shaffer, S. A.; Bograd, S. J.; Block, B. A.: NATIONALAND INTERNATIONAL JURISDICTION OVER THE MANAGEMENT OFWIDE-RANGING MARINE PREDATORS2133 Fossette, S.; Bograd, S.; Hazen, E.; Newton, K.; Croll, D.: BODY-SIZE-DRIVENRESOURCE UTILIZATION DIFFERENCES BETWEEN BLUE WHALES ANDHUMPBACK WHALES FORAGING IN MONTEREY BAY, CALIFORNIA2134 Stewart, K. R.; Dutton, P. H.: IDENTIFYING SOURCE POPULATIONS FORSEA TURTLES CAUGHT IN FISHERIES2135 McGarry, L. P.; Greene, C. H.; Croll, D. A.: DIVING BEHAVIOR ANDEFFICIENCY OF A BLUE WHALE (BALAENOPTERA MUSCULUS)FORAGING IN ITS THREE-DIMENSIONAL KRILL PREY FIELD2136 Hanson, M. B.; Schorr, G. S.; Webster, D. L.; Emmons, C. K.; Baird, R. W.:INFORMING SOUTHERN RESIDENT KILLER WHALES CRITICALHABITAT DESIGNATION IN THEIR WINTER RANGE ALONG THE U.S.WEST COAST2137 Kuhn, C. E.: USING NORTHERN FUR SEAL DERIVED TEMPERATUREPROFILES TO MEASURE TEMPORAL CHANGES IN THE BERING SEACOLD POOL094 Consequences of Fluid Stirring and Mixing: From Organismsto EcosystemsChair(s): John Crimaldi, crimaldi@colorado.eduMatthew Reidenbach, reidenbach@virginia.eduHeidi Fuchs, hfuchs@marine.rutgers.eduDick Zimmer, z@biology.ucla.eduLocation: Kamehameha Hall III872 Dewey, R.; Masson, D.; MacCready, P.: FORTNIGHTLY MODULATIONS INTIDAL MIXING ACTING AS AN IN-SHORE/OFF-SHORE VALVE FOR DEEPWATER NUTRIENT FLUXES873 FUKUDA, H.; KOMATSU, K.; SUZUKI, K.; HIDAKA, K.; SAITO, H.:VARIATION OF PHYSICAL AND CHEMICAL PROPERTIES OF SUSPENDEDPARTICLES ALONG TRANSECT ACROSS THE KUROSHIO CURRENT INLATE SPRING874 Najera, M. A.; Nam, Y. G.; Strickler, R. J.; Chang, W. J.: HERRINGBONE MICRO-MIXER GEOMETRIES ON MIXING EFFICIENCIES IN MICROCHANNEL935 Wheeler, J. D.; Helfrich, K. R.; Anderson, E. J.; Mullineaux, L. S.: DIVINGBEHAVIOR OF OYSTER LARVAE (CRASSOSTREA VIRGINICA) INRESPONSE TO LOCAL HYDRODYNAMIC TRIGGERS936 Hitoshi KANEKO, .; Ichiro YASUDA, .; Kosei KOMATSU, .; Sachihiko ITOH,.: OBSERVATIONS OF VERTICAL TURBULENT NITRATE FLUX ACROSSTHE KUROSHIO937 Clayton, S.; Lin, Y. C.; Follows, M. J.; Worden, A. Z.: FINE SCALE ECOLOGY OFPICOEUKARYOTES ACROSS THE KUROSHIO EXTENSION938 Carlson, D. F.; Mantovani, C.; Corgnati, L. P.; Magaldi, M. G.; Zambianchi,E.: LAGRANGIAN TRANSPORT AND CONNECTIVITY IN THESOUTHERN ADRIATIC SEA FROM SURFACE DRIFTERS, AND HF RADAROBSERVATIONS939 Pavlidis, D.; Fang, F.; Pain, C. C.; Buchan, A. G.; Navon, I. M.: REDUCED-ORDER MODELLING OF AN UNSTRUCTURED MESH OCEAN MODEL:APPLICATION TO 2D/3D BATHYMETRIES940 Miller, L. A.; Santhanakrishnan, A.; Hamlet, C. L.: MODELING FLOWSGENERATED BY UPSIDE DOWN JELLYFISH941 Currie, W. J.; Bailey, S. A.; Linley, R. D.; Gerlofsma, J.: THE SAMPLINGCOMPROMISE OF TIME VS. SPACE: A COMPARISON OF PLANKTONCOLLECTION VIA TRANSECTS AND STATIONS095 River Plumes and Buoyancy-Driven Shelf CirculationChair(s): Robert Hetland, hetland@tamu.eduAlex Horner-Devine, arhd@uw.eduLocation: Kamehameha Hall III1175 Rong, Z.; Hetland, R. D.; Zhang, X.: EFFECTS OF WAVE-CURRENTINTERACTION ON BUOYANCY DRIVEN CIRCULATION OVER THETEXAS-LOUISIANA SHELF1176 Wenfeng, L.; Jiayi, P.; Yanzhen, G.: STUDY OF THE PEARL RIVER PLUMEDYNAMICS BY USING THE UNSTRUCTURED GRID FINITE VOLUMECOASTAL OCEAN MODEL (FVCOM)1177 TANG, X.; ASANUMA, I.; SONG, Y.: DISTRIBUTION OF CHLOROPHYLL-ACONCENTRATION IN THE EAST CHINA SEA RELATIVE TO SST ANDSALINITY DETERMINED BY EOF1178 Zavialov, P.; Osadchiev, A.; Zhurbas, V.: DO UPWELLING CONDITIONSENHANCE DEVELOPMENT OF RIVER PLUME OR IMPEDE IT?1179 Osadchiev, A.; Zavialov, P.: LAGRANGIAN MODEL OF A SURFACE-ADVECTED RIVER PLUME1180 Jiang, W.; Feng, S.: 3D ANALYTICAL SOLUTION TO THE TIDE-INDUCEDLAGRANGIAN RESIDUAL CURRENT EQUATIONS IN A NARROW BAY1181 Pan, J.; Gu, Y.; Lai, W.: MIXING CHARACTERISTICS OF THE PEARL RIVERPLUME IN SUMMER SEASON1182 Couto, P. P.; Soutelino, R. G.; Calado, L.: THE RESPONSE OF CABO FRIOUPWELLING SYSTEM DYNAMICS TO SPATIALLY VARIABLE WINDFORCINGTHURSDAY155

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY1184 Fernandes Mazzini, P. L.; Barth, J. A.: BUOYANCY-DRIVEN COASTALCURRENT AND TRANSPORT OBSERVATIONS OFF THE OREGON COASTDURING FALL-WINTER USING AUTONOMOUS UNDERWATER GLIDERS1185 Cho, E. B.; Cho, Y. K.; Gwak, M. T.; Seo, G. H.: INTRATIDAL ASYMMERTY OFTHE VELOCITY PROFILE IN THE SUMJIN RIVER ESTUARY, KOREA1186 Zhang, C.; Dai, M. H.: UPTAKE AND RELEASE OF CO 2IN A RIVER-DOMINATED OCEAN MARGIN (RIOMAR) OFF THE CHANGJIANGESTUARY1187 Yu, X.; Guo, X.; Takeoka, H.: FORTNIGHTLY VARIATION OF CIRCULATIONINDUCED BY BOTTOM COLD WATER IN A SEMI-ENCLOSED SEA1188 Yuan, Y.; Horner-Devine, A. R.: IMPACTS OF LATERAL SPREADING ON ANENERGETIC RIVER PLUME1214 Zhang, L.; Shang, S. P.; Cheng, P.; Shang, S. L.: IMPACT OF TYPHOONVICENTE ON THE PEARL RIVER PLUME: A NUMERICAL MODELINGSTUDY1215 Luo, L.; Zhou, W.; Wang, D.: RESPONSES OF THE RIVER PLUME TO THEEXTERNAL FORCING IN PEARL RIVER ESTUARY1216 Hoshiba, Y.; Yamanaka, Y.: ALONG-COAST SHIFTS OF PHYTOPLANKTONBLOOMS DRIVEN BY RIVERINE INPUTS OF NUTRIENTS AND FRESHWATER1217 Yin, K.; He, J.; Lai, Z.: CAN MONSOON INDUCED COASTAL UPWELLINGBRING UP DEEP WATER NUTRIENTS IN THE SOUTH CHINA SEACONTINENTAL SHELF BEYOND THE PEARL RIVER ESTUARY1218 Kurapov, A. L.; Yu, P.; Shearman, R. K.; Allen, J. S.: SST VARIABILITY ALONGTHE UPWELLING FRONT OFF THE OREGON COAST INFLUENCED BYTHE COLUMBIA RIVER PLUME1219 Carroll, D.; Sutherland, D. A.; Shroyer, E. L.; Nash, J. D.: USING A COUPLEDOBSERVATIONAL AND MODELING APPROACH TO INVESTIGATEBUOYANT PLUME STRUCTURE IN A GREENLANDIC OUTLET GLACIALFJORD1220 Jia, Y.; Whitney, M. M.: TRANSPORT AND MIXING OF CONNECTICUTRIVER WATER THROUGH THE ESTUARY AND ON THE CONTINENTALSHELF: AN OBSERVATIONAL DRIFTER AND MODELING STUDY1221 Sciascia, R.; Cenedese, C.; Straneo, F.; Heimbach, P.: THE ROLE OFMELTWATER PLUMES ON SUBMARINE MELTING OF GREENLANDGLACIERS1222 Du, Y.; Huang, H.: A NUMERICAL SIMULATION OF LABORATORYFRESHWATER PLUME1223 Denamiel, C. L.; Kamenkovich, V.; Netchaev, D.; Wiggert, J.: CAN SURFACEGRAVITY WAVES INFLUENCE RIVER PLUME DYNAMICS?1224 Poggioli, A. R.; McKeon, M. A.; Horner-Devine, A. R.: SALT WEDGEHYDRAULICS IN A SLOPED ESTUARY1225 Honegger, D. A.; Haller, M. C.; Diaz Mendez, G. M.: SPRING-SUMMER FRONTOBSERVATIONS AT THE COLUMBIA RIVER MOUTH VIA LAND-BASEDX-BAND MARINE RADAR1226 Williams, W. J.: SUMMERTIME OBSERVATIONS OF THE MACKENZIERIVER PLUME OVER THE CANADIAN BEAUFORT SHELF, 2005-20091227 Chant, R. J.: MIXING IN THE FAR FIELD OF A RIVER PLUME1228 Pettigrew, N. R.; Neary, M. G.; Fleming, R. J.: TEMPORAL AND SPATIALVARIABILITY OF THE GULF OF MAINE COASTAL CURRENT SYSTEM1229 Bhaganagar, K.: DENSE CURRENTS OVER ROUGH SURFACES:IMPLICATIONS TO DOWNWELLING101 Ecology and Management of Semi-Enclosed SeasChair(s): Agneta Andersson, agneta.andersson@emg.umu.seCatherine Legrand, catherine.legrand@lnu.sePär Byström, par.bystrom@emg.umu.sePer Larsson, per.larsson@lnu.seMats Tysklind, mats.tysklind@chem.umu.seLocation: Kamehameha Hall III3013 Ripszam Matyas, .; Peter Haglund, .: A NOVEL METHOD FOR THEDETERMINATION OF WATER-DISSOLVED ORGANIC CARBON (DOC)DISTRIBUTION CONSTANTS OF LEGACY AND EMERGING ORGANICPOLLUTANTS IN BRACKISH WATERS3014 Mori, K.: MONITORING SURVEYS ON MERCURY LEVELS OF BENTHOSAND SEDIMENTS AT INTERTIDAL AREA AROUND MINAMATA BAY,KYUSHU, JAPAN3015 Wasmund, N.; Nausch, G.; Feistel, R.: LONG-TERM TRENDS IN SPRINGDIATOM DEVELOPMENT IN THE BALTIC SEA IN DEPENDENCE OF THEMINIMUM WINTER TEMPERATURE3016 Figueroa, D. A.; Rowe, O.; Paczkowska, J.; Andersson, A.: BACTERIALUTILIZATION OF TERRESTRIAL DISSOLVED ORGANIC MATTER INAN ESTUARY INFLUENCED BY HIGH INFLOW OF ALLOCHTHONOUSORGANIC MATTER3017 Yang, E.; Noh, J.; Lee, C. M.; Kwon, M.; Kim, T.: CHARACTERISTIC DISTRIBUTIONOF PHYTOPLANKTON AND BACTERIA IN THE ENVIRONMENTALTRANSITION ZONE OF TROPICAL MANGROVE FOREST3018 Bignert, A.; Anderberg, E.; Chen, Q.; Andersson, A.: PELAGICHETEROGENEITY IN COASTAL AREAS CONSIDERED TO OPTIMIZESAMPLING STRATEGY3019 Karlberg, M.; Hassellov, I.; Ytreberg, E.; Wulff, A.: EFFECTS OF SEAWATERSCRUBBING ON KEY PHYTOPLANKTON GROUPS OF THE BALTIC SEA3020 Berglund, Å. M.; Ripszam, M.; Andersson, A.; Haglund, P.; Tysklind, M.:BIOMAGNIFICATION OF PERSISTENT ORGANIC POLLUTANTS INPRESENT-DAY AND CLIMATE ALTERED FOOD WEBS3021 Deutsch, B.; Bonaglia, S.; Humborg, C.; Bruechert, V.: PHOSPHATE FLUXESAND PHOSPHATE SOURCE IDENTIFICATION IN THE HIMMERFJRRDEN(BALTIC SEA)3022 Lindehoff, E.; Bertos-Fortis, M.; Krueger, K.; Andersson, A.; Legrand, C.:ZOOPLANKTON PRODUCTION VARIABILITY IN THE BALTIC SEALINKED TO FILAMENTOUS CYANOBACTERIA AND REGIONALDIFFERENCES IN THE PLANKTONIC FOOD WEB3023 van Duren, L. A.; Ysebaert, T. J.; de Ronde, J. G.; Mulder, J. P.: DROWNINGTIDAL FLATS: SCIENCE-BASED AND BEST-GUESS MITIGATIONMEASURES3024 Martin, G.; Püss, T.; Martin, K.; Torn, K.: MARINE BIODIVERSITYASSESSMENT INDICATORS AND MARINE BIODIVERSITY ASSESSMENTTOOL DEVELOPED BY THE EU LIFE MARMONI PROJECT.3025 Klawonn, I.; Adam, B.; Svedén, J.; Kuypers, M. M.; Ploug, H.: N2 FIXATION AND NH4+ RELEASE BYCYANOBACTERIA SUPPORT THE PLANKTON COMMUNITY WITHNITROGEN IN THE BALTIC SEA3026 Joanna Paczkowska, J. P.; Agneta Andersson, .; Owen Rowe, .; Louise Schluter, .;Francois Guillemette , .: FLUORESCENCE AND ABSORPTION PROPERTIESOF CHROMOPHORIC DISSOLVED ORGANIC MATTER (CDOM) ALONG ATRANSECT THROUGHT THE BALTIC SEA112 Tropical Cyclone-Ocean Interactions: From Weather toClimateChair(s): I-I Lin, iilin@as.ntu.edu.tw;iilinasntu@gmail.comEric D’Asaro, dasaro@apl.washington.eduChunzai Wang, Chunzai.Wang@noaa.govLocation: Kamehameha Hall III1088 Rabe, T. J.; Kukulka, T.; Hara, T.; Ginis, I.; D’Asaro, E.: LANGMUIRTURBULENCE UNDER HURRICANE GUSTAV1089 Zhao, H.; Han, G.; Zhang, S.; Wang, D.: TWO PHYTOPLANKTON BLOOMSNEAR LUZON STRAIT GENERATED BY LINGERING TYPHOON PARMA1090 Ito, K.; Wada, A.; Kuroda, T.; Kawabata, T.; Saito, K.: TROPICAL CYCLONEINTENSITY FORECAST AROUND JAPAN USING A COUPLED HIGH-RESOLUTION MODEL1091 Zhang, W.; Chai, F.; Hong, H.: A NEW ESTIMATE OF VOLUME TRANSPORTTHROUGH THE TAIWAN STRAIT1093 CHAN, J.; LIN, I.: INVESTIGATION OF THE INTER-ANNUAL VARIABILITYOF TYPHOON’S MAXIMUM POTENTIAL INTENSITY IN THE WESTERNNORTH PACIFIC OCEAN1094 LAM, M.; LIN, I.: INVESTIGATION OF OCEAN’S BARRIER LAYER ANDWARM OCEAN FEATURE ON TROPICAL CYCLONE’S INTENSITYCHANGE156

Program BookAGU/ASLO/TOS1095 Chang, Y. L.: CONNECTION OF THE PHILIPPINES–TAIWANOSCILLATION WITH TROPICAL CYCLONE GENESIS AND PATHS IN THEWESTERN NORTH PACIFIC1097 Huang, F.; Xu, S. B.; Zheng, C. Y.: IMPACTS OF TWO TYPES OF EL NIOO ONPACIFIC TROPICAL CYCLONE ACTIVITY1098 Jullien, S.; Marchesiello, P.; Menkes, C. E.: TROPICAL CYCLONE-OCEANINTERACTIONS IN A REGIONAL COUPLED MODEL: CLIMATOLOGYAND PROCESSES1099 Pun, I.; Lin, I.; Ko, D. S.: NEW GENERATION OF SATELLITE-DERIVEDOCEAN THERMAL STRUCTURE FOR THE WESTERN NORTH PACIFICTYPHOON INTENSITY FORECASTING1100 Reichl, B. G.; Hara, T.; Ginis, I.: SEA STATE DEPENDENCE OF WIND STRESSOVER THE OCEAN UNDER HURRICANE WINDS1101 Wada, A.; Kunii, M.: NUMERICAL INVESTIGATIONS ONINTENSIFICATION OF TYPHOONS, SEA SURFACE COOLING ANDOCEANIC ENVIRONMENTS IN THE WESTERN NORTH PACIFIC1102 Kung, H.; Gan, J.; Liang, L.: NUMERICAL STUDY OF TROPICAL CYCLONE-INDUCED NEAR-INERTIAL ENERGY PRODUCTION AND EVOLUTION INTHE SOUTH CHINA SEA1103 Huang, S. Y.; Hung, C. C.: IMPACTS OF TYPHOONS ON NUTRIENT SUPPLYAND POTENTIAL FISH PRODUCTION IN MARGINAL SEAS1104 Anne Sophie DALOZ, .; Fabrice CHAUVIN, .; Frank ROUX, .: IMPACT OFOCEAN-ATMOSPHERE COUPLING ON TROPICAL CYCLONE ACTIVITYIN THE VARIABLE-RESOLUTION GCM ARPEGE1105 Spencer, L.; DiMarco, S.; Khuel, J.; Kurian, J.; Change, P.: WATER COLUMNINERTIAL AND SUB-INERTIAL OCEANIC RESPONSE TO HURRICANEISAAC IN THE DEEPWATER GULF OF MEXICO1106 Fernandez, I. D.; Villanoy, C. L.; Flament, P.: SEA SURFACE TEMPERATURERESPONSE TO TROPICAL CYCLONES IN THE TROPICAL WESTERNNORTH PACIFIC1107 Li, M.; Wan, X.; Ma, W.: IMPACT OF COUPLING AND MODELRESOLUTION ON NUMERICAL SIMULATIONS OF TYPHOON SON-TINHWITH A REGIONAL COUPLED MODEL1108 Miyamoto, Y.; Takemi, T.: A TRIGGERING MECHANISM FOR THESPONTANEOUS AXISYMMETRIC INTENSIFICATION OF TROPICALCYCLONES1189 Kim, J. S.; Yoon, S. K.; Oh, S. M.; Moon, Y. I.: RAINFALL EXTREMESSTEMMING FROM TROPICAL CYCLONES IN SOUTH KOREA WITHINTHE CONTEXT OF CT/WP EL NIÑO1190 Macdonald, H. S.; Ivey, G. N.; Jones, N. L.; Lowe, R. J.; Pequignet, C.: CYCLONEMODELING ON THE AUSTRALIAN NORTH WEST SHELF1191 Jones, K. N.; Strutton, P. G.; Furnas, M. J.: ENHANCED BIOLOGICALPRODUCTION FROM TROPICAL CYCLONES AND EPHEMERALWEATHER EVENTS IN AN OLIGOTROPHIC COASTAL SYSTEM1192 Suzuki, K.; Nakano, S.; Ueno, G.: PROBABILITY DISTRIBUTION OFTROPICAL CYCLONE TRACKS AND SEASONAL VARIATIONS OF THECYCLOGENESIS REGION IN GCM1193 Choi, Y.; Ha, K.; Chung, C. E.; Ho, C.: CONFIRMATORY CHANGES INTYPHOON OVER THE WESTERN NORTH PACIFIC1194 Sørensen, B.; Jochum, M.; Bryan, F. O.; Small, J.: NEAR INERTIAL WAVESIN THE ULTRA-HIGH RESOLUTION VERSION OF THE COMMUNITYCLIMATE SYSTEM MODEL WITH SPECIAL EMPHASIS ON THE TROPICS1195 Seroka, G. N.; Glenn, S.; Schofield, O.; Miles, T.; Xu, Y.: COASTAL OCEANIMPACT ON HURRICANE IRENE INTENSITY1197 Zambon, J. B.; He, R.; Warner, J. C.: INVESTIGATION OF HURRICANESANDY DYNAMICS USING THE 3-WAY COUPLED OCEAN-ATMOSPHERE-WAVE SEDIMENT TRANSPORT (COAWST) MODEL1198 Walker, N. D.; Leben, R. R.; Pilley, C.; Shannon, M.; Herndon, D.: EAST PACIFICHURRICANE KENNETH COLLAPSES AS IT INTENSIFIES AN OCEANICCOLD CORE EDDY1199 Martin, M. C.; Villanoy, C. L.: RAINFALL PATTERNS ASSOCIATED WITHSTORM VARIABILITY IN THE PHILIPPINES1200 Jaimes, B.; Shay, L. K.; Brewster, J.: UPWELLING AND MIXING PROCESSESINDUCED BY HURRICANE ISAAC OVER GEOSTROPHIC OCEANIC EDDIES1211 Collins, C. O.; Graber, H. C.; Drennan, W. M.; Potter, H.; Lund, B.: ANALYSIS OFTROPICAL CYCLONE SEAS1212 Curcic, M.; Chen, S. S.: UNDERSTANDING AIR-SEA MOMENTUMEXCHANGE IN TROPICAL CYCLONES AND ITS IMPACT ON STORMSTRUCTURE AND UPPER OCEAN CIRCULATION113 Big Data, Including Ocean Climate Data: Data Availability,Techniques, and ApplicationsChair(s): Edward J. Kearns, Ed.Kearns@noaa.govCynthia Chandler, cchandler@whoi.eduKenneth S. Casey, kenneth.casey@noaa.govBenjamin Hamlington, hamlingt@colorado.eduAndrew Bingham, andrew.w.bingham@jpl.nasa.govRobert Leben, leben@colorado,eduLocation: Kamehameha Hall III2249 Miles, E.; Walland, D.: BUILDING A MARINE CLIMATE SERVICE FORAUSTRALIA2250 Thompson, C. K.; Huang, T.; Alarcon, C.; Roberts, J. T.; Cechini, M. F.: GLOBALIMAGERY BROWSE SERVICES (GIBS): ENABLING VISUAL SEARCH,DISCOVERY, AND ACCESS ACROSS NASA’S OCEAN AND OTHER EARTHSCIENCE DATA HOLDINGS2251 Santos, T. P.; Franco, D.; Barbosa, C. F.; Belem, A. L.; Albuquerque, A. S.:MILLENNIAL- TO CENTENNIAL-SCALE CHANGES IN SEA SURFACETEMPERATURE IN THE TROPICAL SOUTH ATLANTIC OVER THE LAST10.000 YEARS2252 Tsontos, V. M.; Thompson, C. K.: TOOLS AND SERVICES IN SUPPORT OFSATELLITE OCEANOGRAPHIC DATA DISTRIBUTION VIA THE PO.DAAC2253 Liu, W.; Huang, B.; Thorne, P.; Lawrimore, J.; Banzon, V.: THE NOAAEXTENDED RECONSTRACTED SEA SURFACE TEMPERATURE (ERSST.V4)2254 Brahmi, C.; Tribollet , A.; Le Cornec, F.; Lazareth, C. E.; Dissard, D.: EFFECTSOF PATHOLOGY AND MICRO-BIOEROSION ON CORAL SKELETONGEOCHEMICAL COMPOSITION2291 Chandler, C. L.; Groman, R. C.; Allison, M. D.; Wiebe, P. H.; Glover, D. M.:BCO-DMO: IMPROVING DATA DISCOVERY AND ACCESS FOR OCEANSCIENCE RESEARCH2292 McCann, M. P.; Harvey, J. B.; Michisaki, R. M.; Chavez, F. P.; Vrijenhoek, R. C.:USING STOQS FOR ANALYSIS AND VISUALIZATION OF BIOLOGICALOCEANOGRAPHY DATA2293 Chin, T. M.; Vazquez, J.; Armstrong, E.: MULTI-SCALE AND2294 Hamlington, B. D.; Strassburg, M. W.; Leben, R. R.: RECONSTRUCTEDOCEAN DATA SETS FOR CLIMATE MONITORING2295 Pfeil, B.; Bakker, D.; Olsen, A.; Hankin, S.; Kozyr, A.: SURFACE OCEAN CO2ATLAS (SOCAT) VERSION 2 – A SHOWCASE FOR TRANSPARENT DATAMANAGEMENT AND INTERNATIONAL COLLABORATION2296 Pujol, M. I.; Faugere, Y.; Ssalto/Duacs team, .; Bronner, E.; Picot, N.: NEWRELEASE OF DUACS PRODUCTS: 20 YEARS OF HIGH RESOLUTION SEALEVEL TIME SERIES REPROCESSED2297 Aurin, D. A.; Mannino, A.: GLOBAL OBSERVATIONS OF CDOM ANDOCEAN COLOR FOR ALGORITHM DEVELOPMENT2298 Risien, C. M.; Chelton, D. B.: A COMPARISON OF MONTHLY OSTIA ANDNCDC OI SST ANALYSES2321 Tomasi, B.: REAL-TIME DETECTION AND CLASSIFICATION OFOCEANOGRAPHIC EVENTS IN UNDERWATER SENSOR NETWORKS2322 Mitchum, G. T.; Bernier, N.: HOW MUCH DO REFERENCE FRAMEUNCERTAINTIES LIMIT OUR ABILITY TO DETERMINE SEA LEVELCHANGE RATES?2323 Henry, L. G.; McManus, J. F.: NORTH ATLANTIC OVERTURNING ANDABRUPT CLIMATE CHANGE THROUGHOUT THE LAST GLACIATION2324 Smith, D. K.; Hilburn, K.; Mears, C.; Ricciardulli, L.: ANALYSIS OF A 25-YEARMONTHLY CLIMATOLOGY OF OCEAN WATER VAPOR AND SURFACEWIND SPEEDS2325 de Vernal, A.; Fréchette, B.; Hillaire-Marcel, C.; Rochon, A.; Solignac, S.:PROXY RECONSTRUCTIONS OF ARCTIC-SUBARCTIC SEA ICE COVERVARIATIONS AT MILLENNIAL TIME SCALES DURING THE HOLOCENETHURSDAY157

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY2326 Bartz, R. J.: REMOTE SENSING BLEACHING PREDICTION AND SPATIALTEMPERATURE VARIATION AT THE PALMYRA ATOLL2327 LIU, S. B.; Huang, X. M.; Fu, H. H.; Yang, G. W.: AN EFFECTIVE LOSSLESSCOMPRESSION METHOD FOR OCEAN MODEL OUTPUT ARRAYS2328 Pratt, P. D.: CHARACTERIZING THE VIIRS SENSOR AND INVESTIGATINGTHE ARCTIC OCEANS USING THE OCEAN COLOR OPERATIONAL DATAFROM THE SUOMI NPP MISSION2341 Jeffries, M. A.: IMPLEMENTATION OF REAL-TIME QAQC ON A CABLEDOBSERVATORY2342 Grissom, K.; Petraitis, D.; Fitzpatrick, P.; Samiappan, S.; Hill, C.:IMPROVEMENTS TO REAL-TIME QUALITY CONTROL OF TAO HIGH-RESOLUTION DATA2343 Casey, K. S.: MANAGING BIG OCEAN DATA AT THE US NATIONALOCEANOGRAPHIC DATA CENTER2344 Banzon, V. F.; Reynolds, R. W.; Kearns, E. J.: A TWO-STAGE OPTIMALINTERPOLATION SEA SURFACE TEMPERATURE ANALYSIS FORREGIONAL CLIMATE APPLICATIONS2345 Kearns, E. J.; Ritchey, N.; Morris, J.; Carter, D.; Casey, K.: THE APPLICATIONOF CLASS TO NOAA’S BIG DATA CHALLENGES116 Advances In Approaches to Assess Metal-Binding OrganicLigands and Perspectives On the Impacts of Ligands On Metal-Biota Interactions In the OceansChair(s): Maeve Lohan, maeve.lohan@plymouth.ac.ukKristen Buck, kristen.buck@bios.eduSylvia Sander, sylvias@chemistry.otago.ac.nzLocation: Kamehameha Hall III343 Kleint, C.; Koschinsky, A.: COPPER-LIGAND COMPLEXATION ATSHALLOW WATER HYDROTHERMAL VENTS OFF THE COAST OF MILOSAND DOMINICA344 Kim, T.; Kondo, Y.; Obata, H.; Gamo, T.: DISTRIBUTION AND SPECIATIONOF DISSOLVED ZINC IN THE NORTHWESTERN PACIFIC AND ITSADJACENT SEAS345 Pizeta, I.; Sander, S. G.; All other 13 participants of the intercalibration , .:INTERCOMPARISON OF ESTIMATING METAL BINDING LIGANDPARAMETERS FROM SIMULATED TITRATION DATA USING DIFFERENTFITTING APPROACHES346 Bundy, R. M.; Barbeau, K. A.; Carter, M.; Fukuda, T. L.: CYCLING OFSTRONG AND WEAK IRON-BINDING LIGANDS DURING AND AFTER ASIMULATED PHYTOPLANKTON BLOOM347 Sherman, E.; Moore, J. K.: ASSESSMENT OF MARINE IRON CYCLESIMULATION WITH EXPLICIT IRON-LIGAND COUPLING348 Achterberg, E. P.; Li, K.; Gledhill, M.; Rijkenberg, M.: INFLUENCE OF OCEANACIDIFICATION ON TRACE METAL SPECIATION349 van den Berg, C. M.; Alhaija, M.: SPECIATION OF IRON BY CATALYTICCATHODIC STRIPPING VOLTAMMETRY USING SALICYLALDOXIME INTHE PRESENCE OF AIR350 Farst, C. M.; Landing, W. M.: ISOLATION AND CHARACTERIZATION OFMARINE SIDEROPHORES368 Whitby, H.; van den Berg, C. M.: A METHOD FOR THE MEASUREMENT OFCOPPER-BINDING HUMICS USING VOLTAMMETRY369 Hirose, K.: THEORETICAL APPROACH ON DETERMINATION OFCONDITIONAL STABILITY CONSTANTS AND CORRESPONDING LIGANDCONCENTRATIONS FOR ORGANIC METAL COMPLEX IN SEAWATER370 Kikuchi/Tetsuro, .; Terao/Koumei, .; Fujii/Manabu, .; Yoshimura/Chihiro,.: OXIDATION OF FERROUS IRON IN THE PRESENCE OF HUMICSUBSTANCES WITH DIFFERENT ORIGINS AT PH 7.0-8.0371 Buck, K. N.: IRON-BINDING LIGANDS IN THE MARINE ENVIRONMENT:INSIGHTS FROM CLIVAR, GEOTRACES AND INCUBATION EXPERIMENTS372 Boiteau, R. M.; Repeta, D. J.; Fitzsimmons, J. N.; Boyle, E. A.:CHARACTERIZATION OF MARINE ORGANIC TRACE METALLIGANDS WITH HIGH PRESSURE LIQUID CHROMATOGRAPHY-MASSSPECTROMETRY373 Wozniak, A. S.; Shelley, R. U.; McElhenie, S. D.; Landing, W. M.; Hatcher,P. G.: AEROSOL WATER SOLUBLE ORGANIC MATTER MOLECULARCHARACTERISTICS AND IRON SOLUBILITY FROM THE 2010-11 USGEOTRACES CRUISES IN THE NORTH ATLANTIC OCEAN374 Noble, A. E.; Held, N.; Saito, M. A.: PROBING THE CHEMICAL SPECIATIONOF COBALT: PRESERVATION ARTIFACTS AND REDOX SENSITIVELIGANDS117 Benthic-Pelagic Coupling and Exchange Across theSediment-Water InterfaceChair(s): Fay Couceiro, fay.couceiro@port.ac.ukLinda Kalnejais, linda.kalnejais@unh.eduCharlotte Thompson, celt1@noc.soton.ac.ukKai Ziervogel, ziervoge@email.unc.eduLocation: Kamehameha Hall III519 Sweetman, A. K.; Smith, C. R.; Jones, D.: SCAVENGING DYNAMICS OFJELLYFISH VERSUS FISH FALLS AT THE DEEP-SEA FLOOR520 Thompson, C.; Couceiro, F.; Fones, G. R.; Amos, C. L.: SHIPBOARDMEASUREMENTS OF SEDIMENT RESUSPENSION PROCESSES – A NEWANNULAR FLUME (CORE MINI FLUME)521 Wang, J.; Wei, H.; Lu, Y.; Zhao, L.: DIFFUSIVE BOUNDARY LAYERINFLUENCED BY DYNAMICS OF BOTTOM BOUNDARY LAYER IN TIDALFLOWS522 Rao, A. M.; Malkin, S. Y.; Meysman, F. J.: ENHANCED ALKALINITYPRODUCTION IN INTERTIDAL SANDS FROM THE OOSTERSCHELDE(THE NETHERLANDS) INDUCED BY THE LUGWORM ARENICOLAMARINA523 Komada, T.; Burdige, D. J.; Cada, A. K.; Chanton, J.; Magen, C.: RADIOCARBONVALUES OF METHANE AND DISSOLVED INORGANIC CARBON (DIC)IN SANTA BARBARA BASIN SEDIMENTS: IMPLICATIONS FOR CARBONCYCLING BELOW THE SULFATE ZONE524 Chace, P. J.; Reimers, C. E.; Sanders, R. D.: MEASURING BENTHICOXYGEN AND NUTRIENT FLUXES IN OREGON CONTINENTAL SHELFSEDIMENTS WITH SEASONAL VARIATION525 Burdige, D. J.; Komada, T.; Chanton, J. P.; Magnen, C.: LINEAR PORE WATERGRADIENTS IN CONTINENTAL MARGIN SEDIMENTS DO NOTNECESSARILY IMPLY A DIFFUSION-ONLY, NO-REACTION ZONE526 McManus, J.; Berelson, W. M.; Severmann, S.; Muratli, J.: MANGANESE, IRON,AND NUTRIENT SEDIMENT-WATER EXCHANGE DURING A HYPOXICEVENT IN THE GULF OF MEXICO527 Robertson, C. Y.; Nelson, J. R.; Amft, J. A.; Seim, H. E.; Edwards, C. R.: EXPORTOF PHYTOPLANKTON BLOOM MATERIAL FROM THE CONTINENTALSHELF TO UPPER SLOPE OFF LONG BAY (SE US) -- EVIDENCE FROMMOORED TIME-SERIES OBSERVATIONS528 Soto Neira, J. P.; Zhu, Q. Z.; Aller, R. C.: FLUX MEASUREMENTS OFDISSOLVED MANGANESE AND IRON IN MARINE SEDIMENTS:CLASSICAL 1-D VERSUS MULTI-D APPROACHES529 Mead, R. N.; Avery, G. B.; Helms, J. R.; Kieber, R. J.; Skrabal, S. A.:PHOTOCHEMICAL TRANSFORMATIONS OF THE ALGAL TOXIN PBTX-2ON RESUSPENDED SEDIMENTS IN COASTAL ECOSYSTEMS530 Ziervogel, K.; Sweet, J.; Passow , U.; Juhl, A.; Arnosti, C.: SEDIMENTRESUSPENSION IN THE DEEP GULF OF MEXICO AFFECTSREDISTRIBUTION AND TRANSFORMATION OF (OIL-RICH) POM531 Berelson, W.; Prokopenko, M.; Haskell, W.; Capone, D.; Knapp, A.: EXPORT,SEDIMENT TRAPS AND SEDIMENT DIAGENESIS PROVIDE EVIDENCE OFOMZ IMPACT ON PELAGIC-BENTHIC COUPLING IN THE ETSP532 Ho, C. Y.; Hung, C. C.: DISSOLVED ORGANIC CARBON FLUXES OFSEDIMENTS FROM THE NORTHERN SOUTH CHINA SEA533 Tsukahara, Y.; Nakatani, N.; Yamazaki, T.: DEVELOPMENT OF MATERIALDYNAMICS MODEL FOR IMPACT ASSESSMENT OF SEDIMENT INCOASTAL AREA534 Sanders, R. D.; Reimers, C. E.; Albright, A.; Dewey, R.; Macoun, P.: VENUSOCEAN OBSERVATORY MEASUREMENTS OF BENTHIC OXYGEN ANDHEAT FLUXES158

Program BookAGU/ASLO/TOS535 Mortazavi, B.; Bernard, R. J.; Kleinhuizen, A.; Riggs, A.; Ortmann, A.: WILLDNRA STILL MATTER IN SHALLOW ESTUARIES WITH LOWER THANEXPECTED CONTRIBUTION OF BENTHIC N FLUXES TO PRIMARYPRODUCTION?536 Grant, S. B.; Azizian, M.: ECOSYSTEM SERVICES PROVIDED BYHYPORHEIC EXCHANGE AT THE DUNE SCALE: INSIGHTS FROMANALYTICAL SOLUTIONS537 Kalnejais, L. H.; Martin, W. R.; Bothner, M. H.: BENTHIC FLUXES OF METALSFROM BOSTON HARBOR SEDIMENTS: MECHANISMS AND MEASURES563 MacDonald, K. R.; Ruttenberg, K. C.: QUANTIFYING REACTIVE IRON ANDASSOCIATED PHOSPHORUS IN SEDIMENTS: DO DIFFERENT SELECTIVELEACHING METHODS YIELD COMPARABLE RESULTS?564 Rochin B., H.; Cortés M., M. Y.; Aguirre-Bahena, F.; Silverberg, N.; Bollmann,J.: CONTRIBUTION OF COCCOLITHOPHORES TO CACO 3FLUXES INALFONSO BASIN: A SEDIMENT TRAP STUDY119 Highly Nonlinear Internal Waves and Bores In Shallow WaterChair(s): Jack Barth, barth@coas.oregonstate.eduJim Lerczak, jlerczak@coas.oregonstate.eduStephen Monismith, monismith@stanford.eduBrock Woodson, bwoodson@uga.eduLocation: Kamehameha Hall III1031 Walter, R. K.; Woodson, C. B.; Leary, P. R.; Monismith, S. G.: CONNECTINGREGIONAL DYNAMICS AND UPWELLING TO NEARSHORE INTERNALBORES AND HYPOXIC EVENTS1060 Arthur, R. S.; Fringer, O. B.: THE THREE-DIMENSIONAL STRUCTURE ANDENERGETICS OF BREAKING INTERNAL WAVES ON SLOPES1061 Zhang, S.; Alford, M. H.: NONLINEAR INTERNAL WAVES ON THEWASHINGTON CONTINENTAL SHELF1062 Monjarret, R.; Vila, J. P.; Baraille, R.; Chazel, F.: HYPERBOLICITY OF THEMULTI-LAYER SHALLOW WATER MODEL WITH FREE SURFACE1063 Armi, L.; Winters, K.: BLOCKING AND THE ESTABLISHMENT OFCONTINUOUSLY STRATIFIED HYDRAULIC CONTROL IN STEADY FLOWOVER TOPOGRAPHY1064 Thomas, J. A.; Lerczak, J. A.; Moum, J. N.: ALONG- AND ACROSS-SHOREPROPAGATION PROPERTIES OF NON-LINEAR INTERNAL WAVES FROMA BROAD ARRAY OF BOTTOM PRESSURE SENSORS IN MASSACHUSETTSBAY1065 Shugan, I. V.; Hwung, H. H.; Yang, R. Y.: MODULATION INSTABILITY OFWAVES IN THE PRESENCE OF CURRENT1066 Boll, W. D.; Grosch, C. E.: HIGH-FREQUENCY INTERNAL WAVES OVER ACOASTAL REGION1127 Kodaira, T.; Waseda, T.; Miyazawa, Y.: NONLINEAR INTERNAL WAVEGENERATION AROUND ISLANDS IN KUROSHIO1128 Itoh, S.; Tanaka, Y.; Osafune, S.; Yasuda, I.; Yagi, M.: DIRECT BREAKING OF LARGE-AMPLITUDE INTERNAL WAVES IN THE URUP STRAIT, KURIL ISLANDS1129 Smith, K. A.; Merrifield, M. A.: INTERNAL BORES AND THEIR EFFECT ONTEMPERATURE VARIABILITY IN NEARSHORE OAHU1130 Fringer, O. B.; Wang, B.; Jones, N. L.; Ivey, G. N.: NUMERICAL MODELINGOF NONLINEAR AND NONHYDROSTATIC INTERNAL WAVES ON THEAUSTRALIAN NORTH WEST SHELF1131 Barth, J. A.; Suanda, S. A.; Dudas, S. E.; Menge, B. A.: USING INNER-SHELFINTERNAL WAVE INDICES TO DETERMINE THE RECRUITMENT OFINTERTIDAL INVERTEBRATES1132 Alnajjar, M. W.; Woodson, C. B.; Monismith, S. G.; Micheli, F.: ISLANATIVIDAD NEARSHORE DYNAMICS1133 BADIEY, M.; WAN, L.; LYNCH, J. F.: MEASUREMENT AND ANALYSIS OFINTERNAL WAVES ON THE NEW JERSEY CONTINENTAL SHELF1164 Jones, C. S.; Cenedese, C.; Chassignet, E. P.; Linden, P. F.; Sutherland, B. R.:INVESTIGATION OF LOCK RELEASE GRAVITY CURRENTS IN ANUPSLOPE VALLEY1165 Shaw, W. J.; Stanton, T. P.; McPhee-Shaw, E. E.; Cheriton, O. M.: OBSERVATIONSOF THE BOUNDARY LAYER UNDER SHOALING NONLINEAR INTERNALWAVES ON THE MONTEREY BAY CONTINENTAL SHELF131 Submarine Canyons: Oceanographic Conditions, GeologicalFeatures, and Ecological SettingsChair(s): Amanda W.J. Demopoulos, ademopoulos@usgs.govChristina A. Kellogg, ckellogg@usgs.govE. Brendan Roark, broark@geos.tamu.eduFuru Mienis, Furu.Mienis@nioz.nlLocation: Kamehameha Hall III581 Boland, G. S.; Moore, J. D.; Cantwell, K.; Charles, C.: SCIENCE FORSTEWARDSHIP: MANAGEMENT PERSPECTIVE FOR THE STUDY OFTWO MID-ATLANTIC CANYONS582 Obelcz, J.; Brothers, D.; Chaytor, J.; ten Brink, U.; Ross, S. W.: GEOMORPHICCHARACTERIZATION OF FOUR SHELF-SOURCED SUBMARINECANYONS ALONG THE U.S. MID-ATLANTIC MARGIN583 Mienis, F.; Duineveld, G.; Robertson, C.; Demopoulos, A.; Davies, A.: PARTICLETRANSPORT AND DEPOSITION IN THE NORFOLK AND BALTIMORECANYON, NW ATLANTIC584 Lorentzen, P. W.; Younes, S. N.; Sautter, L. R.: MORPHOLOGY OF THECONTINENTAL SLOPE AND RISE OF THE SOUTHERN MID-ATLANTIC BIGHT585 Kieft, B.; Paull, C.; Herlien, B.; Klimov, D.; Bird, L.: BENTHIC EVENTDETECTORS: A NOVEL INSTRUMENT FOR CHARACTERIZINGSEDIMENT TRANSPORT EVENTS586 Wain, D. J.; Gregg, M. C.; Alford, M. H.; Lien, R. C.; Carter, G. S.: MIXING ONTHE CANYON WALLS OF UPPER MONTEREY SUBMARINE CANYON608 Tsai, P.; Su, C.; Hsu, S.; Chiu, H.: IMPACT OF EXTREME EVENTS ON DEEPSEA ORGANIC CARBON BURIAL OFF SW TAIWAN609 Beckler, J. S.; Cathalot, C.; Kiriazis, N.; Rabouille, C.; Taillefert, M.: SPATIALDISTRIBUTION OF BIOGEOCHEMICAL PROCESSES IN SUBMARINECANYONS DOMINATED BY MASSIVE TERRIGENOUS DEPOSITS610 Lo Iacono, C.; Sulli, A.; Agate, M.: SUBMARINE CANYONS OFNORTH-WESTERN SICILY (SOUTHERN MEDITERRANEAN SEA):MORPHOLOGIES, SEDIMENTARY PROCESSES AND EVOLUTION ON ATECTONICALLY ACTIVE MARGIN.611 Shank, T. M.; Heyl, T. P.; Kinlan, B. P.; Nizinski, M. S.: NO TWO CANYONSALIKE: DIFFERENCES IN DIVERSE FAUNAL AND HABITAT ASSEMBLAGESAMONG NORTHEAST ATLANTIC SUBMARINE CANYONS612 ALLCOCK, A. L.; White, M.; Johnson, M. P.; Tyrrell, S.; Wilson, A. M.:VULNERABLE MARINE ECOSYSTEMS: VERTICAL WALL ASSEMBLAGESIN THE WHITTARD CANYON, NE ATLANTIC MARGIN613 De Leo, F. C.; Rowden, A. A.; Leduc, D.; Nodder, S. D.; Smith, C. R.:KAIKOURA SUBMARINE CANYON, NEW ZEALAND: A RARE DEEP-SEAHABITAT WHERE LIFE ABOUNDS FROM MEIO- AND MACRO- TOMEGABENTHOS.614 Roark, E. B.; Prouty, N. G.; Davies, A. J.; Demopoulos, A.; Mienis, F.: USINGWATER COLUMN CHARACTERISTICS TO BETTER UNDERSTAND THECYCLING OF DISSOLVED AND PARTICULATE MATTER IN NORFOLKAND BALTIMORE CANYONS615 Wagner, J. S.; Ball, B.; Demopoulos, A.; Shank, T.; Van Dover, C. L.: DEEP-SEASEEP COMMUNITIES OF NORTHEAST US CANYONS616 Ruiz-Angulo, A.; Zavala-Hidalgo, J.; Zamudio, L.; Osorio-Tai, M. E.: OBSERVED ANDMODELED INTERNAL WAVES IN THE PETACALCO CANYON, MEXICO617 Kellogg, C. A.; Gray, M. A.: BACTERIAL DIVERSITY AND BIOGEOGRAPHYOF THE COLD-WATER GORGONIAN PRIMNOA RESEDAEFORMIS INNORFOLK AND BALTIMORE CANYONS618 Chaytor, J. D.; Brothers, D. S.; ten Brink, U. S.: VISUAL OBSERVATIONOF SUBMARINE CANYON WALL LITHOLOGY, MORPHOLOGY ANDMODIFICATION PROCESSES, NE U.S. ATLANTIC CONTINENTALMARGIN619 Nizinski, M. S.; Quattrini, A. M.; Demopoulos, A.; Roark, E. B.; Shank, T. M.:EXPLORATION OF SUBMARINE CANYONS OFF THE NORTHEASTUNITED STATES REVEALS DYNAMIC HABITATS AND DIVERSEECOSYSTEMS620 Cantwell, K.; Malik, M.; Valette-Silver, N.; Lobeker, E.; Reser, B.: PRELIMINARYINVESTIGATION OF US ATLANTIC SUBMARINE CANYONS USINGMULTIBEAM SONAR AND ROV VIDEO DATATHURSDAY159

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY133 Dynamic Physical and Ecological Drivers of MarineMetapopulation ConnectivityChair(s): Julie Kellner, jkellner@whoi.eduDavid Siegel, davey@eri.ucsb.eduSimon Thorrold, sthorrold@whoi.eduRubao Ji, rji@whoi.eduLocation: Kamehameha Hall III1231 Gyory, J.; Jones, B. T.; Grey, E. K.; Taylor, C. Z.: INTRA-ANNUAL ANDSTOCHASTIC VARIABILITY IN CONNECTIVITY PATTERNS OF BLUECRABS (CALLINECTES SAPIDUS) IN THE NORTHERN GULF OF MEXICO1257 Röhrs, J.; Sundby, S.; Vikebø, F.; Christensen, K. H.: SURFACE GRAVITY WAVESTRANSPORTING PELAGIC FISH EGGS: STOKES DRIFT AND VERTICALMIXING1258 Phelps, J.; Polton, J.; Robinson, L.; Souza, A.: LARVAL RETENTION ANDSEASONAL SHELF SEA GYRES: A MODELLING INVESTIGATION1259 Cetina-Heredia, P.; Roughan, M.; van Sebille, E.; Coleman, M. A.; Feng, M.:LARVAL TRANSPORT UNDER A CLIMATE CHANGE SCENARIO IN ASTRENGTHENING WESTERN BOUNDARY CURRENT1260 Mills, S. W.; Le Bris, N.; Beaulieu, S. E.; Sievert, S.; Mullineaux, L. S.:SUCCESSION FOLLOWING ERUPTIVE DISTURBANCE IN A DEEP-SEAHYDROTHERMAL VENT METACOMMUNITY: ALTERNATIVE STABLESTATE OR RETURN TO STATUS QUO?1261 Bulseco-McKim, A.; Hannigan, R.; Etter, R.; Yund, P.: INFERRING CONNECTIVITYAMONG POPULATIONS OF THE BLUE MUSSEL USING TRACE ELEMENTSIGNATURES: SPATIAL RESOLUTION AND LARVAL FIDELITY1262 Lazarre, D. M.; Paris-Limouzy, C. B.; Die, D. J.: USING CONNECTIVITYMODELING SYSTEM TO RE-CREATE THE LIONFISH INVASION TO TESTINITIAL INVASION SCENARIOS AND EVALUATE METAPOPULATIONCONNECTEDNESS1279 Mitarai, S.; Nakamura, M.; Watanabe, H.; Shchepetkin, A.; McWilliams, J.C.: LARVAL DISPERSAL OF HYDROTHERMAL VENT SPECIES IN THEWESTERN PACIFIC1280 Bramanti, L.; Edmunds, P. J.; Guizien, K.: EFFECTS OF CLIMATE CHANGEON THE MOTILITY OF POCILLOPORA DAMICORNIS LARVAE:IMPLICATIONS FOR CONNECTIVITY1281 Carlotti, F.; Diaz, F.; Eisenhauer, L.; Campbell, R.: MODELING THE SEASONALDYNAMICS OF THE COPEPOD CENTROPAGES TYPICUS IN THENORTHWESTERN MEDITERRANEAN SEA USING A 3D ECOSYSTEMMODEL1282 Burgess, S. C.; Nickols, K. J.; Morgan, S. G.; Wilson, J. W.; Botsford, L. W.:BEYOND CONNECTIVITY: HOW EMPIRICAL METHODS CAN QUANTIFYPOPULATION PERSISTENCE TO IMPROVE MARINE PROTECTED AREADESIGN1283 Choi, J. k.; Ju, S. E.: THE PHYLOGENY STRUCTURE OF KUROSHIOINDICATOR SPECIES SAGITTA ENFLATA1284 Mayorga Adame, C. G.; Strub, T.; Batchelder , H. P.: MODELING LARVALCONNECTIVITY OF CORAL REEF ORGANISMS IN THE KENYAN-TANZANIAN REGION1297 Watson, J. R.; Jonsson, B.: GLOBAL OCEAN CONNECTIVITY1298 Rypina, I. I.; Pratt, L. J.; Llopiz, J. K.; Lozier, M. S.: COUPLED PHYSICAL-BIOLOGICAL NUMERICAL MODELING OF THE MIGRATION OFAMERICAN EEL LARVAE1299 Dos Santos, A.; Pires, R. F.; Pan, M.; Prieto, L.; Santos, A. M.: DECAPODLARVAL CONNECTIVITY AND TRANSPORT PROCESSES BETWEENMEDITERRANEAN AND ATLANTIC BASINS1300 Williams, J. J.; Bennett, B.; Toonen, R. J.; Bird, C. E.: HAWAII SHELL GAME:IDENTIFYING CRYPTIC SPECIES WITH PCR1301 Rubao Ji, .; Benjamin Jones, .; Severine Choukroun, .; Simon Thorrold, .; JulieKellner, .: OCEAN CIRCULATION AND REEF FISH CONNECTIVITY: KIMBEBAY CASE STUDY1302 Lindo-Atichati, D.; Curcic, M.; Paris Limouzy, C. B.; Buston, P. M.: ON THEPHYSICAL CONNECTIVITY ALONG THE BELIZE BARRIER REEF: ANATMOSPHERIC-HYDRODYNAMIC MODEL TO STUDY THE EFFECT OFLOCAL CIRCULATION ON LARVAL DISPERSAL1303 Thorrold, S. R.; Choukroun, S.; Ji, R.; Kellner, J. B.; Jones, G. P.: ARE COUPLEDBIOPHYSICAL MODELS ABLE TO ADEQUATELY DESCRIBE LARVALDISPERSAL IN REEF FISHES? AN EMPIRICAL TEST FROM KIMBE BAY,PAPUA NEW GUINEA.1347 NUNEZ, E.; PEREZ, M.; Martinez, F.; Laffon, S.: SPATIAL MODELING ANDPARTITIONING ANALYSIS OF REEF FISH COMMUNITY COMPOSITIONIN A FRINGING REEF SYSTEM AND BANK REEFS OF THE CARIBBEANAND GULF OF MEXICO1348 Preciado-Perez, R.; Torres-Moye, G.; Montano-Moctezuma, C. G.: ARETHE ISLANDS’ KELP FORESTS BENTHIC COMMUNITIES DIFFERENTALONG THE BAJA CALIFORNIA PENINSULA? IMPLICATIONS FORCONSERVATION.137 North Atlantic Ocean Dynamics: From Natural Fluctuations toExternally Forced ResponseChair(s): Laure Zanna, zanna@atm.ox.ac.ukEd Hawkins, e.hawkins@reading.ac.ukLocation: Kamehameha Hall III2059 Wienders, N.; Deremble, B.; Dewar, W. K.: POTENTIAL VORTICITYBUDGETS IN THE NORTH ATLANTIC OCEAN2060 Duchez, A.; Frajka-Williams, E.; Castro, N.; Hirschi, J.: SEASONAL TOINTERANNUAL VARIABILITY IN DENSITY AROUND THE CANARYISLANDS AND THEIR INFLUENCE ON THE ATLANTIC MERIDIONALOVERTURNING CIRCULATION AT 26.5°N2061 Dukhovskoy, D. S.; Bourassa, M. A.; Proshutinsky, A.; Timmermans, M. L.:FRESHWATER PATHWAYS IN THE NORDIC SEAS FROM NUMERICALEXPERIMENTS2062 Le Bras, I. A.; Toole, J. M.: A SIMPLE BUDGET OF POTENTIAL VORTICITY(PV) IN THE WESTERN NORTH ATLANTIC2063 Zhang, J.; Kelly, K. A.; Thompson, L.: THE COHERENCE OF INTERANNUALATLANTIC MERIDIONAL HEAT TRANSPORT ANOMALY IN CLIMATEMODELS2064 Dai, H.; Yang, H.: ATLANTIC MERDICIONAL OVERTURNINGCIRCULATION RESPONSE TO WIND STRESS PERTURBATION2065 Gary, S. F.; Lozier, M. S.; Kwon, Y. O.; Park, J. J.: THE FATE OF NORTHATLANTIC SUBTROPICAL MODE WATER IN THE FLAME MODEL2066 Zhai, X.; Johnson, H. L.; Marshall, D. P.: A SIMPLE MODEL OF THE RESPONSEOF THE ATLANTIC TO THE NORTH ATLANTIC OSCILLATION2067 Brunnabend, S. E.; Dijkstra, H. A.; Kliphuis, M. A.: EXTREME SEA LEVELCHANGE IN THE NORTH ATLANTIC DUE TO ENHANCED FRESHWATERINFLOW AROUND GREENLAND2068 Srokosz, M.; Byfield, V.: THE RAPID PROGRAMME2069 Deremble, B.; Dewar, W. K.: VOLUME AND POTENTIAL VORTICITYBUDGETS OF EIGHTEEN DEGREE WATER2070 Shimizu, K.; Mueller, P.; Marotzke, J.: PROPAGATION OF NON-PLANEBAROCLINIC ROSSBY WAVES IN THE NORTH ATLANTIC2073 Sanchez-Franks, A.: THE GULF STREAM’S TRANSPORT ANDINTERANNUAL MIGRATION2074 Childers, K. H.: DIRECT (ADCP) OBSERVATIONS OF CURRENT ANDTOPOGRAPHY INTERACTIONS ACROSS THE ICELAND-FAROES-SHETLAND RIDGE2075 Pérez-Hernández, M. D.; Hernández-Guerra, A.; Vélez-Belchí, P.: THE SOURCEOF THE CANARY CURRENT IN FALL 20092076 Kostov, Y.; Marshall, J.; Armour, K. C.: THE ROLE OF AMOC FORSEQUESTERING HEAT IN A WARMING WORLD2077 Breckenfelder, T.; Rhein, M.; Roessler, A.; Behrens, E.; Böning, C. W.:VARIABILITY OF THE NORTH ATLANTIC CURRENT: HIGHRESOLUTION MODEL DATA VERSUS IN SITU MEASUREMENTS2078 Doddridge, E.; Marshall, D.: PROPAGATION OF AMOC ANOMALIES IN ASIMPLIFIED LAYER MODEL2079 Hernández-Guerra, A.; Pelegrí, J. L.: MERIDIONAL OVERTURNINGTRANSPORTS AT 7.5N AND 24.5N IN THE ATLANTIC OCEAN IN 1992-93AND 2010-11160

Program BookAGU/ASLO/TOS2080 Griffiths, R. W.; Vreugdenhil, C.; Hogg, A. M.; Hughes, G. O.: ROLES OF UPPEROCEAN AND ABYSSAL MIXING IN THE MOC2081 Gregorio, S. O.; Penduff, T.; Serazin, G.; Barnier, B.; Molines, J. M.: THEOCEAN-GENERATED COMPONENT OF THE LOW-FREQUENCY AMOCVARIABILITY2082 Årthun, M.; Eldevik, T.; Mork, K. A.; Skagseth, Ø.; Nilsen, J. E.: MECHANISMSFOR PERSISTENCE OF OCEAN THERMOHALINE ANOMALIES IN THENORTHERN NORTH ATLANTIC2083 Todd, R. E.; Owens, W. B.; Rudnick, D. L.: POTENTIAL VORTICITY IN THEGULF STREAM AND LOOP CURRENT2084 Kenigson, J. S.; Han, W.: QUANTIFYING ACCELERATION OF SEA LEVELRISE ALONG THE US EAST COAST IN A WARMING CLIMATE2085 Huiskamp, W. N.; Meissner, K. J.; England, M.; Turney, C.: THE SENSITIVITYOF THE CARBON CYCLE TO CHANGES IN THE SOUTHERNHEMISPHERIC WESTERLY WINDS2086 Born, A.; Stocker, T. F.: TWO STABLE EQUILIBRIA OF THE ATLANTICSUBPOLAR GYRE2146 Fischer, M.; Müller, W. A.; Domeisen, D.; Baehr, J.: MODIFIED SEASONALCYCLE IN THE ATLANTIC MERIDIONAL HEAT TRANSPORT IN ACLIMATE PROJECTION2147 Moffa-Sanchez, P.; Born, A.; Hall, I. R.; Thornalley, D.; Barker, S.: SOLARFORCING OF NORTH ATLANTIC CLIMATE OVER THE LASTMILLENNIUM2148 Thomas, M. D.; Treguier, A.; Blanke, B.; Deshayes, J.; Grima, N.: HIGHLATITUDE ORIGINS OF NORTH ATLANTIC DEEP WATER AND ITSIMPACT ON THE MERIDIONAL OVERTURNING CIRCULATION2149 Van Nieuwenhove, N.; Bauch, H. A.; de Vernal, A.; Hillaire-Marcel, C.; Bonnet,S.: ASSESSING HOLOCENE AND LAST INTERGLACIAL DEEP WATERFORMATION FLUCTUATIONS IN THE NORDIC SEAS BASED ONMICROFOSSIL ASSEMBLAGES2150 Porter, M.; Inall, M. E.; Simpson, J. H.; Green, J. M.: HUNTING FOR THEEUROPEAN SLOPE CURRENT2151 Schleussner, C. F.; Divine, D.; Donges, J. F.; Miettinen, A.; Donner, R. V.:EVIDENCE FOR A NON-LINEAR REGIME SHIFT IN THE NORTHATLANTIC OCEAN CIRCULATION AT THE ONSET OF THE LITTLE ICEAGE2152 Dell, R. W.; Eisenman, I.; Severinghaus, J.: OCEAN DYNAMICS FROM SAND:HEINRICH LAYERS AND PAST NORTH ATLANTIC CIRCULATION143 Fram Strait - New Insights Into Physical and BiologicalProcesses In the Atlantic Gateway to the Arctic Ocean and TheirLinkages to Climatic ChangesChair(s): Peter F. Worcester, pworcester@ucsd.eduAgnieszka Beszczynska-Moeller, abesz@iopan.gda.plHanne Sagen, hanne.sagen@nersc.noKathleen J. Vigness-Raposa, kathleen.vigness@marineacoustics.comLocation: Kamehameha Hall III739 von Appen, W.; Schauer, U.; Beszczynska-Möller, A.; Fahrbach, E.: ON THENATURE OF THE ATLANTIC WATER RECIRCULATION IN FRAM STRAIT740 Berge/Jørgen, .; Varpe/Øystein, .; Moline/Mark, .; Renaud/Paul, .; Falk-Petersen/Stig, .: RETENTION OF ICE-ASSOCIATED AMPHIPODS: POSSIBLECONSEQUENCES FOR AN ICE-FREE ARCTIC OCEAN741 Skogseth, R.; Nilsen, F.; Ersdal, E. A.; Falck, E.: REMOTE SENSING OF MASSCHANGES ON THE WEST SPITSBERGEN SHELF IN EASTERN FRAMSTRAIT – PART OF THE REOCIRC PROJECT742 Alkire, M. B.; Morison, J.; Rigor, I.: CONNECTING CHANGES IN THEINVENTORIES OF PACIFIC WATER, METEORIC WATER, AND SEA ICEMELT IN THE CENTRAL ARCTIC AND FRAM STRAIT, 1998-2011743 Eli Anne Ersdal, E. E.; Stefan Muchenhuber, .; Frank Nilsen, .; Ragnheid Skogseth,.; Håvard Muus Falck, .: REMOTE SENSING OF OCEAN CIRCULATION INEASTERN FRAM STRAIT – PART THE REOCIRC PROJECT744 Gluchowska, M.; Trudnowska, E.; Katarzyna Blachowiak-Samolyk, K.;Kwasniewski, S.: SCALES OF BIOLOGICAL PATCHINESS IN SURFACEWATERS OF FRAM STRAIT MARGINAL ICE ZONE IN SUMMER745 Matrai, P.; Steele, M.; Swift, D.; Riser, S.; Johnson, K.: PHYTOPLANKTONACTIVITY IN THE GREENLAND SEA: BIO-FLOAT OBSERVATIONS INICE-COVERED WATERS147 Passive and Active Electromagnetic Remote Sensing ofAir-Water InterfacesChair(s): Andrew T. Jessup, jessup@apl.washington.eduWilliam E Asher, asherwe@apl.washington.eduGordon Farquharson, gordon@apl.washington.eduLocation: Kamehameha Hall III1316 Salisbury, D. J.; Anguelova, M. D.; Brooks, I. M.: A GLOBAL STUDY OF WHITECAPFRACTION AND ITS VARIABILITY USING SATELLITE-BASED OBSERVATIONS1317 Schwendeman, M.; Thomson, J.: VIDEO WHITECAP MEASUREMENTS INMIXED SEAS1318 MIAO, H. L.; WANG, X.; WANG, Y. Q.; WANG, G. Z.: DIRECT ESTIMATIONMODEL OF SEA STATE BIAS ON SATELLITE ALTIMETER1319 WANG, G. Z.; MIAO, H. L.; ZHANG, J.: COMPARISION OF TWOEMPIRICAL PARAMETRIC MODELS OF SEA STATE BIAS FOR ALTIMETER1320 Xu, K. M.; Hu, Y.: COMPARISONS OF OCEAN SURFACE WIND SPEEDSFROM CALIPSO, AMSR-E AND CLOUDSAT MEASUREMENTS1321 Kubota, M.; Hihara, T.; Okuro, A.: EVALUATION AND INTERCOMPARISONOF GCOM-W1 STANDARD OCEAN PRODUCTS1322 Romeiser, R.; Graber, H. C.: ADVANCED REMOTE SENSING OFOCEANIC INTERNAL WAVES BY SPACEBORNE ALONG-TRACKINTERFEROMETRIC SAR1323 Lenain, L. G.; Melville, W. K.; Romero, L.; Statom, N.: REMOTE SENSING OFSUBMESOSCALE AND SURFACE WAVE PROCESSES ACROSS THE LOOPCURRENT1324 Lund, B.; Collins, C. O.; Graber, H. C.; Terrill, E.; Herbers, T. H.:IMPROVEMENTS TO SHIPBOARD MARINE X-BAND RADAR SURFACEWAVE AND CURRENT RETRIEVAL1325 Garcia-Pineda, O.; MacDonald, I.; Hu, C.; Svejkovsky, J.; Hess, M.: DETECTIONOF FLOATING OIL ANOMALIES FROM THE DEEPWATER HORIZON OILSPILL WITH SYNTHETIC APERTURE RADAR1326 Branch, R. A.; Chickadel, C. C.; Jessup, A. T.: THERMAL INFRAREDSIGNATURES AND HEAT FLUXES OF SEA FOAM1327 Bourassa, M. A.; Steffen, J.: WINDS OVER OIL: A COMPARISON OF DATAFROM SATELLITE, BUOYS, AND GRIDDED PRODUCTS1328 Jackson, D. L.; Wick, G. A.: RECENT IMPROVEMENTS TO A MULTI-SENSOR SATELLITE-BASED RETRIEVAL OF NEAR-SURFACE HUMIDITY,TEMPERATURE, AND SURFACE HEAT FLUXES1329 Gladkova, I.; Shahriar, F.; Petrenko, B.; Kihai, Y.; Ignatov, A.: EXPLORINGPATTERN RECOGNITION ENHANCEMENTS TO ACSPO CLEAR SKYMASK FOR VIIRS SST1331 Monteiro, F. M.; Romeiser, R.: ADVANCED BATHYMETRY RETRIEVALFROM SWELL PATTERNS IN HIGH-RESOLUTION SAR IMAGES153 Using Compound-Specific Stable Isotope Analysis toAdvance Population and Community EcologyChair(s): Kelton McMahon, kemcmaho@ucsc.eduMatt McCarthy, mccarthy@pmc.ucsc.eduBrian Popp, popp@hawaii.eduLocation: Kamehameha Hall III435 Choy, C. A.; Popp, B. N.; Hannides, C. C.; Blum, J. D.; Drazen, J. C.: THEINFLUENCE OF DEPTH ON TROPHIC STRUCTURE AND FEEDINGINTERACTIONS IN THE PELAGIC: EVIDENCE FROM MULTIPLEBIOCHEMICAL TRACERS436 Ogawa, N. O.; Suga, H.; Yoshikawa, C.; Ohkouchi, N.: ULTRA-SENSITIVEANALYSIS OF NITROGEN ISOTOPE RATIO AND ITS APPLICATION TOCHLOROPHYLL FOR BIOGEOCHEMICAL STUDIES503 Othman-Wilson, A.; Jahren, A. H.; Schubert, B. A.: BULK AND COMPOUND-SPECIFIC ISOTOPE ANALYSIS OF TERRESTRIAL PLANT MATERIAL: HOWMANY SAMPLES ARE ENOUGH ?THURSDAY161

AGU/ASLO/TOS2014 Ocean Sciences MeetingTHURSDAY504 Takano, Y.; Chikaraishi, Y.; Imachi, H.; Krüger, M.; Ohkouchi, N.: ROLE OFAMINO ACID METABOLISM: IMPLICATION FROM 13C-DEPLETEDPROTEIN AMINO ACIDS FROM ANAEROBIC METHANOTROPHICARCHAEA OF ANME 1 AND ANME 2 GROUPS.505 Wang, S. W.; Budge, S. M.; Gradinger, R. R.; Horstmann-Dehn, L.; Iken, K. B.:TRACKING SOURCES OF CARBON IN THE BERING SEA FOOD WEB:INSIGHTS FROM FATTY ACIDS AND THEIR STABLE CARBON ISOTOPES506 Aita, M. N.; Kitamura, M.; Kobari, T.; Ishii, R.; Wada, E.: NITROGEN ANDCARBON STABLE ISOTOPIC STUDIES OF FOOD CHAINS AT LOWERTROPHIC LEVELS IN THE WESTERN NORTH PACIFIC507 Svensson, E.; Schouten, S.; Hopmans, E. C.; Middelburg, J. J.; Sinninghe Damsté, J.S.: THE d 15 N OF INTACT POLAR LIPIDS – METHOD DEVELOPMENT ANDFIRST RESULTS508 Polito, M. J.; Houghton, L.; Hinke, J.; Goebel, M.; Thorrold, S.: INTEGRATINGDIRECT AND ISOTOPIC MEASURES OF ANIMAL MOVEMENTS TOESTIMATE THE WINTER DISTRIBUTION OF ANTARCTIC MARINEPREDATORS509 Grosse, J.; Boschker, H. T.: RESPONSE OF PHYTOPLANKTON TORESOURCE LIMITATION – A COMPOUND SPECIFIC ISOTOPE STUDY ONSHIFTS IN MACROMOLECULE BIOSYNTHESIS510 Strzepek, K. M.; Revill, A. T.; Thresher, R. E.; Smith, C. I.; Fallon, S. J.: ACENTURY OF AUSTRALIAN ECOSYSTEM SENSITIVITY ARCHIVED INTHE CARBON AND NITROGEN ISOTOPES OF DEEP-SEA CORAL AMINOACIDS512 Sabadel, A. J.; Woodward, E. M.; Van Hale, R.; Frew, R. D.; Boyd, P. W.: AMINOACIDS ALONG A SOUTH ATLANTIC TRANSECT (40 SS)513 Goto, H.; Umezawa, Y.; Amano, M.; Yoshimizu, C.; Tayasu, I.: DIET ANDBEHAVIOR OF FINLESS PORPOISES, IN WESTERN KYUSHU, JAPAN,BASED ON STABLE ISOTOPES ANALYSES OF BULK AND AMINO ACIDS514 Kruger, B. R.; Austin-Minor, E. C.; Werne, J. P.: GREAT LAKES FOOD WEBS:INSIGHTS FROM STABLE AND RADIOISOTOPE ANALYSIS OF BULK ANDMOLECULAR MATERIAL IN LAKE SUPERIOR515 Gelpi, C. G.; Fry, B.; Dubois, S. F.; Basirico, L.; Portier, R.: WHERE DID ALLTHESE BLUE CRABS COME FROM? USING ISOTOPES TO DETERMINETHE MIGRATORY HISTORY OF THE RECENTLY DISCOVERED,OFFSHORE LOUISIANA SPAWNING STOCK516 Gier, E.; Misarti, N.; Finney, B.; Barnes, K.; McCarthy, M.: NITROGENISOTOPES OF AMINO ACIDS IN ARCHAEOLOGICAL SHELL: A NEWNITROGEN ISOTOPIC BASELINE TRACER IN NEAR SHORE SYSTEMS?517 Brault, E. K.; Koch, P. L.; McCarthy, M. D.; Gier, E.; Ruiz-Cooley, I.: ANEFFECTIVE METHOD FOR PREPARING TOOTH DENTIN FOR BULKAND COMPOUND-SPECIFIC CARBON (δ13C) AND NITROGEN (δ15N)ISOTOPIC ANALYSES518 O’Malley, J. M.; Popp, B. N.; Drazen, J. C.; Gier, E.; Toonen, R. J.: ISOTOPICANALYSES IDENTIFIES PREY AVAILABILITY AS DRIVER OF SPATIALVARIABILTY IN GROWTH OF LOBSTERS IN THE NORTHWESTERNHAWAIIAN ISLANDS161 HABS and Invasive SpeciesChair(s): Mark L. Wells, mlwells@maine.eduDazhi Wang, dzwang@xmu.edu.cnCharles Trick, trick@uwo.caLocation: Kamehameha Hall III1843 Lehrer-Brey, G. L.; Kornis, M. S.: WINTER DISTRIBUTIONAL OVERLAPFACILITATES LAKE WHITEFISH PISCIVORY ON INVASIVE ROUNDGOBIES IN GREEN BAY, LAKE MICHIGAN1844 Maze, G. M.; Olascoaga, M. J.; Brand, L.: THE LOOP CURRENTCONNECTION WITH WEST FLORIDA SHELF RED TIDES1845 Page, H. M.; Zaleski, S.; Miller, R. J.; Dugan, J. E.; Schroeder, D. M.: THEEXOTIC BRYOZOAN WATERSIPORA SUBTORQUATA ON OFFSHORE OILPLATFORMS: DISTRIBUTION, ABUNDANCE, DISPERSAL PATHWAYS,AND MANAGEMENT CONSIDERATIONS1846 Lozada, J. A.; Moeller, P.: ASLO MP- PLACEHOLDER ABSTRACT1847 Schapira, M.; Le Gendre, R.; Thorel, M.; Fauchot, J.; et al., .: UNUSUAL RIVERDISCHARGE PATTERN AND TOXIC PSEUDO-NITZSCHIA BLOOMS INTHE BAY OF SEINE (EASTERN ENGLISH CHANNEL)1848 Quattrocchi, G.; Cucco, A.; Marras, S.; Butenschön, M.; Domenici, P.: AMODEL-BASED APPROACH TO EVALUATE THE HABITAT SUITABILITYOF SARPA SALPA AND SIGANUS RIVULATUS IN THE SOUTH WESTERNMEDITERRANEAN SEA1849 Onishi, Y.; Inaba, N.; Wyllie-Echeverria, S.; Trainer, V. L.; Imai, I.: ALGICIDALACTIVITY AGAINST THE TOXIC DINOFLAGELLATE ALEXANDRIUMTAMARENSE IN BACTERIA ISOLATED FROM SEAGRASS BEDS IN PUGETSOUND, U.S.A.1850 Wu, M.; Wu, J.: ULTRASOUND TECHNOLOGY FOR SHIP BALLAST WATERMANAGEMENT1851 Kim, T.; Park, J.; Choi, J.; Ahn, S.; Noh, J.: CHASING THE RED TIDES IN THESEA OF KOREA IN 20131852 Greengrove, C. L.; Masura, J. E.; Moore, S. K.; Bill, B. D.; PS-AHAB Team,.: ALEXANDRIUM BLOOM ECOLOGY IN PUGET SOUND: CYSTDYNAMICS, GROWTH, TRANSPORT, AND CLIMATE PATHWAYS1853 Dexter, E. D.; Bollens, S. M.; Rollwagen-Bollens, G.: THE COLUMBIA RIVERAS A HEAVILY INVADED ECOSYSTEM: DISCERNING PATTERNS OFABUNDANCE OF NATIVE AND NON-NATIVE ZOOPLANKTON1931 Spilmont, N.; Gothland, M.; Seuront, L.; Dauvin, J. C.; Meziane, T.: THE GOOD,THE BAD AND THE UGLY: CARCINUS MAENAS AND TWO SPECIES OFHEMIGRAPSUS COMPETING ON THE FRENCH SHORE1932 Carter, M. L.; McGowan, J. A.; Hilbern, M.; Vu, E. T.: COASTAL BLOOMDYNAMICS IN SOUTHERN CALIFORNIA1933 Rollwagen-Bollens, G.; Bollens, S.; Lee, T.; Boyer, J.; Zimmerman, J.: ASSESSINGTHE ROLE OF BIOTIC AND ABIOTIC FACTORS ON THE DEVELOPMENTAND DECLINE OF HARMFUL CYANOBACTERIA BLOOMS IN A LARGE,TIDALLY-INFLUENCED FLOOD PLAIN LAKE1934 Bollens, S.; Rollwagen-Bollens, G.; Counihan, T.; Hardiman, J.: INVASIVEMUSSEL MONITORING IN THE COLUMBIA RIVER BASIN — PAST,PRESENT, AND FUTURE169 Watersheds, Lakes, Rivers, EstuariesChair(s): Michael M. Whitney, michael.whitney@uconn.eduLocation: Kamehameha Hall III1310 Schulte, J. A.; Najjar, R. G.: THE SPATIAL AND TEMPORAL VARIABILITY OFCHESAPEAKE BAY SALINITY: CLIMATE MODE ASOCIATIONS1335 Huang, H.; Lane, R. R.; Justic, D.; Day, J. W.: HYDROLOGICAL MODELING TOIMPROVE WATER QUALITY IN THE BAYOU BOEUF BASIN, LOUISIANA1336 Chua, V. P.; Huang, J.; Zhang, X. F.; Cheong, H. F.: LONGITUDINALDISPERSION IN OSCILLATING FLOWS WITH SUBMERGED VEGETATION1337 Sharma, R. K.; Stone, J. J.; Putirka, K. D.: SEDIMENT GEOCHEMISTRY OFTHE CHEYENNE RIVER AND ANGOSTURA RESERVOIR DELTA IN THEABANDONED URANIUM MINING REGION OF THE SOUTHERN BLACKHILLS, SOUTH DAKOTA1338 Mueller, A. V.; Hemond, H. F.: EUTROPHICATION ALONG THE ESTUARINECONTINUUM: UTILITY OF ION SELECTIVE ELECTRODE ARRAYSFOR MEASUREMENT OF NITROGEN IONS IN INCREASINGLY SALINEWATERS1339 Young, T.; Weidel, B.; Chandra, S.; Jensen, O. P.: NATURAL TROPHICVARIABILITY IN A SIMPLE, PRISTINE LAKE: WHAT ARE THEIMPLICATIONS FOR STUDYING CHANGE IN OTHER LAKES?1340 Gleichauf, K. T.; Wolfram, P.; Monsen, N.; Fringer, O.; Monismith, S.:DISPERSION MECHANISMS OF A TIDAL RIVER JUNCTION IN THESACRAMENTO-SAN JOAQUIN DELTA, CA1341 Latornell, D. J.; Allen, S. E.: OPERATIONAL PREDICTION OF THE STRAITOF GEORGIA SPRING DIATOM BLOOM1380 De Carli, E. V.; Hubble, T. C.; Jaksa, M. B.; Clarke, S. L.; Airey, D. W.:RIVERBANK COLLAPSE ON THE LOWER MURRAY RIVER: RECENTPHENOMENON OR LONG-TERM GEOMORPHIC PROCESS?1381 Garreau, F. A.: WATER QUALITY, AND NUTRIENT FLUX IN THE LUMMIBAY ESTUARY162

Program BookAGU/ASLO/TOS1382 Chow, M. F.; Shiah, F. K.: LONG TERM TRENDS OF TOTAL ORGANICCARBON (TOC) CONCENTRATIONS IN A DRINKING-WATERRESERVOIR IN NORTHERN TAIWAN1383 DENNIS, J. J.: PHOSPHORUS FLUX AND WATER QUALITY OF ANESTUARY IN BELLINGHAM, WA1384 McMahon, R. M.; Kaiser, K.; Amon, R.: INVESTIGATING THEBIOAVAILABILITY OF ORGANIC CARBON IN ARCTIC RIVERWATERSHEDS1385 Reeve, J. L.; Spivak, A. C.; Pohlman, J.: RAPID CARBON CYCLING IN ANEXPERIMENTAL SPARTINA ALTERNIFLORA SYSTEM1386 McGehee, A. M.; Redalje, D. G.: HAS THE PHYTOPLANKTONCOMMUNITY COMPOSITION IN THE BAY OF ST. LOUIS, MISSISSIPPI,CHANGED OVER THE PAST TWO DECADES?1414 Kerrigan, E. A.; Cullen, J. J.; Kelley, D. E.; Kienast, M.; Wallace, D.: USING THEISOTOPE-SALINITY RELATIONSHIP TO TRACE WATER MASSES IN ANORTH ATLANTIC ESTUARY1415 Rippy, M. A.; Ciglar, A.; Grant, S. B.: ARE FECAL INDICATOR BACTERIALIKE SALT: EVALUATING THE CONTRIBUTION OF FRESHWATERURBAN RUNOFF TO BAY-WIDE BACTERIOLOGICAL WATER QUALITYIN NEWPORT BAY1416 Lymperopoulou, D. S.; Williams, H. N.: PROKARYOTIC COMMUNITYDYNAMICS IN A REGENERATING LAKE: A CASE STUDY OF LAKEMUNSON, FLORIDA1417 Johnson, E. E.; Wiegner, T. N.: WATER COLUMN METABOLISM OF MILOAND KIAWE DOMINATED ANCHIALINE PONDS IN LEEWARD HAWAIITHURSDAY163

AGU/ASLO/TOS2014 Ocean Sciences MeetingFRIDAY2/28/2014 Orals175E TutorialsChair(s): Mel Briscoe, mel@briscoe.comLocation: 310 Theater14:00 Schmitt, R. W.: THE OCEANS AND THE GLOBAL WATER CYCLE14:30 Lovenduski, N. S.: CARBON IN THE SOUTHERN OCEAN: KNOWNKNOWNS AND KNOWN UNKNOWNS15:00 Boetius, A.: THE CHANGING ARCTIC OCEAN: ECOLOGICAL EFFECTSOF WARMING AND SEA ICE MELT15:30 Mills, K. E.; Pershing, A. J.: CLIMATE CHANGE AND ADAPTATIONPLANNING FOR MARINE FISHERIES: AN ASSESSMENT FRAMEWORKAND RESEARCH NEEDS002 Understanding Coupled Human-Natural Systems: Multi-Disciplinary Approaches for Addressing Sustainability of theMarine EnvironmentChair(s): Geoffrey S. Cook, gcook@rsmas.miami.eduJay Pearlman, jay.pearlman@ieee.orgLida Teneva, lteneva@stanford.eduHans von Storch, hvonstorch@web.deBob Houtman, bhoutman@nsf.govChristopher R. Kelble, chris.kelble@noaa.govJohn N. Kittinger, jkittinger@gmail.comLocation: 316 B14:00 Williams, A. J.; Pearlman, J. S.: A RESEARCH COORDINATION NETWORKFOR MOTIVATING INTERDISCIPLINARY RESEARCH14:15 Stadmark, J.; Conley, D. J.; Nielsen, A. B.; Broström, A.; Filipsson, H.: MULTIPLESTRESSORS IN THE BALTIC SEA IN THE PAST, PRESENT AND FUTURE14:30 Kittinger, J. N.: EXPLORING SOCIAL-ECOLOGICAL INTERACTIONSIN CORAL REEFS: IMPLICATIONS FOR MANAGING TOWARDSSUSTAINABILITY14:45 Kelble, C. R.: INTEGRATING HUMAN DIMENSIONS AND NATURALSCIENCES IN SOUTH FLORIDA’S COASTAL ECOSYSTEM15:00 Misarti, N.; Wood, S.; Finney, B. F.: EXPLORING HUMAN-SEA OTTERINTERACTIONS OVER THOUSANDS OF YEARS IN THE GULF OFALASKA USING STABLE ISOTOPE RATIOS15:15 Oleson, K. L.; Delevaux, J. M.; Falinski, K.; Htun, H.; Bremer, L.: BUILDINGAN ECOSYSTEM SERVICE TOOL TO SUPPORT RIDGE-TO-REEFMANAGEMENT IN HAWAII15:30 Reckermann, M.; Meier, M.; Rutgersson, A.; von Storch, H.: BALTEX, BACC ANDBALTIC EARTH: ACHIEVEMENTS AND PROSPECTS FOR INTERDISCIPLINARYSCIENTIFIC NETWORKING IN THE BALTIC SEA REGION15:45 Waldmann, C.; Pearlman, J.; Khalsa, S.; COOPEUS, C.: COOPEUS–CONNECTING RESEARCH INFRASTRUCTURES IN THEENVIRONMENTAL FIELD ACROSS THE ATLANTIC011 Mapping, Monitoring and Managing Mesophotic Reefs:Scientific Insights and Technologies to Address Coral ResourceManagement ChallengesChair(s): John Rooney, john.rooney@noaa.govBenjamin Neal, bpneal@ucsd.eduOscar Pizarro, oscar.pizarro@sydney.edu.auFrank Parrish, frank.parrish@noaa.govKimberly Puglise, kimberly.puglise@noaa.govLocation: 319 AB14:00 Puglise, K. A.; Dowgiallo, M. J.: MESOPHOTIC CORAL ECOSYSTEMS:SCIENCE AND MANAGEMENT PERSPECTIVES14:15 Reed, J. K.; Harter, S.; Farrington, S.; David, A.: MAPPING,CHARACTERIZING, AND INTERRELATIONSHIPS OF MESOPHOTICCORAL/SPONGE HABITATS AND FISH COMMUNITIES WITHIN SHELF-EDGE MARINE PROTECTED AREAS OFF SE USA14:30 Rooney, J.; DeCarlo, T.; Thompson, W.; Cohen, A.; Spalding, H.: GROWTHRATES OF LEPTOSERIS HAWAIIENSIS: DATA REQUIRED FOR MANAGINGIMPACTS TO MESOPHOTIC REEFS IN THE MAIN HAWAIIAN ISLANDS14:45 Pizarro, O.; Williams, S. B.; Johnson-Roberson, M.; Steinberg, D.; Bryson, M.:REEF MAPPING AND MONITORING ASSISTED BY MACHINES15:00 Harii, S.; Sinniger, F.; Prasetia, R.; Yorifuji, M.; Bongaerts, P.: CHANGES INMESOPHOTIC CORAL ECOSYSTEMS IN OKINAWA AFTER 45 YEARS15:15 Tenggardjaja, K. A.; Bowen, B. W.; Bernardi, G.: DO FISH EXHIBIT GENETICCONNECTIVITY BETWEEN SHALLOW AND MESOPHOTIC REEFS?INSIGHTS FROM THE ENDEMIC HAWAIIAN DAMSELFISH CHROMISVERATER15:30 Bongaerts, P.; van Oppen, M. J.; Hoegh-Guldberg, O.: CONNECTIVITY ANDVULNERABILITY OF MESOPHOTIC CORAL ECOSYSTEMS: INSIGHTSFROM MOLECULAR ECOLOGY15:45 Nemeth, R. S.; Smith, T. B.; Brandt, M.; Kadison, E.; Henderson, L.: HABITATUSE OF MESOPHOTIC REEF FISHES: CONSERVATION STRATEGIESBASED ON FISH DISTRIBUTIONS, REPRODUCTIVE BEHAVIORS ANDMOVEMENT PATTERNS.012 Oceanic Submesoscale ProcessesChair(s): Sung Yong Kim, syongkim@kaist.ac.krM.-Pascale Lelong, pascale@nwra.comMiles A. Sundermeyer, msundermeyer@UMassD.EduCédric Chavanne, cedric_chavanne@uqar.caLocation: 316 A08:00 Smith, K. S.; Keating, S. R.: THE GENERATION AND ENERGETICPATHWAYS OF BALANCED UPPER-OCEAN SUBMESOSCALETURBULENCE08:15 Chavanne, C. P.: MIXED-LAYER SURFACE QUASI-GEOSTROPHY08:30 Biescas, B.; Ruddick, B.; Nedimovic, M.; Sallarès, V.; Bornstein, Mojica, G. J.:RECOVER OF TEMPERATURE, SALINITY AND POTENTIAL DENSITYFROM ACOUSTIC REFLECTIVITY IN THE OCEAN08:45 Ruddick, B.; BIescas Gorriz, B.; Nedimovic, M.; Sallares, V.; Bornstein, B.:SYNTHETIC TRIALS OF A COHERENT-SOURCE MULTICHANNELSEISMIC SYSTEM FOR OCEANOGRAPHY09:00 Zhang, Y.; Bellingham, J. G.; Ryan, J. P.; Kieft, B.; Stanway, M. J.: THREE-DIMENSIONAL STRUCTURE AND DYNAMICS OF AN UPWELLINGFRONT IN MONTEREY BAY AS MAPPED AND TRACKED BY ANAUTONOMOUS UNDERWATER VEHICLE09:15 Franks, P. J.; Roberts, P. L.; Lucas, A. J.; Jaffe, J. S.; Schurgers, C.: A SMALLSWARM OF QUASI-LAGRANGIAN DRIFTERS: QUANTIFYINGACCUMULATION IN INTERNAL WAVES09:30 Omand, M. M.; Mahadevan, A.; Perry, M. J.; D’Asaro, E. A.; Lee, C. M.:SUBMESOSCALE SUBDUCTION OF PARTICULATE ORGANIC CARBON,OXYGEN AND SPICE09:45 Pattiaratchi, C. B.; Mihanovic, H.: PEDDIES (PETITE EDDIES): SUB-MESOSCALE EDDIES ALONG THE CONTINENTAL SHELF OFF SOUTH-WEST AUSTRALIA10:30 Ledwell, J. R.; He, R.; Montuoro, R.; Olascoaga, J.; Xue, Z.: TRACERDISPERSION IN THE MID-DEPTH GULF OF MEXICO10:45 Sundermeyer, M. A.; Birch, D. A.; Ledwell, J. R.; Levine, M. A.; Concannon, B.:OBSERVATIONS OF DYE DISPERSION IN THE SEASONAL PYCNOCLINE:AN EVALUATION OF VERTICAL SHEAR DISPERSION AND EVIDENCE OFSMALL-SCALE STIRRING11:00 Early, J. J.; LeLong, M. P.; Smith, K. S.; Sundermeyer, M. A.; Sykulski, A. M.:SUBMESOSCALE DIFFUSIVITY INFERRED FROM SURFACE DRIFTERS11:15 Sanford, T. B.; Lien, R. C.: OBSERVATIONS OF SUBMESOSCALEVARIABILITY: VORTICAL STRUCTURES, INTERNAL WAVES ANDTURBULENCE WITH A SWARM OF EM-APEX AUTONOMOUSPROFILING FLOATS11:30 Goodman, L.: MICROSTRUCTURE OBSERVATIONS IN AN INTRUSIONDURING LATMIX I164

Program BookAGU/ASLO/TOS11:45 Lelong, P. G.; Kunze, E.; Sundermeyer, M. A.; Early, J. J.: A NUMERICAL STUDYOF LATERAL DISPERSION IN A FIELD OF OCEAN INTERNAL WAVES12:00 Ramachandran, S.; Mukherjee, S.; Tandon, A.; Mahadevan, A.: SUBMESOSCALEPROCESS EXPERIMENTS INSPIRED BY LATMIX OBSERVATIONS12:15 Baschek, B.; Molemaker, M. J.; Holt, B.; Ohlmann, C.; Smith, G.: THEOBSERVED DYNAMICS AND PHYTOPLANKTON RESPONSE OFSUBMESOSCALE EDDIES AND FRONTS14:00 Thomas, L. N.; Taylor, J. R.; D’Asaro, E. A.; Lee, C. M.; Klymak, J.:INTERACTION OF SYMMETRIC INSTABILITY AND INERTIALOSCILLATIONS IN THE GULF STREAM14:15 Gula, J.; Molemaker, M. J.; McWilliams, J. C.: SUBMESOSCALE INSTABILITIESAND MIXING ON THE GULF STREAM NORTH WALL14:30 Claret, M.; Tandon, A.; Mahadevan, A.: WAVE ENERGY INJECTION TODEPTH BY FRONTS14:45 Pallas-Sanz, E.; Candela, J.; Sheinbaum, J.; Ochoa, J.: DEEP OCEAN RESPONSETO HURRICANES IN THE LOOP CURRENT SYSTEM15:00 Nagai, T.; Inoue, R.; Tandon, A.; Kunze, E.; Mahadevan, A.: SEMI-LAGRANGIAN OBSERVATIONS OF NEAR-INERTIAL SHEAR ANDTURBULENCE ALONG THE KUROSHIO FRONT15:15 MacKinnon, J. A.; Lucas, A. J.; Nash, J. D.; Tandon, A.; Ravichandran, M.:SUB-MESOSCALE PROCESSES AND UPPER OCEAN TURBULENT MIXINGIN THE BAY OF BENGAL15:30 Tanaka, Y.; Wakamatsu, T.; Ishikawa, Y.; Awaji, T.: EFFECT OFSUBMESOSCALE FLOW ON THE INTER-GYRE MASS TRANSPORT INKUROSHIO EXTENSION REGION15:45 Mensa, J. A.; Garraffo, Z.; Ozgokmen, T. T.; Haza, A.; Veneziani, M.:SEASONALITY OF THE SUBMESOSCALE DYNAMICS IN THE GULFSTREAM REGION014 Physical Processes Along Reef-Protected Coastlines:Current Observations and Future PredictionsChair(s): Ryan Lowe, Ryan.Lowe@uwa.edu.auCurt Storlazzi, cstorlazzi@usgs.govAp van Dongeren, Ap.vanDongeren@deltares.nlPaul Kench, p.kench@auckland.ac.nzJim Hench, jlh82@duke.eduRon Hoeke, ron.hoeke@csiro.auLocation: 313 C14:00 Becker, J. M.; Merrifield, M. A.; Ford, M.; Yoon, H.: LONG WAVES IN THEMARSHALL ISLANDS: OBSERVATIONS AND THEORY14:15 Franklin, G. L.; Mariño-Tapia, I.; Torres-Freyermuth, A.; Valle-Levinson, A.;Enriquez, C.: OBSERVATIONS OF SPECTRAL WAVE TRANSFORMATIONACROSS THE SURF ZONE OF CORAL REEFS14:30 Buckley, M. L.; Lowe, R. J.; Pomeroy, A. W.; Van Dongeren, A. R.; Hansen, J.E.: FINE-SCALE OBSERVATIONS OF WAVE TRANSFORMATION ANDWAVE SETUP ACROSS A MODEL FRINGING REEF WITH AND WITHOUTROUGHNESS14:45 Rogers, J. S.; Monismith, S. G.; Koweek, D.; Dunbar, R.: HYDRODYNAMICS OFA PACIFIC ATOLL15:00 Monismith, S. G.: FLOW THROUGH A ROUGH, SHALLOW REEF15:15 Branyon, J. M.; Valle-Levinson, A.: INTRATIDAL AND RESIDUALCIRCULATION ASSOCIATED WITH TWO FRINGING REEF LAGOONINLETS15:30 Field, M. E.; Storlazzi, C. D.; Cacchione, D. A.; Logan, J. B.; Rubin, D. M.:FINE-GRAINED SEDIMENT TRANSPORT ON A FRINGING CORAL REEFFLAT AS ELUCIDATED BY SEDIMENT TRACERS AND OCEANOGRAPHICMEASUREMENTS15:45 Romine, B. M.; Fletcher, C. H.; Frazer, L. N.; Anderson, T. R.: ANTECEDENTGEOMORPHOLOGY AND SHORELINE CHANGE, NORTHEAST OAHU,HAWAII023 Mechanisms of Biogeochemical Variability In the Global OceansChair(s): Galen A. McKinley, gamckinley@wisc.eduBranwen Williams, bwilliams@kecksci.claremont.eduMichele LaVigne, mlavign@bowdoin.eduSusan Lozier, s.lozier@duke.eduNicole Lovenduski, nicole.lovenduski@colorado.eduLocation: 313 B14:00 Feely, R. A.; Cosca, C. E.; Sutton, A.; Wanninkhof, R.; McPhaden, M.: DECADALCHANGES OF THE AIR-SEA CO 2FLUX IN THE EASTERN EQUATORIALPACIFIC OCEAN14:15 Dave, A. C.; Lozier, M. S.: THE IMPACT OF ADVECTION ON MARINEPRODUCTIVITY VARIABILITY IN THE EQUATORIAL PACIFIC14:30 Breeden, M. L.; McKinley, G. A.; Polzin, D.: DRIVERS OF MULTIDECADALVARIABILITY IN NORTH ATLANTIC PCO2 AND CO2 FLUXES14:45 Komatsu, K.; Hiroe, Y.; Yasuda, I.: DECADAL VARIABILITY ANDBIOGEOCHEMICAL IMPACTS OF NUTRIENT STREAM IN THEKUROSHIO JET REGION15:00 Turi, G.; Lachkar, Z.; Münnich, M.; Gruber, N.; Loher, D.: RECENT TRENDS ANDVARIABILITY IN THE CARBON CYCLE OF THE CALIFORNIA CURRENTSYSTEM: INSIGHTS FROM AN EDDY-RESOLVING MODELING STUDY15:15 Ayers, J. M.; Strutton, P. G.; Hood, R. R.; Matear, R. J.; Coles, V. J.: THEINDONESIAN THROUGHFLOW AS A VARIABLE NUTRIENT SOURCEFOR THE INDIAN OCEAN15:30 Takano, Y.; Ito, T.: IMPRINTS OF CLIMATE TRENDS ON THE OCEANDEOXYGENATION15:45 Iudicone, D.; Rodgers, K. B.; Plancherel, Y.; Aumont, O.; Sarmiento, J.L.: THE IMPORTANCE OF SHALLOW OVERTURNING FOR THESEQUESTRATION OF ANTHROPOGENIC CARBON024 ASLO Multicultural Program Student SymposiumChair(s): Benjamin Cuker, benjamin.cuker@hamptonu.eduDeidre Gibson, deidre.gibson@hamptonu.eduLocation: 304 AB08:00 Yap, J. J.; Upchurch, S.; Fornal, A.; Tucker, C. R.; Leffler, J.: THE RELATIONSHIPSBETWEEN ABIOTIC ENVIRONMENTAL FACTORS AND VEGETATION INTHE BIG BAY CREEK SALT MARSHES OF THE ASHEPOO-COMBAHEE-EDISTO BASIN, SOUTH CAROLINA08:15 Seitz, R. D.; Jackson , N. I.: A BEFORE-AFTER CONTROL-IMPACT SURVEYOF A LIVING SHORELINE IN LYNNHAVEN BAY, VIRGINIA08:30 Hernandez, C. M.; Paris, C. B.; Kellner, J. B.; Llopiz, J. K.: THE INFLUENCEOF TAXON-SPECIFIC VERTICAL DISTRIBUTION OF CORAL REEF FISHLARVAE ON DISPERSAL AND CONNECTIVITY08:45 Jackson, R. L.; Bandyopadhyay, P.; Safavi-Hemami, H.; Olivera, B.:HYPERVARIABILITY OF CONOTOXIN FOLDING ENZYMES09:00 Peart, S. M.; Arellano, S. M.: ANALYSIS OF SHELLS AND SWIMMINGBEHAVIOR OF OLYMPIA OYSTER (OSTRE LURIDIA) LARVAE EXPOSEDTO OCEAN ACIDIFICATION09:15 Rivera, A.; Ortiz, C.; Canals, M.: JET-SKI BASED BATHYMETRIC SURVEYINGSYSTEM: IMPLEMENTATION OF COST-EFFECTIVE DGPS CAPABILITIES09:30 Giltz, S. M.; Grey, E. K.; Taylor, C. M.: ZOOPLANKTON AND LARVAL CRABDISTRIBUTION IN THE GULF OF MEXICO09:45 Cullen, D. W.; Stevens, B. G.: EXAMINING THE RELATIONSHIP BETWEENBLACK SEA BASS CATCH IN TRAPS AND SOAK TIME IN THE MID-ATLANTIC BIGHT, USA025 Physical-Biological Interactions In Coral Reefs: A Tribute toMarlin AtkinsonChair(s): Stephen Monismith, monismith@stanford.eduAmatzia Genin, a.genin@mail.huji.ac.ilLocation: 320 Theater08:00 Hench, J. L.; Lindeman, M. R.; Viehman, T. S.; Leichter, J. J.; Washburn, L.:STATISTICAL ANALYSIS OF EXTREME PHYSICAL FORCING EVENTSAND DISTURBANCES ON AN ISLAND CORAL REEF SYSTEMFRIDAY165

AGU/ASLO/TOS2014 Ocean Sciences MeetingFRIDAY08:15 Dunckley, J. F.; Koseff, J. R.; Genin, A.; Monismith, S. G.; Woodson, C. B.:MIXING EFFICIENCY AND VERTICAL DIFFUSIVITY MEASURED DURINGDYNAMIC STRATIFICATION CONDITIONS OVER A SLOPING CORALREEF: EILAT, ISRAEL08:30 Wall, M.; Putchim, L.; Schmidt, G. M.; Khokiattiwong, S.; Richter, C.:ANTAGONISTIC EFFECTS OF LARGE AMPLITUDE INTERNAL WAVESAND MONSOON ON CORAL BLEACHING AND RECOVERY IN THEANDAMAN SEA08:45 Wyatt, A. S.; Leichter, J. J.; Thibodeau, B.; Miyajima, T.; Carlson, C. A.:LINKING HYDRODYNAMICS AND ORGANIC MATTER FLUXES OFFERSECOSYSTEM-SCALE UNDERSTANDING OF INPUTS AND RECYCLINGOVER CORAL REEF COMMUNITIES09:00 Gruber, R. K.; Lowe, R. J.; Falter, J. L.: LINKAGES BETWEEN PRODUCTIVITY,NUTRIENT UPTAKE, AND ALLOCHTHONOUS NUTRIENT INPUTS ONTROPICAL MACROTIDAL FRINGING REEFS09:15 Genin, A.; Rickel, S.: FLOW AND ZOOPLANKTON CAPTURE BY CORAL-REEF FISH09:30 Hanson, K. M.; Leichter, J. J.: PLANKTIVOROUS FISHES AS CONSUMERSIN PACIFIC CORAL REEF ECOSYSTEMS: A SEASCAPE PERSPECTIVE OFREEF-DERIVED AND OCEANIC RESOURCES IN REEF FOOD WEBS09:45 Brinkman, R. M.: QUANTIFYING THE FOOTPRINT AND IMPACTOF RIVER INFLOWS INTO THE GBR, AND IMPLICATIONS FORUNDERSTANDING COTS OUTBREAKS – AN APPLICATION OF EREEFSMODELS.10:30 Hochberg, E. J.: LIGHT-USE EFFICIENCY FOR CORAL REEFS10:45 Jokiel, P. L.: SYNTHESIS OF INFORMATION ON REEF CORALMETABOLISM: THE “TWO COMPARTMENT PROTON FLUX MODEL”11:00 Perez, D. I.: MODELING LIGHT-USE EFFICIENCY OF CORAL REEFCOMMUNITIES11:15 Bahr, K. D.; Rodgers, K. S.; Jokiel, P. L.: RESPONSE OF HAWAIIAN REEFCORAL, MONTIPORA CAPITATA, TO MULTIPLE CLIMATE CHANGESTRESSORS11:30 Drenkard, E. J.; Cohen, A. L.; McCorkle , D. C.; dePutron, S. J.; Starczk, V. R.:HOW CIRCULATION CHANGES IN THE TROPICAL PACIFIC COULDMODULATE THE CORAL CALCIFICATION RESPONSE TO OCEANACIDIFICATION12:00 Neal, B. P.; Kline , D. I.; Khen , A.; Treibitz, T.; Mitchell, B. G.: LONG-TERMGROWTH, MORTALITY, AND SYMBIONT COMMUNITY RESPONSE OFCORALS IN BOCAS DEL TORO, PANANA TO THE RECORD THERMALSTRESS AND ASSOCIATED BLEACHING OF 200512:15 Zhang, Z.; Falter, J. L.; Lowe, R. J.; Ivey, G. N.; McCulloch, M.: ATMOSPHERICFORCING INTENSIFIES THE EFFECTS OF REGIONAL OCEAN WARMINGON REEF-SCALE TEMPERATURE ANOMALIES DURING A CORALBLEACHING EVENT027 Nearshore ProcessesChair(s): Allison M. Penko, allison.penko@nrlssc.navy.milRyan P. Mulligan, mulliganr@civil.queensu.caLocation: 31108:00 Long, J. W.; Plant, N. G.; Dalyander, P. S.; Thompson, D. M.: A METHOD FORCONSTRUCTING WAVE TIME-SERIES AT INSHORE LOCATIONS USINGMODEL SCENARIOS08:15 Janssen, T. T.; Herbers, T. H.; Pearman, D. W.; van Ettinger, H. D.: NONLINEAREFFECTS ON WAVE STATISTICS IN A FOCAL ZONE08:30 Contardo, S.; Symonds, G.: INFRAGRAVITY RESPONSE TO VARIABLEWAVE FORCING IN THE NEARSHORE08:45 Powell, B. S.; Souza, J.; Li, N.; Cheung, K. F.: EFFECTS OF COUPLED OCEANCURRENTS AND WAVES ON THE COASTAL CIRCULATION AND PLUMEDISPERSION NEAR WAIKIKI09:00 Crosby, S. C.; O’Reilly, W. C.; Guza, R. T.: IMPROVING COASTAL WAVEESTIMATES BY COMBINING BUOY OBSERVATIONS WITH GLOBALWAVE MODELS.09:15 Orzech, M. D.; Veeramony, J.; Flampouris, S.: SWANFAR: A 4DVAR DATAASSIMILATION SYSTEM FOR SWAN09:30 Veeramony, J.; Condon, A.: A COASTAL SURGE AND INUNDATIONPREDICION SYSTEM - VALIDATION AND SENSITIVITY TO MODELINPUTS09:45 Henderson, S. M.; Arnold, J. L.; Ozkan-Haller, H. T.; Solovitz, S.; Aiken, R.:DEPTH-DEPENDENCE OF SURFZONE EDDIES10:30 Conley, D. C.; Ruju, A.; Foster, D.; Puleo, J.; Austin, M.: BED STRESSESTIMATES IN THE SWASH AT BARDEX210:45 Wilson, G. W.; Hay, A. E.; Bowen, A. J.: OBSERVED VERTICAL STRUCTUREOF MEAN FLOW AND WAVE-INDUCED SHEAR STRESS ON A STEEPBEACH11:00 Torres-Freyermuth, A.; Pedrozo-Acuña, A.; Puleo, J. A.; Baldock, T. E.: ON THEROLE OF UNCERTAINTY IN SWASH ZONE DYNAMICS11:15 Brown, J. A.; MacMahan, J. H.; Reniers, A.; Shanks, A. L.; Morgan, S. G.: MASSTRANSPORT ON A STEEP BEACH11:30 Aiken, R. A.; Özkan-Haller, T.; Henderson, S.; Solovitz, S.: PUSH, PULL, ANDTURN: THE IMPACT OF THREE-DIMENSIONAL WAVE FORCING ONNEARSHORE CIRCULATION11:45 Carini, R. J.; Chickadel, C. C.; Jessup, A. T.: ESTIMATING ENERGYDISSIPATION DUE TO WAVE BREAKING IN THE SURF ZONE USINGINFRARED IMAGERY12:00 Kumar, N.; Feddersen, F.; Omand, M.; Uchiyama, Y.; McWilliams, J.: MODEL-DATA COMPARISON OF SURFZONE AND INNER-SHELF CIRCULATIONDURING HB0612:15 Wong, S. H.; Monismith, S. G.; Boehm, A. B.: SIMPLE ESTIMATE OFENTRAINMENT RATE OF POLLUTANTS FROM A COASTAL DISCHARGEINTO THE SURF ZONE14:00 Traykovski, P. A.; Geyer, W. R.: OBSERVATIONS OF BEDFORMS, NEARBED FLOW AND TURBULENCE, AND SEDIMENT TRANSPORT IN THECOLUMBIA RIVER MOUTH14:15 Pearman, D. W.; Janssen, T. T.; Herbers, T. H.; van Ettinger, E.: OBSERVATIONSOF WAVE-CURRENT INTERACTION IN THE MOUTH OF THECOLUMBIA RIVER14:30 Gelfenbaum, G.; Stevens, A.; Sherwood, C. R.; MacMahan, J.; Reniers, A.:IMPACTS OF LARGE-SCALE MORPHOLOGY AND BEDFORMS ON INLETDYNAMICS: MOUTH OF THE COLUMBIA RIVER14:45 Akan, C.; Moghimi, S.; Osborne, J.; Özkan-Haller, T.; Kurapov, A.: ONTHE DYNAMICS OF MOUTH OF THE COLUMBIA RIVER: RESULTSFROM A THREE-DIMENSIONAL FULLY COUPLED WAVE-CURRENTINTERACTION MODEL15:00 Feddersen, F.; Olabarietta, M.; Raubenheimer, B.; Elgar, S.; Guza, R. T.:OBSERVATIONS AND MODELING OF DYE TRACER RELEASES AT NEWRIVER INLET, NC, USA15:15 Spydell, M. S.; Feddersen, F.; Guza, R. T.; Chen, J.; Raubenheimer, B.: OBSERVEDAND NEARCOM MODELED CURRENTS, MATERIAL TRANSPORT, ANDDISPERSION AT THE NEW RIVER INLET, NC15:30 Pianca, C.; Holman, R.; Siegle, E.: MOBILITY OF MESO-SCALE MORPHOLOGYON A MICROTIDAL EBB DELTA USING VIDEO REMOTE SENSING15:45 reniers, a.; Rynne, P.; Weltmer, M.; MacMahan, J.: 3D TIDAL FLOWMODELING OF NEW RIVER INLET036 An Integrated View of Agulhas Science: Past, Present andFutureChair(s): Graham Quartly, gqu@pml.ac.ukIan Hall , Hall@cardiff.ac.ukTomoki Tozuka, tozuka@eps.s.u-tokyo.ac.jpLocation: 313 B08:00 Biastoch, A.; Rühs, S.; Durgadoo, J. V.; Böning, C. W.: FATE AND IMPACT OFANTHROPOGENIC AGULHAS LEAKAGE INCREASE08:15 Ponsoni, L.; Maas, L.; Ridderinkhof, H.: LONG TERM DIRECTOBSERVATIONS ON CURRENTS AND VOLUME TRANSPORT IN THEEAST MADAGASCAR CURRENT08:30 Weijer, W.; Zharkov, V.; Nof, D.; Dijkstra, H. A.; de Ruijter, W. P.: AGULHASRING FORMATION AS A BAROTROPIC INSTABILITY OF THERETROFLECTION166

Program BookAGU/ASLO/TOS08:45 Putrasahan, D. A.; Beal, L. M.; Kirtman, B. P.: MODULATION OF THEINTERANNUAL VARIABILITY OF AGULHAS LEAKAGE BY ENSO09:00 Krug, M.; Tournadre, J.; Dufois, F.: INFLUENCE OF NATAL PULSES ON THEEASTERN AGULHAS BANK09:15 Beal, L. M.; Elipot, S. K.; Houk, A.; Leber, G. M.: THE AGULHAS CURRENTTIMES-SERIES EXPERIMENT09:30 Book, J. W.; Ansorge, I.; Rice, A. E.: CROSSROADS OF THE AGULHAS09:45 Simon, M. H.; Arthur, K. L.; Loveday, B. R.; Hall, I. R.: MILLENNIAL-SCALEAGULHAS CURRENT VARIABILITY AND ITS IMPLICATIONS FORAGULHAS SALT-LEAKAGE051 Shedding Light On the Dark Ocean: Biogeochemistry andMicrobial Oceanography of the Pelagic Realm of the Deep SeaChair(s): Gerhard J. Herndl, gerhard.herndl@univie.ac.atRamunas Stepanauskas, rstepanauskas@bigelow.orgLocation: 318 AB14:00 Pelve, E. A.; Fontanez , K. M.; DeLong, E. M.: SINGLE CELL GENOMIC ANDMETAGENOMIC CHARACTERIZATION OF DOMINANT BACTERIALGROUPS ON SINKING PARTICLES AT STATION ALOHA14:15 Wright, J. J.; Woyke, T.; Liu, W. T.; Stepanauskas, R.; Hallam , S. J.: INSIGHTSINTO THE POPULATION STRUCTURE AND METABOLISM OF THEUNCULTIVATED BACTERIAL PHYLUM MARINE GROUP A14:30 Bergauer, K.; Sprenger , R.; Swan, B. K.; Stepanauskas, R.; Herndl, G. J.: AMETAPROTEOMIC ASSSESSMENT OF MICROBIAL COMMUNITIES INTHE ATLANTIC OCEAN14:45 LI, M.; Baker, B. J.; Anantharaman, K.; Jain, S.; Dick, G.: UNTANGLINGMETABOLISMS OF WIDESPREAD UNCULTURED MARINEEURYARCHAEOTA IN THE DEEP OCEANS15:00 Swan, B. K.; Mathyer, M. E.; Sintes, E.; Bergauer, K.; Garcia, J.A.: NITROSPINA MAY BE KEY PLAYERS IN DARK OCEAN’S NITROGENAND CARBON CYCLES15:15 Takuro Nunoura, .; Miho Hirai, .; Shigeru Shimamura, .; Yoshihiro Takaki, .; KenTakai, .: THE DEEP COLD TRENCH BIOSPHERE: MICROBIAL ECOSYSTEMIN THE CHALLENGER DEEP15:30 UCHIMIYA, M.; OGAWA, H.; WAKITA, M.; HONDA, M.; NAGATA,T.: TEMPORAL VARIABILITY IN HETEROTROPHIC PROKARYOTEPRODUCTION IN THE DARK OCEAN15:45 Bailey, B. L.; Herndl, G. J.; Bochdansky, A. B.: THRESHOLD FEEDING OFMICROBIAL PREDATOR COMMUNITIES052 Current Perspectives On Trophic Ecology: Utilization ofComplementary Tracer MethodsChair(s): Nicole B. Richoux, n.richoux@ru.ac.zaTarik Meziane, meziane@mnhn.frLocation: 319 AB08:00 Mortillaro, J. M.; Hubas, C.; Passarelli, C.; Abril, G.; Meziane, T.:DEGRADATION KINETICS OF TWO AMAZON FLOODPLAINSMACROPHYTES (PASPALUM REPENS AND SALVINIA AURICULATA)FROM A MULTITRACER APPROACH08:15 Copeman, L. A.; Parrish, C. C.; Laurel, B. J.: SOURCES OF ORGANIC CARBONFOR NEARSHORE JUVENILE FISH: LINKING MARINE AND TERRESTRIALSYSTEMS.08:30 Pethybridge, H. R.; Parrish, C. C.; Young, J. W.; Nichols, P. D.: REGIONALTROPHIC DIFFERENCES IN ALBACORE TUNA FROM THESOUTHWESTERN PACIFIC OCEAN – A POTENTIAL ‘TROPICALIZATION’SIGNAL INFERRED BY SIGNATURE FATTY ACIDS08:45 Turner Tomaszewicz, C. N.; Seminoff, J. A.; Avens, L.; Peckham, S. H.;Kurle, C. M.: TRACKING HABITAT USE AND LIFE HISTORY PATTERNSOF LOGGERHEAD TURTLES ACROSS THE NORTH PACIFIC USINGSKELETOCHRONOLOGY AND STABLE ISOTOPES09:00 Tremblay, R.; Perez, V.; Thébault, L.; Chauvaud, L.; Olivier, F.: TROPHICRESOURCES OF A BURROWING BIVALVE VENUS VERRUCOSA09:15 Hubas, C.; Passarelli, C.; Meziane, T.; Jeanthon, C.; Jesus, B.: CHEMICALFINGERPRINTING AS A TOOL TO STUDY MICROBIAL LANDSCAPES INCOASTAL ECOSYSTEMS09:30 OLIVIER, F.; GAILLARD, B.; de Cesare, S.; Richard, J.; Tremblay, R.: COUPLINGMULTI-TROPHIC MARKERS AND SCLERO-CHRONOLOGY/-CHEMISTRYMETHODS ON ARCTIC BIVALVES TO ASSESS CLIMATE CHANGES’EFFECTS ON THE PELAGIC-BENTHIC COUPLING09:45 Richoux, N. B.: ASPECTS OF BENTHIC-PELAGIC COUPLING BY ROCKYSHORE SUSPENSION-FEEDERS EXPLORED USING FATTY ACID ANDSTABLE ISOTOPE TRACERS056 Insights Into Marine Ecosystem Dynamics From AcousticTechniquesChair(s): Gareth Lawson, glawson@whoi.eduKelly Benoit-Bird, kbenoit@coas.oregonstate.eduAndone Lavery, alavery@whoi.eduLocation: 316 B08:00 Horne, J. K.: CHARACTERIZING ACOUSTIC DATA FOR RESOURCEMANAGEMENT AND ECOLOGICAL APPLICATIONS08:15 Greene, C. H.; Hufnagle, L.; Chu, D.; Jung, J. B.; Dorn, H.: REAL-TIME,CONTINENTAL-SCALE ACOUSTIC MONITORING OF COMMERCIALFISH STOCKS IN THE US EXCLUSIVE ECONOMIC ZONE (EEZ)08:30 Taylor, J. C.; Costa, B.; Kracker, L.; Battista, T.; Pittman, S.: MAPPING REEFFISH AND THE SEASCAPE: USING ACOUSTICS TO IDENTIFY BIOMASSHOTSPOTS TO GUIDE ECOSYSTEM MANAGEMENT08:45 BEGUER-PON, M.; SHAN, S.; OHASHI, K.: TRACKING REAL ANDVIRTUAL EELS TO UNRAVEL THE MYSTERY OF THEIR OCEANICMIGRATION09:00 Širovic, A.; Friedman, S.; Johnson, S. C.; Hildebrand, J. A.: CHANGES IN FISHSOUND PRODUCTION IN THE GULF OF MEXICO FOLLOWING THEDEEPWATER HORIZON OIL SPILL09:15 Haxel, J. H.; Dziak, R. P.; Lau, T. K.; Mellinger, D. K.: PATTERNS OF FINWHALE VOCALIZATION AND AMBIENT SOUND LEVELS IN THENORTH PACIFIC09:30 Copeland, A. M.; Au, W.; Giorli, G.; Polovina, J. J.: INVESTIGATING THERELATIONSHIP BETWEEN FORAGING ODONTOCETES AND OCEANACOUSTIC BIOMASS OFF THE KONA COAST OF THE ISLAND OFHAWAII09:45 Baumgartner, M. F.; Fratantoni, D. M.: STUDYING LATE FALLOCCURRENCE OF BALEEN WHALES IN THE CENTRAL GULF OF MAINEUSING AUTONOMOUS VEHICLES AND REAL-TIME PASSIVE ACOUSTICDETECTIONS10:30 Rose, G. A.; Fennell, S.: ACOUSTIC DEEP SCATTERING LAYER STRUCTURESPANS THE NORTH ATLANTIC: “STOVEPIPE” EDDIES, FRONTS ANDBIO-TRANSPORT DYNAMICS10:45 Fielding, S.; Schmidt, K.; Schlosser, C.; Tarling, G.; Achterberg, E.: ANTARCTICKRILL MINE SOUTH GEORGIA SHELF SEABED UNDER COVER OFDARKNESS11:00 Ressler, P. H.; Simonsen, K. A.; De Robertis, A.; Kotwicki, S.; Willtowle,K. R.: EUPHAUSIIDS IN THE BERING SEA AND GULF OF ALASKA:INVESTIGATING DISTRIBUTION, BIOMASS, AND TROPHICINTERACTIONS USING MULTIFREQUENCY ACOUSTICS11:15 SAWADA, K.; MUKAI, T.; ABE, K.; Matsuura, T.; Kurokawa, T.:ZOOPLANKTON MONITORING IN YAMADA BAY USING A MOOREDMULTI-FREQUENCY ACOUSTIC PROFILER11:30 Boswell, K. M.; Kimball, M. E.; Rieucau, G.: EVALUATING FINE-SCALENEKTON DYNAMICS IN SHALLOW-ESTUARINE ECOSYSTEMS USINGMULTI-BEAM ACOUSTICS11:45 Røstad, A.; Kaartvedt, S.: SEDIMENTARY FLUX OF FECAL PELLETSRECORDED WITH AN ECHOSOUNDER12:00 Frankel, A. S.; Goodwin, B.; Kirk, K.; Walsh, M.; Hawthorne, D.: USE OF WAVEGLIDERS IN ACOUSTIC TRACKING OF HUMPBACK WHALES12:15 Kaartvedt, S.; Røstad, A.; Klevjer, T. A.: DIEL VERTICAL MIGRATION ANDINDIVIDUAL BEHAVIOR BEYOND THE MESOPELAGIC ZONEFRIDAY167

AGU/ASLO/TOS2014 Ocean Sciences MeetingFRIDAY057 Small Bugs with A Big Impact: Linking Plankton Ecology withEcosystem ProcessesChair(s): Susanne Menden-Deuer, smenden@gso.uri.eduThomas Kiorboe, tk@aqua.dtu.dkLocation: 323 ABC08:00 Ye, L.; Chang, C. Y.; Carmen, C. C.; Gong, G. C.; Hsieh, C. H.: INCREASINGZOOPLANKTON SIZE DIVERSITY ENHANCES THE STRENGTH OFTOP-DOWN CONTROL ON PHYTOPLANKTON THROUGH DIET NICHEPARTITIONIN08:15 García, F. C.; López-Urrutia, A.; García-Martín, E. E.; Serret, P.; Zubkov, M. V.:SUPERLINEAR SCALING OF MICROBIAL METABOLIC RATES WITH CELLSIZE IN THE ATLANTIC OCEAN08:30 Laas, P.; Šatova, E.; Lips, I.; Kisand, V.; Metsis, M.: THE DYNAMICS OF’SMALLEST BUGS’ IN THE GULF OF FINLAND (BALTIC SEA)08:45 Delmont, T.; Ducklow, H.; Yager, P.; Post, A.: BACTERIAL COMMUNITYSTRUCUTURES IN THE AMUNDSEN SEA POLYNYA ARE SHAPED BYPHAEOCYSTIS ANTARCTICA BLOOMS09:00 Inomura, K.; Follows, M. J.: MODELING THE PHYSIOLOGICAL COST OFNITROGEN FIXATION: WHY DO DIAZOTROPHS GROW SLOWLY?09:15 Woodson, C. B.; Litvin, S. Y.: WHAT CAN FLUID DYNAMICS TEACHECOSYSTEM MODELS? REPRESENTING FINE-SCALE TROPHICINTERACTIONS IN THE MARINE ENVIRONMENT USING REYNOLDSDECOMPOSITION09:30 Kenitz, K. M.; Sharples, J.; Williams, R. W.: EXAMINING THE PARADOXOF THE PLANKTON: THE EFFECT OF NUTRIENT SUPPLY ONPHYTOPLANKTON COMMUNITY AND SPECIES DIVERSITY.09:45 Martiny, A. C.; Lomas, M. W.: IMPACT OF PHYTOPLANKTON DIVERSITYON OCEAN PHOSPHATE UPTAKE RATES10:30 Foster, R. A.; White, A.; Stocker, R.: A CONCEPTUAL APPROACH TOCHARACTERIZE THE PHYCOSPHERE OF SINKING N2 FIXING DIATOMSYMBIOSES10:45 Inman, B. G.; Franks, P. J.: PHYTOPLANKTON WETSUITS? MODELLINGTHE EFFECTS OF VISCOUS EXUDATES ON MICROSCALE DIFFUSIVENUTRIENT FLUXES TO PHYTOPLANKTON CELLS.11:00 Villareal, T. A.; Pilskaln, C. H.; Montoya, J. P.; Dennett, M.: UPWARDTRANSPORT OF NITRATE BY PHYTOPLANKTON: CLOSING NUTRIENTBUDGETS IN THE N. PACIFIC OCEAN11:15 Taylor, A. G.; Landry, M. R.: PATTERNS AND VARIABILITY INPHYTOPLANKTON COMMUNITY SIZE STRUCTURE ANDCOMPOSITION WITH TROPHIC STATE ACROSS FOUR PACIFIC OCEANECOSYSTEMS11:30 Smith, H. E.; Balch, W. M.; Bates, N. R.; Rosengard, S.; Poulton, A. J.: CONTROLSON COCCOLITHOPHORE AND DIATOM DISTRIBUTION IN THE GREATCALCITE BELT11:45 Durkin, C. A.; Chan, K. Y.; Alexander, H.; Dyhrman, S. T.; Buesseler, K. O.:INFLUENCE OF INDIVIDUAL PHYTOPLANKTON CELLS AND THEIRPHYSIOLOGY ON PARTICLE EXPORT IN THE SOUTH ATLANTIC OCEAN12:00 Maier, M. A.; Needoba, J. A.; Peterson, T. D.: ROLE OF PHYTOPLANKTONPARASITES IN FOOD WEBS OF THE COLUMBIA RIVER COASTALMARGIN12:15 Suchy, K. D.; Dower, J. F.; Sastri, A. R.; Varela, D. E.: INFLUENCE OF COPEPODCOMMUNITY STRUCTURE ON THE EFFICIENCY OF ENERGY TRANSFERWITHIN MARINE FOOD WEBS14:00 Tiselius, P.; Belgrano, A.; Andersson, L.; Lindahl, O.: CONTROLLINGFACTORS FOR THE PRIMARY PRODUCTION IN A COASTALECOSYSTEM-RESULTS FROM A 28-YEAR TIME SERIES IN THE GULLMARFJORD, WEST COAST OF SWEDEN.14:15 Kimmerer, W. J.; Craig, C.; Vogt, R. A.; Ignoffo, T. R.; Cohen, C. S.: FEEDINGCAPABILTIES OF COPEPOD NAUPLII RESEMBLE THOSE OF ADULTS INPARTICLE-FEEDING SPECIES BUT NOT PREDATORY SPECIES14:30 Saiz, E.; Griffell, K.; Calbet, A.; Isari, S.: FEEDING BEHAVIOUR OF THENAUPLIUS AND ADULT FEMALE OF THE AMBUSH COPEPOD OITHONADAVISAE14:45 Jungbluth, M. J.; Lenz, P. H.; Goetze, E.: NAUPLIAR RESPONSES TOECOSYSTEM PERTURBATIONS IN A SUBTROPICAL EMBAYMENT15:00 Möller, K. O.; Möllmann, C.; St.John, M. A.; Temming, A.; Diekmann,R.: SCALING DOWN FROM POPULATIONS TO INDIVIDUALS –OBSERVATION OF INDIVIDUAL COPEPOD BEHAVIOR IN RESPONSE TOPREDATION RISK15:15 Trudnowska, E.; Gluchowska, M.; Blachowiak-Samolyk, K.; Goszczko, I.;Kwasniewski, S.: SPATIAL PLANKTON HETEROGENEITY ACROSS THEARCTIC SHELF FRONTAL SYSTEM AND ITS ECOLOGICAL SIGNIFICANCE15:30 Greer, A. T.; Cowen, R. K.; Guigand, C. M.; Hare, J. A.: FINE-SCALEPLANKTONIC HABITAT PARTITIONING AT A SHELF-SLOPE FRONTREVEALED BY A HIGH RESOLUTION IMAGING SYSTEM15:45 Penta, B.; Weidemann, A.; Wesson, J.; Gray, D.; Churnside, J.:CHARACTERIZATION OF SUBSURFACE LAYERS AND THEIRPLANKTONIC COMMUNITY COMPOSITION IN A COASTAL MARINEECOSYSTEM VIA A MUTLI-SCALE, MULTI-SENSOR APPROACH068 Understanding Biogeochemical and Ecosystem Responsesto Natural and Human-Induced Interactions, Drivers and PressuresIn Coastal RegionsChair(s): Marjorie Friedrichs, marjy@vims.eduJennifer Cherrier, jennifer.cherrier@famu.eduSteven Lohrenz, slohrenz@umassd.eduJohn Marra, jfm7780@brooklyn.cuny.eduMakoto Taniguchi, makoto@chikyu.ac.jpHanqin Tian, tianhan@auburn.eduLocation: 304 AB10:30 Angel, D. L.; Black, K. D.; Freeman, S. F.; Hughes, A.: INTEGRATEDMULTI TROPHIC AQUACULTURE AS A MEANS TO ENHANCE THESUSTAINABILITY OF MARINE AQUACULTURE10:45 van Broekhoven, W.; Troost, K.; Jansen, H. M.; Smaal, A. C.: NUTRIENTFEEDBACKS BY MUSSEL MYTILUS EDULIS SPAT COLLECTORS IN APRODUCTIVE MACROTIDAL SYSTEM11:00 Glibert, P. M.; Allen, J. I.; Artioli, Y.; Bouwman, L.; Beusen, A.:ANTHROPOGENIC NUTRIENT LOADING AND AQUATIC ECOSYSTEMS:STOICHIOMETRIC CHANGES AND CLIMATE CHANGE ACCELERATEEUTROPHICATION EFFECTS11:15 Ni Longphuirt, S.; O’ Boyle, S.; Stengel, D. B.: RESPONSE OF AN IRISHESTUARY TO CHANGING LAND MANAGEMENT PRACTICES11:30 Devol, A. H.; Newton, J.; Ruef, W. M.: EFFECTS OF N-LOADING IN HOODCANAL, PUGET SOUND, WA11:45 Wilkerson, F.; Glibert, P.; Parker, A. E.; Dugdale, R.; Blaser, S.: IMPAIREDPHYTOPLANKTON RESPONSES TO CHANGING ANTHROPOGENICNITROGEN LOADING: THE ROLE OF REDUCED FORMS OF NITROGEN12:00 Lanoux, A.; Abril, G.; Etcheber, H.; Schmidt, S.; Sottolichio, A.: IMPACTSOF CARBON AND NITROGEN FLUXES FROM URBAN WASTEWATERAND RUNOFF ON DISSOLVED OXYGEN IN A MACROTIDAL ESTUARY(GIRONDE, FRANCE)12:15 Thomas, F. I.; Aikau, H.; Dulaiova, H.: UNDERSTNDING THE IMPACTOF RESTORATION OF TRADITIONAL LAND USE ON A HAWAIIANAHUPUA‘ A14:00 Tian, H.; Tao, B.; Yang, Q.; Lohrenz, S.; Friedrichs, M.: PROJECTING THE 21STCENTURY FLUXES OF WATER, CARBON AND NITROGEN FROM LANDTO GULF OF MEXICO AND US EASTERN COAST UNDER CLIMATE ANDLAND USE SCENARIOS14:15 Loisel, H.; Vantrepotte, V.; Dinh, D. N.; Anthony, E.; Mangin, A.: ANALYSISOF THE SUSPENDED PARTICULATE MATTER CONCENTRATIONVARIABILITY OF THE COASTAL WATERS UNDER THE MEKONG’SINFLUENCE FROM REMOTE SENSING14:30 Abrams, J. F.; Merico, A.; Hohn, S.: THE IMPACTS OF HUMAN INDUCEDDEGRADATION OF INDONESIAN PEATLANDS14:45 Tzortziou, M.; Neale, P. J.; Megonigal, J. P.; Loughner, C. P.: PRESSURES ANDBIOGEOCHEMICAL EXCHANGES IN HIGHLY VULNERABLE TIDALWETLAND ECOSYSTEMS AT THE LAND-OCEAN INTERFACE168

Program BookAGU/ASLO/TOS15:00 Whitney, M. M.; Vlahos, P.; Elmoznino, J.: AN OBSERVATIONAL ANDMODELING STUDY ON PERFLUORINATED COMPOUNDS IN THEHOUSATONIC ESTUARY AND LONG ISLAND SOUND15:15 Müller-Karulis, B.; Gustafsson, B. G.; Savchuk, O. P.: REGIME SHIFTS INBALTIC SEA BIOGEOCHEMICAL CYCLES DRIVEN BY NUTRIENT LOADSAND CLIMATE CHANGE15:30 van Beusekom, J.; Hofmeister, R.; Geimecke, C.; Dammrich, T.; Staneva, J.:IMPORT OF ORGANIC MATTER BY DENSITY-DRIVEN CIRCULATIONEXPLAINS REGIONAL DIFFERENCES IN TIDAL BASIN EUTROPHICATION15:45 Huang, W.; Cai, W.; Wang, Y.; Lohrenz, S. E.: THE CARBON DIOXIDE (CO 2)SYSTEM IN THE MISSISSIPPI RIVER DOMINATED CONTINENTAL SHELF,NORTHERN GULF OF MEXICO — I: DISTRIBUTION AND AIR-SEA FLUX071 Frontiers of Oceanographic Data and MethodsChair(s): Jonathan M. Lilly, lilly@nwra.comShane Elipot, selipot@rsmas.miami.eduEleanor Frajka-Williams, e.frajka-williams@noc.soton.ac.ukKurt Polzin, kpolzin@whoi.eduLocation: 316 C08:00 Palmer, M. R.; Inall, M. E.; Stephenson, G.; Hopkins, J.; Balfour, C.: USINGSHEAR MICROSTRUCTURE MEASUREMENTS FROM AN OCEAN GLIDERTO INVESTIGATE TURBULENT INTERNAL WAVES PROPAGATINGONTO THE CONTINENTAL SHELF08:15 Daniel/Ellis, D. P.; Libe/Washburn, .; Carter Ohlmann, .; Mark Moline, .;Oscar Schofield, .: EVALUATING THE PERFORMANCE OF UNDERWATERGLIDERS AS VIRTUAL MOORINGS OFF PT. SAL, CALIFORNIA08:30 Fried, S. E.; Schmidt, H.: TRACKING CHANGES IN THE ENVIRONMENT INREAL TIME FROM AMBIENT NOISE RECORDED BY AN AUTONOMOUSUNDERWATER VEHICLE08:45 Pelland, N. A.; Eriksen, C. C.; Cronin, M. F.; Emerson, S. R.: SEAGLIDERSAT OCEAN STATION PAPA, 2008-10: OBSERVATIONS OF MESOSCALECIRCULATION AND BIOGEOCHEMICAL PROCESSES IN THE SOUTHERNGULF OF ALASKA09:00 Phillips, H. E.; Naveira Garabato, A. C.; Polzin, K. L.; Bindoff, N. L.:SUPPRESSION OF EDDY STIRRING IN THE ANTARCTIC CIRCUMPOLARCURRENT09:15 Leclair, M.; Peacock, T.: APPLICATION OF LAGRANGIAN COHERENTSTRUCTURES TO OCEAN DATA SETS09:30 Sykulski, A. M.; Lilly, J. M.; Olhede, S. C.; Danioux, E.; Early, J. J.: STOCHASTICMODELS FOR LAGRANGIAN DATA09:45 Chinn, B. S.; Alford, M. H.; Girton, J. B.: OBSERVED VARIATIONS IN THESHEAR-TO-STRAIN RATIO OF INTERNAL WAVES AND INFERREDTURBULENT DIFFUSIVITY10:30 GREMES-CORDERO, S.; Barron, C.; Spence, P.; Dastugue, J.: ON THE USEOF NEW SATELLITE DATA STREAMS TO IMPROVE PERFORMANCE OFNUMERICAL MODELS OF GLOBAL CIRCULATION10:45 Keating, S. R.; Smith, K. S.: UPPER OCEAN FLOW FROM SUPERRESOLVEDSEA-SURFACE TEMPERATURE IMAGES11:00 Seung-Sep Kim, .; Paul Wessl, .: NEW OPPORTUNITY FOR SEAMOUNTDETECTION FROM GLOBAL MARINE GRAVITY DATA11:15 Song, H. B.; Guan, Y. X.; Bai, Y.; Liu, B. R.; Chen, J. X.: STUDIES OF SEAFLOORPROCESSES BY SEISMIC OCEANOGRAPHY METHODS11:30 Zabotin, N.; Godin, O. A.; Zabotina, L.; Brown, M. G.; Williams, N.: ACOUSTICNOISE INTERFEROMETRY IN SHALLOW WATER11:45 Andersen, O. B.; Stenseng, L.; Jain, M.; Cheng, Y.; Knudsen, P.: ARCTICSEA LEVEL, OCEAN CIRCULATION AND FRESHWATER CHANGESFROM GOCE AND GRACE GRADIOMETRY AND ENVISAT/CRYOSAT-2ALTIMETRY.12:00 Evans, D. G.; Zika, J. D.; Naveira Garabato, A. C.; Nurser, A. G.: SEASONALWATER MASS CHANGES AND PROCESS ATTRIBUTION IN THESOUTHERN OCEAN AND DRAKE PASSAGE IN THERMOHALINECOORDINATES12:15 Hackett, E. E.; Merrill, C. F.: PROPER ORTHOGONAL DECOMPOSITION OFOCEAN SURFACE WAVES14:00 MacCready, P.: ENERGY BUDGETS FOR REGIONAL NUMERICALSIMULATIONS14:15 Ivanov, L. M.; Tokmakian, R. T.: NONLINEAR MODEL SENSITIVITY INSMALL SIZE ENSEMBLES14:30 Bingham, R. J.; Haines, K.; Lea, D.: HOW WELL CAN WE MEASURETHE OCEAN’S MEAN DYNAMIC TOPOGRAPHY AND ASSOCIATEDGEOSTROPHIC SURFACE CURRENTS FROM SPACE?14:45 Lee, Z.; Shang, S.; Du, K.; Wei, J.; Arnone, R.: USABLE SOLAR RADIATIONAND ITS ATTENUATION IN THE UPPER WATER COLUMN15:00 VERPOORTER, C. V.; LOISEL, H.; VANTREPOTTE, V.; DESSAILLY, D.:IMPACT OF THE TEMPORAL BINNING ON THE DERIVED BIO-OPTICALPRODUCTS FROM OCEAN COLOR OBSERVATIONS. APPLICATION TOTHE 14 YEARS OF SEAWIFS DATA15:15 Sauzède, R.; Claustre, H.; Jamet, C.; Lavigne, H.; Uitz, J.: CALIBRATION OF INSITU FLUORESCENCE PROFILES USING A NEURAL NETWORK: A FIRSTSTEP IN THE DEVELOPMENT OF A 3D GLOBAL CLIMATOLOGY OFPHYTOPLANKTON COMMUNITIES15:30 Chavez, F. P.; Bellingham, J. G.; Ryan, J.; Scholin, C. S.: TRACINGPHYTOPLANKTON DYNAMICS WITH AUTONOMOUS SYSTEMS080 Biogeochemistry of Trace Elements and Their IsotopesChair(s): Rob Middag, rob.middag@otago.ac.nzAlessandro Tagliabue, a.tagliabue@liverpool.ac.ukPeter Sedwick, psedwick@odu.eduClaudine Stirling, cstirling@chemistry.otago.ac.nzAndrew Bowie, Andrew.Bowie@utas.edu.auJingfeng Wu, jwu@rsmas.miami.eduLocation: 313 A08:00 Frants, M.; Holzer, M.; Primeau, F. W.; De Vries, T.: DATA-CONSTRAINEDESTIMATES OF THE OCEAN IRON CYCLE08:15 Sherrell, R. M.; Lagerström, M.; Stammerjohn, S.; Yager, P. L.; Schofield, O.:WORKINGS OF AN INTENSE NATURAL IRON FERTILIZATION REGIONDURING CLIMATE WARMING: BIOACTIVE METAL DYNAMICS INAMUNDSEN SEA POLYNYA, WEST ANTARCTICA08:30 Wyatt, N. J.; Milne, A.; Browning, T. J.; Schlosser, C.; Lohan, M. C.: TRACEMETAL – NUTRIENT STOICHIOMETRIES IN THE SOUTHEASTATLANTIC: THE NUTRITIONAL ROLE OF ZN, CO AND CD08:45 Twining, B. S.; Rauschenberg, S.; Sedwick, P. N.; Fitzsimmons, J. N.; Buck, K.N.: IRON QUOTAS OF NORTH ATLANTIC PHYTOPLANKTON REFLECTBIOGEOCHEMICAL ENVIRONMENT09:00 Nuester, J.; Rauschenberg, S.; Chapman, A.; Fields, D. M.; Twining, B. S.:ZOOPLANKTON GRAZING PRODUCES HIGHLY BIOAVAILABLE IRON09:15 Dulaquais, G. R.; Boyé, M.; Middag, R.; Planquette, H.; Puigcorbé, V.:COMPARATIVE ATMOSPHERIC CONTRIBUTIONS TO DISSOLVEDCOBALT IN THE MIXED LAYER: CASE OF THE WESTERN NORTHATLANTIC AND MEDITERRANEAN SEA ( SECTIONS GA02 & GA04N)09:30 Hammerschmidt, C. R.; Swarr, G. J.; Bowman, K. L.; Lamborg, C. H.; Shelley, R.U.: U.S. GEOTRACES: AIR-SEA EXCHANGE OF MERCURY ALONG ZONALTRANSECTS OF THE NORTH ATLANTIC AND EASTERN TROPICALSOUTH PACIFIC OCEANS09:45 Shelley, R. U.; Morton, P. L.; Landing, W. M.: ELEMENTAL COMPOSITION OFNORTH ATLANTIC AEROSOLS (US GEOTRACES)10:30 Xie, R. C.; Galer, S.; Abouchami, W.; Rijkenberg, M.; De Jong, J.: CADMIUMISOTOPE DISTRIBUTION ALONG THE WESTERN BOUNDARY OF THESOUTH ATLANTIC10:45 Abadie, C.; Lacan, F.; Radic, A.; Poitrasson, F.: IRON CONCENTRATIONS ANDISOTOPIC COMPOSITIONS IN THE SOUTHERN OCEAN ALONG THEZERO MERIDIAN11:00 Rouxel, O. J.; Chever, F.; Bennett, S.; Toner, B. M.; German, C. R.: THEISOTOPIC SIGNATURE OF HYDROTHERMAL IRON SOURCES TO THEOCEAN11:15 Paul, M.; van de Flierdt, T.; Rehkamper, M.; Weiss, D.; Henderson, G. M.: LEADISOTOPE AND CONCENTRATION PROFILES FROM THE UK GEOTRACESSOUTH ATLANTIC TRANSECT ALONG 40°SFRIDAY169

AGU/ASLO/TOS2014 Ocean Sciences MeetingFRIDAY11:30 Moritz Zieringer, .; Martin Frank, .; Ed Hathorne, .: THE DISTRIBUTIONOF NEODYMIUM ISOTOPES AND REES IN TROPICAL ATLANTICSEAWATER: CONTINENTAL INPUTS VS. WATER MASS MIXING11:45 Stichel, T.; Pahnke, K.; Hartman, A. E.; Goldstein, S. L.; Scher, H.: THEGEOCHEMISTRY OF SEAWATER NEODYMIUM ISOTOPES IN THE TAGHYDROTHERMAL PLUME AT THE MID ATLANTIC RIDGE12:00 Little, S. H.; Vance, D.; Lyons, T. W.; McManus, J.; Rijkenberg, M. J.: THESIGNIFICANCE OF ANOXIC SETTINGS TO THE OCEANIC CYCLING OFCU AND ZN ISOTOPES12:15 Moos, S. B.; Boyle, E. A.: BASIN DISTRIBUTIONS OF TRACE METALCONCENTRATIONS (BA, CD, CU, NI, PB, ZN) AND PB ISOTOPICSIGNATURES IN THE 1980’S MEDITERRANEAN SEA14:00 Poehle, S.; Schmidt, K.; Koschinsky, A.: DISTRIBUTION OF ZR, NB, V, MOAND W IN THE WATER COLUMN OF THE ATLANTIC14:15 Jacquot, J. E.; Moffett, J. W.: COPPER DISTRIBUTION AND SPECIATIONACROSS THE U.S. NORTH ATLANTIC GEOTRACES SECTION14:30 Zhang, R.; Zhu, X.; Zhang, J.: IRON TRANSPORT AND LOSS FROMGLACIERS TO KONGSFJORDEN, SVALBARD14:45 Grand, M. M.; Measures, C. I.; Hatta, M.; Morton, P. L.; Landing, W. M.:BIOGEOCHEMISTRY OF DISSOLVED FE AND AL IN THE EASTERNINDIAN OCEAN: INSIGHTS FROM THE ANTARCTIC MARGIN TO THEBAY OF BENGAL ALONG 95 °E15:00 Angela Milne, .; Maeve Lohan, .; Christian Schlosser, .; Jessica Klar, .;Eric Achterberg, .: IDENTIFYING THE SOURCES OF IRON TO THESUBTROPICAL NORTH ATLANTIC: PRESENTING PARTICULATE ANDDISSOLVED DATA FROM THE UK GEOTRACES A06 CRUISE15:15 van der Merwe, P.; Bowie, A. R.; Queroue, F.; Trull, T.: LATERAL TRANSPORTOF PARTICLE-LADEN SHALLOW COASTAL WATERS IS FUNDAMENTALTO IRON FERTILISATION AROUND THE KERGUELEN PLATEAU WITHINTHE SOUTHERN OCEAN15:30 Wu, J.; Roshan, S.; Hatta, M.; Measures, C.; Buck, K.: DISSOLVED FEENRICHMENT IN THE OXYGEN MINIMUM ZONE OF THE EASTERNTROPICAL NORTH ATLANTIC OCEAN15:45 Middag, R.; Bruland, K. W.; de Baar, H. J.; van Heuven, S. M.: THERELATIONSHIPS OF CADMIUM, NICKEL AND ZINC WITH MAJORNUTRIENTS IN THE WEST ATLANTIC OCEAN086 Tsunami Research: Recent Advances In Instrumentationand ModelingChair(s): Eddie Bernard, eddie.bernard@comcast.netVasily Titov, vasily.titov@noaa.govLocation: 313 B10:30 Song, Y. T.: GPS APPROACH DETECTING TSUNAMI ENERGY SCALES INREAL-TIME FOR EARLY WARNINGS10:45 BAI, Y.; YAMAZAKI, Y.; CHEUNG, K. F.: SURGES AROUND THE HAWAIIANISLANDS FROM THE 2011 TOHOKU TSUNAMI11:00 Koshimura, S.; Hayashi, S.: IMPORTANCE OF TSUNAMI FLOW VELOCITYINFORMATION AND ITS VERIFICATION IN NUMERICAL MODELING11:15 Fryer, G. J.; Wang, D.; Becker, N. C.: POTENTIAL LOCAL TSUNAMIS FROMEARTHQUAKES IN HAWAI’I11:30 Kameda, C.; Takahashi, T.: NUMERICAL MODELING ON TSUNAMIINUNDATION WITH DETAILED URBAN MODEL AND ITSVISUALIZATION BY USING AR TECHNOLOGY11:45 SETO, S.; TAKAHASHI, T.; HAYASHI, Y.: UPGRADING TSUNAMIWARNING BY USING THE GPS-MOUNTED BUOYS IN THE NANKAITROUGH12:00 Ohya, Y.; Nakamura, K.: A NEW DETERMINATION METHOD OFMANNING ROUGHNESS USING TSUNAMI OBSERVED DATA FOR REAL-TIME INUNDATION SIMULATION12:15 Mas, E.; Adriano, B.; Koshimura, S.: COASTAL COMMUNITY RESILIENCETHROUGH MULTILAYER PROTECTION AND EVACUATION BEHAVIOR090 Data Assimilation and Uncertainty Quantification InOcean ModelingChair(s): Ibrahim Hoteit , ibrahim.hoteit@kaust.edu.saEmlyn Jones, emlyn.jones@csiro.auMohmed Iskandarani, miskandarani@rsmas.miami.eduPeter Oke, peter.oke@csiro.auBruce Cornuelle, bdc@ucsd.eduLocation: 317 AB14:00 Kalmikov, A.; Heimbach, P.: DERIVATIVE-BASED UNCERTAINTYQUANTIFICATION IN OCEAN STATE ESTIMATION: THE CASE OFDRAKE PASSAGE TRANSPORT14:15 Karspeck, A. R.: ON THE PRACTICAL INTER-RELATIONSHIP BETWEENCOVARIANCE INFLATION AND REPRESENTATIVENESS ERROR:INSIGHTS FROM THE NCAR ENSEMBLE OCEAN ASSIMILATION SYSTEM14:30 Fang, F.; Pain, C. C.; Che, Z.; Pavlidis, D.; Buchan, A. G.: OPTIMAL SENSORLOCATIONS, DATA ASSIMILATION AND APPLICATIONS IN OCEANMODELLING14:45 Lolla, T.; Lermusiaux, P.: NON-GAUSSIAN NONLINEAR SMOOTHING ANDADAPTIVE SAMPLING FOR THE COASTAL OCEAN15:00 Muscarella, P. A.; Carrier, M. J.; Ngodock, H.; Jacobs, G.; Lipphardt, B.L.: IMPROVEMENTS TO LAGRANGIAN PREDICTABILITY WHENASSIMILATING GLAD DRIFTER DATA USING THE NCOM-4DVAR15:15 Shulman, I.; Frolov, S.; Anderson, S.; Gould, R.; Penta, B.: ASSIMILATION OF BIO-OPTICAL OBSERVATIONS INTO COUPLED BIO-OPTICAL, PHYSICAL MODEL15:30 Zedler, S. E.; Jackson , C. S.; Hoteit , I.; Wagman, B. M.: TESTS OF THEK-PROFILE PARAMETERIZATION OF TURBULENT VERTICAL MIXINGUSING SEASONALLY AVERAGED OBSERVATIONS FROM THE TOGA/TAO ARRAY FROM 2004 TO 200715:45 Gebbie, G.: HOW WELL WOULD THE MODERN-DAY CIRCULATIONBE RESOLVED IF WE WERE LIMITED TO PALEOCEANOGRAPHIC-LIKEOBSERVATIONAL SAMPLING?094 Consequences of Fluid Stirring and Mixing: From Organismsto EcosystemsChair(s): John Crimaldi, crimaldi@colorado.eduMatthew Reidenbach, reidenbach@virginia.eduHeidi Fuchs, hfuchs@marine.rutgers.eduDick Zimmer, z@biology.ucla.eduLocation: 313 C08:00 Mouriño-Carballido, B.; Hojas, E.; Chouciño, P.; Morán, X. A.; Fernández,B.: DOES TURBULENCE PLAY A ROLE IN THE CONTROL OFPICOPLANKTON COMMUNITY STRUCTURE?08:15 Santhanakrishnan, A.; Dollinger, M.; Hamlet, C. L.; Colin, S. P.; Miller, L. A.:FLOWS GENERATED BY PULSING UPSIDE-DOWN CASSIOPEA JELLYFISH:IMPLICATIONS FOR BENTHIC NUTRIENT FLUXES IN SHELTEREDMARINE ENVIRONMENTS08:30 Litvin, S. Y.; Genin, A.; Koseff, J. R.; Monismith, S. G.; Woodson, C. B.: VARIABLEDEPLETION OF ZOOPLANKTON THROUGH A ROCKY REEF KELP FOREST08:45 Reidenbach, M. A.; Pravin, S.; Mellon, D.: SIMULTANEOUS SAMPLING OFFLOW AND ODORANTS BY AQUATIC ANIMALS CAN AID SEARCHWITHIN A TURBULENT PLUME09:00 Crimaldi, J. P.; Soltys, M. A.; Bell, A.; Shoaei, F.; Pratt, K.: MULTISCALEINVESTIGATIONS OF STIRRING AND MIXING PROCESSES INBROADCAST SPAWNING BY BENTHIC INVERTEBRATES09:15 Hamlington, P. E.; Alexander, S. R.; Fox-Kemper, B.; Lovenduski, N.:DISTRIBUTIONS AND DYNAMICS OF BIOGEOCHEMICAL REACTIVETRACERS IN THE OCEANIC MIXED LAYER09:30 Shroyer, E. L.; Benoit-Bird, K. J.; Nash, J. D.; Moum, J. N.: STRATIFICATIONAND MIXING REGIMES IN BIOLOGICAL THIN LAYERS OVER THE MID-ATLANTIC BIGHT09:45 Shoaei, F.; Crimaldi, J. P.: EXPERIMENTAL INVESTIGATION OF THE EFFECTOF UNSTEADY OBSTACLE WAKES ON STIRRING AND MIXING OFGAMETE FILAMENTS170

Program BookAGU/ASLO/TOS095 River Plumes and Buoyancy-Driven Shelf CirculationChair(s): Robert Hetland, hetland@tamu.eduAlex Horner-Devine, arhd@uw.eduLocation: 301 AB08:00 Kirincich, A. R.; Lentz, S. L.: ASSESSING THE ROLE OF SPATIALVARIABILITY IN EXCHANGE ACROSS THE INNER SHELF: RESULTS FROMA HIGH RESOLUTION HF RADAR SYSTEM.08:15 Halverson, M.; Pawlowicz, R.: IMPACT OF WIND, TIDES, AND RIVER FLOWON CIRCULATION IN THE FRASER RIVER PLUME: THE HF RADARPERSPECTIVE08:30 Polton, J. A.: BUOYANCY DRIVEN EXCHANGE ACROSS THE NORTHWEST EUROPEAN SHELF BREAK08:45 Graewe, U.; Burchard, H.: WATER EXCHANGE AND RESIDUALCIRCULATIONS IN THE ENTIRE WADDEN SEA (NORTH SEA)09:00 Pietrzak, J.; Horner-Devine, A.; Souza, A.; Henriquez, M.; Meirelles, S.:UNDERSTANDING TIDAL PLUME FRONT AND STRAINING DYNAMICSON SEDIMENT TRANSPORT IN THE RHINE ROFI09:15 Zhang, w.; Hetland, R.; DiMarco, S.: PROCESSES CONTROLLING A MID-WATER COLUMN OXYGEN MINIMUM OVER THE TEXAS-LOUISIANASHELF09:30 Giddings, S. N.; MacCready, P.; Davis, K. A.; Hickey, B. M.; Banas, N. B.: IMPACTOF INTERACTING RIVER PLUMES ON FRESHWATER SOURCES TO THESHELF09:45 Wu, H.; Zhu, J.; Shen, J.: A MODEL STUDY ON THE CROSS-SHELFPENETRATING FRONTS OF THE BUOYANT COASTAL CURRENT FROMTHE CHANGJIANG RIVER10:30 Dever, M.; Drinkwater, K.; Skagseth, Ø.; Sundby, S.; Hebert, D.: IMPROVEDMETHOD TO CHARACTERIZE COASTALLY-TRAPPED, BUOYANCYDRIVEN CURRENTS: COMPARISON BETWEEN THE NOVA-SCOTIACURRENT AND THE NORWEGIAN COASTAL CURRENT10:45 Hetland, R. D.: SUBMESOSCALE EDDIES ALONG THE MISSISSIPPI/ATCHAFALAYA RIVER PLUME FRONT11:00 Sun, Q.; Whitney, M. M.; Bryan, F. O.; MacCready, P.; Tseng, Y. H.: BOXMODELS APPROACH FOR IMPROVING THE REPRESENTATION OFRIVERINE FRESHWATER INPUTS IN CLIMATE MODELS11:15 Cenedese, C.: LABORATORY EXPERIMENTS INVESTIGATING THEINFLUENCE OF MULTIPLE SUBGLACIAL DISCHARGES ON SUBMARINEMELTING OF GREENLAND’S GLACIERS11:30 Jackson, R. H.; Straneo, F.; Sutherland, D. A.: THE COMPETITION BETWEENBUOYANCY FORCING FROM A GLACIER AND REMOTE FORCING FROMSHELF WINDS IN A GREENLANDIC FJORD11:45 Rogowski, P.; Terrill, E.; Middleton, W.; Hazard, L.: MEASUREMENTS OF THE NEWRIVER OUTFLOW JET USING AN AUTONOMOUS UNDERWATER VEHICLE12:00 Bailey, C. A.; Vennell, R.: CURVATURE INDUCED SECONDARYCIRCULATION IN A STRONGLY FORCED SALT WEDGE ESTUARY12:15 Chen, S. N.: ENHANCEMENT OF COASTAL CURRENT TRANSPORT BYTIDES IN SURFACE-ADVECTED RIVER PLUMES14:00 Thomson, J.; Zippel, S.; Horner-Devine, A.; Hetland, R.; MacDonald, D.: DOBREAKING WAVES MIX A RIVER PLUME?14:15 Gerbi, G. P.; Kastner, S.: THE ROLE OF WHITECAPPING IN THICKENING ASTRATIFIED SURFACE BOUNDARY LAYER14:30 Toberman, M.; Inall, M.; Boyd, T.; Bell, C.; Dale, A.: BUOYANT PLUMES ANDNON-LINEAR INTERNAL WAVES, A VIEW FROM ABOVE AND BELOW:TIME-LAPSE PHOTOGRAPHY AND AUV BASED MICROSTRUCTUREPROFILER OBSERVATIONS.14:45 Hetzel, Y. L.; Pattiaratchi, C. B.; Lowe, R. J.: VARYING EXCHANGE FLOW INTWO ENTRANCES OF A SUBTROPICAL INVERSE ESTUARY15:00 Horwitz, R.; McCardell, G.; O’Donnell, J.: MODEL AND OBSERVATIONS OFEASTERN LONG ISLAND SOUND15:15 Chickadel, C.; McNeil, C.; Farquharson, G.; Shcherbina, A.; Jessup, A.: SURFACEMIXING FEATURES OF THE COLUMBIA RIVER PLUME LIFT-OFF15:30 Jurisa, J. T.; Nas, J.: MIXING IN A HIGHLY ENERGETIC TIDAL RIVERPLUME FRONT15:45 Geyer, W. R.; Akan, C.; Traykovski, P.: TIDE-INDUCED MIXING ANDFRONTOGENESIS AT THE COLUMBIA RIVER MOUTH101 Ecology and Management of Semi-Enclosed SeasChair(s): Agneta Andersson, agneta.andersson@emg.umu.seCatherine Legrand, catherine.legrand@lnu.sePär Byström, par.bystrom@emg.umu.sePer Larsson, per.larsson@lnu.seMats Tysklind, mats.tysklind@chem.umu.seLocation: 319 AB10:30 Andersson, A.; Legrand, C.; Rowe , O.; Byström , P.; Pacskowska , J.: EFFECTS OFHUMIC-RICH FRESHWATER DISCHARGE ON COASTAL PELAGIC FOODWEBS IN THE BALTIC SEA10:45 Legrand, C.; Béchemin, C.; Casini, M.: DYNAMICS OF PELAGIC ALGALAND MICROBIAL PRODUCTION ALONG A NEARSHORE-OFFSHOREGRADIENT IN THE BALTIC SEA11:00 Nordström, M. C.; Snickars, M.; Törnroos, A.; Weigel, B.; Bonsdorff, E.:MACROZOOBENTHIC FUNCTIONAL DIVERSITY WITHIN A FOOD-WEBFRAMEWORK11:15 Bidleman, T. F.; Andersson, A.; Haglund, P.; Tysklind, M.; Wiberg, K.:PERSISTENT CHEMICALS IN THE BALTIC SEA: INVESTIGATIONS OFSOURCES, PATHWAYS AND RESPONSE TO CLIMATE CHANGE UNDERTHE ECOCHANGE PROGRAMME11:30 Otto, S. A.; Niiranen, S.; Müller-Karulis, B.; Möllmann, C.; Blenckner, T.: ANOVEL APPROACH TO MODELLING LIFE CYCLE DYNAMICS OF AKEY MARINE SPECIES UNDER PAST AND FUTURE ENVIRONMENTALCHANGES11:45 McKinnon, A. D.; Ceccarelli, D.: TOWARD MANAGEMENT OF MARINEBIODIVERSITY AND ECOSYSTEM FUNCTION IN TROPICAL MARGINALSEAS12:00 Hylander, S.; Sylvander, P.; Gonçalves, R.; Snoeijs Leijonmalm, P.; Kiørboe, T.:DEFICIENCY SYNDROMES IN BALTIC SEA TOP PREDATORS AND THEIMPORTANCE OF ZOOPLANKTON FOR VITAMIN AND PIGMENTTRANSFER IN THE PELAGIC FOOD WEB12:15 Nyberg, E.; Danielsson, S.; Faxneld, S.; Eriksson, U.; Bignert, A.: TEMPORALTRENDS AND SPATIAL PATTERNS OF ORGANIC POLLUTANTS INSWEDISH MARINE BIOTA112 Tropical Cyclone-Ocean Interactions: From Weather toClimateChair(s): I-I Lin, iilin@as.ntu.edu.tw;iilinasntu@gmail.comEric D’Asaro, dasaro@apl.washington.eduChunzai Wang, Chunzai.Wang@noaa.govLocation: 31508:00 Knutson, T. R.; Sirutis, J. J.; Zhao, M.; Tuleya, R. E.; Bender, M. A.: DYNAMICALDOWNSCALING OF INTENSE TROPICAL CYCLONE ACTIVITY IN ACHANGING CLIMATE08:15 Jing, Z.; Montuoro, R.; Patricola, C. M.; Chang, P.; Wei, M.: A DATA-MODELCOMPARATIVE STUDY OF HURRICANE KATRINA AND ITS IMPACT ONOCEAN MIXING08:30 Shay, L. K.; Jaimes, B.; Uhlhorn, E. W.: ENTHALPY AND MOMENTUMFLUXES DURING HURRICANE EARL RELATIVE TO UNDERLYINGOCEAN FEATURES08:45 D’Asaro, E. A.; Hsu, J. H.; Zhao, Z. X.; Sanford, T. B.; Lien, R. C.: ANOMALOUSWAVES AND AIR-SEA FLUXES IN TYPHOON MEGI09:00 Jayne, S. R.; St. Laurent, L. C.; Douglass, E. M.; Lambert, S. M.; Rainville, L.:TURBULENCE IN THE COLD WAKE OF A TYPHOON09:15 Bond, N. A.; Bushinsky, S.; Cronin, M. F.; Kawai, Y.; Sutton, A.: KUROSHIOEXTENSION OBSERVATORY (KEO) MEASUREMENTS OF THE UPPER-OCEAN RESPONSE TO TYPHOON PABUK09:30 Lee, C.; Chen, S. S.: IMPACT OF IN-SITU COLD WAKE ON TC STRUCTUREAND INTENSITY: RESULTS FROM ITOP OBSERVATIONS AND AIR-SEACOUPLED MODEL SIMULATIONFRIDAY171

AGU/ASLO/TOS2014 Ocean Sciences MeetingFRIDAY09:45 Pan, G.; Chai, F.; Tang, D.: WHICH TYPE TYPHOONS CAN TRIGGERPHYTOPLANKTON BLOOMS IN THE SOUTH CHINA SEA10:30 Ginis, I.; Bueti, M. R.; Rothstein, L. A.; Griffies, S. M.: GLOBAL PERSPECTIVESON TROPICAL CYCLONE-OCEAN INTERACTION10:45 Marchesiello, P.; Jullien, S.: OCEAN COUPLING EFFECT ON TROPICALCYCLONE INTENSIFICATION: CLIMATOLOGY AND PROCESSES11:00 Wang, C.; Wang, X.: A NEW CLASSIFICATION OF EL NINO EVENTS BASEDON THEIR DIFFERENT IMPACTS ON SOUTHERN CHINA RAINFALL ANDTYPHOON LANDFALL ACTIVITY11:15 Morey, S. L.; Dukhovskoy, D. S.: SIMULATIONS AND OBSERVATIONS OFTHE DEEP OCEAN RESPONSE TO TROPICAL CYCLONE FORCING11:30 Hormann, V.; Centurioni, L. R.; Rainville, L.; Lee, C. M.: RESPONSE OF UPPER-OCEAN CURRENTS TO TYPHOON FANAPI11:45 Liu, W. T.; Tang, W.; Xie, X.: WIND-STRESS RELATIONS IN TROPICALCYCLONES REVEALED BY SPACEBASED SENSORS12:00 Potter, H.; Drennan, W. M.; Graber, H. C.; Collins, C. O.; Ramos, R. J.: IN SITUMEASUREMENTS OF MOMENTUM FLUXES IN TYPHOONS12:15 Kunii, M.; Miyoshi, T.; Wada, A.: IMPROVING TROPICAL CYCLONEFORECASTS WITH AN ENSEMBLE KALMAN FILTER AND SSTUNCERTAINTIES14:00 Vecchi, G. A.; Delworth, T. L.; Jia, L.; Kapnick, S.; Krishnamurthy, L.: TOWARDSREGIONAL PREDICTIONS OF TROPICAL CYCLONE ACTIVITY ANDHYDROCLIMATE14:15 Lin, I.; Pun, L.; Black, P.; Price, J.; Yang, C.: RECENT INCREASE IN HIGHTROPICAL CYCLONE HEAT POTENTIAL REGION IN THE WESTERNNORTH PACIFIC OCEAN AND THE NEW OCEAN COUPLINGPOTENTIAL INTENSITY INDEX14:30 Patricola, C. M.; Chang, P.; Saravanan, R.: THE IMPACT OF CANONICAL ANDNON-CANONICAL EL NIOO ON SEASONAL TROPICAL CYCLONE ACTIVITY:HIGH-RESOLUTION TROPICAL CHANNEL MODEL SIMULATIONS14:45 Zhang, H.; Zhou, L.; Chen, D.: EFFECTS OF TROPICAL CYCLONES ONVERTICAL OCEAN TEMPERATURE VIA HEAT PUMP AND COLD SUCTION15:00 Sriver, R. L.: POTENTIAL IMPACT OF TROPICAL CYCLONES ONEQUATORIAL PACIFIC DYNAMICS AND VARIABILITY15:15 Balaguru, K.; Leung, L. R.; Yoon, J. H.: OCEANIC CONTROL OFNORTHEAST PACIFIC HURRICANE ACTIVITY AT INTERANNUAL TIMESCALES15:30 Gentemann, C. L.: VARIABILITY IN TROPICAL CYCLONE INDUCEDUPPER OCEAN COOLING15:45 Bell, R.; Hodges, K.; Vidale, P.; Strachan, J.; Roberts, M.: THE DIFFERENCESBETWEEN A COUPLED AND UNCOUPLED MODEL IN SIMULATING THEGLOBAL ENSO-TROPICAL CYCLONE TELECONNECTION113 Big Data, Including Ocean Climate Data: Data Availability,Techniques, and ApplicationsChair(s): Edward J. Kearns, Ed.Kearns@noaa.govCynthia Chandler, cchandler@whoi.eduKenneth S. Casey, kenneth.casey@noaa.govBenjamin Hamlington, hamlingt@colorado.eduAndrew Bingham, andrew.w.bingham@jpl.nasa.govRobert Leben, leben@colorado,eduLocation: 317 AB08:00 Coughlin, R. A.; Potemra, J. T.: OCEANS OF DATA: SUCCESSFULNAVIGATION THROUGH THE DATA CATALOGING JOURNEY08:15 Huang, T.; Xing, Z.; Armstrong, E. M.: DISTRIBUTED OCEANOGRAPHICWEBIFICATION SERVICE08:30 Kinter, J. L.: HIGH-PERFORMANCE COMPUTING AND BIG DATA: WHATCAN WE EXPECT FROM CLIMATE SYSTEM SIMULATIONS WITHGLOBAL MESOSCALE COMPONENT MODELS?08:45 Futrelle, J. M.; Maffei, A. R.; Sosik, H.; Gallager, S.: LIGHTWEIGHT, FLEXIBLEAPPROACHES FOR DISSEMINATING HIGH-VOLUME, ACTIVE DATASETS09:00 Beaulieu, S. E.; Maffei, A.; Fox, P.; Di Stefano, M.; Hare, J.: WHY WE NEED ASEMANTIC WEB FRAMEWORK FOR MARINE ECOSYSTEM INDICATORS09:15 Howard, M. K.; Gayanilo, F. C.; Stössel, M.; Baum, S. K.: GCOOS AND GRIIDC:A THIRD COAST PARTNERSHIP FOR BIG OCEAN DATA. TOOLS ANDTECHNIQUES FOR DATA TRANSFERS09:30 BAUD, B.; Wright, D.: BATHYMETRY: REDUCING BIG DATA09:45 John Kerfoot, M.; Derrick Snowden, .; Kyle Wilcox, .; Dan Rudnick, .; JimPotemra, .: THE INTEGRATED OCEAN OBSERVING SYSTEM NATIONALGLIDER DATA ASSEMBLY CENTER10:30 Smith, S. R.; Woodruff, S. D.; Worley, S. J.; Freeman, J. E.; Kent, E. C.: ICOADSRELEASE 3.010:45 Ignatov, A.; Zhou, X.; Petrenko, B.; Liang, X.; Dash, P.: TOWARDS STABLE ANDCONSISTENT SST AND BRIGHTNESS TEMPERATURE RECORDS FROMMULTIPLE AVHRRS AND QUALITY CONTROLLED IN SITU DATA11:00 Domingues, C. M.; on behalf of the CLIVAR GSOP workshop team, .: IQUOD– INTERNATIONAL QUALITY CONTROLLED OCEAN DATABASE FORDATA ASSIMILATION EFFORTS AND CLIMATE VARIABILITY ANDCHANGE STUDIES11:15 Wentz, F. J.; Gentemann, C.; Hilburn, K.: EXTENDING THE MICROWAVE-DERIVED OCEAN CLIMATE DATA RECORD BY INCLUDING AMSR-211:30 AOYAMA, M.: GLOBAL NUTRIENTS DATASET 201311:45 Harris, A.; Mittaz, J.: VOLCANIC AEROSOL EFFECTS IN THE LONG-TERMSEA SURFACE TEMPERATURE RECORD12:00 Ricciardulli, L.; Wentz, F. J.: INTEGRATING MULTIPLE SCATTEROMETEROBSERVATIONS INTO A CLIMATE DATA RECORD OF OCEAN VECTORWINDS12:15 Turpie, K. R.; Franz, B. A.; Balch, B.; Frouin, R.; Wang, M.: OCEAN COLORCLIMATE RECORDS FROM THE SUOMI NATIONAL POLAR-ORBITINGPARTNERSHIP (S-NPP)117 Benthic-Pelagic Coupling and Exchange Across theSediment-Water InterfaceChair(s): Fay Couceiro, fay.couceiro@port.ac.ukLinda Kalnejais, linda.kalnejais@unh.eduCharlotte Thompson, celt1@noc.soton.ac.ukKai Ziervogel, ziervoge@email.unc.eduLocation: 318 AB10:30 Spivak, A. C.: EUTROPHICATION AFFECTS CARBON EXCHANGEBETWEEN BENTHIC MICROALGAE AND BACTERIA IN SALT MARSHTIDAL CREEKS10:45 Jäntti, H.; Hietanen, S.: PROLONGED BENTHIC HYPOXIA SHIFTS NITRATEREDUCTION FROM DENITRIFICATION TO DNRA11:00 Sturdivant, S. K.: COMPARATIVE ASSESSMENT OF BIOTURBATIONIN SUBTIDAL AREAS ADJACENT OILED AND CLEAN MARSHES INLOUISIANA11:15 Rigaud, S.; Maire, O.; Meysman, F.; Anschutz, P.; Deflandre, B.: IN SITUASSESSMENT OF ZOSTERA MEADOWS IMPACT ON OXYGEN FLUXESAT THE SEDIMENT-WATER INTERFACE11:30 Li, J.; Katsev, S.: LARGE LAKES AS ANALOGUES FOR SEDIMENT CYCLINGOF CARBON AND NITROGEN IN COASTAL AND DEEP OCEAN11:45 Tolhurst, T. J.; Kemp, N.; Hale, R.: BIOTIC AND ABIOTIC INTERACTIONSDRIVING THE ERODIBILITY OF INTERTIDAL SEDIMENTS.12:15 Harris, C. K.; Fennel, K.; Hetland, R. D.: EFFECTS OF RESUSPENSION ONSEDIMENT BED OXYGEN CONSUMPTION: A NUMERICAL MODELINGSTUDY FOR THE LOUISIANA SHELF.119 Highly Nonlinear Internal Waves and Bores In Shallow WaterChair(s): Jack Barth, barth@coas.oregonstate.eduJim Lerczak, jlerczak@coas.oregonstate.eduStephen Monismith, monismith@stanford.eduBrock Woodson, bwoodson@uga.eduLocation: 31408:00 Kelley, D.; Richards, C.; Bourgault, D.; Galbraith, P.; Hay, A.: ENERGY FLUXESAND TURBULENCE CAUSED BY SHOALING NONLINEAR INTERNALWAVES IN THE ST LAWRENCE ESTUARY172

Program BookAGU/ASLO/TOS08:15 Eiji Masunaga, E.; Hidekatsu Yamazaki, .; Takeyoshi Nagai, .: RESUSPENSIONAND TURBULENT MIXING DUE TO NONLINEAR INTERNAL BORESALONG A SHALLOW SLOPE08:30 Willis, S. K.; Stacey, M. T.; Moniz, R. J.; Monismith, S. G.; Fong, D. A.: SCALINGINTERNAL WAVE-INDUCED TURBULENT DISSIPATION RATE ON ASTRATIFIED INNER SHELF08:45 Diamessis, P. J.; Sakai, T.; Jacobs, G. B.: NEAR-BOTTOM TURBULENCE BYINTERNAL SOLITARY WAVES IN SHALLOW WATERS09:00 Suanda, S. A.; Barth, J. A.: UNDERSTANDING THE TIMING ANDTRANSPORTS OF HIGH-FREQUENCY INTERNAL WAVES ON THEOREGON INNER SHELF09:15 Aristizabal, M. F.; Fewings, M.; Washburn, L.; Dorman, C.: THE INFLUENCEOF INTERNAL WAVES ON THE TEMPERATURE VARIABILITY IN THESANTA BARBARA CHANNEL09:30 Squibb, M. E.; Monismith, S. G.; Woodson, C. B.; Pawlak, G.; Nash, J.:OBSERVATIONS OF SHOALING INTERNAL WAVES AND EVALUATIONOF SURFACE WAVE-TURBULENCE SEPARATION IN MAMALA BAY,HAWAII09:45 Sutherland, B. R.; Ivey, G. N.; Keating, S.; Shrivastava, I.: SHOALING ANDTUNNELING INTERNAL SOLITARY WAVES10:30 Winters, K.; Armi, L.: BLOCKING AND THE ESTABLISHMENT OFCONTINUOUSLY STRATIFIED HYDRAULIC CONTROL IN TIDALLYDRIVEN FLOW OVER TOPOGRAPHY10:45 White, B. L.; Helfrich, K. R.: A MODEL FOR INTERNAL BORES INCONTINUOUS STRATIFICATION11:00 Lucas, A. J.; Pinkel, R.; Nash, J. D.; Fer, I.; Shroyer, E.: DIRECT OBSERVATIONSOF THE UPSHELF EVOLUTION OF BOTTOM BORES DRIVEN BY THEBAROCLINIC M2 TIDE11:15 McPhee-Shaw, E. E.; Cheriton, O. M.; Shaw, W. J.; Raanan, B. Y.: DETACHEDBOTTOM BOUNDARY LAYERS AND SHELF SUSPENDED SEDIMENTTRANSPORT CAUSED BY INTERNAL TIDES11:30 Leichter, J. J.; Stokes, M. D.; Vilchis, L. I.; Fiechter, J.: REGIONAL SYNCHRONYOF INTERNAL WAVE FORCING ALONG THE FLORIDA KEYS REEFTRACT11:45 Pineda, J.; Starczak, V.; da Silva, J.; Helfrich, K.; Wiley, D.: ECOLOGICALCONSEQUENCES OF THE SHOALING OF LARGE AMPLITUDE INTERNALWAVES AT STELLWAGEN BANK: SIX YEARS OF OBSERVATIONS OFHUMPBACK WHALES AND THEIR PREY12:00 Vitousek, S.; Fringer, O. B.: A NONHYDROSTATIC ISOPYCNAL-COORDINATE OCEAN MODEL12:15 Bordois, L.; Auclair, F.; Paci, A.; Dossmann, Y.; Nguyen, C.: INTERNALSOLITARY WAVES IN SHALLOW STRAITS131 Submarine Canyons: Oceanographic Conditions, GeologicalFeatures, and Ecological SettingsChair(s): Amanda W.J. Demopoulos, ademopoulos@usgs.govChristina A. Kellogg, ckellogg@usgs.govE. Brendan Roark, broark@geos.tamu.eduFuru Mienis, Furu.Mienis@nioz.nlLocation: 31414:00 Huvenne, V. A.; Robert, K.; Ismail, K.; Jones, D. O.; Tyler, P. A.: HABITATHETEROGENEITY AND BIODIVERSITY IN WHITTARD CANYON, CELTICMARGIN, NE ATLANTIC14:15 Wilson, A.; Allcock, L.; Johnson, M.; Kiriakoulakis, K.; White, M.: NEPHELOIDLAYERS IN THE WHITTARD CANYON, NORTH EAST ATLANTIC.14:30 Xu, J. P.; Rosenberger, K.; Noble, M.: TURBIDITY IN CALIFORNIASUBMARINE CANYONS14:45 Sanchez-Vidal, A.; Calafat, A.; Canals, M.; Pedrosa-Pàmies, R.: CARBON CYCLERELEVANCE OF ATMOSPHERE-DRIVEN OCEANOGRAPHIC PROCESSESIN SUBMARINE CANYONS OF THE NW MEDITERRANEAN SEA15:00 Robertson, C. M.; Bourque, J. R.; Duineveld, G.; Mienis, F.; Demopoulos, A.:BENTHIC COMMUNITY STRUCTURE AND FUNCTION IN BALTIMORECANYON, U.S.A.15:15 Morrison, C. L.; Coykendall, D. K.; Springmann, M. J.: PATTERNS OF AMONG-CANYON CONNECTIVITY FOR TWO COLD-WATER GORGONIANCORAL SPECIES IN THE WESTERN MID-ATLANTIC REGION15:30 Demopoulos, A. W.; Bourque, J. R.; Brooke, S.; Ross, S. W.: BENTHICCOMMUNITY STRUCTURE AT NEWLY INVESTIGATED HYDROCARBONSEEPS ON THE CONTINENTAL SLOPE OF THE WESTERN NORTHATLANTIC15:45 Rabouille, C.; Olu, K.; Baudin, F.; Deniellou, B.; Congolobe Party, A.: AMULTIDISCIPLINARY STUDY OF THE CONGO DEEP-SEA FAN LOBES:PRELIMINARY RESULTS FROM THE CONGOLOBE AND WACS CRUISES133 Dynamic Physical and Ecological Drivers of Marine MetapopulationConnectivityChair(s): Julie Kellner, jkellner@whoi.eduDavid Siegel, davey@eri.ucsb.eduSimon Thorrold, sthorrold@whoi.eduRubao Ji, rji@whoi.eduLocation: 313 C10:30 Sponaugle, S.; Paris, C.; Walter, K.; Kourafalou, V.; D’Alessandro, E.: OBSERVEDAND MODELED LARVAL SETTLEMENT OF A REEF FISH TO THEFLORIDA KEYS10:45 Rossi, V.; Ser-Giacomi, E.; Lopez, C.; Hernandez-Garcia , E.: OCEANICPROVINCES AND BASIN-SCALE CONNECTIVITY DERIVED FROM AHYDRODYNAMICAL NETWORK HELP DESIGNING MARINE RESERVES11:00 Harrison, C. S.; Siegel, D. A.; Mitarai, S.: FILAMENTATION AND EDDY−EDDY INTERACTIONS IN MARINE LARVAL ACCUMULATION ANDTRANSPORT11:15 Nakamura, M.; Sakai, K.; Higa, Y.; Okaji, K.; Mitarai, S.: LARVAL DISPERSALAND RECRUITMENT OF SCLERACTINIAN CORALS AND CROWN-OF-THORNS STARFISH AROUND OKINAWA ISLAND, JAPAN11:30 Kough, A. S.; Paris, C. B.: CAPTURING RARE EVENTS IN COUPLEDBIOPHYSICAL CONNECTIVITY MODELS.11:45 Pinsky, M. L.: NEW APPROACHES FOR ESTIMATING EMPIRICALDISPERSAL KERNELS FROM GENETICS12:00 Serrano, X. M.; Baums, I. B.; Smith, T. B.; Jones, R. J.; Baker, A. C.:HORIZONTAL VS. VERTICAL GENETIC CONNECTIVITY IN THECARIBBEAN REEF CORALS MONTASTRAEA CAVERNOSA AND PORITESASTREOIDES12:15 Kellner, J. B.; Thorrold, S. R.; Ji, R.; Jones, G. P.; Planes, S.: LOCAL SCALES OFLARVAL DISPERSAL137 North Atlantic Ocean Dynamics: From Natural Fluctuations toExternally Forced ResponseChair(s): Laure Zanna, zanna@atm.ox.ac.ukEd Hawkins, e.hawkins@reading.ac.ukLocation: 31208:00 Send, U.; Lankhorst, M.; Biastoch, A.; Kanzow, T.; Fischer, J.: DECADALVARIABILITY IN THE DEEP BRANCH OF THE ATLANTIC MERIDIONALOVERTURNING CIRCULATION OBSERVED AT 16N08:15 Smeed, D. A.; McCarthy, G.; Cunningham, S. A.; Johns, W. E.; Meinen, C. S.:OBSERVED DECLINE OF THE ATLANTIC MERIDIONAL OVERTURNINGCIRCULATION 2004 TO 201208:30 Johns, W. E.; Meinen, C.; Frajka-Williams, E.; McCarthy, G.; Zhao, J.:VARIABILITY OF THE ATLANTIC DEEP WESTERN BOUNDARYCURRENT AT 26.5°N08:45 Baringer, M. O.; Dong, S.: ESTIMATING THE MERIDIONAL HEATTRANSPORT AND OVERTURNING CIRCULATION FROM XBTS09:00 Visbeck, M.; Fischer, J.; Karstensen , J.; Zantopp, R.; Behrens, E.: 15 YEARS OFDEEP WESTERN BOUNDARY CURRENT OBSERVATIONS AT THE EXITOF THE LABRADOR SEA AT 53°N09:15 Roessler, A.; Rhein, M.; Mertens, C.; Kieke, D.: FROM DAILY TOINTERANNUAL VARIATIONS: OBSERVED TRANSPORT VARIABILITY OFTHE SUBPOLAR GYRE AT THE MID-ATLANTIC RIDGEFRIDAY173

AGU/ASLO/TOS2014 Ocean Sciences Meeting09:30 Curry, R. G.; Polzin, K.: THE BUOYANCY GAIN PART OF AMOC09:45 Mielke, C. L.; Frajka-Williams, E.; Gary, S. F.; Toole, J. M.; Baehr, J.: OBSERVEDAND SIMULATED VARIABILITY OF THE ATLANTIC MERIDIONALOVERTURNING CIRCULATION AND THE DEEP WESTERN BOUNDARYCURRENT10:30 Kelly, K. A.; Thompson, L.; Dickinson, S.: CONTRIBUTIONS TO LOWFREQUENCY VARIABILITY OF SST IN THE NORTH ATLANTIC10:45 Buckley, M. W.; Forget, G.; Heimbach, P.; Ponte, R. M.: LOW-FREQUENCY SSTAND UPPER-OCEAN HEAT CONTENT VARIABILITY IN THE NORTHATLANTIC11:00 Williams, R. G.; Roussenov, V.; Lozier, M. S.: GYRE-SCALE CONTRASTS INTHERMAL AND HALINE ANOMALIES IN THE NORTH ATLANTIC: THEEFFECT OF CHANGES IN EKMAN AND OVERTURNING CIRCULATIONS11:15 Rhines, P. B.; Xu, X.; Chassignet, E.; Schmitz, W. J.: ATLANTIC WATER-MASSTRANSFORMATION AND THE THETA/S AMOC11:30 Yamamoto, A.; Palter, J. B.; Lozier, M. S.; Bourqui, M. S.: THE RELATIVEIMPORTANCE OF OCEAN TEMPERATURE VERSUS ATMOSPHERICPATHWAYS IN CONTROLLING WESTERN EUROPEAN CLIMATEVARIABILITY11:45 Msadek, R.; Delworth, T.: NORTH ATLANTIC ATMOSPHERIC RESPONSETO OCEANIC FRONTS IN HIGH-RESOLUTION GLOBAL COUPLEDMODELS12:00 Hermanson, L.; Booth, B. B.; Dunstone, N. J.; Halloran, P. R.; Smith, D. M.:NORTH ATLANTIC MULTI-DECADAL VARIABILITY: INTERNALLY OREXTERNALLY FORCED?12:15 Latif, M.; Klöwer, M.; Ding, H.; Greatbatch, R. J.; Park, W.: ATLANTICMERIDIONAL OVERTURNING CIRCULATION AND PREDICTION OFNORTH ATLANTIC SEA SURFACE TEMPERATURE14:00 Zhao, J.; Johns, W.: WIND-DRIVEN INTERANNUAL VARIABILITY OF THEATLANTIC MERIDIONAL OVERTURNING CIRCULATION14:15 Yang, J.: LOCAL AND REMOTE FORCING OF THE ATLANTICMERIDIONAL OVERTURNING CIRCULATION (AMOC) TRANSPORTALONG THE RAPID-MOCHA LINE (26.5N)14:30 Nilsson, J.; Langen, P. L.; Ferreira, D.; Marshall, J.: OCEAN BASIN GEOMETRYAND THE SALINIFICATION OF THE ATLANTIC OCEAN14:45 Yeager, S. G.: TOPOGRAPHIC CONTROL OF THE ATLANTICMERIDIONAL OVERTURNING CIRCULATION15:00 Behrens, E.; Böning, C. W.; Biastoch, A.: ON THE OCEANIC RESPONSE TOAN ACCELERATED MELTING OF THE GREENLAND ICE-SHEET IN ANEDDYING OCEAN15:15 Allison, L. C.; Smith, R. S.; Hawkins, E.; Woollings, T. J.; Lenton, T. M.:OCEANIC AND ATMOSPHERIC FEEDBACKS ASSOCIATED WITHBISTABILITY OF THE ATLANTIC MERIDIONAL OVERTURNINGCIRCULATION IN A COUPLED CLIMATE MODEL15:30 Medhaug, I.; Czaja, A.: USING SURFACE DRIFTERS AS A DIAGNOSTICOF THE NORTH ATLANTIC OCEAN CIRCULATION AND HEATTRANSPORT IN A CLIMATE MODEL15:45 Eldevik, T.; Nilsen, J. E.: THE ARCTIC–ATLANTIC THERMOHALINECIRCULATION153 Using Compound-Specific Stable Isotope Analysis toAdvance Population and Community EcologyChair(s): Kelton McMahon, kemcmaho@ucsc.eduMatt McCarthy, mccarthy@pmc.ucsc.eduBrian Popp, popp@hawaii.eduLocation: 318 AB08:00 Chikaraishi, Y.; Ogawa, N. O.; Tsuchiya, M.; Ohokouchi, N.: FACTORSCONTROLLING THE NITROGEN ISOTOPIC COMPOSITION OF AMINOACIDS IN FOOD WEBS08:15 Bradley, C. J.; Wallsgrove, N. J.; Choy, C. A.; Hoen, D. K.; Hetherington, E. D.:TROPHIC ENRICHMENT FACTORS IN MARINE TELEOSTS ESTIMATEDFROM WILD SAMPLES08:30 Hetherington, E. D.; Olson, R. J.; Drazen, J. C.; Popp, B. N.; Kaufmann, R. S.:FOOD WEB STRUCTURE OF THE EASTERN TROPICAL PACIFIC OCEANBASED ON COMPOUND-SPECIFIC ISOTOPE ANALYSIS OF AMINO ACIDS08:45 Hamady, L.; Popp, B.; Natanson, L. J.; Skomal, G. B.; Thorrold, S. R.:RETROSPECTIVELY INVESTIGATING WHITE SHARK DIETS IN THENORTHWEST ATLANTIC OCEAN VIA AMINO ACID d 15 N ANALYSIS09:00 McMahon, K. W.; McCarthy, M. D.; Guilderson, T. P.: DECADALTO CENTURY SCALE CHANGES IN NORTH PACIFIC OCEANPHYTOPLANKTON COMMUNITIES ASSESSED BY 113C COMPOUND-SPECIFIC STABLE ISOTOPE ANALYSIS OF DEEP-SEA CORALS09:15 Nielsen, J. M.; Winder, M.: SEASONAL DYNAMICS OF BALTIC SEAZOOPLANKTON ASSESSED BY CARBON AMINO ACID STABLEISOTOPES09:30 Close, H. G.; Hannides, C. S.; Popp, B. N.: COMPOUND-SPECIFIC < 13 CVALUES AS INDICATORS OF BIOSYNTHESIS AND DEGRADATION INMARINE PARTICLES, FROM SUBMICRON TO SINKING, STATION ALOHA09:45 Moerdijk-Poortvliet, T.; Stal, L.; Boschker, H.: TRACING CARBON FLOW INMICROPHYTOBENTHIC COMMUNITIES BY LC/IRMSFRIDAY174

Program BookAGU/ASLO/TOSAuthor IndexAAagaard, K. 111Abadie, C. 169Abaya, L. 71Abboud, S. S. 60Abbriano, R. 94Abchiche, A. 129Abdallah, H. 99Abecassis, M. 149ABE, K. 167Abeles, A. 51, 97Abell, G. 69, 70Abell, G. C. 69Abell, J. T. 61Abel, V. E. 102Abe-Ouchi, A. 122Abernathey, R. P. 78Abouchami, W. 169Abrahamsen, E. P. 51Abramowitz, G. 116, 137Abrams, J. F. 168Abrantes, F. 110Abril, G. 67, 167, 168Abukhidejeh , K. 55Achterberg, E. 68, 110, 120, 122, 129,136, 139, 153, 158, 167Achterberg, E. A. 153Achterberg, E. P. 68, 110, 120, 122,129, 136, 153, 158Acinas, S. G. 94Ackerman, J. D. 54Ackleson, S. G. 87Ackley, S. F. 117Acoba, T. 151Acosta, A. 133Acosta, R. P. 62Acuña, F. H. 134Adachi, Y. 132Adam, B. 156Adams, J. 106, 149Adams, J. N. 149Adams, M. B. 81Adams, M. M. 57Adams, R. 122Adcroft, A. 76Adhami, Z. 60Adhikari, P. 100Adissi, F. 85Adkins, J. 51, 61, 110Adkins, J. F. 61, 110Adolf, J. 71, 79, 91, 109Adolf, J. E. 79, 91, 109Adornato, L. 139Adriano, B. 170Aeby, G. 121, 140, 153Aeby, G. S. 121, 140Aeppli, C. 46, 57Afanasyev, Y. D. 107Agasild, H. 91Agate, M. 159Aghassi, E. N. 144Agnihotri, R. 126Agosto-Calderon, N. 121Agrawal, S. 69Aguilar, C. 71, 145Aguilar-Islas, A. M. 110, 126Aguiñiga-García, S. 146Aguirre-Bahena, F. 159Agustin, A. E. 72Aguzzi, J. 90Ahlgren, N. A. 70Ahmed, S. 106, 119, 136Ahmed, S. A. 106Ahmerkamp, S. 67Ahn, S. 65, 162Aidaroos, A. 59Aikau, H. 108, 168Aiken, R. 166Aiken, R. A. 166Aiki, H. 116Aikman, F. 116Ainsworth, C. 58, 141Ainsworth, C. H. 141Airey, D. 74, 162Airey, D. W. 162Airs, R. L. 63Aita, M. N. 162Akan, C. 166, 171Akiona, A. 94Akram, N. 106Aksenov, Y. 112Aksnes, D. L. 149Alabia, I. D. 73Al-Ansari, E. M. 61Alarcon, C. 157Alber, M. 54Albertani, R. 87Albertazzi, S. 65Albert, S. 107Albrecht, F. 124Albright, A. 67, 158Albright, A. T. 67Albuquerque, A. L. 84, 146ALBUQUERQUE, A. L. 65Albuquerque, A. S. 157Alcaraz, M. 84, 98Alderkamp, A. C. 105, 145Alebregtse, N. C. 52Alegado, R. A. 73Alexander, C. R. 52, 80Alexander, H. 168Alexander, M. 49, 109, 136Alexander, M. A. 49, 136Alexander, R. B. 109Alexander, S. R. 170Alex, S. 84Aleynik, D. 121Alfaro, S. 84Alford, M. 56, 74, 78, 90, 116, 159, 169Alford, M. H. 56, 74, 78, 90, 116,159, 169Alhaija, M. 158Aliah Irvine, L. 146Ali, K. A. 119Alikas, K. 106Alin, S. 48, 61, 76, 122Alin, S. R. 48, 61, 76Alkire, M. B. 161Allan, J. 80Allard, R. 56, 116ALLCOCK, A. L. 159Allcock, L. 173Alleau, Y. 89, 126, 151Allen, A. 106, 113, 117, 118, 131,133, 139Allen, A. E. 106, 113, 117, 118,131, 139Allen, E. E. 98Allen, J. G. 72Allen, J. I. 68, 168Allen, J. S. 104, 156Allen, L. Z. 113Allen, M. R. 71Allen, R. P. 108Allen, S. E. 48, 120, 162Aller, R. C. 158ALLGEYER, S. 154Alling, A. 88Allison, I. 52Allison, L. C. 51, 174Allison, M. A. 52, 110Allison, M. D. 63, 152, 154, 157Allison, S. D. 64, 84Almeda, R. 84, 100Almeida, T. G. 116Almodovar Acevedo, L. 73Almogi-Labin, A. 99Almukaimi, M. 96Alnajjar, M. W. 159Alory, G. 108Alpert, A. 75, 123Al-Ragum, A. N. 116Al-Shaikh , I. A. 61Altabet, M. 53, 54, 62, 69, 70, 75, 92, 129Altabet, M. A.53, 54, 62, 69, 70, 75, 92, 129Altieri, K. E. 64Altin, D. 101Aluie, H. 78Aluwihare, L. I. 70, 82, 98, 99Alvarenga, J. B. 115Alves, R. M. 89Alves Soares, A. R. 84, 99Alwany, M. A. 127Amado-Filho , G. M. 121Amador, A. 117Amano, C. 92Amano, M. 162Amano-Sato, C. 92Aman, Z. M. 105Amaral-Zettler, L. A. 54, 55, 71Amato, D. W. 91Ambrose, W. G. 84Ameen, A. D. 95Amft, J. 69, 117, 129, 158Amft, J. A. 158Amini, M. 84Amin, R. 106Amin, S. A. 118Amon, R. 77, 98, 99, 163Amon, R. M. 77, 99Amosa, P. 84Amos, C. L. 116, 158Amoudry , L. O. 65Ana Carvalho, F. 131Ana Martins, M. 131Anantharaman, K. 118, 167Anastasia, J. R. 71An, B. W. 77Anderberg, E. 156Andersen, O. B. 58, 169Andersen, T. 52, 80, 95, 96, 150Andersen, T. J. 52, 80, 95, 96Anderskouv, K. 99Anderson, A. 94, 105, 108Anderson, A. V. 105Anderson, B. 93Anderson, C. R. 58, 104Anderson, D. M. 71Anderson, E. J. 71, 141, 155Anderson, J. 81, 108, 116, 123Anderson, J. E. 123Anderson, J. K. 116Anderson, L. G. 122Anderson, M. R. 73Anderson, O. 138Anderson, P. D. 68Anderson, R. 53, 127, 148, 153Anderson, R. F. 53, 148, 153Anderson, S. 103, 139, 170Anderson, S. P. 139Anderson, S. R. 103Anderson, T. R. 145, 165Anderson, W. G. 130Andersson, A. 48, 61, 135, 156, 171Andersson, A. J. 48, 61, 135Andersson, L. 168Andersson , S. G. 106Ando, K. 49, 62Andrade, S. 127Andreadis, K. 96, 124Andreadis, K. M. 124Andresen, c. g. 119Andres, M. 62Andrews, K. R. 59, 60Andrisoa, A. 93Androulidakis, Y. S. 154Angela Milne, . 170Angel-Benavides, I. M. 46, 144Angel, D. L. 168Angelie Cartagena , R. 63Angell, J. 69Angel, M. 152Anguelova, M. D. 161Anschutz, P. 67, 172Ansong, J. K. 74Ansorge, I. 148, 167Ansorge, I. J. 148Anstead, K. A. 60Anthony, E. 168Antia, A. N. 65Antonov, J. I. 108Aoki, K. 83Aoki, S. 92Aono, T. 68Aoyama, M. 53, 68, 122Apel, E. 51Apple, J. 67, 105, 152Apple, J. K. 67, 152Apprill, A. 107, 121Aragon, D. 139Arai, K. 99Arai, R. 118, 152Arakawa, N. K. 99Arango, H. G. 95Araujo, M. 144Araujo, O. 120Araujo, T. C. 144Arbetter, T. 115Arbic, B. 74, 89, 90, 96, 107, 121,124, 138Arbic , B. K. 138Arbic, B. K. 74, 89, 90, 96, 107, 121, 124, 138Arbi, U. Y. 88Arcas, D. 116Archambault, P. 77, 126, 141Archer, C. L. 87Arcos, N. 154Ardelan, M. V. 70, 72, 153Ardhuin, F. 47, 135Arduini, S. 97Ardyna, M. 77Arellano, S. M. 165Arenas, V. E. 65Arévalo-Martínez, D. L. 49, 134Arias-Ortiz, A. 120Arima, M. 115Aristizabal, M. F. 173Ariza, A. V. 149Arkhipkin, A. 126Arkin, A. P. 64Armbrust, E. V. 48, 94, 106, 118,127, 139Armengol, L. 101Armi, L. 144, 159, 173Armitage, A. R. 107Armour, K. 79, 86, 113, 160Armour, K. C. 79, 86, 160Armstrong, E. 50, 152, 157, 172Armstrong, E. J. 50Armstrong, E. M. 152, 172Armstrong, H. A. 99Arndt, C. 113Arneborg, L. 134, 142175

AGU/ASLO/TOS2014 Ocean Sciences MeetingArnold, J. L. 166Arnold, S. 77, 97Arnone, R. 106, 119, 169Arnone, R. A. 106Arnosti, C. 89, 95, 98, 158Arnott, K. 101, 104Arnott, K. D. 101Arobone, E. M. 144Aronson, R. B. 140, 146Arraras-Garcia, J. 146Arrigo, K. 50, 84, 89, 105, 111, 117,127, 145Arrigo, K. R. 50, 84, 89, 105, 111,117, 127, 145Arrigo, L. M. 110Arruda, R. 146Arst, H. 106, 118Arteaga, L. A. 84Årthun, M. 106, 161Arthur, K. L. 167Arthur, R. S. 159Artigas, L. F. 113Artioli, Y. 168ASANUMA, I. 118, 155Ascani, F. 121Asch, R. G. 53Ashall, L. M. 95Asher, J. M. 143Asher, W. 108, 124, 137, 142Asher, W. E. 124, 137, 142Ashfaq, M. 89Ashi, J. 74Ashik, I. 115Ashjian, C. A. 111Ashjian, C. J. 66, 111Ashkenazy, Y. 131Ashworth, H. C. 103Ashworth, J. 48Asirwatham, J. 102Aslebagh, S. 123Aspden, R. J. 95Asp, N. E. 52Assmann, K. 117Aßmann, S. 48, 139Astley, A. 109Astor, Y. 81, 137Astor, Y. R. 137Atamanchuk, D. 129Athie, G. 58Atkinson, A. 110Atkinson, D. 47Atkinson, M. 86, 110, 135, 144, 146Atkinson, M. J. 86, 110, 135, 146Atlas, R. 154Attard, G. S. 66Aucan, J. 148Auclair, F. 74, 173Auger, P. A. 151Ault, J. S. 130Aumack, C. 72, 96, 97, 111Aumack, C. F. 72, 96, 97Aumont, O. 73, 165Aurin, D. A. 157Auro, M. E. 117Auscavitch, S. R. 117Auster, P. J. 73Austin, M. 166Austin-Minor, E. C. 162Austin, R. N. 57Au, W. 150, 167Au, W. W. 150Avaro, J. 86Avens, L. 167Avery, G. B. 142, 158Awad, A. A. 88Awaji, T. 73, 105, 165Awaya, J. 71Ayala-Díaz, E. 146Ayano Kobayashi, . 54AYATA, S. D. 136Aydin, K. 53, 66Ayers, J. M. 165Ayón, P. 48Ayvazian, S. 142Azam, F. 73, 82, 98Azetsu-Scott, K. 132Azizian, M. 159Azouri, A. 116BBaars, O. 138Baas, J. 95Baba Yasuyuki, B. Y. 119Babb, I. G. 88, 105Babbin, A. 54Babbin, A. R. 69, 81Babcock-Adams, L. 57, 82, 98Babcock-Adams, L. C. 57, 82Babin, M. 77, 79, 89Baca, S. T. 100Bachman, B. E. 50Bachman, S. 107Bachy, C. 131Backeberg, B. 148Backhaus, J. O. 120Baco, A. R. 101, 113Bacon, S. 77, 112, 131Baco-Taylor, A. R. 48Badaro, O. 115Badger, J. H. 131BADIEY, M. 159Baehr, J. 161, 174Bækkedal, K. S. 150Baer, S. 128Baesman, S. M. 49Bahr, F. 56, 111Bahr, F. L. 56Bahr, K. D. 166Bailey, B. L. 167Bailey, C. A. 171Bailey, H. 56Bailey, J. 60Bailey, S. 140, 155Bailey, S. A. 155Bai, L. S. 93Baines, S. B. 70, 134Baird, R. 149, 155Baird, R. W. 155Bai, X. 136BAI, Y. 170Baker, A. 60, 121, 173Baker, A. C. 121, 173Baker, B. J. 118, 167Baker, D. M. 107Baker, J. E. 72Baker, L. J. 79Bakker, D. 134, 142, 157Bakker, D. C. 142Bakker, K. 77Balaguru, K. 172Balch, B. 172Balch, W. 48, 53, 93, 102, 127, 168Balch, W. M. 48, 93, 102, 127, 168Balcom, P. 150Baldasso, L. F. 129Baldock, T. E. 166Baldwin, C. C. 69Balfour, C. 169Baliga, N. S. 48Balinsky, M. 55Balkema, C. 131Ballabrera-Poy, J. 124Ballance, L. T. 70Ballard, J. R. 61, 76Ballarotta, M. 132Ballas, D. 59Ball, B. 159Ballester, J. 130Ball, J. 90Balmonte, J. P. 89, 123Banas, N. 52, 58, 171Banas, N. B. 171Banas, N. S. 58Bandyopadhyay, P. 165Bane, J. 69, 87Bane, J. M. 87Bange, H. W. 49, 54, 60, 62, 69, 75,81, 134Banks, C. J. 108Banno, M. 80, 147Banyte, D. 107Banzon, V. 157, 158Banzon, V. F. 158Bao, M. 72, 87, 100Bao, M. T. 100Bao, S. 87Bao, X. 72Baptista, A. 85, 95, 105, 107, 108, 115,120, 123, 151Baptista, A. M. 95, 105, 107, 115,120, 123, 151Ba, Q. 72Baraille, R. 159Baran, N. 113Barbeau, K. A. 73, 93, 110, 138, 158Barbee, M. 51, 81, 96, 121Barbee, M. M. 81, 96Barbera, P. 133Barber, B. J. 103Barber, D. C. 81Barber, D. S. 98Barbero, L. 61Barbosa, C. F. 84, 157Barciela, R. 104Barclay, D. 152Bardin, A. M. 76Barge, J. 143Baringer, M. 58, 122, 173Baringer, M. O. 58, 173Bariteau, L. 89, 134Barkan, R. 143Barkdull, M. K. 144, 146Barker, S. 161Barkley, H. C. 146Barnard, A. 94, 130Barnard, P. L. 80, 81Barnes, A. 147Barnes, K. 162Barnett, A. 59Barnett, J. M. 79Barnhardt, R. J. 108Barnier, B. 58, 161Baronas, J. J. 153Barone, B. 136Barott, K. L. 121Barrado, C. 152Barrett, D. C. 95, 96Barrett, M. J. 140Barrett, P. M. 61, 109Barrett, R. T. 125Barreyre, T. 114Barrick, D. E. 154Barron, C. 105, 169Barron, C. N. 105Barry, J. H. 144Barry, J. P. 133Barry Ma, . 56Barthel, A. 93Barth, J. A. 156, 159, 173Bartilotti , C. 48Bartlett, D. H. 78Bartlett, J. T. 123Barton, A. D. 68Barton, E. D. 115Bartz, R. J. 158Baschek, B. 143, 144, 165Baschek, B. G. 143Bascom, D. 48Bas-Concepcion, J. 121Basirico, L. 162Baskaran, M. 53, 61Baskerville, T. C. 57Baskett, M. L. 69Bass, E. 81Bassette, S. L. 121Bastviken, D. 134Batchelder , H. P. 160Batchelder, H. P. 125Bates, M. 75, 86Bates, M. L. 75Bates, N. 48, 59, 77, 85, 89, 93, 122,123, 124, 137, 145, 168Bates, N. R. 59, 85, 89, 93, 122, 123,124, 137, 168Bates, S. C. 124Batista, C. F. 75Batista, F. 70Batta-Lona, P. G. 110Battista, T. 167Bauch, H. A. 161BAUD, B. 172Baudin, F. 173Bauerfeind, E. 77, 139Bauer, J. 65, 74Bauer, L. 76Bauer, M. 72Baukus, A. 149Baumann-Pickering, S. 155Baumgartner, M. F. 101, 167Baum, J. K. 121Baums, I. B. 173Baum, S. K. 172Baxter, R. 139Bayer, B. 148Bayer, S. R. 83Bayha, K. M. 101Bayler, E. J. 108Bayr, T. 130Beaird, N. L. 112Beal, L. M. 148, 167Beardall, J. 151Beaton, A. D. 138Beatty, C. 89Beaulieu, C. 50Beaulieu, S. E. 77, 160, 172Beaupré, S. 82Beauregard, J. L. 71Beavers, S. 141Bebieva, Y. 121Béchemin, C. 171Beck, A. J. 91Beck, C. A. 107Becker, B. 122Becker, J. M. 144, 147, 165Becker, J. W. 82Becker, M. 95Becker, N. 71, 154, 170Becker, N. C. 154, 170Becker, P. R. 133Becker, S. M. 90, 122Beckler, J. S. 130, 159Beckley, L. E. 46Beckman, B. 46Beck, M. R. 65Bednarsek, N. 76, 120, 140176

Program BookAGU/ASLO/TOSBeemelsmanns, C. 73Beerli, P. 48Beets, J. 141BEGUER-PON, M. 167Behera, S. 49, 84, 132Behera, S. K. 49, 84Behl, M. 132Behrenfeld, M. J. 50, 57, 63, 120, 134Behrens, E. 160, 173, 174Behrens, M. K. 153Behringer, D. 108Behymer, C. M. 121Beier, E. 73, 127Beierlein, L. 75Beirne, E. 81Beker, B. 94Bélanger, S. 89Belcher, S. E. 76Belem, A. L. 146, 157BELEM, Andre L., . 65Beletsky, D. 52, 136Beletsky, R. 52, 136Belgrano, A. 168Belharet, M. 53Bell, A. 170Bellanco-Esteban, M. J. 144Bell, C. 171Bell, D. W. 84, 99Bellenger, H. 61Bell, E. V. 67, 77, 116, 122Belley, R. 102Bellingham, C. 109Bellingham, J. G. 87, 147, 152, 164, 169Bell, K. C. 97Bell, R. 139, 172Bell, R. E. 139Bell, S. J. 119Bell, T. G. 50, 142Belmadani, A. 107Belmar , L. G. 81Belo, W. C. 121, 129Beman, J. M. 54, 68, 91Beman, M. 114Bénard, R. 61Bender, M. A. 171Bender, M. L. 50Bendif, E. M. 139Benedict, J. J. 89Benetazzo, A. 89Benfield, M. 78Benfield, M. C. 78Ben-Horin, T. 137Benítez-Barrios, V. M. 100Benitez-Nelson, C. 49, 99, 146Benitez-Nelson, C. R. 49, 99Benjamini, C. 127Benjamin Jones, . 160Benjamin, L. 154Ben McNeil, . 108, 145Benner, R. 77, 82, 94, 98, 102Bennett, B. 160Bennett, S. 169Bennington, V. 149Bennis, A. C. 135Benoit-Bird, K. J. 138, 170Benoît-Gagné, M. 89Bentamy, A. 115Benthuysen, J. 129Bentley, S. J. 52, 99Bentsen, M. 121Berard, N. A. 147Berdnikov, S. 106Berelson, W. 53, 61, 63, 73, 81, 83,99, 158Berelson, W. M. 53, 63, 83, 99, 158Bergamaschi, B. 109Bergauer, K. 167Berg, C. 48, 82Berge/Jørgen, . 161Berger, A. 116Bergeron, M. 77Berges, J. 94Berggren , M. 99Berggren, M. 84, 111Bergkvist, J. 95Berglund, Å. M. 156Bergman, B. 118, 145, 150Berg, P. 67Berkelmans, R. 146Berkowitz, P. 144Berline, L. 72Berloff, P. 107, 121Berloff, P. S. 107Berman-Frank, I. 114Bermúdez, J. R. 133Bernardello, R. 70, 80, 92Bernard, F. 51Bernardi, G. 164Bernard, R. J. 159Bernasconi, S. M. 112Bernhard, J. 91, 97Bernhard, J. M. 91Bernhardt, P. 54, 63Bernhardt, P. W. 63Bernier, N. 157Bernstein, W. 81Berntzon, L. 150Beron-Vera, F. J. 78, 90, 121Berquist, P. 54Berthet, S. 78, 130Berthiaume, C. 127Bertilsson, S. 105, 106Bertos-Fortis, M. 156Bertram, M. A. 88Bertrand, E. M. 117Berube, P. M. 82Berumen, M. L. 48Berys-Gonzalez, C. 100Besio, G. 83Besoain, V. 62Besonen, M. 126Besse, I. 123Besson, F. 66Best, B. D. 56Beszczynska-Moeller, A. 139Beszczynska-Möller, A. 139, 161Beszteri, S. 133Beth Turner, . 51Betin, V. 73Beurmann, S. 153Beusen, A. 168Bhaganagar, K. 156Bhatrasataponkul, T. 129Bhushan, R. 126, 154Bian, C. 95Bianchi, D. 109Bianchi, T. 49, 52, 63, 66, 68, 110, 141, 151Bianchi, T. S. 49, 52, 66, 68, 110, 141, 151Bianucci, L. 50Biastoch, A. 138, 148, 166, 173, 174Bibby, T. S. 50, 117, 120, 150Bible, J. M. 114Bickford, N. 48Biddle, J. F. 118, 148Bidigare, R. R. 87, 99, 133, 136,145, 148Bidle, K. 94, 113, 130, 131Bidle, K. D. 94, 113, 130, 131Bidleman, T. F. 171Biegala, I. C. 148Bielak, J. 154Bienfang, P. 54Biescas, B. 143, 164BIescas Gorriz, B. 164Bigger, D. 87Bignert, A. 156, 171Bi, H. 53Bill, B. D. 162Billerbeck, S. 79Biller, S. 94Billheimer, S. J. 46Biló, T. C. 121BI, N. 52Binder, B. J. 63Bindoff, N. 46, 61, 108, 115, 169Bindoff, N. L. 46, 61, 115, 169Bingham, F. 123, 124, 137Bingham, F. M. 123, 124, 137Bingham, R. J. 169Bingham, S. A. 138Bi, N. S. 65Bi, R. 101, 113Birch, D. A. 164Birch, J. 138Birchler, J. J. 95Bird, C. E. 48, 60, 160Bird, J. A. 151Bird, L. 138, 159Bird, L. E. 138Bisagni, J. J. 117Biscaye, P. E. 78Bischoff, T. 121Bishop, J. 66, 91, 97, 129Bishop, J. K. 66, 129Bishop, J. M. 91Bishop, M. 102Bishop, S. P. 90Bismuth, E. 47Bittar, T. B. 99Bittig, H. C. 52Bitz, C. 115Bitz, C. M. 115Bizsel, N. 153Bjærke, O. 150Björk, G. 52Bjorkman, K. M. 63Björkman, K. M. 79, 142, 148Bjorkstedt, E. P. 61, 116Blachowiak-Samolyk , K. 150Blachowiak-Samolyk, K. 127, 139,152, 168Blacic, T. M. 131Black, D. E. 84Black, E. 68Blackford, J. 48, 134Black, K. D. 168Black, P. 172Blain, S. 47, 79, 80Blair, A. 137Blaker, A. 69, 121Blaker, A. T. 69Blanchard, A. L. 111, 127Blanchard, J. L. 125Blanchard-Wrigglesworth, E. 115Blanchette, C. A. 76Blanco-Bercial, L. 48, 69, 127Blanke, B. 57, 115, 161Blaser, S. 168Blasiak, L. 69Bleck, R. 86Blenckner, T. 102, 145, 171Blenkinsopp, C. E. 116Bliss, A. C. 67, 77, 116, 122Bliss, B. C. 133Block, B. A. 67, 138, 155Blomquist, B. 134Blomquist, B. W. 134Blondel, P. 89Blue, C. R. 98Bluhm, B. 111, 149Bluhm, B. A. 111Blumberg, A. F. 80, 87Blum, J. D. 161Blum, M. 48, 70Blum, M. J. 48Blundell, J. R. 89, 109Bluteau, C. E. 56Bluth, R. 143Boardman, A. L. 103Boatman, M. C. 87Bob Pickart, . 111Bochdansky, A. B. 98, 167Bochow, M. 55Bockmon, E. E. 85BODIN, N. 66Bodker, E. 109Bodrossy, L. 69, 70Boebel, O. 138Boehm, A. B. 51, 54, 138, 166Boehnke, R. 127, 150Boening, C. 51, 113Boening, C. W. 113Boetius, A. 60, 78, 98, 164Boettger, D. 128Bogdanoff, A. S. 104Bogeberg, M. 143Bograd, S. 56, 58, 155Bograd, S. J. 56, 155Bogucki, D. 101, 104Bogucki,, D. 104Bohnenstiehl, D. R. 150Bo/Hong, . 83Boicourt, W. C. 109Boissonnot, L. 89Boiteau, R. M. 158Bojarski, A. J. 83Bokuniewicz, H. 91Bokuniewicz, H. J. 91Bolam, S. G. 72Boland, G. S. 159Boland, R. C. 143Bolding, K. 86Böll, A. 83Bolla Pittaluga, M. 147Bollens, S. 123, 162Bollens, S. M. 162Bollmann, J. 159Boll, W. D. 159Bolton, A. 75Bonachela, J. A. 64Bonaglia, S. 96, 156Bonato, S. 113Bond-Lamberty, B. 122Bond, N. 48, 104, 171Bond, N. A. 104, 171Bonekamp, H. 96Bongaerts, P. 143, 164Bonhommeau, S. 155Böning, C. 90, 160, 166, 174Böning, C. W. 160, 166, 174Bonito, L. T. 55Bonner , J. S. 115Bonneton, P. 135Bonnet, S. 128, 161Bonsdorff, E. 171Booe, T. 101, 102, 151Booker, T. 72Book, J. W. 62, 148, 167Boonsoon Kang, . 96Booth, B. B. 174Bootsma, H. A. 48, 134, 149Bopp, L. 145Bordbar, M. H. 124Bordelon, A. 147Bordois, L. 173Bordoni, S. 130Borges, A. V. 48Borisov, D. G. 99177

AGU/ASLO/TOS2014 Ocean Sciences MeetingBorn, A. 161Bornemann, H. 93Bornhorst, H. 122Bornstein, B. 164Bornstein, G. 143Bornstein, Mojica, G. J. 164Borrelli, M. 81Bosak, T. 67Bosc, C. 55Boschker, H. 98, 162, 174Boschker, H. T. 162Bose, A. 57Bos, J. 119Bosman, S. 100Boss, E. 77, 87, 129, 131, 145Bosse, A. 52, 129, 131boss, e. s. 136Bosu, S. 100Boswell, K. M. 100, 167Bo Thamdrup, . 82Bothner, M. H. 159Botsford, L. W. 47, 160Böttjer, D. 53, 70, 142Bouakba, H. 152Boucharel, J. 112Bouffard Damien, D. 136Bouffard, J. 96Bouman, H. 50, 70Bouman, H. A. 50Bourassa, M. 132, 160, 161Bourassa, M. A. 160, 161Bourbonnais , A. 69Bourbonnais, A. 54, 75Bourdallé-Badie, R. 90Bourdelais, A. J. 139Bourexis, P. 81, 123Bourgault, D. 172Bourke, R. E. 107Bourles, B. 113Bourne, D. G. 107, 152Bourque, J. R. 173Bourqui, M. S. 174Boussaha, M. 99Boustany, A. M. 55Boutin, J. 108, 123, 139Boutorh, J. 145Bouttes, N. 124Bouvier, V. 92Bouwman, L. 168Bovee, R. J. 118Bowen, A. J. 166Bowen, B. W. 164Bowen, G. J. 141Bowen, J. L. 54Bowen, M. M. 46Bower, A. 112, 132, 140, 152Bower, A. S. 112, 132, 140, 152Bowers, D. G. 87Bowers, H. A. 87Bowie , A. 153Bowie, A. R. 80, 105, 138, 153, 170Bowler, B. C. 48, 127Bowler, C. 80, 94, 131Bowles, J. H. 106Bowman, K. 126, 153, 169Bowman, K. L. 153, 169Bowman, M. M. 99Boyd, G. 55Boyd, P. W. 64, 80, 114, 133, 136,141, 162Boyd, T. 171Boye, M. 153Boyé, M. 169Boyer, E. W. 109Boyer, J. 162Boyer, T. 57, 108, 152Boyer, T. P. 108Boyle, E. A. 75, 110, 136, 148, 153,158, 170Bozich, D. 98Bracher, A. 50Bracken-Grissom, H. 69Braconnot, P. 75Bradbury, I. R. 48Bradley, C. J. 70, 174Brad Rosenheim, E. 100Bradshaw, C. J. 141Bradtke, K. 87Brady, D. C. 83, 125Brady, E. 68, 132Brady, E. C. 68Brady, M. M. 140Brady, R. X. 72Brahamsha, B. 73Brainard, R. 56, 75, 76, 86Brainard, R. E. 56, 76Brajard, J. 106Bramanti, L. 59, 160Bramucci, A. 123Branch, R. A. 161Brandão, J. C. 54Brandão, M. C. 57Brandenberger, J. M. 110Brandes, J. A. 54, 94Brand, L. 162Brandon, J. 55, 150Brandon, J. A. 55Brandsma, J. 66Brandt, A. 120Brandt, L. 95Brandt, M. 164Brandtneris, V. 143Brandtneris, V. W. 143Brandt, P. 57, 59, 107, 113Brandvik, P. J. 87Brankart, J. M. 154Brannigan, L. T. 143Brannock, P. M. 92Branstetter, M. 100Branyon, J. M. 165Brassell, S. C. 55Brasseur, P. 90, 154Brault, E. K. 162Braun, C. D. 59Bravo, H. R. 149Bray, S. 136, 145Bray, S. G. 136Brazelton, W. J. 92Brearley, J. A. 51Breaux, A. M. 79Breckenfelder, T. 160Breece, M. W. 56, 149Breeden, M. L. 165Breidahl, H. 97Breier, C. 53, 82Breier, C. F. 82Breier, J. 50, 61, 66Breier, J. A. 50, 61Breines, R. 97Breitburg, D. 61Bremer, L. 164Brenner, J. 142Brennwald Matthias, . S. 68Brennwald, M. S. 68Brent, L. 95Breslyn, W. 88Bresnahan, P. J. 129, 138Brett, G. E. 143Brévière, E. 64Brewer, P. G. 49, 133Brewer, W. A. 78Brewin, R. 53, 55Brewin, R. J. 55Brewster, J. 157Brey, J. A. 71Brey, T. 75Brian Ward, . 59Bricaud, A. 145Bricaud, C. 90Bricaud Clement, . 58Bricheno, L. M. 147Brickley, A. 77Bridges, D. H. 118Bridgestock, L. 153Brierley, A. S. 149Briggs, E. M. 129Briggs, N. T. 50Brigham, B. A. 151Brignole, P. 67Bringas, F. 46Bringue, M. 109Brinkman, R. M. 166Brion, N. 93Briscoe, D. K. 56Briseño-Avena, C. 149Briski, E. 140Bristol, D. L. 71Bristow, L. A. 62, 81, 97Brito, D. C. 111Brix, H. 50, 134Brodeur, R. D. 149Brodie, J. F. 87Brodie, K. L. 135Brodrick-Hartman, C. J. 88Brody, S. 107, 122, 136Brody, S. D. 107Brody, S. R. 136Bromirski, P. D. 124Bromwich, D. H. 93Bronicheski, C. G. 140Bronk, D. 117, 128, 133, 140Bronk, D. A. 117, 128, 140Bronner, E. 157Bronselaer, B. 93, 122Brooke, S. 173Brooks, B. A. 147Brooks, B. W. 102Brooks, D. A. 83Brooks, G. 46, 57, 61, 95, 100, 103Brooks, G. R. 57, 61, 95, 100, 103Brooks, I. 134, 161Brooks, I. M. 161Broome, R. 56Bror Jonsson, B. F. 50Brosnan, I. G. 132, 149Broström, A. 164Brothers, D. 159Brothers, D. S. 159Broughton, J. 106Broughton, J. A. 106Browder, J. A. 65Browman, H. I. 58Brown, C. 55, 63, 67, 94, 96, 100,116, 149Brown, C. B. 100Brown, C. M. 94Brown, C. W. 55, 63, 116Brown, D. 67, 142Brown, D. S. 142Brown, E. 141Browning , G. 133Browning, G. A. 135Browning, T. 50, 70, 169Browning, T. J. 50, 169Brown, J. A. 166Brown, J. M. 65Brown, J. N. 49, 130Brown, K. A. 89, 110Brown, K. S. 46Brown, L. 69, 119Brown, M. G. 169Brown, M. T. 71Brown, R. F. 117Brown, R. M. 53Brown, S. 139Brown, W. 85Brown, Z. W. 84, 111, 117Bruchert, V. 96Bruckner, C. G. 82Bruckner, M. 54Bruechert, V. 156Brueggemann, N. 85Bruggeman, J. 86Brugler, E. 111, 128Brugler, E. T. 128Bruland, K. 110, 170Bruland, K. W. 110, 170Brumer, S. E. 134Brum, J. R. 81, 113Brumsack, H. J. 110Bruneau, N. 59Brunnabend, S. E. 160Bruno, B. C. 105, 108, 123Bruno, J. F. 140, 146Brun, P. 53Brush, M. J. 135Brussaard, C. 112, 130, 131Brussaard, C. P. 130, 131Bruvik, E. M. 129Bruzaud, S. 72Bryan, F. O. 78, 86, 90, 107, 113, 123,125, 132, 136, 157, 171Bryan, K. R. 147Bryant, J. B. 136Bryden, H. L. 108Bryson, M. 164Brzezinski, M. 60, 82, 94, 99, 134, 145Brzezinski, M. A. 60, 82, 94, 99, 134, 145Bucciarelli, E. 145Buchan, A. G. 155, 170Buchwald, C. 70Buck, C. S. 126Buckingham, C. 107Buck, K. 97, 110, 158, 169, 170Buck, K. N. 97, 110, 158, 169Buckley, M. 97, 144, 165, 174Buckley, M. L. 165Buckley, M. W. 174Bucklin, A. 48, 69, 110, 127Buck, N. 61, 126Buck, N. J. 61Bucolo, A. P. 127Bucolo, P. 128Budge, S. M. 149, 162Budillon, G. 117Bueno Watt, N. 107Bueno Watts, N. 122, 123Buermans, R. J. 149Buesseler, K. 47, 52, 53, 59, 68,134, 168Buesseler, K. O. 47, 52, 53, 59, 68,134, 168Bueti, M. R. 172Bui, A. O. 85Buijsman, M. 56, 73, 74, 96, 138Buijsman, M. C. 56, 73, 74, 96, 138Buitenhuis, E. 63, 150Buitenhuis, E. T. 63Bull, D. 87Bullister, J. L. 136Bullock, K. J. 100Bulseco-McKim, A. 160Bulsiewicz, K. 140Buls, T. 99Bulthuis, D. 61Bulusu, S. 123Bundy, M. 85Bundy, M. H. 85178

Program BookAGU/ASLO/TOSBundy, R. M. 110, 138, 158Burchard, H. 76, 136, 171Burd, A. B. 86Burdett, H. L. 60, 127Burdige, D. J. 62, 158Bureekul, S. 51Burge, C. 137, 152Burge, C. A. 137Burger, A. H. 121Burgess, S. C. 160Burke, A. 51Burkholder, K. C. 129Burnett, W. C. 79Burnham, K. 89Burningham, H. 124Burns, E. 155Burns, J. A. 101Burns, J. H. 146Burns, W. G. 103Burrell, R. 61Burridge, A. K. 69Burrows, M. B. 72Burston, J. M. 64, 83Burton, J. 100Busalacchi, A. J. 55, 62Busch, D. S. 125Büscher, J. 76Busch, M. 140Busecke, J. 123, 124, 137Bushek, D. 137Bushinsky, S. 51, 52, 171Bushinsky, S. M. 51, 52Bush, S. L. 48, 59Businger, S. 123Buskey, E. 85, 98, 100Buskey, E. J. 85, 98, 100Bustamante, M. R. 100Buston, P. M. 160Butenschön, M. 68, 86, 162Butler, E. 132Butler, N. M. 101Butler, P. G. 83Butler, R. 78Butler, T. 155Butman, B. 147Butterworth, B. J. 134Buttler, F. R. 87, 136Butzin, M. 145Buyukates, Y. 102Buzan, J. R. 130Byfield, V. 160Byoung-Ju Choi, . 144Byrne, D. 78Byrne, R. 60, 89, 122, 139Byrne, R. H. 60, 89, 122Byström , P. 171CCaballero, J. 51Cabanes, C. 47Cabioch, G. 112Cable, J. 79, 141Cable, J. E. 79Cabre, A. 63, 70, 80, 109Cacchione, D. A. 165Cada, A. K. 158Cadden, D. 119Cadiz, E. 91Cahyarini, S. Y. 75, 84Cain, N. A. 126Cai, W. 60, 61, 62, 76, 92, 108, 109,112, 119, 151, 169Cai, W. J. 60, 76, 109, 119Calabrese, L. 142Calado, L. 155Calafat, A. 173Calantoni, J. 135, 147Calbet, A. 168Caldeira, C. 149Caldeira , K. 86Caldeira, R. 105Caldow, C. 56Caldwell, M. O. 71Caley, M. J. 141Calil, P. 120, 146Callaghan, A. H. 104Callahan, S. 121Callahan, S. M. 121Callies, J. 143Callies, U. 142Calloway, C. 129Calosi, P. 60Calvo, R. 99Camassa, R. 95Cameron, J. 78Cameron, R. 148Cameron, V. 126Campagna, S. 64Campagna, S. R. 64Campana, J. 152Campbell, C. A. 123Campbell, D. A. 94, 131Campbell, E. 122Campbell, I. 100Campbell, J. 61Campbell, K. 141Campbell, L. 139Campbell, M. L. 72Campbell, R. 52, 58, 66, 111, 151,154, 160Campbell, R. G. 58, 66, 111Campbell, R. W. 151, 154Campbell-Swarzenski, P. 66Campbell, T. 116Camp, L. A. 72Campos, E. 58, 129, 130, 148Campos, E. J. 58, 129Camus, P. 80Canales, J. P. 131Canals, E. 59Canals, M. 117, 165, 173Candela, J. 46, 58, 165Candelmo, A. C. 60Cane, M. 100, 112, 130Cane, M. A. 112, 130Canesi, K. 103, 131Canesi, K. L. 131Canestrelli, A. 147Cantwell, K. 123, 159Cao, F. 98, 99Cao, X. 49Cao, Y. 98Cao, Z. 122Capella, M. 59Capelle, D. 49, 98Capelle, D. W. 49Cape, M. R. 117Capet, X. 57, 75, 90, 93CAPILLA, Ramsés, . 65Capone, D. 101, 118, 158Capone, D. G. 101, 118Cappellen, P. V. 134Cappo, M. 143Capretto, L. 98Capron, M. E. 132, 140Cardenas, M. B. 67Cardinal, D. 145Cardwell, C. L. 138Carey, J. C. 142Carini, R. J. 166Carlin, J. A. 65Carlin-Morgan, K. 123Carlon, R. 138Carlotti, F. 68, 160Carls, M. 121Carlson, C. A. 60, 82, 99, 166Carlson, D. F. 155Carlson, K. 79Carlson, M. G. 113, 139Carlton, R. 86Carmen, C. C. 168Carmon, B. N. 146Carney, C. 126Carniel, S. 89Caron, C. A. 140Caron, D. A. 120, 142Caro-Quintero, A. 98Carozza, D. A. 109Carozza, J. 50, 64Carozza, J. A. 64Carpenter, E. J. 63, 70, 72Carpenter, J. 104, 129Carpenter, J. R. 104Carpenter, R. C. 61, 135Carranza, M. M. 120Carrasco, L. 60Carreira, C. 130Carreón-Palau, L. 146Carrera, A. 63Carrier, M. J. 57, 154, 170Carriquiry, J. D. 83Carrizo, C. 106Carr, J. A. 95Carroll, D. 156Carroll, J. 88, 142Carroll, M. L. 84Carr, S. M. 60Carson, M. 109Carswell, T. K. 73Carter, A. L. 140Carter, B. J. 136Carter, B. R. 146Carter, D. 158Carter, G. 73, 74, 78, 90, 128, 144, 159Carter, G. S. 73, 78, 90, 128, 144, 159Carter, J. A. 124Carter, M. 158, 162Carter, M. L. 162Carter Ohlmann, . 169Carter, P. 97Carthy, R. R. 142Carton, J. A. 55, 123, 124Carton, X. 90, 153Cartwright, G. M. 118Carufel, R. 103Carugo, D. 98Carvalho, A. F. 117Carvalho, G. R. 48Carvalho, S. 120Casacuberta, N. 53, 68Casagrande, F. 72Casas, M. C. 53Casciotti, K. L. 70Case, R. J. 73Casey, J. R. 63, 84, 99Casey, K. 158Casey, K. S. 158Casini, M. 171CASOTTI, R. 150Casper, N. J. 67Casper, W. R. 57Cassar, N. 63, 89Cass, C. J. 150, 151Castagno, P. 117Castellanos, P. 58Castelle, B. 116, 147Castello, J. P. 113Castillo, D. 118Castillo-Trujillo, A. C. 107Castleton, M. 138Castrillejo, M. 68Castro, B. M. 115Castro, C. G. 154Castro, K. 152Castro, N. 160Castro, R. 116Castro, S. 129, 139, 146Castro, S. L. 129Castro, S. M. 146Castruccio, F. 88Castruccio, F. S. 88Catala, P. 118Cathalot, C. 159Catherine Pierre, C. P. 124Caulfield, C. 143Causey, D. 55, 89Cavagna, A. J. 59, 69Cavalcanti, G. S. 121Cavicchioli, R. 106Cearreta, A. 116Ceballos, E. 53Ceccarelli, D. 171Cechini, M. F. 157Celebi, B. 125, 137Celepli, N. 118, 145, 150Cenedese, C. 156, 159, 171Centurioni, L. 51, 128, 172Centurioni, L. R. 51, 172Ceriani, S. A. 48Cermeño, P. 68Cerovecki, I. 93, 124Cervantes, B. K. 144Cervantes, B. T. 144Cessi, P. 51, 93Cetina-Heredia, P. 160Cetinic, I. 50, 134Chace, P. J. 158Chacin, D. H. 114Chae, J. H. 101Chai, F. 56, 62, 86, 104, 106, 115,156, 172Chaigneau, A. 115Chakraborty, S. 151Chalamalla, V. 86, 128Chalamalla, V. K. 128Challenor, P. 50, 154Chamberlin, J. 133Chambers, C. 60Chambers, D. 46, 47, 51, 58Chambers, D. P. 46Chambers, L. R. 99Chamecki, M. 85Chan, C. S. 79Chandanpurkar, H. A. 58Chandler, C. L. 152, 154, 157Chandler, M. T. 123, 152Chandra, S. 162Chan, F. 76, 110, 140Chang, B. X. 70Chang, C. 52, 67, 143, 168Chang, C. W. 67Chang, C. Y. 168Chang, G. 76, 87Chang, J. 131, 151Chang, K. I. 58, 119, 128Chang, M. 62, 104, 135Chang, M. C. 135Chang, P. 62, 85, 119, 171, 172Chang, W. J. 98, 101, 155Chang, Y. 104, 135, 157Chang, Y. L. 135, 157CHAN, J. 156Chan, K. 81, 110, 168Chan, K. Y. 168Chan, P. 61179

AGU/ASLO/TOS2014 Ocean Sciences MeetingChanthasiri, N. 115Chanton, J. 57, 62, 100, 158Chanton, J. P. 57, 62, 100, 158Chant, R. 65, 94, 156Chant, R. J. 156CHANUT, J. 86Chan, W. Y. 86Chanyotha , S. 79Chao, Y. 56, 67, 86, 96, 104, 105, 106,108, 115, 120, 124, 139Chapman, A. 153, 169Chapman, A. U. 153Chapman, C. C. 93Chapman, D. 100Chapman, P. 100, 153Chappell, P. D. 50, 70, 94Charbonnier, C. 67Charette, M. A. 53, 60, 78, 79, 93Charles, C. 83, 159Charles, C. D. 83Charles, E. K. 132Charmasson, S. 53Charoenpong, C. 54, 62, 75, 92Charoenpong, C. N. 62Chase, A. P. 145Chase, Z. 145Chassé, J. 48Chassignet, E. 112, 121, 159, 174Chassignet, E. P. 112, 121, 159Chaudhuri, A. H. 155Chauvaud, L. 126, 167Chauvin, A. 86, 135Chavanne, C. P. 105, 144, 164Chave, A. D. 138Chavez, F. 54, 56, 61, 70, 76, 86, 125,147, 150, 157, 169Chavez, F. P. 54, 61, 76, 86, 125, 147,150, 157, 169Chaytor, J. 159Chaytor, J. D. 159Chazel, F. 159Checkley, D. M. 47, 66Checkley, Jr. , D. 48Checkley Jr, D. M. 84Cheel, R. 87, 116, 152Cheel, R. A. 87, 116Chekalyuk, A. 130Chekroun, M. D. 89Chelton, D. B. 57, 157Chen, B. 47Chen, C. 86, 87, 100, 109, 112,121, 125Chen, C. A. 121Chen, C. C. 87Chen, C. S. 86Chen, D. 112, 172Chen Duofu, . 74Chenelot, H. 127Chen, G. 48, 62Cheng, B. S. 114Cheng, H. 100Cheng, L. 47, 57Cheng, P. 115, 156Cheng, T. K. 96CHENG, X. 124Cheng, Y. 169Chengyan, L. 92Cheng, Z. 135Chen, H. 46, 57, 68, 99, 128, 130, 135, 143Chen, H. C. 130Chen Hung-Yu, . 70Chen, H. W. 135Chenillat, F. 57Chen, J. 59, 94, 115, 116, 166, 169Chen, J. H. 115Chen, J. X. 169Chen, K. 69, 104Chen, L. 77, 130Chen, M. 68, 153Chen, N. 94Chen, Q. 121, 156Chen, R. 81, 97, 98, 107, 111, 141Chen, R. F. 81, 97, 98, 111, 141Chen, S. 47, 52, 77, 89, 96, 104, 134, 157, 171Chen, S. M. 104Chen, S. N. 52, 171Chen, S. S. 89, 134, 157, 171Chen, W. 68, 111Chen, W. F. 68Chen, X. 70, 124Chen, Y. 64, 69, 73, 151Chen, Y. F. 151Chen, Z. 57, 69, 74Chen, Z. Z. 69Cheong, H. F. 162Chepurin, G. A. 124Chereskin, T. K. 51, 93, 149Cheriton, O. 52, 65, 159, 173Cheriton, O. M. 52, 159, 173Cherniawsky, J. Y. 154Cherr, G. 85Cherrier, J. 57, 81, 100, 141, 145Cheung, I. S. 72Cheung, K. F. 80, 81, 147, 154, 166Chever, F. 169Che, Z. 170Chiang, K. 131Chiang, T. 61Chiba, S. 72Chickadel, C. 116, 161, 166, 171Chickadel, C. C. 116, 161, 166Chien, C. 154Chien, H. 87Chiessi, C. M. 84Chigbu, P. 94, 101, 113, 114Chihiro Yoshimura, . 153Chikamoto, M. O. 146Chikamoto, Y. 109, 113, 146Chikaraishi, Y. 149, 162, 174Childers, K. H. 160Chi, N. 89Ching-Hui Tsai, . 74Ching, M. 116Chinn, B. S. 169Chinn, P. 122, 123Chinn, P. W. 123Chin, T. M. 157Chiodi, A. M. 112Chiou, M. 62, 87Chiou, M. D. 87Chiswell, S. M. 136Chiu, C. 74Chiu, H. 159Chivian, D. 64Cho, E. B. 156Cho, H. 65Choi, A. 70Choi, B. 115, 119, 120, 124, 149Choi, B. H. 149Choi, B. J. 120, 124Choi, H. 65Choi, J. 65, 99, 136, 149, 160, 162Choi, J. k. 160Choi, J. M. 136, 149Choi, J. Y. 99Choi, K. Y. 130Choi, T. J. 99Choi, Y. 157Cho, J. 65Cho, K. 83Chong, L. 73Chouciño, P. 170Chou, E. 150Choukroun, S. 160Chou, P. 135Chou, S. H. 73Chou, W. 60Chow, C. T. 131Chow, M. F. 163Cho, Y. 83, 120, 124, 156Choy, C. A. 66, 108, 148, 161, 174Cho, Y. K. 83, 120, 124, 156Christaki, U. 80, 113Christel Hassler, S. 138Christensen, J. T. 110Christensen, K. H. 58, 104, 160Christensen, S. J. 133, 136Christensen, V. 56Christenson, E. A. 153Christian, A. D. 102CHRISTIAN , A. D. 72Christian, J. R. 64Christian Schlosser, . 170Christianson, L. M. 69Christie, A. E. 101, 151Christl, M. 53Christman, A. J. 54Christman, G. 118Christman, R. N. 152Christofoletti, R. A. 110Christophe Penkerc’h, . 66Christopher Parrish, . 106Chronopoulou, M. 97Chuang, C. 49, 153Chuang, C. Y. 49Chua, V. P. 162Chu, D. 167Chu, J. 127Chung, C. E. 157Chung, J. S. 102Chun, J. 90, 99Chunmiao Zheng, . 79Chu, P. C. 47Church, J. A. 124Church, M. 53, 70, 79, 106, 136, 145, 148Church, M. J. 53, 70, 79, 136, 145, 148Church, T. M. 53, 61, 93Churnside, J. 77, 168Churnside, J. H. 77Chu, S. N. 122, 139Chu, X. 90CHU, Y. 116Chu, Z. 95Ciararu, R. 51Cicuta, P. 73Cifuentes, L. 55, 93, 118Cifuentes, L. A. 93Ciglar, A. 163Cimino, M. A. 137Ciotti, A. M. 63, 110CIRET, P. 129Cisternas-Novoa, C. 95Claar, D. C. 121Claisse, J. T. 120Clara Loureiro, . 131Clardy, J. 73Claret, M. 165Clark, D. 117, 137Clark, D. B. 117Clarke-Hopcroft, C. 127Clarke, J. S. 139Clarke, J. T. 111Clarke, M. R. 67Clarke, S. 74, 162Clarke, S. L. 162Clark, J. 71, 75Clark, J. R. 75Clark, N. M. 103Clark, S. J. 147Claudia Zell, . 126Claustre, H. 52, 65, 66, 67, 104, 120,122, 145, 169Clavere-Graciette, A. 148Clayson, C. A. 104, 137Clayton, K. 149Clayton, S. 155Clement, A. 130Clement, D. 122, 136Clemente, T. 136, 142Clemente, T. M. 142Clem, S. 105Cline, A. 97Cloern, J. E. 151Close, H. G. 174Closset, I. 145Clouse, M. A. 98Clunies, G. J. 95Clymans, W. 134C McKindsey, A Metaxas, P Pepin, V Tunnicliffe,. 141Coale, H. 126Cobb, R. M. 84Coburn, E. 82Coburn, N. L. 91Coburn, S. 134Coccoli, C. A. 126Cochlan, W. P. 87, 140Cochran, J. K. 69, 84, 91Cockshutt, A. M. 134Coco, G. 71, 147Coelho, E. 86, 101Coffey, R. 91, 97Coffin, R. B. 93Cogley, J. G. 109Cohen, A. 55, 75, 76, 83, 86, 88, 110,135, 146, 164, 166Cohen, A. L. 55, 86, 88, 110, 135, 146, 166Cohen, C. S. 168Cohen, N. R. 73Cokelet, E. D. 66Coker, R. 90Colas, F. 78Colberg, F. 59, 81, 144Colbert, S. 91, 146Colbert, S. L. 91Coleman, D. F. 81Coleman, M. A. 160Coleman, M. L. 84, 99Coleman, R. 52Cole, S. T. 47Coles, V. J. 50, 64, 70, 146, 165Coletti, L. 65, 66, 130, 139Coletti, L. J. 65, 66, 130Colin, P. L. 77Colin, S. P. 54, 170Colle, B. A. 100Collie, J. S. 125Collier, R. 125Collignon, A. G. 144Collin, A. 143Collins, A. 48, 69, 122Collins, A. G. 69Collins, C. A. 116Collins, C. O. 157, 161, 172Collins, J. 59, 81, 131Collins, J. R. 59, 131Collins, M. 61Collins, R. E. 92Collins, S. 73Collins, W. D. 89Colman, A. S. 84, 154Colna, K. E. 102Colwell, F. S. 118Coma, R. 58Combes, V. 83, 108Comeau, A. J. 65Comeau, S. 135180

Program BookAGU/ASLO/TOSComer, A. M. 150Comfort, C. 76Companion, C. J. 116, 123Conard, R. 125Concannon, B. 164Condon, A. 166Congolobe Party, A. 173Conklin, E. 153Conley, D. 99, 102, 134, 152, 164, 166Conley, D. C. 166Conley, D. J. 102, 134, 164Connelly, D. P. 153Connelly, T. L. 66Connolly, T. P. 116Conrad, C. J. 93Conrad, P. A. 142Conroy, B. J. 150Consi, T. 138Consi, T. R. 138Contardo, S. 147, 166Conte, M. H. 69, 153Conway, T. 110, 126Conway, T. M. 110, 126Cook, G. S. 142Cook, P. 67, 151Cook, P. L. 67Cook, T. 152Coolen, M. J. 113, 131Cooley, S. R. 132, 142Cooper, A. B. 73Cooper, F. C. 75Cooper, K. 60, 148Cooper, L. 111, 127Cooper, L. W. 111, 127Cooper, S. K. 81COOPEUS, C. 164Copeland, A. 149, 150, 167Copeland, A. M. 150, 167Copeman, L. 66, 127, 167Copeman, L. A. 66, 167Cope, R. E. 123Copley, N. J. 69, 150Coppola, A. I. 98Cordeiro, L. G. 146Cordes, E. E. 69, 73, 76, 86Corgnati, L. P. 155cornejo, m. f. 101Cornelisen, C. 138Cornillon, P. 107Cornils, A. 69Cornuelle, B. 47, 58, 78Cornuelle, B. D. 47, 78Cornuelle Bruce, . 104Cornwall, C. E. 60Cornwell, J. C. 62, 81Correa, J. 48Corrège, T. 75Correggiari, A. 65, 132, 142Cortés, J. 134Cortés M., M. Y. 120, 159Corvi, E. R. 89Cosca, C. 60, 165Cosca, C. E. 165Cosme, E. 154Cosoli S, Gerin S, Poulain , P. M. 83Costa, B. 76, 167Costa, D. P. 150, 155Costa, M. 73, 118, 119, 133, 144Costa, M. B. 133, 144Costa, M. P. 73Costanzo, S. D. 123Costello, J. H. 54Côté, I. M. 140Cottrell, M. T. 94, 109Couceiro, F. 158Couch, C. S. 153Coughlin, R. 51, 96, 172Coughlin, R. A. 51, 172Counihan, T. 162Counsell, C. W. 141Countway, P. 58, 103, 111Countway, P. D. 58, 103Coupel, P. 89Courties, C. 118Couto, P. P. 155Couturier / Mathilde, . 79Cowan, T. 61Coward, A. 112, 121Coward, A. C. 112Cowen, E. A. 135, 139Cowen, J. P. 131Cowen, R. K. 94, 97, 125, 168Cowie, G. L. 97Cowles, D. L. 101Cowley, R. 57Cox, A. M. 129Cox, C. S. 47Cox, E. 153Cox, R. 95, 153Cox, T. M. 71, 118, 122Coykendall, D. K. 173Coyle, K. O. 53, 66, 137Coyote-Maestas, W. 102Coyote, W. 73Craft, J. D. 86Craig, C. 168Craig, J. K. 141Craig Michell, . T. 101Craig, S. 84, 106, 118Craig, S. E. 106Cramer, K. R. 102Cram, J. A. 79Crandall, K. 69Cranmore, K. C. 102Cravatte, S. 107, 108Cravatte, S. E. 107Craven, M. 52Crawford, W. 46, 104Crespo-Medina, M. 46Crews, T. D. 123Crimaldi, J. P. 170Cristini, L. 152Crocket, C. 140Crocket, K. 154Croll, D. 155Croll, D. A. 155Cronin, M. F. 138, 148, 169, 171Cronin, T. M. 127Crook, E. 60, 61Crook, E. D. 60Croot, P. L. 153Crosby, M. 85Crosby, S. C. 166Cross, J. 77, 89, 147Cross, J. N. 77, 89, 147Crosson, L. M. 137Crosta, X. 75, 145Crout, R. L. 106Crowder, L. B. 155Crowe, S. 82Crowley, M. 67, 85Crowley, M. F. 67, 85Crump, B. C. 66, 81Crusius, J. 151, 154Cruz, F. W. 100Cruz, J. 55Cucco, A. 162Cuet, P. 86, 135Cuevas, L. A. 70Cuhel PhD, R. L. 135Cuhel, R. L. 145Cuhjel, R. L. 71Cui, H. 71Cui, X. 66Cuker, B. E. 116Cullen, D. W. 165Cullen, J. 65, 75, 110, 126, 153, 163Cullen, J. J. 65, 75, 163Cullen, J. T. 110, 126, 153Culley, A. I. 131Culp, R. A. 70CUMMINS, P. R. 154Cunningham, A. 77, 118Cunningham, B. R. 130Cunningham, C. 60Cunningham, S. 69, 140, 173Cunningham, S. A. 69, 173Cunning, R. 121Curchitser, E. 66, 72, 88, 109, 121, 146Curchitser, E. N. 66, 88, 109, 121, 146Curcic, M. 157, 160Curless, S. E. 148Curran, M. C. 58, 71, 93, 102, 122CURRIE, A. R. 48Currie, K. 60, 84Currie, K. I. 84Currie, W. J. 155Curry, B. 112Curry, R. G. 174Cusano, D. 138Cutter, G. A. 110, 126Cutter, L. 62, 73Cutter, L. S. 62, 73Cuttler, M. 144Cypionka, H. 92Cyr, H. A. 70Cyril Johnson, . 129Cyronak, T. 48, 62, 76Cyronak, T. J. 48Czaja, A. 113, 174Czarnecki, M. F. 146Czeschel, L. 76DDaae, K. 106, 117Dabiri, J. O. 54Dabundo, R. C. 70D’Addezio, J. M. 123Dagg, M. 47, 66Dagg, M. J. 47, 66Dähnke, K. 69Dai, H. 160Dai, M. 61, 68, 115, 122, 145, 146, 156Dai, M. H. 68, 115, 145, 156Daines, S. J. 75Daisuke Hasegawa, . 152Daisuke Sano, . 54Daisuke Sasano, D. 122Dalbotten, D. 122Dale, A. 70, 126, 171Dale, A. W. 70, 126D’Alessandro, E. 173Dalgleish, F. 87, 103Dallman, A. R. 87Dall’Olmo, G. 52, 63DALOZ, A. 157Dalpadado, P. 125Dalyander, P. S. 147, 166Daly, E. A. 149Dalziel, S. B. 56, 112, 128, 143Damashek, J. 54D’Ambrosio, L. 98Dámian-Serrano, A. 69Dammrich, T. 95, 169Danabasoglu, G. 113Daniault, N. 131daniele bianchi, . 54Daniel/Ellis, D. P. 169Daniel, R. 57, 79Daniel, Rolf, . 118Daniels, C. J. 88, 150Danielson, S. 111, 127, 147Danielson, S. L. 111, 127Danielsson, S. 171Danioux, E. 169D ANNA/Barbara, . 64Danner, E. 56Dan Rudnick, . 172Darecki, M. 145Darelius, E. 106, 117Daria Halkides, . 97Darnell, K. M. 114Darr, D. 143D’Asarao, E. 50D’Asaro, E. 61, 89, 129, 136, 137,144, 156, 164, 165, 171D’Asaro, E. A. 129, 137, 144, 164, 165, 171Dasher, D. H. 111, 120, 127Dashfield, S. 48Dash, P. 172da Silva, J. 73, 173da Silva, J. C. 73Da Silva, M. P. 63Dasilveira, L. A. 152Dastugue, J. 169Datla, R. V. 87Daugharty, M. K. 85Dauvin, J. C. 162Dauxois, T. 56Dave, A. C. 50, 165David, A. 164David Antoine, . 66David Burdige, . 125David Hebert, . 105David Keller, . 137David, K. P. 86Davidson, A. B. 153Davidson, E. 55, 67, 88, 97Davidson, E. R. 55, 88davidson, J. 72Davidson, M. I. 126Davies, A. 159Davies, A. J. 159Davies, D. M. 47Davies, E. J. 87Davies, N. 85, 118Davies, N. W. 118Davies, S. M. 127Davies Wykes, M. S. 128Davis, A. 72Davis, C. 46, 60, 88, 106, 113Davis, C. O. 106Davis, C. S. 46, 88Davis, C. V. 60Davis, J. 54, 117Davis, J. R. 117Davis, K. A. 171Davis, K. M. 79Davis, L. B. 117Davis, M. 85Davis, P. E. 112, 129Davis, R. 49, 62, 65Davis, R. E. 49Davis, R. F. 65Davis, S. E. 102Davis, S. L. 102Davis, X. J. 122Dawson, C. 147, 155Dawson, M. N. 60Day, J. W. 162Day-Miller, E. A. 105, 116Day, R. D. 133Day, R. H. 111De Almeida, J. 129de Almeida, J. L. 138181

AGU/ASLO/TOS2014 Ocean Sciences MeetingDean, C. W. 104Deane, G. B. 89, 104Deans, N. L. 51de Baar, H. 110, 153, 154, 170de Baar, H. J. 153, 170De Beer, D. 60deb, m. 96De Boer, A. M. 92, 138De Brabandere, L. 93DEBREU, L. 76De Bruyn, M. 48De Carli, E. V. 162De Carlo, E. 76, 86De Carlo, E. H. 76, 86DeCarlo, E. H. 139DeCarlo, T. 86, 146, 164DeCarlo, T. M. 86, 146de Cesare, S. 167deCharon, A. 67, 116, 123deCharon, A. V. 116, 123Décima, M. 70Decloedt, T. 73, 131Decloedt, T. M. 131De Corte, D. 148DeDominicis, S. 97Dedrick, A. G. 47Deese, H. E. 77, 97DeFelice, S. 54Deflandre, B. 172de Fommervault, O. 67DeForce, E. 55DeGrandpre, M. 86, 89, 139DeGrandpre, M. D. 86, 139Degree, A. 87DeGree, A. A. 94Dehairs, F. 59, 69, 93, 153Deheyn, D. D. 140Deibel, D. 66Deike, L. 47Deirmendjian, L. 67Deja, k. 89De Jong, J. 169de Jong, M. F. 112, 152DeJoseph, B. M. 133Dekel-Bird, N. P. 113Dekeyser, I. 144Delaney, K. R. 94de Lange, G. J. 126Del Angel, D. 96Del Angel-Rodríguez, J. A. 66De La Rocha, C. L. 47, 134De La Rosa Reyes, V. 131de Lavergne, C. 92Del Castillo, C. 53, 85Del Castillo, C. E. 53Delcroix, T. 108Delebecq, G. 94De Leo, F. C. 159Delevaux, J. M. 142, 164Delizo, L. 105Dellapenna, . 95Dellapenna, T. 52, 65, 80, 96Dellapenna, T. M. 52, 65, 80Dell, R. W. 161Dellwig, O. 129Delman, A. S. 49, 78Delmont, T. 168DeLong, E. F. 82, 91, 98, 136, 148DeLong, E. M. 167DeLong, K. L. 84Delorenzo, M. 64Delparte, D. 146DelSole, T. 100del Valle, D. A. 62, 73Delworth, T. 130, 172, 174Delworth, T. L. 130, 172De Martini, F. 131DeMaster, D. J. 92, 93deMenocal, P. N. 139Demir-Hilton, E. 138Demopoulos, A. 159, 173Demopoulos, A. W. 173de Mora, L. 68Denamiel, C. L. 156Denbo, D. W. 154Dencausse, G. 96Deng, F. 53Dengler, M. 68, 70, 113, 134Deng, W. 96Deng, Z. 87Deniellou, B. 173Denker, C. 140Dennett, M. 168DENNIS, J. J. 163Dennis, J. M. 107Dennis, K. J. 124Dennis, M. 66Dennison, W. C. 123Denny, M. W. 144Denommee, K. C. 52de Oca, M. 63De Oliveira, J. 53De Palmas, S. 121De Paolo, A. 152de Paolo, T. 152dePutron, S. J. 166Dera, J. 145de Ramon N’Yeurt, A. 132De Ramon N’Yeurt, A. 132Deremble, B. 160De Robertis, A. 167Derocher, M. J. 93de Ronde, J. G. 156Derr, A. 129Derrick Snowden, . 172De Ruijter, W. 121de Ruijter, W. P. 166Desai, D. 64Desbiolles, F. 115DESBRUYERES, D. 140Desbruyères, D. 109, 131Deser, C. 130Deshayes, J. 148, 161De Silva, L. W. 115Desnues, A. 148de Soto, F. 53de Souza, G. F. 92, 145DESSAILLY, D. 169de Swart, H. E. 52de Szoeke, S. 77, 78, 89de Szoeke, S. P. 77, 78, 89De Tezanos Pinto, P. 84Dethmers, K. E. 133Detlef Quadfasel, . 112Detrick, L. 116De Troch, . 149De Troch, M. 142Deustch, C. A. 143Deutsch, B. 156Deutsch, C. 78, 80, 82Deutsch, C. A. 82Dever, M. 171de Vernal, A. 120, 128, 157, 161de Verneil, A. 144de Villiers, S. 145Devitt, K. 95Devlin, Q. B. 70DeVoe, R. 97Devol, A. 48, 98, 103, 116, 168Devol, A. H. 98, 103, 116, 168Devred, E. 77, 89De Vries, T. 169DeVries, T. 82, 134DeVries, T. J. 82Dewar, W. K. 47, 89, 160Dewey, R. 67, 150, 155, 158Dewey, R. K. 67Dewey, S. R. 127Dewite, B. 152DeWitt, H. L. 77DeWitt, T. H. 69Dexter, E. D. 162Dhage, L. 96Dholakia, J. 139Diamessis, P. J. 173Diamond, J. 108Diane Foster, L. 135Diao, x. 119Dias, F. 120Dias, J. F. 133Diaz, F. 160Díaz, F. 139Diaz, J. M. 94, 121Diaz, L. 55Diaz Mendez, G. M. 147, 156Diaz-Vazquez, L. M. 121DiBacco, C. 48Dickenson, E. R. 94Dickey, T. D. 120Dickey, T. M. 69Dick, G. 50, 61, 118, 167Dick, G. J. 50, 118Dickinson, S. 174Dickson, A. G. 61, 85Dickson, D. 94Didrikas, T. 149Diederick , L. 97Diederick, L. K. 123Die, D. J. 160Diekmann, R. 168Dierssen, H. M. 106Dietze, H. 75Diez, B. 79Díez, B. 53Diez, F. J. 54Diggs, S. 100Diggs, S. C. 100DiGiacomo1, P. M. 106DiGiacomo , P. 96Dijkstra, H. A. 75, 85, 160, 166Di Lorenzo, E. 58, 72, 109Dima, M. 75Dimarcio, S. 141DiMarco, S. 63, 85, 116, 128, 157, 171DiMarco, S. F. 85, 116DIMINO, T. F. 72Dimitris Menemenlis, . 124Dimova, N. 68, 91Dimova, N. T. 68DiNardo, G. T. 130Dinasquet, J. 105Ding, H. 67, 174Ding, P. 65, 86Ding, Y. 72Dinh, D. N. 168Dinh-Tuan Pham, . 154DiNizeo, P. 130Dinnat, E. 139Dinniman, M. 93, 105, 106, 117Dinniman, M. S. 93, 105, 106, 117Dinsdale, E. A. 92Di Pengfei, . 74Disenhof, C. 74Dissard, D. 157Dissen, J. N. 66Di Stefano, M. 172DiToro, D. M. 93Dittmar, T. 57, 82, 98, 99, 111DiTullio, G. 50, 62, 113, 130DiTullio, G. R. 62, 130Divine, D. 161Dmitrenko, I. 95Doane, M. P. 92Dobbins, E. L. 124, 127Doblin, M. A. 148Doddridge, E. 160Doellman, M. 146Doering, K. 145Doggett, J. K. 79, 148Doglioli, A. M. 96, 144Dohan, K. 58, 117Doherty, O. 88Doi, T. 47, 130Dolan, D. 87Dolan, J. R. 111Dolan, T. 144Dolinajec, T. H. 71Dollinger, M. 170Domack, G. 117Domart-Coulon, I. 107Domeisen, D. 161Domenici, P. 162Domingues, C. M. 61, 172Dominguez, G. 98Dommenget , D. 92Dommenget, D. 130, 132Domontet, B. 72Donaghay, P. 77, 106Donaghay, P. L. 77Donaher, N. 94Donahue, Megan, . 137Donahue, M. J. 110, 133Donelan, M. 104, 142Donelan, M. A. 142Doney, S. C. 68, 72, 105, 114, 125, 142, 148Doney Scott, S. C. 53Dong, C. 144Donges, J. F. 161Dong, H. 89Dong, S. 46, 58, 113, 173Donker, J. J. 144Donner, R. V. 161Donner, S. D. 107, 125Donoghue, S. 85Donohoe, A. 79, 113Donohue, K. 51, 90, 93, 121Donohue, K. A. 51, 90, 93, 121Donohue, P. J. 127Donovan, M. 142Döös, K. 132Dorado, S. 59, 102Dore, J. E. 136, 137, 148Dorman, C. 173Dorman, J. G. 88Dornberger, L. 58Dorn, H. 167Dorph, R. 105d’Ortenzio, F. 129D’Ortenzio, F. 52, 65, 67, 120D’ORTENZIO, F. 52dos Santos, A. 48, 59dos Santos, F. A. 85Dosser, H. V. 89Dossmann, Y. 74, 173Doubell, M. J. 104Douglas, E. 81Douglas, N. K. 122Douglass, E. M. 121, 171Dovel, S. 99Dove, P. M. 98Dove, S. 114, 133Dove, S. G. 133d’Ovidio, F. 96Dower, J. F. 150, 168Dowgiallo, M. 142, 164Dowgiallo, M. J. 164Downes, S. 78, 79Downes, S. M. 78182

Program BookAGU/ASLO/TOSDowning, A. S. 145Downing, B. 109Downing-Kunz, M. A. 52Doxaran, D. 89Doyle, J. 105Doyle, K. R. 93Drange, H. 113, 121Drapeau, D. T. 48, 93, 127Draper, A. M. 102Drazen, J. 66, 90, 148, 161, 162, 174Drazen, J. C. 66, 148, 161, 162, 174Dr. Brandt, A. 78Dreger, K. 85Drenkard, E. J. 166Drennan, W. M. 104, 157, 172Drévillon, M. 90Drillet, Y. 90, 115Drillet Yann, . 58Drinkwater, K. 109, 171Driscoll, F. 87Driscoll, Z. G. 149Dritschel, D. G. 90DR.MOU, X. 70Drucker, R. S. 108Druffel, E. 82, 98, 132Druffel, E. R. 98, 132Drummond, K. M. 71, 118Drupp, P. 76, 86, 139Drupp, P. S. 76, 86, 139Drury, C. R. 133Drushka, K. 123D’souza, N. A. 100D’Souza, N. A. 101Duan, A. 62Duan, H. 106Duarte, A. E. 102Duarte, C. M. 60, 84, 120Dublin, R. A. 108Dublin, R. J. 94Dubois, S. F. 162Dubroca, L. 155Duchez, A. 160Duckham, C. 125Ducklow , H. 117Ducklow, H. 50, 51, 82, 105, 113, 117,145, 168Ducklow, H. W. 50, 51, 82, 105, 113, 117Du Clos, K. T. 71Dudas, S. E. 159Duda, T. F. 73Dudeja, G. 50Duennebier, F. K. 136Dufois, F. 167Dufour, C. O. 51, 92Dugan, J. E. 162Dugan, J. P. 139Dugdale, R. 70, 84, 109, 115, 168Dugdale, R. C. 70, 109, 115Duggan, A. T. 60Duggan, B. 153Duhaime, M. B. 72Duhamel, S. 84, 145, 148Duhr-Schultz, M. 122Duineveld, G. 159, 173Du, K. 106, 169Dukhovskoy, D. 132, 160, 172Dukhovskoy, D. S. 160, 172DU, L. 117, 123Dulaiova, H. 48, 79, 91, 108, 168Dulaquais, G. 153, 169Dulaquais, G. R. 169Dullo, W. C. 83Dumont, D. 47Dumousseaud, C. 122Dunbar, P. K. 154Dunbar, R. 75, 135, 146, 147, 165Dunbar, R. B. 75, 135Dunckley, J. F. 166Duncombe, J. R. 128Duncombe, R. 67Dunn, D. D. 55Dunne, J. P. 49, 50, 53, 95, 145Dunn, R. A. 131Dunphy, M. 138Dunstone, N. J. 174Dunton, K. H. 66, 111, 114, 127, 128Dunton, K. J. 56Dupont, A. M. 135Dupont, C. 57, 94, 106, 118Dupont, C. L. 94, 106, 118Dupont, S. 110Duprey, N. N. 112Durack, P. 108, 109Durack, P. J. 109durand, F. 49Durbin, E. G. 53, 60Durgadoo, J. V. 148, 166Durkin, C. A. 52, 168Durland, T. 96Durrieu de Madron, X. 131DURRIEU, G. 129Durski, S. 104, 116Durski, S. M. 104Dushaw, B. D. 128, 139Dustan, P. 81, 88Duteil, O. 90Dutkiewicz, S. 51, 53, 80, 114, 123, 145Dutton, P. H. 155Du, X. 125, 140Du, Y. 49, 156Dwyre, G. 117Dyhrman, S. 46, 75, 79, 114, 168Dyhrman, S. T. 46, 75, 79, 168Dziak, R. P. 150, 167Dziallas, C. 91EEakin, C. M. 69Eakin, Mark, . 137Early, J. 58, 78, 164, 165, 169Early, J. J. 78, 164, 165, 169Easton, E. 90, 141Easton, E. E. 90Eberlein, T. 126Ebert, E. F. 149Ebling, A. M. 126Ebrahimi, H. 108Echegoyen, Y. 110Echevin, V. 78Eckert, S. 110Economo, E. 131Economy, L. 91Economy, L. M. 91Eddebbar, Y. A. 51, 100Edelman-Furstenberg, Y. 127Eden, C. 76, 85, 90Edenfield, . 127Edgcomb, V. 82, 91, 97, 98, 118Edgcomb, V. P. 82, 91, 97Edge, B. 76Edge, I. T. 134Ed Hathorne, . 170Edler, L. 127Edmunds, P. J. 86, 135, 160Edouard Leymarie, . 66Edson, J. 77, 78, 89, 124Edson, J. B. 77, 89, 124Edwards, B. R. 94Edwards, C. 58, 69, 83, 90, 94, 104,129, 158Edwards, C. A. 58, 83, 104Edwards, C. E. 90Edwards, C. R. 69, 94, 158Edwards, E. 115Edwards, K. F. 134Edwards, K. L. 71, 118Edwards, M. S. 92Effler, S. W. 87Egbert, G. 104, 128, 138Egbert, G. D. 128, 138Egerton, T. A. 113, 140Eggins, S. 86Eggleston, E. M. 81Eglinton, T. I. 110Ehn, J. 95Ehses, J. S. 152Eidam, E. F. 95Eide, M. 55, 122Eiji Masunaga, E. 173Eiler, A. 106Einolf, A. E. 131Eisenhauer, L. 160Eisen, J. A. 118Eisenman, I. 161Eisner, L. B. 52, 66Eitel, E. M. 61Eizaguirre, C. 138Ekman, M. 118, 145, 150Ekstam, B. 79Ekström, S. 151Elder, K. L. 100Eldevik, T. 161, 174Eldredge, K. H. 135Elgar, S. 116, 135, 147, 166El-Habashi, A. 106Eli Anne Ersdal, E. E. 161Elias, E. P. 144Elineau, A. 72Elipot, S. 104, 148, 167Elipot, S. K. 167Elison Timm, O. 112Elizabeth/Asher, C. 64El-Kadi, A. I. 79Elken, J. 136Ellinwood, J. 123Ellinwood, J. K. 123Elliott, D. E. 58Elliott, K. 123, 152Elliott, K. E. 123Elliott, S. M. 93Ellis, D. 85Ellis, J. 91Ellison, W. T. 65Ellwood, M. 63, 86, 117Ellwood, M. J. 117Elmgren, R. 102Elmoznino, J. 169Elrod, V. 66, 130, 139Elrod, V. A. 130El Safty, H. 117Else, B. 110Elser, J. 57El-Sherbiny Omar , M. 59Eltahir, E. 136Elyashiv, H. 99Emanuel, K. A. 109Emelianov, M. 124Emerson, S. R. 49, 52, 169Emerson, S. W. 50Emery, M. 77Emilianov, M. 100Emmons, C. K. 155Endoh, T. 128, 144Enfield, D. 84Engel, A. 51, 95England, M. 49, 75, 79, 92, 97, 109,112, 128, 161England, M. H. 49, 75, 79, 92, 97, 112Englebert, N. 143English, D. 119Ennis, R. S. 133Enochs, I. C. 86Enrich-Prast, A. 61Enright, J. 82, 98Enright, J. K. 82Enright, M. P. 59Enrile, F. 83Enriquez, C. 144, 165Enriquez, R. M. 120Eppley, J. M. 136Eren, A. M. 54, 70Erez, J. 61Erf, K. M. 103Eric Achterberg, . 170Eric Galbraith, . 54Erickson, A. L. 51Erickson, J. 88, 105Erickson, M. E. 50Eric Larour, Y. 97, 124Eric May , . 101Ericson, Y. 122Eriksen, C. C. 112, 123, 124, 169Eriksen, M. 72Erikson, L. 59, 81, 96Erikson, L. H. 59, 81Eriksson, J. 150Eriksson, S. P. 110Eriksson, U. 171Erikstad, K. E. 125Erler, D. 84Ernstsen, V. B. 95Erofeeva, S. Y. 128Errera, R. M. 139Ersahin, K. 119Ersdal, E. A. 161Ershova, E. 127Escartin, J. 114Escobar-Flores, P. C. 149Escudier, R. 90Espejo, A. 80Estabrooks, T. 69Estapa, M. L. 52Estournel, C. 53, 63, 155Etcheber, H. 168Etter, R. 48, 160Eubanks, E. D. 88Evans, C. A. 106Evans, D. G. 85, 169Evans, K. 100Evans, R. 96Evans, R. H. 96Evans, W. 77, 89Eveleth, R. K. 89Evenson, J. R. 133Everroad, R. C. 80Evers, L. A. 116Evers, L. G. 90Eversole, D. N. 81Eveson, P. 56Evlyn Novo, E. N. 119Ewing, N. 55, 67, 88, 97Ewing, N. R. 55, 88Exarchou, E. 124Eyre, B. D. 48, 76Ezer, T. 69, 124FFabina, N. S. 69, 107Fabini Orata, . 54Fabrice CHAUVIN, . 157Fabry, V. J. 61Facciotti, M. T. 118183

AGU/ASLO/TOS2014 Ocean Sciences MeetingFackrell, J. 79, 91Fackrell, J. K. 79, 91Faganeli , J. 99Fahrbach, E. 139, 161Faillettaz, R. 125Fairall, C. 78, 89, 134Fairall, C. W. 78, 89, 134Falahat, S. 138Falck, E. 161Falder, M. 143Falinski, K. 152, 164Falinski, K. A. 152Falkowski, P. G. 147Falk-Petersen, S. 150Falk-Petersen/Stig, . 161Fallon, S. J. 162Falnoga , I. 99Falster, A. V. 77Falter, J. 135, 144, 166Falter, J. L. 135, 144, 166Faltine-Gonzalez, D. Z. 151Famiglietti, J. S. 58, 124Fan, D. 52, 95Fanelli, E. 90Fang, F. 155, 170Fang, J. 93Fangman, S. 149Fang, S. M. 132Fang, Y. 152Fanning, K. 145Fan, T. 86Fan, T. Y. 86Fan, X. 140Fararra, J. 124Fardel, C. 94Fargion G. 106Faria, G. R. 84Faria, J. 60Farias, L. 62, 79Farías, L. 53Faries, J. 142Farley, E. V. 52Farmer, D. 56Farneti, R. 79Farquhar, J. 120Farquharson , G. 74Farquharson, G. 116, 171Farrara, J. 67, 96, 105Farrara, J. D. 105Farrar, J. T. 124, 137Farrington, J. W. 109Farrington, S. 164Farst, C. M. 158Fassbender, A. 51, 139Fassbender, A. J. 139Fatland, D. R. 57Fauchot, J. 162Faugere, Y. 157Faulring, J. 129Fauver, A. 116Fauville, G. 97Favali, P. 90Favero, J. M. 101Fawcett, S. E. 54Faxneld, S. 171Fay, A. R. 137Feddersen, F. 117, 147, 166Fedorov, A. 47, 93Fedorov, A. V. 47Feeley, M. W. 133Feely, R. 46, 48, 60, 76, 80, 113, 132,136, 165Feely, R. A. 46, 48, 60, 80, 113, 132,136, 165Feinberg, L. 76Feistel, R. 156Felder, D. 69FELIPE LOBO, F. L. 119Felis, J. 106Félix, F. 56Feng, D. 147Feng Dong, . 74Feng, E. Y. 86Feng, F. 71Feng, M. 75, 160Feng, S. 155Feng, Y. 124, 151Feng, Z. 71Fenili, L. H. 146Fennel, K. 151, 172Fennell, S. 167Ferenbaugh, J. K. 88Ferguson, C. E. 145Ferguson, J. S. 123Ferguson, M. 128Fer, I. 115, 117, 173Fernandes, M. 63Fernandes Mazzini, P. L. 156Fernandez, A. 75, 84Fernández, B. 170Fernandez, F. M. 50Fernandez, I. D. 157Fernandez, M. 60Fernández Méndez, M. 77Fernandez-Nunez, M. 124Fernandez, V. 151Fernando, H. J. 144Ferner, M. 54, 85, 114Ferner, M. C. 54, 114Ferrari , R. 90Ferrari, R. 51, 75, 136, 138, 143Ferraro, C. 71, 97Ferraro, C. A. 97Ferreira, C. M. 96Ferreira, D. 113, 174Ferreira, S. A. 125Ferrell, R. E. 99Ferris Hill, S. 97Ferrón, S. 62FERRY, N. 58Ferry Nicolas, . 58, 109Feswick, A. 98Feudel, U. 99Fewings, M. 173Ficek, D. 63, 87Fichot, C. G. 94Fiechter, J. 83, 104, 173Fiedler, B. 57, 66, 139Fiedler, J. W. 135Fiedler, P. C. 56, 70Field, D. B. 109Fielding, S. 149, 167Field, M. 67, 165Field, M. E. 165Fields, D. 58, 135, 169Fields, D. M. 58, 169Fietzek, P. 48, 66, 139Fietzke, J. 75Figueira, R. L. 71Figueras, M. J. 70Figueroa, D. A. 156Figura, S. 68Fijii, Y. 58Fike, D. A. 118Filip Meysman, . 60Filipot, J. 47Filippelli, G. M. 134Filippidi, a. 126Filippino, K. C. 140Filipsson, H. 164Fillingham, J. H. 134Findlay, A. J. 109Findlay, H. 60Fine, E. C. 123Fine, I. V. 154Fine, M. 48Fine, R. A. 93, 113, 122Finkel, Z. 68, 114, 131, 145Finkel, Z. V. 68, 114, 131Finke, N. 62Finney, B. 162, 164Finney, B. F. 164Fiore, C. L. 64Firing, E. 70, 78, 121Firing, Y. L. 51Fischbach, A. S. 111Fischer, D. 74Fischer, J. 113, 173Fischer, M. 75, 161Fischer, M. J. 75Fischer, T. 68, 107, 113, 134, 148Fisher, J. C. 70Fisher, J. L. 76Fitt, W. K. 146Fitzgerald, C. 58Fitzgerald, P. C. 69, 84Fitzpatrick, P. 158Fitzpatrick, R. S. 102Fitzsimmons, J. N. 136, 148, 158, 169Flagg, C. N. 147Flagg, R. M. 85Flament, M. 85Flament , P. 47Flament, P. 49, 57, 85, 107, 144, 154, 157Flampouris, S. 154, 166Flanagan, J. 115Flander-Putrle, V. 145Flannery, J. A. 84Flatau, M. 77Flecker, R. 110Fleck, J. 109Flegal, A. R. 91Fleming, J. C. 99Fleming, K. M. 132Fleming, R. J. 156Fletcher, C. 51, 81, 96, 121, 165Fletcher, C. H. 81, 96, 121, 165Flexas, M. M. 93, 117Flick, R. E. 80Flierl, G. R. 90, 107Flögel, S. 153Floge, S. A. 75, 130Flohr, A. 107Flood, R. 147Flores-Aqueveque, V. 84Floresquintana, H. 54Flores-Vidal, X. 57Florio, K. 67Flowers, J. 87Flowers, N. 88Fluharty, D. L. 133Flyer, N. 47Flye-Ste-Marie, J. 126Flynn, L. M. 71Foden, P. R. 129Fogarty, M. J. 120, 151F. Ogawa , . 136Fogel, M. L. 107Foglini, F. 132Foley, D. G. 56Foley, J. M. 108, 148Follows, M. 51, 53, 80, 114, 134, 145,148, 155, 168Follows, M. J. 51, 53, 80, 114, 145, 155, 168Foloni-Neto, H. 115Fones, G. R. 158Fong, D. 52, 173Fong, D. A. 173Fong, M. 66Fonseca Batista, D. 69Fontana, C. 120Fontanez , K. M. 167Fontanez, K. M. 148Fontanilla, T. M. 101Font, J. 123, 124, 137Foote, E. A. 108Foppert, A. 93Fordham, D. A. 141Ford, M. 165Ford, T. 120Fore, A. 108FORE, A. 139Foreman, M. 97Forget, G. 47, 155, 174Form, A. 76Fornace, K. 110Fornal, A. 165Forrest-Baldini, J. 66Forsch, K. 153, 154Forsch, K. O. 154Forshaw, M. E. 121Fossette, S. 58, 155Foster, D. 135, 166Foster, D. L. 135Foster, L. C. 75Foster, R. A. 136, 168Foster, S. Q. 123, 151Foukal, N. P. 50Fournier, G. 87Fourqurean, J. 61Fowler, R. A. 97Fox, D. A. 56, 65, 149, 150Fox-Kemper, B. 47, 75, 87, 107, 115,143, 170Fox, M. D. 135Fox, P. 172Fox, R. J. 62Foy, M. 49, 76Fragoso, M. R. 85Fraile-Nuez, E. 100Frajka-Williams, E. 46, 160, 173, 174Frajka-Williams,, E. 131France, J. 145Francé, J. 142Frances Rivera, N. 63Franchy, G. 101Francini-Filho, R. B. 121Francis, C. A. 54Francisco, C. 135Francis, O. P. 47Franck, E. 102Franck, V. M. 94Franco, D. 157Francois Guillemette , . 156Francois, R. 89Frank, C. 139Frankcombe, L. 109Frank, D. P. 135Franke, J. 55Frankel, A. S. 65, 167Frank Henyey, . 56Frankignoul, C. 136Frank J. Stewart, . 82Franklin, D. J. 63Franklin, G. L. 144, 165Franklin, M. C. 146Frank, M. 126, 145, 153Frank Nilsen, . 161Frank ROUX, . 157Franks, P. 57, 67, 144, 149, 155, 164, 168Franks, P. J. 57, 144, 149, 155, 164, 168Frank, T. M. 104Fransner, F. 102Frants, M. 169Franz, B. A. 172Franzese, A. M. 148Fraser, W. 58, 117, 137Fraser, W. R. 117, 137184

Program BookAGU/ASLO/TOSFrashure, K. M. 55Frasier, K. E. 155Fratantoni, D. M. 46, 123, 137, 167Fratantoni, P. 109, 120, 125Fratantoni, P. S. 120, 125Frauen, C. 92, 130Frazer, L. N. 81, 165Frazier, J. 80, 97, 123Frazier, J. A. 123Frazier, M. M. 146Fréchette, B. 157Fred Dobbs, . 81Fred Mackenzie, . 137Fredriksson, S. 134, 142Fredriksson, S. T. 142Free, C. M. 72Freeman, C. J. 107Freeman, J. E. 172Freeman, K. R. 94Freeman, N. M. 93Freeman, R. 80Freeman, S. F. 168Freire, A. S. 57French, D. W. 103French, J. 124Frenger, I. 51, 78Freund, J. 99Frew, R. D. 162Frey, C. 81Frey, K. 77, 111Frey, K. E. 111Freymueller, J. 124Freytes-Ortiz, I. M. 58Frias-Torres, S. 65, 101Fricke , W. F. 54Frieder, C. 76, 110, 133Frieder, C. A. 76, 133Friederich, G. 60, 61, 70Friederich, G. E. 61Friedlander, A. 142Friedman, C. 48, 137Friedman, C. S. 137Friedman, J. 90Friedman, S. 167Friedrichs, C. 109, 118, 151Friedrichs, C. T. 109, 118Friedrichs, M. 63, 105, 151, 155, 168Friedrichs, M. A. 63, 105, 151Fried, S. E. 169Friend, P. L. 99Fringer, O. 52, 56, 74, 105, 159, 162, 173Fringer, O. B. 56, 74, 105, 159, 173Frings, P. 134Fripiat, F. 69Frischer, M. E. 71, 118Frischknecht, M. 112Frisch, L. C. 64, 132Froelicher, T. 51, 137Froelicher, T. L. 51Frolov, S. 170Fromentin, J. M. 155Frossard, A. A. 51Frouin, R. 172Fruendt, B. 63Fruergaard, M. 80, 96Fry, B. 162Fry, C. 145Fryer, G. J. 170Fryer, P. 90Fry, L. 141Fuchs, H. L. 54Fuchsman, C. 92, 97Fuchsman, C. A. 92Fucile, P. 152fuda, J. L. 49Fu, F. 114, 133, 140Fu, H. H. 158Fuhlbruegge, S. 50Fuhrman, J. 64, 79, 92, 118Fuhrman, J. A. 79, 92, 118Fujieki, L. 148Fujieki, L. A. 148Fujii, M. 74, 125Fujii/Manabu, . 158Fujii, S. 154Fujiki, T. 119, 150Fujimura, A. G. 147Fujio, S. 115Fuji, R. 154Fujisaki, A. 136Fu, J. X. 77Fu, K. 56Fukuchi/Mitsuo, M. 93FUKUDA, H. 155Fukuda, T. L. 158Fukudome, K. 135Fukue, M. 99Fukumori, I. 108, 112FUKUTOMI, N. 118Fu, Lee-Lueng, . 96Fuleky, P. 48Fu, L. L. 96Fuller, C. C. 107Fuller, J. 84Fulton, E. A. 56, 151Fulton, J. M. 130, 131Fulweiler, R. W. 54, 70, 142, 151Fundis, A. 97Funk, A. 113FUNKEY, C. 99Furby, K. A. 58Furevik, T. 97Furey, H. H. 112, 140, 152Furnas, M. J. 119, 157Furtney, M. 154Furue, R. 129Furuichi, N. 104Furuichi/Naoki, . 73Furutani, H. 51Furutani, T. T. 71, 88Furuta, S. 152Furuya, K. 69Futch, V. C. 144Futrelle, J. 82, 172Futrelle, J. M. 172GGabioux, M. 129Gabriel, A. 120Gaeckle, J. 125Gagan, M. K. 75Gagnon, A. 100Gagnon, A. R. 100GAILLARD, B. 167Galbraith, E. D. 75, 80, 92, 109Galbraith, P. 172Galer, S. 169Gålfalk, M. 134Galfond, B. 125Galgani, L. 51Galindo, V. 77Galipaud, J. C. 112Gall, A. 111, 128Gall, A. E. 111Gallager, S. 172Gallagher, E. L. 117Gallegos, C. L. 108Gallien, T. W. 80GALLINA, A. 150Gall, N. 85Gallo, N. 51, 78Gallo, N. D. 78Galuardi, B. 73Galvarino, C. 63Gamfeldt, L. 64Gamiao, S. 79Gamo, T. 68, 125, 158Gan, B. 61Ganesh, S. 81, 98Gangopadhyay, A. 73, 86Ganguli, P. M. 91Gan, J. 83, 146, 157Gan, J. P. 83Gann, J. 52Gao, A. 68Gao, H. 63, 64, 151Gao, H. W. 63, 64, 151Gao, S. 131, 145Gao, W. J. 132Gao, X. 128Gao, Y. 51, 67, 101Gao, Z. 77Garaba, S. P. 119Garate, M. H. 127Garbe, C. S. 134Garbe-Schoenberg, D. 84Garbe-Schönberg, D. 83Garcia, B. 101Garcia, C. A. 46Garcia-Comas, C. 68García-Comas, C. 150García, E. 110García, F. C. 168Garcia-Ibanez, M. I. 122García, J. 58Garcia, J. A. 148, 167García-Martín, E. E. 168García-Medina, G. 117Garcia, M. O. 71Garcia-Pineda, O. 161Garcia, R. 114Garcia Solsona, E. 92Gardner, B. 98Gardner, G. B. 98, 111, 141Gardner, K. 67Gardner, W. D. 78Gardner, W. S. 70Garfield, N. 85, 97Garfield, N. T. 85Garijo, J. C. 149, 150Garley, R. 122Garnier, F. 154Garraffo, Z. 165Garreau, F. A. 162Garric, G. 90Garric Gilles, . 58Garrido, I. 92Garrido, S. 48, 149Garrison, C. E. 98Garrison, L. P. 149Garry, F. K. 109Gartman, A. 109, 148Garwood, J. C. 95Gary, S. 140, 160, 174Gary, S. F. 160, 174Garzoli, S. L. 58Gasparin, F. 100Gasso, S. 154Gassó , S. 151Gates, A. R. 72Gates, R. D. 107, 110, 121, 146Gaube, P. 57Gauglitz, J. M. 82Gauns, M. 153Gawarkiewicz, G. 69, 104, 119Gaxiola-Castro/Gilberto, . 57Gayanilo, F. C. 172Gaydos, J. K. 133Gaye, B. 83Gayen, B. 105Gayes, P. T. 87Gaylord, B. 54, 76, 114Gaylord, B. P. 76Gaynus, C. 88Gaynus, C. J. 88Gebbie, G. 170Geer, I. W. 71Gegg, S. R. 154Gehlen, M. 51, 114, 137Gehrke, C. 105Geider, R. 50, 134Geider, R. J. 134Geimecke, C. 169Ge, J. 65Gelderloos, R. 131Gelfenbaum, G. 166Gelfman, C. 66Gélinas, Y. 120Gelpi, C. G. 115, 162Gelsleichter, J. 101Gemery, L. 127Gemmell, B. J. 98Gemmrich, J. 56Gendron, D. 73Genin, A. 120, 166, 170Gentemann, C. 172Gentemann, C. L. 172Gentili, B. 66Genton, M. 64Gent, P. R. 51Geoffrey Tick, . 79Georgas, N. 73, 80George, . 51George, A. M. 121George, C. 66Georgian, S. E. 69, 73Georg Martin, . 127Ge, Q. 83Gerard, J. 99Gerard, T. 56Gerbi, G. P. 54, 171Gerlofsma, J. 155German, C. 66, 78, 169German, C. R. 169Geronimo, G. 102Gerrodette, T. 73Gersonde, R. 153Gertman , I. 132Gervais, F. 97Gesch, D. B. 81Gettinby, G. 153Geyer, F. 139Geyer, W. R. 52, 95, 166, 171Gezymalla, J. 102Ghaemsaidi, S. J. 56Ghaleb, B. 59Ghazaryan, A. 116Ghil, M. 89Ghisalberti, M. 144Ghisolfi, R. D. 63Giannini, M. F. 63Gibbes, B. 107Gibeaut, J. C. 96Giblin, A. 54Gibson, G. 53, 66, 75Gibson, G. A. 53, 66, 75Giddings, S. N. 141, 171Giddy, I. S. 148Giebel, H. A. 79Giebel, Helge-Ansgar, . 118Gierach, M. M. 55, 108Gier, E. 162Gier, J. 54, 70Giesbrecht, K. E. 128Giese, B. 130185

AGU/ASLO/TOS2014 Ocean Sciences MeetingGiese, G. S. 81Gifford, S. 82, 98Gifford, S. M. 98Giglio, D. 100GILBERT, M. 100Gilberto Perez, . 97Gilerson, A. A. 106Gilg, I. 102Gil, L. 67Gill, B. C. 81Gilleard, J. M. 60Gille, S. 47, 51, 90, 93, 107, 120, 123Gilles Reverdin, G. R. 124Gille, S. T. 51, 90, 93, 107, 120, 123Gill, G. 110, 126Gill, G. A. 110Gilliam, D. S. 133Gilliam, J. F. 48Gillies, L. E. 98Gillikin, D. P. 126Gill, S. 80Gilly, W. 101Gilman, C. S. 88Gilson, J. 100Giltz, S. M. 165Gimpel, C. 118Ginis, I. 81, 104, 156, 157, 172Giorli, G. 150, 167Giovannoni, S. J. 62, 106Girguis, P. R. 57, 74, 99Girton, J. B. 56, 78, 90, 93, 169Gitelson, A. A. 106Giulivi, C. 123Gladkova, I. 161Gladstone, R. M. 110Glass, J. B. 97Glazer, B. T. 67, 74, 130Glazier, D. S. 47Gleason, D. F. 76Gleb Panteleev, . 105Gleckler, P. J. 109Gledhill, D. 86Gledhill, M. 158Gleiber, M. R. 125Gleichauf, K. T. 162Gleiss, A. C. 58Glenn, C. R. 79, 91Glenn, S. 55, 67, 71, 80, 85, 117, 139,154, 157Glenn, S. M. 67, 85, 154Glen, S. 67Glibert, P. 168Glibert, P. M. 168Glover, D. 72, 114, 152, 157Glover, D. M. 72, 152, 157Glowacki, O. 89Gluchowska, M. 139, 161, 168Glud, R. N. 67Gnanadesikan, A. 50, 53, 85, 90, 93, 104Goddard, E. A. 100Goddard, L. 113Godhe, A. 127Godin, O. A. 90, 169Godø, O. R. 57Goebel, M. 162Goebel, N. L. 58Goericke, R. 99, 151Goessling, H. F. 130Goetze, E. 48, 59, 60, 69, 168GOFFART, A. 120Goff, J. A. 52Goksøyr, A. 55Golbuu, Y. 86, 135, 146Golden, B. W. 55Goldfinger, C. 76Goldman, J. A. 50, 117Goldner, A. 62Gold, R. E. 90Goldstein, M. C. 55Goldstein, S. G. 148Goldstein, S. L. 153, 170Goldstone, J. 82Golet, W. J. 73Goloubeva, E. 112Gomez-Consarnau, L. 62, 64, 92Gómez-Consarnau, L. 73Gómez Daglio, L. 60Gomez, F. A. 125Gómez-Gutiérrez, J. 66Gomez-Ibanez, D. 66Gomez, J. 84Gomez, R. 80, 137Gomis-Cartesio, L. E. 99Gommenginger, C. 108, 154Gommenginger, C. P. 108Gonçalves, R. 171Gong, D. 111Gong, G. 60, 68, 79, 102, 131, 150, 168Gong, G. C. 68, 79, 102, 150, 168Gong, X. 63, 69Gong, X. Y. 69Gong, Y. 87Goni, G. J. 46, 58, 121Goñi, M. 126Goni, M. A. 52, 89, 151Gonneea, M. E. 79Gonsior, M. 61, 99, 127Gontz, A. 102Gonzalez-Davila, M. 137González, H. E. 70Gonzalez, J. 92, 110Gonzalez, J. M. 92González, J. M. 106Gonzalez-Pola, C. 144González-Rodríguez/Eduardo, . 57Goodbody-Gringley , G. 146Goode, W. 115Goodkin, N. F. 75, 126Good, L. H. 97Goodman, C. 54Goodman, L. 143, 164Goodman, P. J. 80Good, P. 124Goodwin, B. 167Goodwin, C. 123Goodwin, D. H. 126Goodwin, D. S. 55, 113Goodwin, I. D. 80, 116Goodwin, J. D. 60Goodwin, K. 64Goodwin, M. H. 67Gopalakrishnan, G. 47, 78Gopalakrishnan Ganesh, . 104Gorbunov, M. Y. 147Gordon, A. 49, 62, 123, 124, 137Gordon, A. L. 49, 62, 124, 137Gorgues, T. 151Gorospe, K. D. 108Gorsky, G. 72, 80Gosnell, K. J. 150Gospodinova, K. D. 100Gosselin, M. 77Goswami, V. 154Goszczko, I. 139, 168Gothland, M. 162Goto, H. 162Goto, K. 152Goto, N. 152Gouaud Fabrice, . 97Goudeau, m. l. 126Gough, M. K. 104Gouhier, T. C. 110Gould, A. I. 96Gouldby, B. 81Gould, R. 77, 170Gould, R. W. 77Gould, W. A. 73Gourdal, M. 77Gourdeau, L. 108Gove, J. M. 55Govindarajan, A. F. 59Goward Brown, A. J. 87Gower, J. 73Goyens, C. 118Graber, H. 59, 88, 104, 157, 161, 172Graber, H. C. 59, 104, 157, 161, 172Grabowski, E. 63, 136Grabowski, E. M. 63Gradinger , R. 149Gradinger, R. R. 162Gradoville, M. R. 53Graeve, M. 89Graewe, U. 171Graff, J. R. 63, 134Graham, F. 49, 130Graham, F. S. 130Graham, G. W. 87Graham, J. A. 105Graham, R. M. 92Gramer, L. J. 146Grand, M. M. 105, 170Grange, J. S. 146Grange, L. J. 93Granger, J. 70Grant, A. L. 76Grant, M. A. 73Grant, S. B. 159, 163Grant, S. R. 106Grare, L. 59Grasse, P. 145Grassian, B. 94, 97Graves, M. 123Gravinese, P. M. 76Gravois, U. M. 154Gräwe, U. 76, 136Gray, A. R. 47Gray, B. P. 127Gray, D. 77, 87, 168Gray, D. J. 77Gray, M. A. 159Gray, S. A. 142, 146Greatbatch, R. 95, 113, 116, 136, 174Greatbatch, R. J. 95, 113, 116, 174Greaves, D. 152Grebmeier, J. 111, 127Grebmeier, J. M. 111Greely, T. 88Greenan, B. 84, 105, 117Greenan, B. J. 84Green, B. 113Greene, A. R. 71Greene, C. H. 133, 134, 137, 155, 167Greene, C. M. 133Greenfield, D. I. 97, 107, 146Greengrove, C. L. 162Green, J. M. 74, 138, 161Green, M. 65, 128, 138Green, M. J. 138Green, M. O. 65Green, S. J. 140Green, S. R. 102Green, V. 107, 122, 123Green, V. L. 123Greenwood, J. 52Greer, A. T. 94, 97, 168Gregg, M. C. 83, 159Gregg, W. 55, 72Gregg, W. W. 55Grego, . 149Grego, M. 142Gregoracci, G. B. 121GREGORIO, S. 107Gregorio, S. O. 161Gregory, A. 130Gregory, J. M. 124Gregory, R. S. 73GREINER, E. 58GREMES-CORDERO, S. 169Grenier, M. 92Grey, E. K. 160, 165Griesel, A. 90, 107Grieser, J. 59Griffell, K. 168Griffies, S. 79, 92, 109, 113, 172Griffies, S. M. 92, 109, 113, 172Griffin, S. 132, 144Griffin, S. P. 144Griffith, J. 60, 139Griffith, J. C. 139Griffiths, A. 136Griffiths, G. 149Griffiths, R. W. 105, 128, 161Griffitt, R. J. 98, 101Grima, N. 151, 161Grimes, D. J. 147Grim, S. 46Grimsley, N. 80Grinham, A. 107Grisouard, N. 74Grissom, K. 158Gröcke, D. R. 99Grodsky, S. A. 123Groeskamp, S. 138Gröger , M. 83Groman, R. C. 63, 152, 154, 157Groner, M. L. 137, 153Grønkjaer, P. 110Grosch, C. E. 104, 159Grosholz, E. D. 114Grosse, J. 162Gross, E. S. 105Gross, K. R. 69Grossmann, M. M. 69Groussman, R. D. 139Growns, I. O. 94Grubbs, R. D. 101Gruber, N. 47, 51, 53, 68, 76, 78, 112,122, 134, 136, 145, 165Gruber, N. P. 53, 112Gruber, R. K. 144, 166Grunert, B. 102, 149Grunert, B. K. 149Grunseich, G. 123Grunwald, M. 77Grzymski, J. 117, 131Grzymski, J. J. 131GSOP Group, . 109Guadayol, O. 110Guan, B. 108Guannel, G. 142Guannel, M. L. 105, 139Guan, Y. 88, 169Guan, Y. X. 169Guastella, L. A. 57Gu, B. H. 83Guerra, L. A. 129Guidi, L. 47, 80Guigand, C. 94, 97, 125, 168Guigand, C. M. 168Guihen, D. 149Guihou, A. 69Guikema, S. 53Guilderson, T. 75, 82, 174Guilderson, T. P. 174Guildford, S. J. 95Guild, L. S. 106Guiles, M. D. 73Guilherme, S. 120186

Program BookAGU/ASLO/TOSGuimbard, S. 124Guinan, E. M. 88Guinasso, Jr., N. L. 116Guinasso, N. L. 100Guinet, C. 96Guisado, E. 142Guizien, K. 59, 160Gula, J. 165Gulev, S. 113Gum, J. 78Gunawan, B. 87Gundersen, K. 60Guo, L. 68, 86Guo, L. D. 68Guo, W. 65, 111Guo, X. 90, 102, 104, 119, 135, 156Guo, Z. 65Gustafson, A. B. 103Gustafsson, B. G. 169Guthrie, J. 115, 129Guthrie, J. D. 115Gutierrez, E. 146Gutierrez-Heredia, L. R. 94Gutiérrez-Rodríguez, A. 70Gu, Y. 155Guyomarch, J. 100Guyot, J. L. 100Guza, R. T. 80, 116, 117, 135, 166Guzzetta, V. S. 55Gwak, M. T. 156Gwak, Y. 91Gyory, J. 160HHaarsma, R. 130Haase, S. 130Haas, H. L. 48Habeck, E. 60Habel, S. 96, 121Hackbarth, P. A. 143Hackerott, S. N. 140Hacker, P. 108, 124Hacker, S. D. 110Hackert, E. C. 62Hackett, E. E. 169Haddock, S. H. 69, 123Hadfield, M. 105Hadwen, W. L. 94Hafez, M. 130Hafner, J. 55, 107Hagen, R. A. 146Hagens, M. 48Haggerty, J. M. 92Hagiwara, I. 129Haglund, P. 156, 171Ha, H. K. 105, 128Hahn, J. 113Hahn-Woernle, L. 85Haidvogel, D. B. 59, 146Haijun Yang, . 132Haines, K. 169Haines, S. 87, 90Haine, T. 51, 107, 139Haine, T. W. 107, 139Hain, M. 145Hajdu, S. 102, 145Haji, M. N. 74Ha, K. 157Halanych, K. M. 92Haldeman III, C. 139Hale, R. 58, 80, 172Hale, R. P. 80Hales, B. 76, 154Halewood, S. 116Haley, B. 118, 153Haley, B. A. 118Haley, P. J. 74, 76, 86, 104Halfar, J. 61, 75Halkides, D. J. 108Hall, A. 78Hallam, S. 49, 82, 98, 118, 129, 131Hallam , S. J. 167Hallam, S. J. 49, 82, 98, 118, 129, 131Hallberg, R. 78, 92, 124, 131, 138Hallberg, R. W. 92, 131, 138Hall, C. M. 87Haller, G. 90, 121Haller, M. 74, 139, 142, 147, 156Haller, M. C. 74, 139, 147, 156Hall, I. R. 161, 167Halliwell, G. R. 154Hall, J. 133Hall, L. M. 102Hallock, P. 101Halloran, P. R. 174Hall, P. 97, 129Hall, P. O. 129Hally-Rosendahl, K. 117Halpin, P. N. 55, 56, 144Halsey, K. H. 50, 63, 134Hals, H. 96Halversen, C. 55Halverson, M. 171Hamady, L. 174Hamajima, Y. 68Hamann, M. T. 54Hama, T. 60, 99Hamdoun , A. 55Hamersley, M. R. 101Hamers, R. J. 98Hamilton, B. R. 92Hamilton, C. M. 66Hamilton, J. 88Hamilton, P. 90, 100, 121Hamlet, A. 124Hamlet, C. L. 155, 170Hamlington, B. D. 124, 157Hamlington, P. E. 87, 143, 170Hammaker, S. 61Hamme, R. C. 49, 50Hammerschmidt, C. 126, 153, 169Hammerschmidt, C. R. 153, 169Hammond, D. E. 53, 63, 153Hammond, S. 154Hams, J. E. 67Hanafusa, Y. 142Hanawa, K. 62, 119Han, C. 83Hancock, B. 142Han, D. 149Handler, R. A. 142Haney, S. 143Han, G. 52, 156Hanisak, D. 85Hankin, S. 157Han, N. 98Hanna, A. J. 52Hannachi, A. A. 132Hannides, A. 65, 67, 74Hannides, A. K. 65, 67Hannides, C. C. 161Hannides, C. S. 174Hannif, A. 131Hannigan, R. 160Han, S. 119Hansel, C. M. 121Hansen, B. 101Hansen, B. H. 101Hansen, E. 139Hansen, J. 72, 135, 144, 147, 165Hansen, J. E. 135, 147, 165Hansen, T. 133Hansman, R. L. 82Hanson, K. M. 166Hanson, M. B. 155Hanson, T. E. 109Hansson, S. 149Han, W. 49, 62, 78, 89, 161Han, Y. 70Harada, N. 77, 146Hara, J. 80Hara, T. 104, 156, 157Harazin, K. M. 154Harcourt, R. R. 144Harden, B. E. 97, 111Hardesty, B. D. 55Hardesty, D. 55Hardiman, J. 162Harding, L. W. 63, 109Hardison, A. K. 54Hardman-Mountford, N. 52, 53Hardy, K. R. 78Hardy, S. M. 66Hare, J. 109, 125, 134, 142, 168, 172Hare, J. A. 125, 168Hargreaves, B. 63Hariharan, P. 127Harii, S. 69, 164Harlan, J. 85Harley, M. D. 80Harmer, R. 110Harris, A. 172Harris, C. K. 80, 95, 172Harris, D. 85Harrison, A. 155Harrison, C. S. 173Harrison, D. E. 112Harrison, D. P. 70Harrison, P. 84, 94, 126Harrison, P. J. 84, 126Harrison, S. R. 147Harrison, T. 87Hart, D. 142Harter, S. 164Hartin, C. A. 122Hart, L. A. 74Hartline, D. K. 151Hartman, A. 153, 170Hartman, A. E. 170Hartman, M. A. 135Hartman, S. E. 136Hartmut Herrmann, . 51Hart, M. W. 125Hartnett, H. E. 99Hartog, J. R. 56Hartvig, M. 47Hartwell, S. I. 120Harvell, C. D. 137, 152, 153Harvell, D. 152Harvey, H. R. 66, 127, 150Harvey, J. B. 129, 157Harvey, R. 53Hasan, M. 73Hasegawa, D. 119Hasegawa, T. 62Hase, H. 142Hasemi, R. 87Hashemi, M. R. 76Hashimura/Ryusuke, H. 96Hashioka Taketo, T. 53Haskell II, W. Z. 63Haskell, W. 50, 53, 99, 158Haskell, W. Z. 50, 53, 99Hassellov, I. 156Hasson, A. E. 108Hastings, D. W. 61, 100Hastings, M. G. 64Hasumi, H. 89, 122, 129, 138Hasumi Hiroyasu, . 92Ha, S. Y. 149Hatcher, P. 99, 138, 158Hatcher, P. G. 138, 158Hatch, M. B. 108Hathaway, T. K. 67, 122Hathorne, E. 126, 153Hathorne, E. C. 126Hatta, M. 105, 110, 117, 170Hattermann, T. 106Hatton, A. D. 127Hátún, H. 125Haugan, P. M. 129Haugen, E. 103Haugen, E. M. 103Haug, G. H. 112Haugland, B. T. 72Haulsee, D. E. 149Haumann, F. A. 51Hauri, C. 124Haus, B. 71, 104, 139, 147Haus, B. K. 71, 104, 139, 147Hauser, D. 139Hausman, J. K. 96Hauss, H. 59Hautala, S. L. 90Håvard Muus Falck, . 161Havenhand, J. 110Havron, A. 76Hawco, N. J. 110Hawkes, J. A. 153Hawkins, E. 174Hawkins, J. 56Hawley, A. 49, 82, 98Hawley, A. K. 49, 82Hawley, N. 52, 136Hawthorne, D. 167Hawthorne, N. C. 149Haxel, J. H. 167Haxton, C. 116Hay, A. 87, 116, 152, 166, 172Hay, A. E. 87, 116, 152, 166Hayakawa, D. H. 88Hayashi, A. 108HAYASHI, A. 139Hayashi, S. 170HAYASHI, Y. 170Hayes, C. T. 53, 148Haynert, K. 48, 110Hay, R. J. 51Hays, G. C. 58, 138Hayward, J. 81Haza, A. 165Hazard, L. 85, 171Hazard, L. L. 85Hazen, E. 155Heal, K. R. 73, 102Hearn, C. K. 74, 99Hearty, P. 72Hebert, D. 128, 171Hebert, D. L. 128Hecht, M. W. 78Hecky, R. E. 95HECQ, J. H. 120Hedley, J. D. 106Hedstrom, K. 66, 111Hedstrom, K. S. 111Hegermiller, C. A. 59, 81Heidelberg, J. F. 118Heiko Brenner, H. 60Heil, C. A. 111, 123Heimbach, P. 109, 156, 170, 174Heinze, C. 136Heinze, M. 83Heiss, E. M. 54, 70Heitmann, T. W. 147He, J. 156187

AGU/ASLO/TOS2014 Ocean Sciences MeetingHelber, R. W. 57Helbling, A. H. 146Held, C. 69Held, N. 158Helene Seroussi, . 124Helfrich, K. 71, 155, 173Helfrich, K. R. 71, 155, 173Helix, M. E. 76Helliwell, K. E. 73Helm, J. 52Helms, J. R. 158Hemer, M. 96, 132Hemer, M. A. 96Hemming, S. R. 148Hemond, H. F. 162Hemscheidt, T. K. 121Hemstock, S. 132Hench, J. L. 69, 144, 165Hendee, J. 146Hendee, J. C. 146Henderikx Freitas, F. 116Hendershott, M. C. 124Henderson, G. M. 53, 154, 169Henderson, L. 143, 164Henderson, L. M. 143Henderson, M. E. 125HENDERSON, N. 72Henderson, P. B. 78Henderson, S. 122, 166Henderson, S. M. 166Hendrick, V. J. 72Hendy, E. J. 59Henkel, S. 76, 126Hennekam, r. 126Hennon, G. H. 127Hennon, T. D. 120Henriques Vieira, A. A. 99Henriquez, M. 52, 171Henry, L. G. 157Henry, M. 128Hense, I. 50, 121Hensen, C. 126Henson, S. 47, 50, 53, 55, 88, 119Henson, S. A. 47, 88Henthorn, R. G. 78, 138Hepach, H. 50He, R. 57, 87, 104, 151, 157, 164Herbaut, C. 131Herbers, T. H. 161, 166Herdman, L. M. 144Herfort, L. 120Herkül, K. 101Herlemann, D. 98Herlien, B. 159Herman, C. H. 81Hermann, A. 48, 66, 104Hermann, A. J. 66, 104Hermanson, L. 174Hermes, A. L. 94Hermes, J. 148Hermosillo, X. M. 150Hernandez, C. M. 165Hernandez Fabrice, . 109Hernandez-Garcia , E. 173Hernández-Guerra, A. 100, 160Hernandez, K. 72, 101, 149Hernandez, K. L. 72, 101Hernández-León, S. 101, 149, 150Hernandez, O. 123Hernandez Terrones, L. 60Hernández Terrones, L. M. 61HERNÁN, G. 48Herndl, G. J. 82, 98, 148, 167Herndon, D. 157Herndon, J. 87Herold, N. 62, 130Herold, N. K. 130Heron, Scott, . 137Heron, S. F. 69Herraiz-Borreguero, L. 52Herrán, N. 147Herreman, K. 151Herrera-Silveira , J. 120Herrera, Y. 60, 139Herringshaw, L. G. 99Herrmann, B. L. 137Herrmann, M. 104, 109Hertkorn, N. 82Herut, B. 99Hervé Claustre, . 66Herwitz, S. 119Herzfeld, M. 154Hessevik, I. 129Hessing-Lewis, M. 142Hess, M. 161Hestness, E. 88Hetherington, E. D. 174Hetland, R. 80, 105, 143, 155, 171, 172Hetland, R. D. 80, 105, 143, 155, 171, 172Hetzel, Y. L. 171Hetzinger, S. 83, 126Heu, L. 91Heu, L. I. 91Heupel, E. E. 73Heuschele, J. 47Heuzé, C. 124Hewlett, J. A. 54Hewson, I. 81He, X. 73HE, Y. 142Heyl, T. P. 159Heyward, A. 143Heywood, K. 92, 105, 112, 117, 124, 149Heywood, K. J. 92, 105, 112, 117, 124He, Z. 116Hibbard, K. A. 80HIbiya, T. 104Hibiya/Toshiyuki, . 73Hickey, B. M. 171Hickman, A. E. 145HIDAKA, K. 155Hidekatsu Yamazaki, . 173Hiebenthal, C. 48Hieronymus, J. 137Hieronymus, M. 62Hietanen, S. 172Higashi, K. 120Higa, Y. 173Higgins, W. 89Highfield, W. E. 107Highland, A. M. 150Hignette, M. 107Hihara, T. 161Hilbern, M. 162Hilburn, K. 108, 157, 172Hildebrand, J. A. 155, 167Hildebrand, M. 94Hilgen, F. J. 110Hillaire-Marcel, C. 59, 157, 161Hill, C. 134, 158Hill, D. F. 96Hill, E. 126Hillebrand, H. 140Hill, P. S. 77, 87, 95Hill, R. T. 54, 69Hills, W. B. 88Hill, T. 60, 75, 76, 114Hill, T. M. 60, 75, 76, 114Hill, V. 87, 94, 125, 137Hill, V. J. 94, 125, 137Hilmer, T. 85Hinata, H. 72, 154Hine, A. C. 127Hingamp, P. 80, 94Hinke, J. 162Hino, R. 154Hinow, P. 98Hintz, C. J. 120Hinz, D. 64Hippmann, A. A. 64Hipsey, M. 151Hirabara, M. 49, 121, 128HIRAMATSU, D. 149Hirata, T. 53, 68Hirata Takafumi, T. 53Hirayama, K. 147Hirche, H. J. 89Hiroe, Y. 165Hirokami, K. 68Hirons, A. C. 84, 104Hirose, K. 53, 158Hirose, N. 115, 119Hiroshi Kuroda, . 58Hirschi, J. 109, 121, 160Hirschi, J. J. 109Hirst, A. G. 47, 110Hitchcock, J. N. 94Hitoshi KANEKO, . 155Hjerne, O. 145Hjollo, S. 125Hjøllo, S. S. 57, 125Hlaing, S. M. 119H. Nakamura, . 136Hoarau, G. 110Hoarau, G. G. 110Hobday, A. J. 56Hoberg, M. K. 111, 127Hobson, B. W. 78Ho, C. 157, 158Hochberg, E. J. 101, 166Ho, C. Y. 158Hodder, J. 105Hodder, K. R. 95, 96Hodges, B. A. 123, 137Hodges, K. 89, 172Hodin, J. 54Hoecker-Martinez, M. S. 89Hoegh-Gulberg, O. 143Hoegh-Guldberg, O. 114, 133, 164Hoeke, R. K. 81, 144Hoekstra, P. 52, 144Hoen, D. K. 174Hoer, D. R. 109Hoering, K. A. 122, 139Hoffman, M. J. 116Hoff, N. T. 133Hofmann, A. F. 49Hofmann , E. 117Hofmann, E. E. 117, 137, 151Hofmann, G. E. 48, 60Hofmeister, R. 169Hogan, J. D. 48, 60Hogan, P. J. 86Hogg, A. 51, 78, 79, 89, 93, 109, 138, 161Hogg, A. M. 51, 78, 79, 93, 138, 161Hogle, S. L. 73, 98Hogstrand, C. 55Hohn, S. 88, 168Hoins, M. 126Hojas, E. 170Holbrook, N. J. 130Holcomb, K. 146Holcomb, M. 113Holdsworth, A. M. 131Holdsworth, D. W. 61Hole, L. R. 67Holgate, S. 109Holitzki, T. M. 91Holladay, B. A. 111Hollander, D. 46, 57, 100Hollander, D. J. 46, 100Holland, K. 138Holland, P. R. 105, 124Holland, R. J. 148Holl, C. M. 132Hollibaugh, J. T. 70, 118Holliday, N. P. 140Hollowed, A. B. 109Holman, R. 166Holman, T. 140Holmes, C. W. 95Holmes, R. M. 143Holm-Moore, T. D. 70Holsman, K. K. 53, 121Holstein, D. 60, 143Holstein, D. M. 60Holtappels, M. 67Holt, B. 96, 165Holte, J. 140Holtermann, P. 136Holtermann Peter, P. 136Holt, J. T. 104Holtz, L. M. 133Holzer, M. 93, 134, 169Homma, H. 104Homola, K. L. 74, 99Honda, M. 46, 119, 122Honda/Makio, M. C. 53Honda, M. C. 119Honegger, D. A. 139, 147, 156Hong, C. S. 105, 144Hong, H. 156Hongzhou/Xu, . 83Honig, D. 93HONNORAT, M. 76Honsho, C. 74Hood, J. L. 134Hood, R. 64, 146, 151, 165Hood, R. H. 64Hood, R. R. 146, 165Hooker, S. B. 89, 106Hook, T. 141Hooshmand, A. 95Ho, P. C. 150Hopcroft, R. R. 68, 89, 127, 137Hope, J. A. 95Hop, H. 150Hopkins, J. 74, 119, 169Hopkins, J. E. 74Hopkins, K. 132, 140Hopkins, K. D. 132Hopkinson, B. 94, 110, 139, 146Hopkinson, B. M. 94, 110, 146Hopkinson, C. S. 109Hopmans, E. C. 54, 162Hoppe, C. J. 133Hoppe, K. A. 88Hoppe, L. 149Hoppema, M. 80Hopwood, M. J. 138Horak, R. E. 97, 98, 103Horii, T. 49Horikawa, K. 68Hori, M. 75Hormann, V. 113, 172Horne, J. K. 167Horner-Devine, A. 52, 95, 141, 156, 171Horner-Devine, A. R. 52, 95, 141, 156Horodysky, A. Z. 146Horsburgh, K. J. 109Horstkotte, B. 84Horstmann-Dehn, L. 66, 149, 162Horstmann-Dehn, L. A. 149Hort, M. 64Horwitz, R. 48, 171Hosegood, P. J. 74Hosfelt, J. D. 76Ho, S. H. 83188

Program BookAGU/ASLO/TOSHoshiba, Y. 156Hoskins, D. L. 91Hosoda, S. 47, 58, 66Hossainzadeh, S. 129Hossbach, T. W. 110Ho, T. 126, 154Hotaling, L. 67, 97Hotaling, L. A. 67Hoteit , I. 170Hoteit, I. 48, 63, 128, 155Ho, T. Y. 126Hou, A. 46Houghton, K. A. 91Houghton, L. 162Houk, A. 148, 167Houlton, H. R. 105Houpert, L. 52, 131Houssais, M. N. 117, 131Hou, W. 115Howard, C. D. 88Howard, E. M. 94Howard, M. A. 107Howard, M. D. 120Howard, M. K. 123, 172Howard-Strobel, M. M. 87Howden, S. 60, 104, 123Howden, S. D. 60Howe, B. 78, 148, 150Howe, B. M. 78, 148, 150Howe, D. 116Howell, A. L. 99Howell, E. A. 125Howell, K. L. 59Hozumi, A. 57Hristova, H. G. 62Hrycik, J. M. 48Hsieh, C. 67, 68, 79, 131, 150, 168Hsieh, C. C. 131Hsieh, C. H. 67, 79, 168Hsieh Hung-Yen, . 127HSIEH, P. 132Hsieh, W. 62Hsin, Y. 62Hsu, F. 68Hsu, J. 61, 171Hsu, J. H. 171Hsu, M. 93Hsu, P. C. 77Hsu, S. 70, 159Hsu, S. C. 70Hsu, T. 116, 135Hsu, T. J. 135Htun, H. 164Hu, A. 49Huang, B. 47, 130, 157Huang, B. H. 130Huang, D. 125Huang, F. 157Huang, H. 69, 156, 162Huang, I. B. 151Huang, J. 95, 162Huang, K. F. 53Huang, L. 73Huang, M. J. 149Huang, N. 124Huang, R. 143Huang, S. Y. 157Huang, T. 157, 172Huang, W. 169Huang, X. 85, 128, 158Huang, X. M. 85, 158Huang, Y. H. 153Huang, Z. 87HUANG, Z. C. 144Hubas, C. 167Hubbard, K. A. 94, 140Hubble, T. 74, 162Hubble, T. C. 162Huber, M. 62, 128, 130, 138Huber, P. A. 74Hu, C. 119, 127, 161Hückstädt, L. A. 150Hu, D. 62Hüdepohl, P. T. 125Hudy, A. 64Huebert, B. J. 134Huettel, M. 46, 57, 67, 75Huettel, M. H. 67Huettmann, F. 68, 111Huffard, C. L. 122, 138Huff, D. D. 56Hufnagle, L. 167Hufnagl, M. 125Huggett, M. J. 121Hughes, A. 168Hughes, C. 51, 109Hughes, C. W. 51Hughes, G. O. 105, 128, 132, 161Hu, H. 69, 136Huh, C. 68Huh, C. A. 68Huhn, O. 80Hui, L. 54Huiskamp, W. N. 161Hu, J. 119Hu, L. 65Hull, D. K. 99Humberston, J. L. 147Humborg, C. 102, 156Hu, M. E. 55Hummels, R. 113Hummon, J. 70Humphreys, M. P. 122, 136Humphries, Jr, R. L. 148Hung, C. 60, 151, 157, 158Hung , C. C. 59Hung, C. C. 151, 157, 158Hunke, E. C. 93Hunt, B. 142, 151Hunt, B. P. 151Hunt, C. W. 48, 116Hunt, D. E. 79Hunter, E. J. 54, 104Hunter, J. E. 66, 131Hunter, K. 60, 84Hunter, K. A. 84Hunter-Thomson, K. I. 77Hunt, J. 58, 133Hunt, J. N. 58Huot, J. P. 106Huot, Y. 87Hurd, C. L. 60Hu rijun, . 116Hu, R. J. 109Hurley, A. J. 77Hurley, B. 128Hurst, M. 110Hurwitz, B. L. 113Hutcheson, J. M. 91Hutchings, J. K. 56Hutchins, D. 114, 117, 133, 140Hutchins, D. A. 114, 117, 133, 140Hutchinson, D. K. 79Hutchison, Z. L. 72Hutton, E. W. 95Huvenne, V. A. 173Hu, W. 62Hu, X. 60, 100Hu, Y. 64, 87, 152, 161Hwang, C. 100Hwang, J. 59, 106Hwung, H. H. 159Hyatt , C. 100Hyde, K. 63, 106, 120, 151Hyde, K. J. 120, 151Hyde, L. 117Hyder, P. 85Hylander, S. 47, 171Hynes, A. M. 63Hyun, B. 60Hyun, J. H. 70Hyun, S. 83IIacchei, M. 48Iacovone, V. 65Ianelli, J. 53Ianson, D. 48, 50Ibrahim, A. I. 106Ibrahim Hoteit, . 154Ichikawa, K. 135Ichikawa, T. 150Ichiro YASUDA, . 155Igarashi, H. 73Igeta, Y. 72, 115Ignatov, A. 161, 172Ignoffo, T. R. 168Iida/Takahiro, T. 93IIZUKA, S. 119Ijichi, M. 69, 92Ikeda, C. E. 87, 140Ikehara, K. 80Iken, K. 66, 77, 111, 149, 162Iken, K. B. 111, 162Ilicak, M. 121Ilker Fer, . 59Il-Nam/Kim, . 53Ilyina, T. 83, 122Imachi, H. 162Imada, Y. 112Imai, I. 150, 162Imaoka, A. 153Imhof, H. K. 72Imura , S. 92Inaba, N. 162Inall, M. 56, 121, 161, 169, 171Inall, M. E. 56, 121, 161, 169Inatsu, M. 78Inazu, D. 154Infante, D. 151Ingall, E. D. 94, 99, 105, 153Ingalls, A. 73, 102, 103Ingalls, A. E. 73, 103Ingels, J. 48Ingersoll, A. 128Ingram, S. N. 155Ingvaldsen, R. B. 139Ininbergs, K. 145, 150Inman, B. G. 168Inomata, S. 62Inomura, K. 168Inoue, F. 119Inoue, M. 84Inoue, R. 46, 165Inoue, T. 60In, T. 105Iovino, D. 131Ippolito, T. 67Irby, I. D. 151iriarte, J. L. 101Irigoien, X. 59Irish, J. L. 116Irisson, J. O. 125Irvine, G. V. 121Irvine, L. 56Irwin, A. 58, 68, 114, 145Irwin, A. J. 68, 114Isachsen, P. E. 129Isami, H. 101Isari, S. 168Ishida, S. 129Ishii, M. 60, 122, 132, 136, 137Ishii, R. 162Ishikawa, I. 129Ishikawa, Y. 57, 58, 73, 105, 165Ishiyama, H. 78Ishizaka, J. 145Ishizaki, H. 57Ishizu, M. 84Ishque, A. 72Iskandarani, M. 155Iskandar, I. 90Isla, E. J. 92Islam, F. 89Islam, S. 84Ismail, H. E. 145Ismail, K. 173Isobe, A. 119Isoda, Y. 119Itoh, S. 138, 159Ito, K. 74, 156Ito, M. 119Ito Shin-ichi, . 58Ito, T. 80, 153, 165Ito, Y. 154Iudicone, D. 94, 95, 137, 165Ivanova, E. V. 99Ivanov, L. M. 169Ivanov, V. 115, 129Iversen, M. H. 47Iverson, S. J. 150Iverson, V. 106Ivey, G. 56, 128, 157, 159, 166, 173Ivey, G. N. 56, 157, 159, 166, 173Ivleva, N. P. 72Ivory, J. A. 59Iwamoto, M. 51, 67, 85Iwamoto, M. M. 67Izenberg, N. R. 90JJaap S. Sinninghe Damsté, . 126Jack, . A. 50Jack DiTullio, . 131Jackson , C. S. 170Jackson, D. L. 161Jackson, G. A. 47, 66Jackson , N. I. 165Jackson, R. H. 171Jackson, R. L. 165Jacob, D. E. 84Jacob, J. 69Jacob, M. 108, 123, 139Jacob, M. M. 108, 123Jacobsen, D. W. 85Jacobsen, J. R. 61Jacobs, G. 56, 57, 105, 154, 170, 173Jacobs, G. A. 56, 57Jacobs, G. B. 173Jacobs, J. 64Jacobson, S. K. 142Jacobs Scott, M. 132Jacob Stroh, . 105Jacox, M. G. 83, 104Jacques, R. 58Jacquot, J. E. 170Jaekel, U. 99Jaffe, B. J. 107Jaffe, J. 87, 98, 149, 164Jaffe, J. S. 149, 164Jaffé, R. 98Jahn, A. 68189

AGU/ASLO/TOS2014 Ocean Sciences MeetingJahncke, J. 60Jahncke, M. L. 146Jahn, D. 92Jähne, B. 142Jahn, O. 80, 145Jahren, A. H. 84Jaimes, B. 157, 171Jain, M. 169Jain, S. 167Jakobsen, H. H. 126Jaksa, M. B. 162Jalali, M. 56Jameel, M. Y. 141James, A. 60, 123James, A. K. 60James, R. A. 72Jamet, C. 106, 118, 169Jamieson, A. 112Janekovic, I. 93Jannasch, H. 66, 139Jannasch, H. W. 66Janout, M. 112, 128Janout, M. A. 112Jan, S. 56, 62, 87Jansen, H. M. 168Jansen, M. 51, 78Jansen, M. F. 78Jansen, P. 136Janssen, A. W. 69Janssen, D. 110, 126Janssen, D. J. 126Janssen, T. T. 117, 166Jansson, J. K. 46Jäntti, H. 172Janzen, C. D. 58Jaques, Z. 111Jaromir Jakacki, . 85Jarry Nicolas, . 97Jaud, T. 96Jaward, F. M. 55Jayakumar, A. 70, 81Jay, B. 133Jay, C. V. 111Jayne, S. R. 53, 56, 78, 171Jeandel, C. 53, 92, 134Jeans, J. 131Jeanthon, C. 167Jee, E. 128Jeffers, E. 133Jeffery, N. 93Jeffrey, W. H. 46, 57, 79, 91, 131Jeffries, M. A. 158Jeffs, A. 46Jekielek, P. E. 85, 123Jenifer Alonzo, . 81Jenings-Kam, D. K. 91Jenke-Kodama, H. 131, 139Jenkins, A. 117, 128Jenkins, A. P. 128Jenkins, B. D. 50, 61, 64, 70Jenkins, C. J. 95Jenkins, W. J. 68, 100Jenn Dijkstra, . 106Jennifer MacKinnon, J. A. 56Jenning-Kam, D. 140Jennings-Kam, D. K. 91Jensen, B. A. 55Jensen, O. P. 72, 162Jensen, T. 77, 89Jensen, T. G. 77Jenson, J. W. 83Jeon, C. 128JEON, D. 61Jeon, D. C. 61Jeong Jin-Yong, . 100Jeong, K. 62, 142JEON, J. 135Jessica Klar, . 170Jessup, A. 124, 137, 142, 161, 166, 171Jessup, A. T. 124, 137, 142, 161, 166Jesus, B. 167Jewett, L. 48, 60Jewett, S. 111, 120, 127Jewett, S. C. 111, 127Jia, F. 130Jia, L. 172Jiang, C. 93Jiang, H. 50, 61, 98Jiang, H. S. 61Jiang, L. 118, 146Jiang, M. 93Jiang, S. 54Jiang shenghui, . 116Jiang, Sunny, . 79Jiang, W. 95, 126, 155Jiang, W. S. 126Jiang, X. 65, 68Jiang, Y. 94, 153Jian/Shen, . 83Jianwei Wei, . 152Jianwu Tang, . 100Jia, S. 151Jia, Y. 61, 156Jiayi, P. 155Jilbert, T. S. 95Jimenez Espejo, F. 75Jimenez-Urias, M. A. 111Jimenez, V. 131, 139Jimenez, V. F. 139Jim Potemra, . 172Jinadasa, S. U. 144Jin, F. 112, 130JIN , F. 100Jin, F. F. 112, 130Jing, Y. 84Jing, Z. 171Jin, K. 119Jin, M. 86Jinuntuya, M. 125, 137Jin, X. 132Jin, Y. 59Ji, Q. 69Jiqing , L. 100Ji, R. 88, 109, 125, 160, 173J. J. Dong, . 154J.-M. Campin, . 86Joanna Kolasinski, . 100Joanna Paczkowska, J. P. 156Jochens, A. E. 123Jochum, M. 132, 157Jochumsen, K. 111, 131, 140Jocis, S. J. 103Jocson, J. M. 71Joensuu, M. 65Johannessen, J. A. 57Johannessen, p. N. 96Johannessen, S. 48Johannesson, K. H. 79Johan Nilsson, J. N. 112Johansen, A. M. 64Johansen, T. A. 143John/Dacey, W. H. 64John Ellis, . 79John Fitzpatrick, M. 143John, J. G. 53John Kerfoot, M. 172John Moisan , A. 145John, S. G. 110, 130Johnson, A. 102, 108, 116, 117, 120Johnson, A. K. 102, 120Johnson, A. M. 117Johnson, B. A. 135Johnson, C. 133, 140Johnson, C. K. 133Johnson, C. N. 133Johnson, E. 79, 91, 139, 163Johnson, E. D. 139Johnson, E. E. 91, 163Johnson , G. 47Johnson, G. C. 46, 47, 78, 122Johnson, G. D. 69Johnson, H. 51, 74, 92, 99, 112, 121,129, 131, 160Johnson, H. L. 51, 92, 112, 129, 131, 160Johnson, H. P. 74, 99Johnson, K. 52, 60, 65, 66, 104, 113,130, 139, 161Johnson, K. D. 113Johnson, K. E. 60Johnson, K. S. 52, 65, 66, 104, 130Johnson, K. W. 65Johnson, L. 122, 136Johnson, M. 50, 63, 90, 134, 135, 140,159, 173Johnson, M. C. 90Johnson, M. D. 135, 140Johnson, M. P. 159Johnson, M. T. 50Johnson, N. C. 52, 100Johnson, R. 59, 63, 85, 93, 119, 123, 124Johnson, R. J. 59, 63, 85, 119, 123, 124Johnson-Roberson, M. 129, 164Johnson, S. 65, 167Johnson, S. C. 167Johnson, T. R. 123Johnson, W. 50, 64Johnson, W. M. 64Johnson, Z. I. 55, 63, 64, 79, 92Johnston, D. T. 81Johnston, S. 74Johns, W. 46, 108, 113, 173, 174Johns, W. E. 46, 108, 113, 173John Toole, J. 129Jokiel, K. 61Jokiel, P. L. 102, 110, 166Jolivet, A. 126Jolley, K. A. 70Jolliff, J. 50, 106Jolliff, J. K. 50Jonasson, S. 150JONES, B. 57Jones, B. H. 57, 83, 142Jones, B. M. 50, 63, 117Jones, B. T. 160Jones, C. A. 76, 87Jones, C. M. 50, 60, 132Jones, C. S. 159Jones, C. T. 106Jones, D. 72, 137, 158, 173Jones, D. O. 72, 137, 173Jones, E. M. 154Jones, G. P. 160, 173Jones, H. M. 56Jones , I. S. 69Jones, J. 63, 99, 119, 134Jones, J. L. 99, 134Jones, K. N. 157Jones, M. 49, 71, 134Jones, M. H. 71Jones, N. 56, 62, 128, 157, 159Jones, N. L. 56, 62, 157, 159Jones, P. W. 57Jones, R. J. 125, 173Jones, S. C. 140Jones, T. W. 71Jones, W. A. 84Jones, W. L. 108, 123Jong-Kyu Kim, J. 144Jonsson, B. 160Jonsson, H. 143Joo, H. 120Jorgensen, D. P. 89Jorn, C. 96Jose A. Fernandez, G. 103Joseph Carlin, . 95Joseph, J. E. 149, 150Josey, S. A. 108Josh Kohut, . 104Josset, D. B. 87Jouanno, J. 75, 93, 113Joubaud, S. 56JOUNG, D. 100Jo, Y. 58, 152Joyce, T. M. 113Joye, S. B. 46, 53, 57, 101Joy, K. 88Joyner, J. L. 121Joy-Warren, H. 117Juan Francisco Saborido Rey, . 101Juhasz, T. 154Juhl, . 101Juhl, A. 72, 96, 97, 100, 111, 120, 158Juhl, A. R. 72, 96, 97, 100Julianne Fernandez, M. 129Julie Kellner, . 160Julien, K. 143Jullien, S. 157, 172Jumars, P. A. 71, 83Jungbluth, M. J. 168Jung-Hyun Kim, . 126Jung, J. B. 167Jung/Kyung Tae, . 59Jung, T. 130Juniper, K. 67, 97Juniper, K. J. 97Juniper, S. K. 85, 126, 141Junium, C. K. 84JUN, K. 115Jun Nishioka, J. 153Juranek, L. W. 50Jürgens, K. 81, 82, 98Jurisa, J. T. 171Jurukovski, V. 97Jury, C. P. 110Ju, S. E. 160Juselius, J. 142Justic, D. 162Jusup, M. 155Juza, M. 90J. Y. Lin, . 154KKaartvedt, S. 149, 167KABA, K. 118Kachel, N. B. 111Kadison, E. 143, 164Kadko, D. 125Kahlon, G. K. 127Kahn, A. S. 58Kahng, S. 76, 78, 146Kahng, S. E. 78Kahn, P. L. 131Kahru, M. 93, 104, 122Kaida, H. 147Kaihatu, J. 147, 154Kaihatu, J. M. 154Kaiser, D. 93Kaiser, J. 142Kaiser, K. 77, 102, 103, 163Kajajian, A. 60Kakehi Shigeho, . 58Kalen, O. 105Kalin, R. A. 103Kalmikov, A. 170Kalnejais, L. H. 159190

Program BookAGU/ASLO/TOSKaltenbacher, E. 139Kamachi, M. 58, 124Kambayashi, S. 68Kameda, C. 170Kamenir, Y. 58Kamenkovich, I. 93, 107, 121Kamenkovich, I. V. 93, 107Kamenkovich, V. 156Kamenos, N. A. 60, 127Kameyama, S. 62Kamishny, A. 120Kanda, J. 53, 68Kandasamy, S. 70Kane, C. 143Kane, C. N. 143Kaneda, A. 115Kanehara, H. 70Kane, H. H. 81Kaneko, J. 142Kaneshiro-Pineiro, M. 102Kang, B. 119KANG, D. 121Kang, D. J. 59Kang, J. 62, 65, 120, 142Kang, L. 131Kangro, K. 118Kang, S. H. 63, 111, 128Kanoglu, U. 116Kanzow, T. 74, 95, 111, 143, 173KAO, H. 108Kao, H. Y. 108Kaonga, C. C. 72Kaoru, I. 90Kao, S. 54, 70, 80, 149Kao, S. J. 70, 80, 149Kaplan, D. 73Kaplan, I. C. 56Kapnick, S. 172Kappel, C. V. 51Kappenberg, J. 96Kappus, M. E. 106Kapsenberg, L. 60Kapur, A. 112Karamperidou, C. 130Karaoglu, H. 154Karentz, D. 131Karimpour, F. 73Karlberg, M. 156Karl, D. 62, 63, 70, 76, 79, 99, 136,142, 148Karl, D. K. 79Karl, D. M. 62, 63, 70, 99, 136, 142, 148Karlsen, O. A. 55Karlsson, J. 111Karna, T. 95, 105, 151Kärnä, T. 115Karnauskas, K. B. 55, 75Karp-Boss, L. 80karsenti, E. 94Karsh, K. L. 70Karspeck, A. R. 170Karsten, R. 87, 124Karsten, R. H. 124Karstensen , J. 173Karstensen, J. 57, 66, 116, 140Karunasagar, I. 127Karus, K. 91Kashima, H. 147Kashino, Y. 47Kasper, J. 111, 128Kasper, J. L. 111Kasten, S. 74, 126Kastner, S. 171Kataoka, T. 49, 70, 72Katarzyna Blachowiak-Samolyk, K. 161KATAYAMA TOMOYO, T. 94Kato, S. 72, 152Kato, Y. 53Katrin Latarius, . 112Katsev, S. 172Katsumata, K. 78Katsumata, M. 61Katsuragawa, M. 101Katsura, S. 123Kattner, G. 122Katz, J. 71, 87, 101, 135Kauahi, C. 146Kauer, T. 106Kaufman, D. E. 105Kaufmann, H. 55Kaufmann, R. S. 174Kaupp, L. J. 77Kaushal, S. S. 106Kavanaugh, M. T. 105Kawabata, T. 156Kawai, T. 120Kawai, Y. 171Kawakami, H. 122Kawakami/Hajime, H. 53Kawamata, A. 92KAWAMURA, R. 119Kawanaka, R. 154Kawano, T. 68Kawasaki, T. 89Kayanne, H. 84Kay Bidle, . 131Kazamia, E. 73Keafer, B. A. 71Kealoha, A. k. 76Keane, C. M. 105Kearney, K. A. 151Kearns, E. J. 158Kearns, P. 54, 69Kearns, P. J. 54Keating, S. 143, 164, 169, 173Keating, S. R. 164, 169Keeler, A. 96Keeling , R. F. 76Keeling, R. F. 100Keener, P. 97, 122Keene, W. C. 51Keenlyside, N. 132Kegel, T. S. 81Keiichi Yamazaki, K. Y. 83Keillor, M. E. 110Keil, R. G. 54, 111Keister, J. E. 72, 137Kelble, C. R. 151, 164Keliher, J. 88Keller, D. P. 92Kelley, B. 81Kelley, C. D. 78Kelley, D. 163, 172Kelley, D. E. 163Kellner, J. B. 160, 165, 173Kellogg, C. A. 159Kellogg, C. T. 66Kelly, E. A. 71Kelly, E. L. 135Kelly, J. L. 79, 91Kelly, K. A. 160, 174Kelly, M. W. 48Kelly, R. P. 155Kelly, S. 74Kelly, S. M. 74Kemp, A. C. 109Kemp, D. 121Kemp, N. 172Kemp, P. F. 79Kemp, W. M. 109Kendall, K. A. 137Kendall, M. 76Kender, S. 126Kendrick, B. J. 62, 130Kendrick, G. A. 120Kenigson, J. S. 161Kenitz, K. M. 168Kenna, T. C. 53Kennedy, A. 123, 135Kennedy, A. B. 135Kennedy, B. 152Kennish, M. J. 151Ken Takai, . 167Kent, E. C. 172Kent Moore, . 111Kenworthy, J. 102KEOPS2 Team, . 80Keppel, A. G. 61Keppel, C. E. 143Keppler, C. 107, 146Keppler, C. K. 107Kerkering, H. A. 85Kerkhof, L. J. 118Kermish-Allen, R. 77, 97Kermish-Allen, R. D. 77Kerns, B. W. 89Kerrigan, E. A. 163Kerr, J. 67Kerr, R. 105Kerry, C. G. 154Kersalé, M. 144Kessler, A. J. 67Kessler, J. 91Kessler, W. 49, 62, 107, 137Kessler, W. S. 49, 62, 107, 137Kessouri, F. 63Keuck, V. 55Keul, N. 139Key, R. M. 100, 122, 146Khalili, A. 95Khalsa, S. 164Khangaonkar, T. 94, 119, 124, 127Kharbush, J. J. 98Khatiwala, S. 134, 154Khazendar, A. 51Khelif, D. 143Khen , A. 166Khim, J. 63, 101Khim, J. S. 101Khokiattiwong, S. 166Khuel, J. 157Kiani, B. 71, 135Kida, S. 135Kido Soule, M. C. 50, 64, 99Kido-Soule, M. C. 64Kidwell, S. M. 52Kieber, D. 51, 99Kieber, D. J. 51Kieber, R. J. 142, 158KIEFER, D. A. 57Kiefhaber, D. 142Kieft, B. 159, 164Kieke, D. 131, 140, 173Kiel SDG group, . 140Kienast, M. 163Kihai, Y. 161Kiili, S. H. 146Kikas, V. 120Kiko, R. 59Kikuchi , T. 111KIKUCHI, T. 111Kikuchi/Tetsuro, . 158Kilbourne, B. F. 93Kilbourne, K. H. 75, 103Kilpatrick, K. 96Kim, A. 152Kim, B. 70Kimball, M. E. 167Kim, C. J. 153Kim, C. S. 83, 120KIM, D. 135, 147Kim, D. G. 61Kim, E. 61KIM/EUN-SOO, . 69Kim, G. 68, 74, 85, 91, 98, 99Kim, G. Y. 74Kim, H. 60, 91, 100, 101, 106, 115, 120,122, 140Kim, H. C. 115Kim, H. J. 101, 106, 120, 122Kim, H. M. 115Kimio Hanawa, . 119Kim, J. 62, 68, 79, 83, 130, 141, 157KIM/JIHYE, . 69Kim, J. k. 141Kim, J. S. 62, 130, 157Kim, J. W. 83Kim, K. 47, 81, 124Kim, K. Y. 124Kim/Kyeong Ok, . 59Kim, M. 59, 60, 83, 106Kimmance, S. A. 63Kimmerer, W. J. 168Kim, M. S. 83Kim, P. 71Kim, S. 65, 83, 91, 105, 112, 143Kim, S. B. 105Kim, S. I. 83Kim, S. Y. 143KIM, T. 147Kim, T. W. 105, 111, 120, 151Kim, W. 85, 100Kim, W. M. 100Kim, Y. H. 100, 128Kindermann, L. 138Kindsay, K. 68Kineke, G. C. 95King, A. L. 61, 64, 110King, A. T. 149King, B. A. 108, 109King, E. 52King, E. L. 52King, N. 73King, T. M. 84Kininmonth, S. 59Kinkade, D. B. 63, 152Kinlan, B. 56, 76, 159Kinlan, B. P. 56, 159Kinnaman, F. S. 46Kinsey, J. C. 74Kinsman , N. 124Kinsman, N. 96, 147Kinsman, N. E. 96Kinter, J. L. 172Kinzler, K. P. 111Kioka, A. 74Kiørboe, T. 47, 171Kioroglou, S. 85Kipfer, R. 68Kipfer Rolf, . 68Kirby-Hathaway, T. 116Kirby, I. 59Kirby, R. R. 69Kirchman, D. L. 94, 109Kiriakoulakis, K. 173Kiriazis, N. 159Kirincich, A. R. 171Kirk, K. 167Kirkwood, W. J. 133Kirs, M. 71Kirtman, B. P. 167Kirwan, M. L. 109Kirzner, S. 113Kisabeth, J. K. 144Kisand, V. 168Kishi, M. J. 77Kitack/Lee, . 53Kitade, Y. 115191

AGU/ASLO/TOS2014 Ocean Sciences MeetingKitamura, M. 162Kitamura, S. I. 91Kitazato, H. 97, 131Kit Petrie, . 97Kittinger, J. N. 142, 164KIYAMA, K. 149Kizu, S. 57Kjellerup, S. 117, 125Kjellsson, J. 132Klaeschen, D. 143Klaper, R. 98Klar, J. 153Klaus, J. S. 143Klausmeier, C. A. 50, 84, 134Klaus Wallmann, . 137Klawonn, I. 96, 156Klein, B. 46, 83, 140Klein, C. 120Kleindienst, S. 46Kleinhuizen, A. 159Klein, N. J. 62Klein, P. 93, 96Klein / Patrice, . 96Klein Patrice, . 96Kleint, C. 158Kleisner, K. 151Klemas, V. 109Klempert, P. 57Klepac-Ceraj, V. 67Kleppin, H. 132Klevjer, T. A. 167Kleypas, J. A. 88Klimov, D. 159Klinck, J. 93, 105, 106, 117, 137Klinck, J. M. 93, 106, 117, 137Kline , D. I. 166Kline, D. I. 114Kline, T. C. 46Klingbeil, K. 76, 136Klinger, T. L. 60Klinkhammer, G. P. 154Kliphuis, M. A. 160Klocker, A. 78Klokman, V. 118Klöwer, M. 174Klump, J. V. 68, 102, 149Klump, V. 85Klymak, J. 56, 74, 90, 138, 143, 165Klymak, J. M. 56, 90, 138, 143K. Matthes, . 136Knap, A. 85Knapp, A. 70, 158Knapp, A. N. 70Knecht, R. 84Kneer, D. 133Knight, E. 51Knight, R. 64Knio, O. M. 155Knowlton, A. L. 127Knowlton, C. 81Knowlton, C. W. 81Knowlton, N. 107Knudsen, P. 58, 169Knuth, F. K. 150Knutson, T. R. 171Kobari, T. 162Kobashi, D. 74Kobayashi, D. 60, 130Kobayashi, D. R. 60Koch, B. 99Koch, C. 94, 130Koch, C. R. 94Kochevar, R. E. 67, 138Koch, E. W. 95Kochnev, A. A. 111Koch, P. L. 162Kock, A. 49, 54, 134Ko, D. 56, 74, 157Kodaira, T. 159Kodama, T. 69Kodner, R. 49, 152Ko, D. S. 56, 157Koehl, A. 109Koehl, M. 54, 71Koehl, M. A. 71Koenig, Z. 149Koeve, W. 86Koffi, U. 85Kogovšek, T. 142Kogure, K. 91Ko, H. 117Kohfeld, K. E. 125, 145Köhler, J. 74Köhler, S. J. 106Kohut, J. 55, 56, 67, 72, 73, 80, 105,117, 139Kohut, J. T. 56, 67, 105Koji Iwano, K. 47Kolber, Z. 94, 133Kolber, Z. S. 94Kolker, A. S. 79, 95Kollias, S. 110Kölling, J. 62Kolodziejczyk, N. 123Koltermann, K. P. 132Komada, T. 62, 158Komaki, K. 152Komatitsch, D. 90Komatsu, J. N. 88Komatsu, K. 165Komori, S. 142Komuro, Y. 86Konar, B. 89, 127Kondo, Y. 125, 158Kondrashov, D. 89Kong , L. 131Kong, L. S. 154Kong, Y. 65Konikow, L. F. 79Konno, F. 150Kononets, M. 129Konotchick, T. 118Konovalov, S. K. 49Konstantinidis, K. T. 46Kontradowitz, S. 64Koo, B. 62, 101Koo, B. J. 101Koopman, S. J. 130Kopf, A. 87Kopp, C. 107Koppelmann, R. 113Kormas, K. 80, 82, 91Kormas, K. K. 80Kornis, M. S. 162Körtzinger, A. 49, 52, 66, 113, 139Kosaki, R. 76, 143, 153Kosaki, R. K. 143Koschinsky, A. 158, 170Koseff, J. R. 147, 166, 170Kosei KOMATSU, . 155Kosempa, M. G. 58Koshimura, S. 170Kosobokova, K. K. 127Kosobokova, K. N. 89Kosro, P. M. 104, 143Kostadinov, T. 53, 68Kostadinov, T. S. 68Kosta, J. 46Kostka, J. E. 46, 57, 75Kostov, Y. 160Kosugi, N. 122Kothawala, D. 106Kotowicz, M. 133Kotta, J. 118Kott, T. M. 90Kotwicki, S. 167Kough, A. S. 173Kouketsu, S. 46Kourafalou, V. 83, 105, 154, 173Kourafalou, V. H. 83, 154Kovtun-Kante, A. 101Kowalczuk, P. 98Kowalski, N. 93Koweek, D. 69, 135, 146, 147, 153, 165Koweek, D. A. 135Kowk, R. 112Kozuki, Y. 120Kozyr, A. 157Kracker, L. 150, 167Kraemer, G. P. 141Kraft, A. 139Krahmann, G. 57, 113, 116, 143Kramer, E. 141Kramer, K. L. 141Kramer, S. H. 87Kramp, M. 100Kram, S. 76Kranrod, C. 79Kranz, S. A. 63Kraskura, K. 146Kratzer, S. 106, 118Krause, J. 94, 134Krause Jr, R. A. 83Krause, J. W. 134Krause, K. 97Kräuter, C. 142Kravtsov, S. 130Krekeler, M. P. 146Krelling, A. M. 86Krembs, C. 48, 119Kress, N. 145Krezel, A. 87, 118Krieger, S. 104Kripke, L. 81Krishfield, R. 89, 112, 128, 132Krishnamurthy, L. 172Kristiansen, E. R. 95Kristiansen, T. 109, 151Kristy, K. J. 114Kritzberg, E. S. 99, 102, 111, 151Krkosek, M. 97Kroeger, K. 79, 102Kroeger, K. D. 79Kroeker, K. J. 76Krom, M. D. 145Krueger, K. 156Kruger, B. R. 162Kruger, J. 144Krüger, M. 162Krug, M. 167Krumhansl, K. 67Krumhansl, R. 67Krusche, A. V. 111Kruts, A. A. 123Kuai, L. 122Kubanek, J. 50Kubiszyn, A. M. 127Kubota, M. 119, 161Kucera, M. 50, 139Kudela, R. 58, 104, 106, 142, 151Kudela, Raphael, M. 79Kudela, R. M. 58, 104, 106, 142, 151Kuehl, S. A. 80Kuhlbrodt, T. 124Kuhn, C. E. 155Kuhs, C. A. 103Kujawinski, E. B. 50, 64, 82, 99Kukulka, T. 104, 156Kulawik, S. 122Kuletz, K. 111, 128Kuletz, K. J. 128Kulinski, K. 89Kullas, T. 101Kumagai, M. 104Kumagai, N. 125Kuma, K. 125Kumaki, Y. 115Kumamoto, Y. 68Kumar, A. 96, 102Kumar, N. 166Kumar, S. 127Kung, H. 157Kunii, M. 157, 172Kunze, E. 74, 143, 165Kuo, T. H. 87Kuo-Tien Lee, . 125Kuo-Wei Lan, . 125Kuragano, T. 58, 124Kurapov, A. 104, 116, 156, 166Kurapov, A. L. 116, 156Kurczyn, J. A. 58Kurian, J. 157Kurihara, H. 150Kurle, C. M. 167Kuroda, H. 83Kuroda Hiroshi, . 58Kuroda, T. 156Kurogi, M. 122Kurokawa, T. 167Kurono, Y. 115Kurosawa, N. 92Kurtz, A. E. 55Kurtz, K. 81Kusahara Kazuya, . 92Kusakabe, M. 68Kuska, G. F. 85Kustka, A. 105, 117Kustka, A. B. 117Kusumoto Satoshi, . 154Kutser, T. 106, 118Kuwahara, J. L. 77Kuwano-Yoshida, A. 113, 119, 132Kuypers, M. M. 67, 82, 95, 156Kuzminov, F. I. 147Kvalsund, K. 129Kvamstø, N. G. 132Kwak, M. 83Kwasniewski, S. 139, 161, 168Kwiatkowska, E. 96Kwon, B. 63Kwon, E. J. 126Kwon, K. 115Kwon, M. 89, 130, 156Kwon, P. S. 105Kwon, Y. 86, 136, 160Kwon, Y. O. 86, 160Kyle Wilcox, . 172LLaas, P. 168Labatut, M. 61Laber, C. P. 131Labonte, J. 106Labrenz, M. 81, 82Labreuche, P. 56LaBuhn, S. L. 68, 102Labunski, E. A. 128Lacan, F. 61, 169Lacaze, J. P. 66LaChance, R. S. 108Lachenmyer, E. M. 134Lachkar, Z. 165Lacour, L. 120Ladd, C. 52, 57, 111Ladd, T. 127192

Program BookAGU/ASLO/TOSLadner S. 106Ladner, S. 106Lafferty, K. D. 137Laffon, S. 160Lafite, R. 135Laforsch, C. 55, 72, 113Lagarias, J. 131Lagemaa, P. 136Lagerleof, G. 108Lagerloef, G. 108, 123, 137Lagerloef, G. S. 108Lagerström, M. 153, 154, 169Lagos, N. 60Lago, V. 108Lagumen, M. T. 151Lai, W. 155Lai, Z. 156Lakshmi, V. 151Lalande, C. 77Laliberté, F. 132Laliberté, F. B. 132Lamar, F. 91Lamar, F. G. 91Lambelet, M. 154Lambert, B. S. 98Lambert, S. M. 171Lamb, J. B. 107, 137, 153Lamb, K. G. 138Lamb, M. P. 95Lamborg, C. H. 50, 153, 169Lamela, G. M. 106Lamkin, J. 56LAM, M. 156Lam, N. N. 52Lam, P. 93, 105, 117, 126Lampert, K. P. 59Lampitt, R. S. 92, 152Lam, P. J. 93, 105, 117, 126Lance, K. 123Lance, V. 63Landa, M. 79Landerer, F. W. 58Landing, W. 61, 109, 125, 126, 138, 153,158, 169, 170Landing, W. M. 61, 109, 126, 138, 153,158, 169, 170Landrum, J. P. 53, 64Landry, B. J. 147Landry, M. 47, 70, 131, 151, 168Landry , M. R. 79Landry, M. R. 47, 70, 151, 168Land, S. 96Landschützer, P. 63, 122, 134Landwehr, S. 134, 142Lanerolle, L. 116Lane, R. R. 162Laney, S. R. 94Langdon, C. 86, 122Lange, C. 75Langen, P. L. 174Langford, S. 113Langlais, C. 49, 80Langmann, B. 64Lanier, A. S. 140Lan, J. 131Lankhorst, M. 58, 62, 74, 120, 173Lännergren, C. 151Lanners, T. 55Lan Nguyen, . 97Lannuzel, D. 105Lanoux, A. 168Lansdell, M. 55Lantz, C. A. 135, 146Lantz-Gefroh, V. 81Laohalertchai , C. 100Lapen, T. 84Laperriere, S. M. 62Lapham, L. 102Large, W. G. 123LARGIER, J. 115Largier, J. L. 142Larkum, J. 69LaRoche, J. 64, 82Larsen, M. 81Larson, R. A. 57, 95, 100, 103Larsson, J. 118, 145, 150Larsson, U. 102, 151Lasota, R. 125Last, K. S. 72Latif, M. 136, 174Latornell, D. J. 162Lauderdale, J. M. 80Lauer, M. 107Laufkoetter, C. 68Lauga, E. 54Laura A. Bristow, . 82Laura Casas Castano, . 101Laurel, B. J. 66, 167Laurenceau, E. C. 47Lau, T. K. 167Lauvset, S. K. 122Lavado, R. 101Lavaniegos, B. 56Lavender Law, K. 55, 140Lavender, S. J. 106Laverock, B. 70Lavery, A. C. 133, 150Lavigne, H. 52, 65, 67, 169Lavik, G. 67Lavín , M. F. 46Lavoie, A. R. 88Law, A. 87Law, B. A. 77, 95Lawler, S. 96Lawrence-Slavas, N. 139Lawrie, A. G. 128, 143Lawrimore, J. 157Lawson, A. 106Lawson, G. L. 122, 133, 150Lawson, T. J. 55Lawton, P. 89, 141Laxague, N. 104, 115, 139, 147Laxague, N. J. 104, 139Laxague, N. M. 147Laxton, B. 87, 98Layman, C. A. 113Lazaneo, C. 120Lazar, A. 93Lazar, B. 146Lazareth, C. E. 75, 112, 157Lazarre, D. M. 160Lazin, G. 106Leach, T. S. 139Lea, D. 169Leary, A. E. 101Leary, P. R. 144, 159Leavitt LaBella, A. 60Le Bars, D. 121Lebedev, K. V. 58Lebednik, P. A. 61Leben, R. R. 90, 121, 124, 157Leber, G. M. 148, 167Le Bot, S. C. 135Le Bras, I. A. 160Le Bris, N. 160Lecher, A. L. 91Lechtenfeld, O. J. 82Leck, C. 51Leclair, M. 169LeCleir, G. R. 54Le Cornec, F. 75, 157Lecroart, P. 67Lecroq, B. 131Ledesma, J. 48Leduc, D. 159Ledwell, J. R. 92, 164Lee, A. 48, 51, 65Lee, A. J. 65Lee, A. M. 51Lee, C. 49, 56, 86, 89, 95, 112, 124, 127, 128, 136, 143, 144, 153, 156, 164,165, 171, 172Lee, C. C. 127Lee, C. M. 49, 56, 86, 112, 124, 143, 144,156, 164, 165, 172Lee, C. S. 153Lee, C. Y. 89Lee, D. 62, 81, 100, 126, 142Lee, D. E. 100Lee, D. S. 126Lee, D. Y. 62, 81LEE, E. 62Lee, E. A. 75Lee, G. 52, 74, 95, 142Lee, G. A. 142Lee, G. H. 52, 95Lee, G. S. 74Lee, H. 68, 89, 96, 135Lee, H. S. 96Lee, J. 54, 62, 77, 91, 105, 110, 120, 128,142, 144, 147, 153Lee, J. A. 54LEE/JAE SEONG, . 69Lee, J. H. 105, 128, 144Lee, J. M. 110, 153Lee, J. Y. 77Lee, K. 60, 86, 89, 130, 151Lee, K. J. 130Lee, M. 64Lee, N. 105Lee, P. 62, 143Lee, P. A. 62Lee, S. 63, 84, 91, 98, 105, 106, 111, 115, 119, 120Lee, S. H. 63, 105, 111Lee, S. W. 91Lee, T. 55, 59, 80, 108, 123, 162Lee, T. Y. 80Leeuw, T. 129Lee, W. S. 150Lee, Y. 63, 65Lee, Y. J. 63Lee, Z. 57, 63, 106, 118, 119, 169Lee, Z. P. 63, 106Lefèbvre, A. 113Lefebvre, S. 94Leffler, J. 165Le Floch, S. 100Le Galloudec, O. 115Legendre, L. 47, 80Le Gendre, R. 162Leger, F. 55Legezynska, J. 89Legg , S. 56Legg, S. 131, 138Legg, S. A. 131Legler, D. 113Legrand, C. 79, 156, 171le Guitton, M. 77Le Henaff, M. 83, 105LeHenaff, M. 155Le Hénaff, M. 154Lehman, A. 88Lehmann, M. F. 54Lehner, S. 92Lehrer-Brey, G. L. 162Lehtimäki, M. 134Lehtiniemi, M. 149Lehuta, S. 73Leichter, J. J. 165, 166, 173Lei, H. 143Leinen, M. S. 85Leinweber, A. 76, 115, 145Leirvik, F. 87Leite, T. S. 113Lellouche, J. M. 115LeLong, M. P. 164Lelong, P. G. 165Lemagie, E. 52Lemaitre, N. 92, 153LEMARIE, F. 76Lemarié, F. 78LeMay, L. 54Lemchak, K. 72Le Moigne, F. 53, 68, 88Lemon, D. D. 67, 149Lemus, J. 81, 108, 116Lemus, J. D. 81, 116Lenain, L. 59, 129, 161Lenain, L. G. 161Leng, M. J. 51Lennartz, S. 114Lennert, K. 124Lenn, Y. D. 112, 128Lenski, R. E. 75Lenton, A. 80, 137Lenton, T. M. 75, 174Lentz, S. 69, 115, 116, 135, 171Lentz, S. J. 116, 135Lentz, S. L. 171Lenz , P. H. 151Lenz, P. H. 101, 151, 168Lenz, S. 49Leonardi, S. 59Léon Chafik, L. C. 112Leonel, J. 71Le Parco, Y. 48Lepczyk, C. 142, 146Lepczyk, C. A. 142Leposky, S. 142Lerczak, J. A. 52, 84, 117, 159Lermusiaux, P. 74, 76, 86, 104, 170Lermusiaux, P. F. 74, 76, 86, 104Leroy, F. 138Leshno, Y. 127Le Sommer, J. 51, 56, 93Lessard, E. 49, 76Letelier, R. M. 53, 70, 136, 148Le Traon, P. Y. 47Letscher, R. T. 84Lett, C. 155Leuchanka, N. 96Leuliette, E. 109, 124Leuliette, E. W. 109Leung, L. R. 80, 172Leung, S. 63, 109Leung, S. W. 63Levasseur, M. 61, 77Levchenko, O. V. 65, 99Levican, A. 70Levier, B. 115Levine, A. 112, 130Levine, A. F. 130Levine, M. A. 164Levine, M. D. 144Levine, N. M. 72Levine, N. S. 150Levine, R. M. 133Levin, J. C. 104Levin, L. 78, 79, 110, 127, 133, 140Levin, L. A. 78, 79, 110, 127, 133Levin, S. A. 64Levitus, S. 152Levy, M. 80LéVY, M. 136Lewis, E. R. 51Lewis, K. 127Lewis, M. J. 76, 87193

AGU/ASLO/TOS2014 Ocean Sciences MeetingLew, S. L. 145Leynaert, A. 94Leys, S. P. 58L’Helguen, S. 120LHERMINIER, P. 140L’Heureux, M. L. 100Li, A. 95, 119Li, A. C. 95Liang, J. H. 143Liang, L. 83, 146, 157Liang, L. L. 83Liang, X. 47, 116, 172Liang, X. S. 116Liang, Z. 73Lian, Z. R. 151Liao, I. 123Liao, Q. 134Libe/Washburn, . 169LIbe Washburn, . 129Liblik, T. 116Li, C. 59, 71, 95, 132, 135, 140Lichtenwalner, C. S. 67, 71Lichtschlag, A. 98Li, D. 52Liebmann, B. 130Liehr, G. A. 65Lien, R. 49, 61, 89, 143, 159, 164, 171Lien, R. C. 49, 143, 159, 164, 171Lietzke, S. C. 146Li, G. 94Li, H. 52, 86, 95, 102Li, H. H. 86Li, H. P. 102Li Huang, L. 79Li, J. 118, 132, 172Li, J. P. 132Li, J. S. 118LI, J. X. 135Li, K. 158LI, L. 115Li/Li, . 153Lilly, J. M. 78, 104, 106, 121, 129, 169Li, M. 52, 104, 107, 109, 115, 118, 157lima, i. 136Lima, N. D. 129Limardo, A. J. 80, 131Lim, E. 83Lim-Fong, G. E. 91Limoges, A. 120Li, M. Z. 52LI, N. 80Linacre, L. P. 151Lin, C. L. 139Lincoln, B. J. 115Lindahl, O. 168Lindehoff, E. 156Lindell, D. 113Lindeman, M. R. 69, 165Lindemann, C. 120Lindemann, Y. 120Linden, P. F. 159Lindeque, P. 110Linder, C. 67Lindh, M. V. 79Lindley, S. T. 56Lindo-Atichati, D. 105, 160Lindsay, D. J. 69Lindsay, K. 63, 72, 76, 86, 122, 125Lingbin, C. 70Lin, H. T. 131Lin, H. Y. 149Lin, I. 157, 172Lin, K. 84, 150Linke, P. 139Linker, D. 97Linley, R. D. 155Lin, M. 100Lin, N. 109Linneman, J. 91Lin, P. 68, 85, 90, 149Lin, P. F. 90Lin, P. Y. 149Linsley, B. 75Lin, X. 119, 122, 128Lin, X. P. 119Lin, Y. 104, 131, 135, 155Lin, Y. C. 135, 155Li, P. 115Lipa, B. 154Lipa, B. J. 154Lipp, E. K. 71, 121Lipphardt, B. L. 170Lippmann, T. C. 147Lips, I. 120, 168Lips, U. 120Lipton, J. 101Li, Q. 92, 115, 128Lique, C. 112, 129Lirman, D. 58, 65, 133Li, S. 84, 101Liss, P. 134, 153Liss, P. S. 153List, J. 135List, J. H. 135Litchman, E. 84, 134Little, S. H. 170Litvin, S. Y. 133, 168, 170Litz, M. N. 127Liu, B. 95, 169Liu, B. R. 169Liu, C. L. 108Liu, C. T. 135Liu, G. 69Liu , H. 131Liu, H. 47, 70, 84, 85, 90, 101, 128, 145LIU, H. B. 97Liu/Jihua, . 153Liu, K. K. 61Liu, L. 63, 113Liu, P. 52Liu, Q. 49Liu, S. 48, 49, 70, 82, 102LIU, S. B. 158Liu, T. 124Liu, W. 132, 157, 167, 172Liu, W. T. 167, 172LIU, X. 57Liu, Y. 49, 58, 64, 85, 144Liu, Z. 70, 82, 83, 90, 99, 102, 115,127, 132Liu, Z. Q. 83Livingstone, D. M. 68Li, W. K. 84Li, X. F. 87Li, X. P. 99LI, X. Y. 74Li, Y. 52, 56, 57, 59, 62, 78, 90, 96, 104,109, 125, 152Li, Y. L. 90Li, Y. N. 59Li, Z. 63, 123, 124, 128, 137Lizon, F. 113Lizza, K. E. 127Llewellyn Smith, S. G. 143Llopiz, J. K. 109, 160, 165LLORT, J. 136Llovel, W. 112Lluch-Cota, S. 109Lobecker, E. 123Lobeker, E. 159Locarnini, R. 152Locke, L. 86Locker, S. 100Lockett, D. 76Locke, W. L. 84Lockhart, S. 129Lockwood, D. E. 50Loder, J. W. 140Lodes, K. M. 108Lodge, A. 88Loescher, C. 54, 62Loftis, J. D. 105Loftus, K. M. 102Logan, C. A. 69Logan, J. B. 165Logan, P. D. 132LOGERWELL, E. 128Loginova, A. N. 95Loh, A. N. 100Lohan, M. 110, 126, 153, 169Lohan, M. C. 110, 169Loher, D. 165Lohmann, G. 145Lohmeier, J. 81, 97Lohrenz, S. 151, 168, 169Lohrenz, S. E. 151, 169Lohrmann, A. 152Lo Iacono, C. 159LOISEL, H. 169Lolla, T. 170Lomas, M. 50, 53, 54, 63, 75, 84, 131, 168Lomas, M. W. 50, 54, 63, 75, 84, 131, 168Lomax, T. 120Lombardo, K. 100Lo, M. H. 124Lommer, M. 64Lomnitz, U. 70, 126Lo Monaco, C. 80, 137Long, J. E. 94Longjing Chen, . 61Long-Jing Wu, . 125Long, J. W. 166Long, M. C. 51, 53, 100, 137Long, M. H. 60Long, M. S. 51Longnecker, K. 50, 82, 99Longo, A. 94, 99Longo, A. F. 94Long, W. 94, 124Lonsdale, D. J. 150Loos, E. 119Loose, B. 134Lopanik, N. B. 91Lopes , C. 110Lopes, C. 50Lopes, R. M. 129Lopez, C. 173Lopez-Duarte, P. C. 81Lopez-Feliciano, O. L. 116López-Figueroa, N. B. 146Lopez, G. 152Lopez, J. 95, 105, 122Lopez, J. E. 95López-López, L. 70Lopez, M. 46López, M. 58López-Urrutia, A. 168Lorance, K. 94Loreau, M. 53Lorentzen, P. W. 159Lorenz, R. D. 149Lorraine, A. 126Löscher, C. R. 81, 82Lott, D. E. 68Loucaides, S. 129Louchouarn, P. 99, 107Lõugas, L. 118Lougheed, V. L. 118Lough, J. 75Loughner, C. P. 168Louise Schluter, . 156Louiza Norman, . 138Lourantou, A. 80Lovato, T. 57Love, B. A. 61, 137Loveday, B. R. 167Lovely, A. E. 134Love, M. S. 56Lovenduski, N. 50, 55, 93, 137, 164, 170Lovenduski, N. S. 50, 55, 93, 137, 164Lowcher, C. F. 87Lowe, J. 93, 104, 124Lowe, J. A. 104, 124Lo Wen-Tseng, . 127Lowe, R. 128, 135, 144, 147, 157, 165,166, 171Lowe, R. J. 135, 144, 147, 157, 165,166, 171Lowry, K. E. 84, 111, 127, 145Lozada, J. A. 162Lozier, M. S. 50, 105, 129, 136, 160,165, 174Lozovatsky, I. D. 144Lubelczyk, L. C. 48, 127Lu, C. 94, 99Lucas, A. J. 74, 164, 165, 173Lucas, S. 89Lucchese, A. B. 151Lucey, N. 132Luciani, L. 132Luciani, P. 142Lu, C. J. 94Ludewig, E. 76Ludka, B. C. 116Luebbecke, J. F. 130Luecke, C. A. 121Lueck, R. 115, 152Lueck, R. G. 152Luek, J. L. 91Luisa Leal, M. 153Lu, J. 90Lukas, R. 78, 104, 136, 148Lukas, R. B. 78Lu, K. F. 52Lumpkin, R. 47, 83, 113, 144Lund, B. 157, 161Lund, D. C. 84Lunden, J. J. 76, 86Lundgren, P. 48, 59Lundgren, V. M. 102Lund-Hansen, L. C. 52Lund, M. B. 54Lunt, D. J. 110Lunt, J. 102Luo, E. Y. 71Luo, F. 84Luo, J. Y. 94, 97, 125Luo, L. 136, 156LUO, X. F. 135Luo, Y. 61, 148Luo, Y. W. 148Luria, C. M. 82Lustick, D. 81, 97Lustick, D. S. 97Luther, D. 73, 76, 116, 131, 138, 154Luther, D. S. 73, 116, 131, 138Luther , G. W. 133Luther, G. W. 49, 135, 138, 148Luther III, G. W. 79Luther, III, G. W. 109Luther, R. A. 108Lutterbeck, H. 60Lutz, R. V. 55LU, X. 91Luxem, K. E. 117Lu, Y. 53, 99, 158Lu, Y. H. 99LU, Y. Y. 135194

Program BookAGU/ASLO/TOSLu, Z. 146Luz, B. 146Luzier, K. 126Lv, C. 90Lv, X. 128Lydersen, C. 88Ly, J. 102Lyles, J. 152Lyman-Holt, A. L. 88Lyman, J. M. 47, 78Lymperopoulou, D. S. 163LYNCH, J. F. 159Lynett, P. 117Lynett, P. J. 117Lyons, D. E. 117Lyons, S. L. 100Lyons, T. W. 170Lysiak, N. S. 101MMaas, L. 166Maat, D. 112Ma, B. 49Ma, B. B. 49Mabuchi, Y. 115Ma, C. 128Macchiavelli, R. E. 133MacCready, P. 155, 169, 171Macdonald, A. M. 53, 122MacDonald, D. 133, 135, 171MacDonald, D. J. 133, 135Macdonald, H. S. 62, 157MacDonald, I. 65, 100, 135, 161MacDonald, I. T. 135MacDonald, K. R. 159MacDonald, R. 48Macedo, E. C. 133Macey, A. I. 50Macfie, C. 55MacGilchrist, G. A. 77Machu, E. 151MacIsaac, H. 140Mackas, D. L. 150Mackay, N. S. 92MacKenzie, B. 125Mackenzie, F. T. 76, 86Mackey, K. 134Mackey, N. 51MacKinnon, J. A. 56, 74, 104, 165Mack, S. 117Maclaren, J. K. 86MacLeod, C. D. 48MacMahan, J. 116, 117, 147, 166MacMahan, J. H. 116, 147, 166Macoun, P. 158Macrander, A. M. 85Maddison, J. 78, 121Maddison, J. R. 121MADEC, G. 76MADHURI, S. 70Madison, A. S. 138Madison , M. 70Madricardo, F. 65Madrigal, B. C. 149Madsen, J. A. 150Maeda, N. 152Maes, C. 49Maeve Lohan, . 170Maffei, A. 172Maffei, A. R. 172Magaldi, M. G. 83, 107, 155Magalen, J. 76, 87Magalen, J. M. 76Magalhaes, J. M. 73Magen, C. 62, 158Magens, M. 97Magnen, C. 158Magnusson, J. L. 88Maguer, J. F. 120Mague, S. T. 81Maguire, P. 129, 138Ma, H. 56, 99Mahadevan, A. 50, 144, 164, 165Mahaffey, C. 84, 148Mahajan, S. 62Maharaj, A. M. 116, 121Maher, N. 75Mahmoudi, B. 141Maidanik, I. 113Maier, I. 95Maier, M. A. 168Maire, O. 172Maiti, K. 100Ma, J. 123Majchrowski, R. 63, 87, 145Majerich, D. M. 55Majkut, J. D. 51, 122, 146Majumder, S. 152Makinson, K. 106Makita, H. 48Makkaveev, P. N. 126Makowski, J. K. 46Maksyutov , S. 122Ma, L. 92Malan, N. M. 148Malanski, E. 125Malca, E. 56Maldonado, D. A. 107, 146Maldonado, M. T. 63, 64, 138Malfatti, F. 98Malik, M. 159Malinis, L. 101Malkin, S. 97, 98, 158Malkin, S. Y. 158Mallinson, D. J. 95Mallonee, M. E. 109Maloney, A. 51Maltrud, M. 100, 113Maltrud, M. E. 113Malvarez, G. 142Malviya, S. 80, 94Manabu Fujii, . 153Mana, P. L. 90Mancilla-Rojas, R. 59Mandel, T. L. 147Manderson, J. 56, 72, 73Manderson, J. P. 56Manecki, M. 98Manfrino, C. 83, 146Mangin, A. 168Manizza, M. 76, 100Mann, D. H. 121Manning, C. C. 68Manning, J. P. 123Manning, M. M. 108Mannino, A. 63, 106, 157Mann, M. E. 109Mann, P. J. 99Mann, W. 137, 152Mann, W. T. 137Mansaray, Z. F. 120Manset, G. 105, 116Mantovanelli, A. 143Mantovani, C. 83, 155Manuela van Pinxteren, . 51Manzello, D. P. 86Mao, M. 149Mao, X. 126, 151Mao, X. Y. 126Maps, F. 47Ma, Q. 149Maraccini, P. A. 54Marandino, C. A. 60Marañón, E. 68Marbà, N. 120Marcantonio, F. 52Marchais, V. 126Marchand/Nicolas, . 64Marchant, H. K. 54, 67Marchbanks, R. 77Marchesiello, P. 75, 157, 172Marchetti, A. 73, 94Marchlewska, J. 84Margolina, T. 116, 149, 150Margolina, T. M. 116Mariano, A. J. 146Marie, L. 85Marie Le Guitton, . 60Marie Sinoir, . 138Marina, T. 120marin, F. 49Marin, III, R. 129Mariño Tapia, I. 144Mariño-Tapia, I. 120, 165Marinov, I. 63, 68, 70, 80, 92, 109Marion BENETTI, M. B. 124Marion, J. 89mariotti, g. 67Maritorena, S. 68Marivela Colmenarejo, R. 154Mark Moline, . 169Mark-Moser, M. 74Markovic, M. 83Markussen, T. N. 52, 95Marlétaz, F. 48Marmorino, G. 144Marmorino, G. O. 144Marotzke, J. 160Marques da Cruz, L. M. 85Marques, E. D. 91Marques, G. M. 105Marquez, I. A. 134Marra, J. 63, 120Marra, J. F. 120Marras, S. 162Marrin, D. L. 97Marsan, D. W. 93Marsay, C. M. 117Marshall, A. 57Marshall, A. G. 57Marshall, D. 51, 78, 92, 121, 143, 160Marshall, D. P. 51, 92, 121, 160Marshall, D. T. 143Marshall, H. D. 60Marshall, H. G. 113, 140Marshall, J. 51, 75, 79, 86, 113, 160, 174Marshall, J. C. 75, 86Marshall, K. T. 106Marsh, R. 108, 138Marsland, S. 79, 108, 130Marsland, S. J. 130Martens, C. S. 109Martens-Habbena, W. 97Martin, A. 117, 139, 145Martin, A. P. 145Martinat, G. 104Martinez, A. G. 112Martínez, C. 116MARTINEZ-CREGO, B. 48Martinez, E. J. 129Martinez, F. 142, 160Martinez, F. A. 142Martínez Fernández, A. 61Martinez, G. A. 133Martinez-Garcia, S. 148Martínez-García, S. 73Martinez, J. 124, 147Martinez Martinez, J. 113Martinez-Rey, J. 114Martin Frank, . 170Martin, G. 101, 156Martin, I. 129Martini, K. I. 56Martin, J. M. 54Martin, K. 156Martin, M. C. 157Martin, N. 108Martinolich, P. 106Martin, P. 75, 89, 105, 116, 154Martin, P. A. 154Martin, P. E. 89Martin Polz, F. 54Martin, R. A. 71, 88Martins, A. M. 84Martins, G. M. 60Martinson, D. G. 105Martin, T. 89, 124Martin, W. 60, 61, 159Martin, W. R. 61, 159Martiny, A. C. 64, 75, 84, 168Martone, R. G. 51Marty-Rivera, M. 133Martz, M. A. 122Martz, T. 48, 61, 117, 122, 127, 129,135, 138Martz, T. A. 48Martz, T. R. 61, 127, 129, 135, 138Mary-Louise Timmermans, M. 129Marzeion, B. 109, 124Marzocchi, A. 110Masao Ishii, M. 122Mas, E. 170Masina, S. 57, 131Mask, A. 116Maskell, J. 59Maslowski, W. 129Mason, O. U. 46, 98Mason, R. 133, 150Mason, R. A. 133Mason, S. A. 72Masqué, P. 53, 68, 120MASSABUAU, J. C. 129Mas/Sebastien, . 64Masserini, R. 61Massey, L. M. 130Massion, G. M. 130Masson, D. 155Masson-Delmotte, V. 46Masson, S. 78, 130, 132Masterson, A. 81Masuda, J. 142Masuda, S. 47, 58Masuda, Y. 94MASUDA YASUHIRO, . 94Masumoto, Y. 130, 132Masunaga, E. 104Masunaga, R. 119Masura, J. E. 72, 77, 162Matano, R. 83, 96, 108Matano, R. P. 96, 108Matear, R. 80, 93, 134, 165Matear, R. J. 165Mate, B. R. 56Mater, B. D. 56Mathew Linkswiler, A. 145Mathis, J. 60, 64, 77, 89, 132, 136, 147Mathis, J. T. 64, 77, 89, 132, 136, 147Mathyer, M. E. 102, 167Matias, A. 116Matis, K. 81Matos, L. 110Matrai, P. 51, 63, 161Matrai, P. A. 51, 63Matras, U. 110Matsuda, J. 129195

AGU/ASLO/TOS2014 Ocean Sciences MeetingMatsuda, Y. 94Matsumoto, G. I. 77, 133Matsumoto, H. 150Matsumoto, K. 119, 122, 145Matsuno, T. 128, 135Matsuoka, A. 89Matsushita, W. 60Matsuura, T. 167Matthew Maxwell, C. 101Matthew Pendergraft, A. 100Matthews, B. 72Matthews, H. D. 137Matthews, R. 137Matthis, M. 83Mattioli, E. 99Matt, S. 115Mattson, C. 90Matuszewski, D. J. 129Matz, M. V. 152Maud, J. L. 110Maurer, J. 67, 155Ma, W. 157Ma, X. 49, 99Maximenko, N. 55, 107, 108, 124Maxwell, M. 46Maxwell, R. 94Max Yaremchuk, . 105Mayali, X. 64Maycira Costa, M. C. 119May, E. 72May, E. B. 72Mayer, B. 122Mayfield, K. K. 88, 91Maynard, J. A. 137Mayor, D. J. 66Mayo, T. L. 155May, P. 105Maze, G. M. 162Mazel, C. H. 143Mazloff, M. 51, 92, 93Mazloff, M. R. 51, 92, 93Mazzuco, A. C. 110McAllister, F. 49McAllister, S. M. 79, 91, 108McCaffrey, K. L. 87McCall, A. 120McCammon, M. 85, 94McCammon, M. E. 85McCann, M. P. 129, 157McCardell, G. 171McCarthy, A. 84, 94McCarthy, G. 46, 69, 173McCarthy, G. D. 69McCarthy, J. J. 86McCarthy, M. 70, 75, 82, 99, 162, 174McCarthy, M. D. 75, 99, 162, 174McCarthy, M. J. 70McCartney, K. 66McCary, N. 113McClanahan, T. R. 84McClean, J. 49, 78, 90, 100, 122McClean , J. L. 107McClean, J. L. 49, 78, 90, 122McClellan, C. M. 48McClelland, J. 66, 83McClelland, J. W. 66McClenachan, G. M. 101McCliment, E. A. 92McClintock, J. B. 140McComas, K. A. 137McCorkle, D. 60, 61, 135, 146McCorkle , D. C. 166McCorkle, D. C. 61, 135, 146McCormick, A. 67McCormick, M. J. 149McCowan, A. 151McCoy, D. 148McCoy, I. 66McCoy, S. J. 47McCray, J. 94, 142McCray, J. E. 142McCreary, J. 129McCreery, C. S. 154McCrow, J. 113, 118, 131, 139McCrow, J. P. 113, 131, 139McCue, L. M. 97McCulloch, M. 75, 113, 135, 166McCulloch, M. M. 135McCulloch, M. T. 75McCullough, G. 95McCullough, H. 154McCurry, C. B. 91, 131McCutcheon, A. L. 83McDonagh, E. L. 108, 109McDonald, M. A. 155McDonald, P. S. 121McDonald, R. 123McDonnell, A. M. 47McDonnell, C. E. 146McDonnell, J. 67, 71, 97McDonnell, J. D. 71, 97McDonough, J. 123, 152, 154McDougall, N. D. 99McDougall, T. 106, 138McDougall, T. J. 106, 138McDuff, R. E. 105McEachen, H. J. 150McElhany, P. 48, 125, 127McElhenie, S. D. 138, 158McFadden, M. A. 123McFall, G. 149McFarland, M. 87McGarry, L. P. 155McGauley, M. G. 104McGee, D. 148McGee, L. A. 140McGehee, A. M. 163McGillicuddy, D. 46, 50, 57, 79, 105,117, 140McGillicuddy, D. J. 46, 50, 57, 105, 117, 140McGillis, W. R. 86, 134McGillivary, P. A. 143McGill, P. R. 61, 78, 138McGinley, E. J. 71McGinley , M. P. 133McGinnis, R. J. 88McGlone, M. L. 88McGowan, J. A. 162McGregor, H. V. 75McGregor, S. 49, 109, 112McGuinness, L. M. 118McHugh, C. 111McIlvin, M. 50, 110, 134McIlvin, M. R. 110McInnes, A. S. 59, 92McInnes, K. L. 59, 81, 144McIntyre, P. B. 48McKay, J. L. 125McKay, L. J. 118McKay, M. C. 126McKechnie, I. 142McKee, D. 87, 105McKee, D. C. 105McKee, M. P. 88McKenna, A. A. 46McKenna, A. M. 57McKenna, L. 106McKenzie, K. A. 71, 118McKenzie, P. 97McKeon, M. A. 141, 156McKinley, G. 48, 55, 59, 137, 143, 149, 165McKinley, G. A. 48, 55, 137, 143, 149, 165McKinnie, D. 88McKinnon, A. D. 171McKiver, W. 57McLasdey, A. K. 133Mclaughlin, J. 70McLaughlin, K. 107McLean, S. D. 85McLellan, S. L. 54, 70, 71McLeod, E. 88McMahon, K. D. 106McMahon, K. W. 174McMahon, R. M. 163McManus, J. 153, 157, 158, 170McManus, J. F. 157McManus, M. 76McMillan, J. 152McMillan, W. 81McMinn, A. 133McMullen, K. Y. 147McMurtry, G. M. 152McNair, H. M. 94McNally, S. 121McNamara, D. E. 96, 147McNamara, M. E. 71, 150McNeil, B. I. 137McNeil, C. 105, 129, 171McNeil, C. L. 129McNichol, A. P. 100McNicholl, C. G. 86McNinch, J. 117, 135McNinch, J. E. 135McParland, E. 49McPhaden, M. 49, 62, 115, 123, 130,136, 146, 165McPhaden, M. J. 49, 62, 115, 123, 130,136, 146McPhee-Shaw, E. E. 52, 87, 147, 159, 173McPherson, M. L. 125McQuaid, J. 113, 117McQuaid, J. B. 113McQuaid,, J. B. 131McSweeney, J. 65McTigue, N. D. 127McWilliams, J. 62, 78, 143, 147, 160,165, 166McWilliams, J. C. 62, 143, 147, 160, 165Mead, R. N. 142, 158Mears, C. 157Measures, C. 93, 105, 110, 170Measures, C. I. 93, 105, 110, 170Mecking, S. 68, 93Medeiros, P. M. 57, 111Medhaug, I. 174Meehl, G. A. 49, 113Meerits, A. 120Megonigal, J. P. 168Mehra, A. 108Meibom, A. 107Meier, H. E. 102Meier, H. M. 102Meier, M. 164Meijers, A. J. 93Meile, C. 141Meinen, C. 46, 113, 173Meinen, C. S. 46, 173Meinig, C. 139Meinke, I. 142Meirelles, S. 52, 171Meissner, K. J. 161Meissner, T. 108Meisterhans, G. 77Meler, J. 87Melet, A. 124, 138Melet, A. V. 124Mella Flores, D. 139Mella-Flores, D. 60, 127Mellendorf, M. 72Mellin, C. 141Mellinger, D. K. 167Mellon, D. 170Mello, R. L. 115Melnichenko, O. 107, 108, 124Melville, W. K. 47, 59, 104, 129, 161Melzner , F. 48Menanteau, L. 65Ménard, F. 73Mendelssohn, R. 69Menden-Deuer, S. 50, 94, 102, 140, 151Mendes, S. D. 67Mendex, G. D. 139Mendez-Ferrer, N. 101Mendez, F. J. 81Méndez, F. J. 80Mendoza, U. N. 146Mendoza, W. G. 128Menemenlis, D. 134Meneveau, C. 85Menezes, V. V. 61Menge, B. A. 76, 110, 159Meng, F. F. 115Mengnan Zhao, M. 129Menkes, C. E. 157Mensah, V. 62Mensa, J. A. 165MERCIER, H. 140Meredith, M. 51, 92, 124Meredith, M. M. 51Meredith, M. P. 51, 124Meredith , P. 90Merico, A. 88, 168Merkens, K. P. 155Merrifield, M. 46, 72, 124, 144, 159, 165Merrifield, M. A. 46, 72, 124, 144, 159, 165Merrifield, S. T. 51Merrill, C. F. 169Mertens, C. 74, 173Merz, C. R. 85Mesa-Campbell, S. 127Meseck, S. L. 61Mesfioui, R. 99Messias, M. 51Messie, M. 55Messié, M. 55, 125, 150Messing, C. G. 69Metchnek, M. 140Metodiev, M. 50Metsis, M. 168Metzger, E. J. 121Metzger, J. E. 62Metzl, N. 80, 137Meyer, . 138Meyer, C. 138, 155Meyer, C. G. 155Meyer, D. 129Meyer, E. 96, 124Meyer, F. 64Meyer-Gutbrod, E. L. 137Meyerink, S. W. 63Meyer, J. R. 75Meyer, R. 51Meyer, S. 60Meyers, M. T. 63Meysman, F. 48, 49, 95, 97, 98, 158, 172Meysman, F. J. 49, 95, 158Meziane, T. 162, 167Miao, H. 98MIAO, H. L. 161Michael Dowgiallo, . 51Michael Ellwood, J. 138Michael, H. A. 79Michael Schodlok, . 51, 124Michel, C. 77Micheli, F. 144, 159Michelou, V. K. 118, 146Michisaki, R. 125, 157Michisaki, R. M. 157196

Program BookAGU/ASLO/TOSMickett, J. B. 78, 90, 116Mickey, R. C. 80Mickle, A. 100Middag, R. 110, 126, 153, 169, 170Middelboe, M. 130Middelburg, J. J. 48, 162Middleton, W. 171Midorikawa, T. 122Mielke, C. L. 174Mienert, J. 88Mienis, F. 66, 159, 173Miettinen, A. 161Miettunen, E. 77Miglietta, M. M. 89Mignot, A. 136Migon, C. 65Miguel Sastre, P. 63Mihaly, S. F. 152Mihanovic, H. 164Miho Hirai, . 167Mikan, M. P. 150Mikhail Dobrynin, . 86Miki, T. 67Mikkelson , K. M. 94Mikolajewicz, U. 83Miles, E. 157Miles, T. 80, 85, 117, 157Miles, T. N. 80Milke, L. M. 61Millar, J. J. 93Miller, A. 61, 124Miller, A. J. 124Miller, C. M. 61Miller, E. J. 80Miller, I. M. 96Miller, J. 48, 87, 114, 123, 127Miller, J. A. 127Miller, J. J. 48Miller, J. K. 87Miller, L. 49, 89, 109, 110, 155, 170Miller, L. A. 89, 110, 155, 170Miller, L. G. 49Miller, M. 97, 107, 122Miller, M. A. 107Miller, M. K. 97Millero, F. J. 122Miller, P. I. 155Miller, R. J. 162Miller, S. A. 55Miller, S. D. 134, 142Miller, S. H. 76Miller, T. W. 149Miller, W. 82, 98, 99, 109, 144Miller, W. D. 109, 144Miller, W. L. 82, 98Milligan, A. 50, 105, 117, 134Milligan, A. J. 50, 117, 134Milligan, T. G. 77, 87, 95Mills, B. J. 51Mills, C. E. 69Mills, E. W. 71Mills, K. E. 47, 69, 164Mills, M. 67, 84, 111Mills, M. M. 84, 111Mills, M. P. 67Mills, R. A. 66Mills, S. W. 160Milne, A. 110, 169Milner, C. 88Milutinovic, S. 68Mincer, T. J. 55Mine, A. H. 84Ming-An Lee, . 125Ming-Da Chiou, . 62Ming-Hui Chang, . 62Min, H. 86, 135Min, H. S. 86Min Inki, . 100Min, J. O. 149Minnett, P. 58, 96, 104, 146Minnett, P. J. 58, 96, 104Minobe, S. 47, 119, 124Minor, E. C. 95Mino, S. 48Minton, D. 140Mirabito, C. 76, 86Mirabito, C. M. 86Miranda, J. A. 90Misarti, N. 162, 164Miserocchi, S. 65Mishima Taketoshi, . 151Mishonov, A. 78, 152Mishonov, A. V. 78Mishra, S. 57Misra, D. 147Misumi, K. 125Mitarai, S. 160, 173Mitchell, B. G. 89, 129, 166Mitchell, C. 77, 101, 118Mitchell, G. 128Mitchell, J. 123, 146Mitchell, J. K. 123Mitchell, T. O. 66, 152Mitchum, G. T. 157Mitra, A. 53Mitrovic, S. M. 94Mitsudera, H. 119, 123, 129Mittal, R. 71Mittaz, J. 172Miura, Y. 124Mix, A. C. 50Miyajima, T. 88, 166Miyaji, T. 83, 84Miyama, T. 49, 90, 119MIYAMOTO, A. 148Miyamoto, Y. 157Miyamura, K. 145Miyasaka, T. 113, 119, 132, 135Miyazaki, J. 48Miyazawa, Y. 90, 119, 159Miyoshi, T. 172Mizuno, K. 49Mobley, C. 106Mochizuki, N. 74Mock, T. 131Modeste, T. M. 93Moe, B. 138Moeller, P. 162Moerdijk-Poortvliet, T. 174Moffa-Sanchez, P. 161Moffett , J. 70Moffett, J. 70, 110, 153, 170Moffett, J. W. 70, 110, 170Moghimi, S. 74, 166Mogk, D. 54Mogollon, J. M. 74Mogollón, J. M. 126Mohamedali, T. 124Mohammadi-Aragh, M. 76Mohammadpour , G. 152Mohd-Rozhan, Z. 95Mohrholz, V. 107Mohr, W. 118Moisander, P. 70, 91, 92Moisander, P. H. 91, 92Moisan, J. R. 86Mojica, J. 143Mojica, J. F. 143Mojica, K. D. 130Mokiao-Lee, A. 79Molari, M. 60Moldaenke, C. F. 145Molemaker, M. J. 62, 96, 144, 165Moline, M. 58, 77, 85, 138Moline, M. A. 58, 77, 138Moline/Mark, . 161MOLINES, J. M. 76Moller, D. 96, 124Moller, D. K. 124Moller, E. F. 110Möller, K. O. 168Möller, O. O. 129Möllmann, C. 168, 171Moltmann, T. 85MOM team, . 67Monacci, N. 147Monahan, A. H. 64Monchy, S. 79, 80Monge-Ganuzas, M. 116Monger, B. C. 57Monismith, S. 52, 144, 146, 147, 151, 159,162, 165, 166, 170, 173Monismith, S. G. 144, 146, 147, 151, 159,165, 166, 170, 173Moniz, R. J. 173Monjarret, R. 159Monk, S. A. 123Monks, L. 96Monreal, V. N. 102Monselesan, D. 124Monsen, N. 162Montagna, P. A. 109, 117Montalbano, A. 102Montano-Moctezuma, C. G. 160Monteiro, F. M. 161Montes-Hugo, M. A. 152Monteverde, D. R. 73Montgomery, J. C. 149Montoya, J. M. 53Montoya, J. P. 53, 70, 101, 168Montserrat, F. 49Montuoro, R. 164, 171Montzka, S. 122Moon, J. 124Moon, Y. I. 62, 130, 157Moore, A. M. 83, 104Moore, C. 50, 66, 110, 116, 117, 120,143, 150, 153Moore, C. M. 50, 66, 110, 117, 120,150, 153Moore, C. W. 116Moore, G. F. 106, 118Moore, G. K. 111, 128Moore, G. W. 111, 131Moore, J. D. 159Moore, J. K. 50, 61, 84, 125, 158Moore, K. 84Moore, L. 64, 70Moore, L. R. 64Moore-Maley, B. 48Moore, P. 85Moore, S. E. 111Moore, S. K. 129, 162Moore, T. 88, 97, 129, 145Moore, T. C. 129Moore, T. N. 88Moore, T. S. 97, 145Moore, W. 53, 78Moore, W. S. 78Moorthi, S. D. 140Moos, S. B. 170Mopper, K. 54, 99Morales Maqueda, M. A. 129, 140Morales-Núñez, A. G. 113Morales, R. L. 106, 127Moran, D. M. 50Morando, M. B. 118Moran, E. 143Moran, S. B. 53Morán, X. A. 170Morard, R. 139Mordy, C. W. 52, 122More, K. 131Morel, A. 120Morel, F. M. 50, 63, 117, 138, 139Morell, J. 59Morel, Y. 83Moreno, C. M. 94Moret-Ferguson, S. E. 55Morey, S. L. 172Morgan, D. L. 58Morgan, N. B. 113Morgan, S. G. 160, 166Morgan, T. C. 111Morganti, T. 58Morgenstern, U. 75Moriarty, J. M. 80Moriceau, B. 145Mori, K. 156Morimoto, A. 119, 135Mori, N. 96, 119, 147Morin, H. B. 81Mori Nobuhito, M. N. 119Morioka, Y. 132Morison, F. 50, 94Morison, J. 115, 127, 129, 161Morison, J. H. 115, 127, 129Morisset, S. 108, 124Moritz, H. P. 81Moritz, H. R. 142Moritz Zieringer, . 170Mork, K. A. 52, 161Morley, D. 133Morlock, T. 80Morrall, C. 55Morris, J. 101, 109, 114, 158Morris, J. T. 109Morris, K. J. 78Morris, M. M. 92Morrison, A. K. 51Morrison, C. L. 76, 86, 173Morrison, T. E. 46Morris, P. J. 78Morris, R. 49, 64, 81, 106Morris, R. M. 64, 81, 106Morrow, L. S. 108Morrow, R. 93, 96Mortazavi, B. 159Morten, A. J. 107Mörth, C. M. 102Mortier, L. 129, 131Mortiz, R. E. 112Mortlock, T. R. 116Morton, P. 109, 126, 153, 169, 170Morton, P. L. 109, 153, 169, 170Morton, S. 145Mosby, A. M. 105Moseman-Valtierra, S. M. 127Moser, F. C. 71Moses, W. J. 106Moskalik, M. 89Mosley, C. M. 149Mosquera-Vasquez, K. A. 112Moss, J. A. 79, 91, 131Moss, J. H. 46Moss, S. M. 132Mostafa Bakhoday Paskyabi, M. B. 59Mota-Annexy, C. A. 146Motegi, C. 79Motoi, T. 129Motomura, K. 135Motschman, J. 98Mouginot, C. 75Moulin, A. 89Moulin, A. J. 89Moum, J. 56, 77, 78, 89, 115, 159, 170Moum, J. N. 56, 77, 78, 89, 115, 159, 170Mountjoy, J. J. 80197

AGU/ASLO/TOS2014 Ocean Sciences MeetingMoura, R. L. 121Mouriño-Carballido, B. 170Moustafa, A. 131Mouw, C. B. 59, 118, 149MOU, X. 91Mouza, C. 88Mowlem, M. 101, 129, 138, 139Mowlem, M. C. 129, 138Moyano, M. 125Moyer, C. 91Moyer, R. P. 76Moynihan, M. A. 107Mozetic, P. 145Mozzachiodi, R. 102Msadek, R. 50, 174Mucci, A. 61, 138Mucciarone, D. 75, 135Mucciarone, D. A. 135Muelbert, J. 120Mueller, A. V. 162Mueller, J. A. 131Mueller, P. 160Muench, R. D. 117Muennich, M. 51Muglia, J. 122Muglia, M. 76, 87Muhling, B. 56, 73Mukai, H. 122, 134MUKAI, T. 167Mukherjee, S. 165Mulder, J. P. 156Mulholland, M. R. 54, 63, 70Mullarney, J. C. 135, 147Mullen, A. 87, 98Mullen, A. D. 98Muller, A. C. 83, 142Muller, D. L. 83, 142Muller-Karger, F. E. 81, 86Müller-Karulis, B. 169, 171Müller, M. 74, 128Muller, M. T. 140Müller, W. A. 161Mulligan, R. P. 95, 147Mullineaux, L. S. 71, 155, 160Mullins-Perry, R. L. 85, 123Munchow, G. B. 89Münch, R. 92Munday, D. R. 51, 92Mundy, C. J. 77, 89Muniak, T. 127Munk, P. 125Munnich, M. 112Münnich, M. 78, 165Munoz, E. 63Munoz Mas, C. 49Munro, D. R. 50Munroe, D. 59Munro, S. 97Munson, B. H. 122Munson, K. 150, 153Munson, K. M. 153Mura, G. E. 102Murakami, H. 145Murashima, Y. 51Murata, A. 68, 78Muratli, J. 158Murawski, S. 100Murdmaa, I. O. 99Murillo, A. A. 81Murphy, C. J. 98Murphy, D. 58, 66, 71, 97, 101Murphy, D. J. 66Murphy, D. M. 71Murphy, D. W. 101Murphy, E. J. 48, 149Murphy, J. W. 72Murray, A. E. 118Murray, J. 49, 61, 76, 126Murray, J. W. 49, 61, 76Murray, N. 96Murry, B. C. 101Murtugudde, R. 49Muscarella, P. 154, 170Muscarella, P. A. 170Musgrave, R. 74Musgrave, R. C. 74Musielewics, S. 76Musielewicz, S. 48, 86, 116Mydlarz, L. 137, 152Mydlarz, L. D. 137Myers, P. G. 131Myers-Pigg, A. N. 99Myksvoll, M. 125Mysak, L. A. 137NNadaoka, K. 88, 95, 143Nadeau, L. P. 136Nadiga, B. T. 57Nadiga, S. 108Naegelen, A. 120Nagai, T. 104, 165Nagano, A. 122Nagasaka, Y. 65Nagata, T. 79, 101Nagel, G. 131Nagel, K. M. 71Nagel, L. 142Nagura, M. 49Na, H. 47Nahorniak, J. 106Nairn , J. 146Najera, M. A. 98, 101, 155Najjar, R. G. 82, 93, 104, 109, 151, 162Nakaba Kobayashi, . 119Nakada, S. 105Nakagawa, M. 135Nakagawa, S. 48Nakagawa, Y. 95Nakajima, H. 154Nakajima, R. 150Nakamura, . 138Nakamura, H. 113, 119, 132, 135Nakamura, H. R. 119Nakamura, K. 129, 170Nakamura, M. 160, 173Nakamura, N. 84Nakamura, T. 74, 123, 129Nakamura, Y. 150Nakano, H. 49, 115, 121Nakano, S. 157Nakano, T. 122Nakaoka, S. 122, 154Nakashima, R. 80Nakatani, N. 118, 152, 158Nakatani, T. 118Nakayama, E. 129Nam, S. 74, 120, 122Nam, S. H. 120Nam, Y. G. 98, 101, 155Nand, V. 86Nanninga, G. B. 48Naoe, R. 64Naohiro Kosugi, N. 122Naohisa Takagaki, N. 47Naoki Hirose, . 96Naoya Kanna, N. 153Napitu, A. M. 62Napp, J. M. 66, 111Naqvi, S. 153Narantsetseg, B. 99Narita, H. 152Narrissa Spies, . 146Narvaez, D. A. 151Nash, J. 56, 74, 140, 156, 165, 170, 173Nash, J. D. 56, 140, 156, 165, 170, 173Nas, J. 171Natanson, L. J. 174Natarov, A. 61, 74Natarov, S. I. 124Natasha Dimova, . 79Nate Reed, . 129Na, T. H. 70Nathan, J. 134Nausch, G. 156Navarro, M. 76, 110, 127Navarro, M. O. 127Navas, F. 142Naveira Garabato, A. C. 51, 77, 80, 92,124, 169Naveira-Garabato, A. C. 143Navon, I. M. 155Nayak, A. R. 71, 135Neal, B. P. 166Neale, P. J. 168Neary, M. G. 156Neary, V. 87Neave, M. J. 121Nechaev, D. 111Nedimovic, M. 164Needelman, B. 96Needham, D. M. 64, 118Needoba, J. A. 84, 120, 168Neel, B. 129Neill, C. 76Neill, S. 76, 87, 95Neill, S. P. 76, 87, 95Nelson, A. J. 103Nelson, C. E. 82Nelson, H. 94Nelson, J. 69, 90, 129, 158Nelson, J. R. 69, 129, 158Nelson, M. 86Nelson, N. B. 72, 82, 144Nelson, R. J. 149Nelson, R. K. 46, 121Nelson, T. 123, 135Nelson, T. R. 135Nemeth, R. S. 164NEMO System Team, . 85Nencioli, F. 96, 144N.-E. Omrani, . 136Nephin, J. 126Nerem, R. S. 46, 124Nesbit, E. A. 71, 88Nesbit, K. T. 101Netchaev, D. 156Neto, A. I. 60Neuer, S. 96, 111, 131Neuheimer, A. 47, 66Neuheimer, A. B. 47Neukermans, G. 87Neulinger, S. C. 81, 82Neumeier, U. 47Nevers, M. 54Neveux, I. 131Nevin, O. T. 72Nevison, C. D. 76Nevitt, G. A. 72Newby, S. G. 55Newell, S. 54, 70Newell, S. E. 70Newman, L. 92Newman, M. 136Newman, S. J. 122Newsom, E. 51Newstead, R. G. 150Newton, F. A. 88Newton, J. 48, 60, 168Newton, J. A. 48Newton, K. 155Newton, R. J. 71Nezlin, N. P. 72, 107Ngan, C. 139Ng, B. 62Ngodock, H. 154, 170Ngodock, H. E. 154Nguyen, C. 173Nguyen, H. T. 129Nguyen, L. V. 115Nguyen, S. 74Nicholls, R. J. 109Nicholson, D. P. 134, 148Nichols, P. D. 66, 167Nichols, R. 87Nickelsen, L. 153Nicklisch, S. 55Nickols, K. J. 160Nicolas Gruber, . 53, 137Nicole, . 50Nicole Fuentes, . 63Nidzieko, N. J. 58, 142Nieblas, A. E. 155Nielsdottir, M. C. 110Nielsen, A. B. 164Nielsen, J. M. 110, 174Nielsen, K. J. 110Nielsen, L. H. 80, 96Nielsen, M. H. 52Nielsen, T. G. 125Niemi, A. 77Niemistö , J. 149Niemistö, J. P. 65Nieves, M. 146Nigella, H. M. 81Niggemann, J. 82, 98, 99Nightingale, P. 134Nigro, O. 71, 131Nigro, O. D. 131Nihei, Y. 95Niiranen, S. 102, 171Nikrad, M. 109NIkurashin, M. 138Ni Longphuirt, S. 168Nilsen, E. B. 107Nilsen, F. 112, 139, 161Nilsen, J. E. 161, 174Nilsson, H. 142Nilsson, J. 62, 174Nilsson Sköld, H. 110Nima Pahlevan, . 152Nimmo Smith, W. A. 87Nimmo-Smith, W. A. 59Ning, C. 113Ning, J. 65Ninnemann, U. 122Nisbet, R. 56Nishibe, Y. 101, 150Nishii, K. 113, 119, 132Nishii Tatsuya, N. T. 119Nishikawa, J. 53, 68, 69Nishikawa, S. 58Nishimoto, M. M. 46Nishimoto, R. T. 150Nishimura, C. E. 146Nishina, A. 119Nishino, S. 79Nishioka, J. 125Nishiuchi, K. 70Nishiura, L. K. 127, 150Nissen, D. 97Nittrouer, C. A. 52, 95Nixon, M. E. 65Nizinski, M. S. 159Noa, K. 108198

Program BookAGU/ASLO/TOSNoakes, S. E. 76Noble, A. 70, 110, 126, 158Noble, A. E. 110, 126, 158Noble, M. 173Nobre, C. 111Nobre, P. 72Nodder, S. D. 159Noel, H. R. 101Noer, I. 88Nof, D. 132, 166Nogelmeier, M. P. 123Nõges, T. 91, 106Noh, J. 86, 156, 162Noh Jae Hoon, . 100Noh, J. H. 86Noh, Y. 62Nojiri, Y. 76, 122, 154Nonaka, M. 47, 58, 119, 132Nootz, G. 103Norcross, . 127Norcross, B. L. 111, 127Nordbotten, M. 150Nordström, M. C. 171Norisuye, K. 126Norley, C. J. 61North, E. W. 60North, R. P. 68, 144Norton, E. L. 59, 60, 65Norton, J. 142Norwood, M. J. 107Nøst, O. A. 106Not, F. 94Nöthig, E. M. 77Novak, M. G. 106, 152Novelli, G. 115Nowacki, D. J. 52Noyes, T. 48Nozaki, R. 70Nozawa, A. 91N. S. Keenlyside, . 136Nuester, J. 153, 169Nugnes, K. A. 71Nummelin, A. 140Nunes, N. 111NUNEZ, E. 160Nunnally, C. C. 90Nunn, B. 50, 64, 150, 152Nunn, B. A. 64Nunn, B. L. 64, 150Nurhati, I. 75, 153Nurhati, I. S. 75Nurser, A. G. 108, 112, 124, 169Nurser, A. J. 76Nurser, G. 143Nuss, E. 71Nuzzio, D. B. 130Nyadjro, E. S. 62Nyberg, E. 171Nycander, J. 62, 102, 137, 138N’Yeurt, A. 140Nystuen, J. A. 124OObata, H. 68, 125, 158OBATA MITSUKO, . 94Obayashi, Y. 91Obelcz, J. 159Obenour, K. 107Oberbauer, S. 88Oberbauer, S. F. 88Oberbeckmann, S. 72Obernosterer, I. 79Obolensky, G. 65, 66O’ Boyle, S. 168O’Brien, C. 53, 61, 68Ocana, V. 109Ochi, D. 72Ochoa , J. 58Ochoa, J. 46, 165O’Connell, C. A. 81O’Connor, P. F. 131Odate/Tsuneo, T. 93Oddo, P. 85Odier, P. 56O’Donnell, B. C. 103O’Donnell, J. 87, 119, 171O’Donnell, M. J. 51O’Donnell, O. J. 116O’Driscoll, R. L. 149Oduro, H. 120Oelkers, E. 134Oerder, V. 78Oey, L. 61, 104, 135Oey, L. Y. 61Ogata, H. 80Ogata, T. 130Ogawa, F. 113, 132OGAWA, H. 99, 167Ogawa, K. 124Ogawa, N. O. 161, 174Ogburn, M. B. 149Oghenekaro, E. U. 114O’Grady, J. 81, 144Ogston, A. S. 52, 80, 95OHASHI, K. 167O’Higgins, L. 125Ohishi, S. 62Ohkouchi, N. 161, 162Ohlmann, C. 85, 89, 165Ohlmann, J. C. 89, 96, 147Ohman, M. D. 109, 120, 150Ohmori, K. 84Ohnemus, D. C. 105, 117, 126Ohokouchi, N. 174Ohsawa Shinji, . 151Ohshima, K. I. 129Oh, S. M. 157Ohya, Y. 170Oikawa, S. 68OISO Team, . 80Ojeda-Zujar, J. 124Oka, A. 122OKABE, T. 118Oka, E. 123Okaji, K. 173Okajima, S. 132Okamoto, M. 154Oke, P. R. 58, 154Okino, K. 74Okkonen, S. R. 111Okuda, N. 150Okumura, Y. M. 112Okuro, A. 161Olabarietta, M. 166Olabarrieta, M. 105Olafsson, J. 137Olascoaga, J. 164Olascoaga, M. J. 60, 90, 121, 162Olbers, D. 76Olbrich, K. 148Oldham, V. E. 49Oleinikov, I. 94Oleson, E. 150Oleson, K. L. 142, 164Olhede, S. C. 78, 104, 169Olhsson, E. 63Oliveira, A. 66Oliveira, A. C. 66Oliveira, F. 148Olivera, B. 165Oliver, K. 80, 132Oliver, K. I. 80Oliver , M. J. 133Oliver, M. J. 56, 58, 137, 149OLIVIER, F. 167Olley, J. T. 119Olney, J. L. 71Olsen, A. 122, 157Olsen, K. 137olsen, L. M. 101Olsen, Y. 72Olson, E. 46, 79Olson, E. M. 46Olson, M. B. 137Olson, R. J. 174Oltmanns, M. 131Olu, K. 173O’Malley, J. M. 162Omand, M. 164, 166Omand, M. M. 164Omar, A. 97Omori, Y. 62Omrani, N. 132O’Mullan, G. D. 72, 120, 151Onarheim, I. H. 139O’Neil, J. M. 103, 123O’Neill, R. 110O’Neill , R. J. 48Oneyeokoro, L. 91Ong, B. 71Onishi, Y. 152, 162Onodera, J. 77Ono, J. 115, 119Ono, M. 151Ookei, N. 115Ooki, A. 125Oppenheim, N. G. 125Oppo, D. 55, 75Oppo, D. W. 55Opseth, A. 49Oram, R. 151Orcutt, B. 113O’Reilly, C. H. 113O’Reilly, T. C. 61O’Reilly, W. C. 80, 116, 166Orellana, M. V. 48, 51Oremland, R. S. 49Orians, K. J. 126Orlando-Bonaca, M. 142Orlic, M. 124Orlikowska, . 62Orphan, V. J. 79, 118Orpin, A. R. 80Orr, J. 51Orsi, W. 79, 118Orsi, W. D. 79Ortega, C. C. 75Ortega, I. 134Ortell, N. 92Ortiz, C. 117, 165Ortiz, I. 66Ortiz, M. 88Ortíz-Rosa, S. 73Ortiz-Suslow, D. 104, 115, 139, 147Ortiz-Suslow, D. G. 139, 147Ortmann, A. 92, 159Ortmann, A. C. 92Orton, P. M. 80Orvik, K. A. 129Orzech, M. 154, 166Orzech, M. D. 166Osada, Y. 154Osadchiev, A. 155Osafune, S. 47, 138, 159Osborne, A. H. 153Osborne, J. 116, 166Osborn, K. J. 48, 59Osburn, C. L. 111Oscar Schofield, . 104, 169Oschlies, A. 75, 84, 86, 90, 92, 137, 153Oseji, O. F. 94Oshika, J. 152Oshima, K. 69Osinski, R. 129Osorio-Tai, M. E. 159Ossolinski, J. E. 59, 94Østerhus, S. 106Ostle, C. 63Ostrander, C. 76, 85Ostrander, G. K. 101Ostrowska, M. 145O’Sullivan, N. 142Oswald, S. E. 55Ota, N. 120Otero, M. 85OTHMAN-WILSON, A. 161Otosaka, S. 53, 153Otoshi, C. A. 132Ott, M. 142Otto-Bliesner, B. 68, 132Otto-Bliesner, B. L. 68Otto, S. 102, 145, 171Otto, S. A. 171Ou, J. 106Ouyang, B. 87Overath, R. D. 113Overholt, W. A. 46Overton, E. 100Owen, C. 69Owen Rowe, . 156Owens, W. B. 47, 51, 161Owen, T. J. 146Owings, S. M. 49Øystein Skagseth, Ø. S. 112Ozbay, G. 61Ozdemir, C. E. 95Ozgokmen, T. 101, 165Özgökmen, T. M. 105Ozgokmen, T. T. 165Ozkan-Haller, H. T. 166Özkan-Haller, H. T. 67, 117Özkan-Haller , T. 74Özkan-Haller, T. 166Ozsoy, E. 132PPaavel, B. 118Paba, V. 124Pacheco, M. 120Pachiadaki, M. 82, 91, 97Pachiadaki, M. G. 91, 97Paci, A. 74, 173Pacskowska , J. 171Paczkowska, J. 156Padilla, C. C. 53Padman, L. 105Padron, M. 59Padula, V. M. 55Paerl, R. W. 73Page, C. A. 137Page, F. 95Page, H. M. 162Page, H. N. 61, 123Page, R. L. 69Pagniello, C. 150Pahlow, M. 84, 150Pahnke, K. 153, 170Pain, C. C. 155, 170Painter, S. 119Pairaud, I. 129Paiva, A. M. 129Pajusalu Liina, 1. 127199

AGU/ASLO/TOS2014 Ocean Sciences MeetingPakhomov, E. A. 151Palacios, D. M. 56Palacios, E. 121Palacios, S. L. 106Palamara, L. 72Palardy, J. E. 133Pala, S. 140Palenik, B. 73Palevsky, H. 50, 88Palevsky, H. I. 50Palinkas, C. M. 95Pallas-Sanz, E. 165Palmer, M. A. 111Palmer, M. R. 83, 169Palmer, T. 75, 117Palmer, T. N. 75Palmore, C. D. 79Palóczy, A. 90Palovaara, J. 106Palter, J. B. 80, 92, 140, 174Palumbi, S. R. 135Pamela Posey, . 105Panagiotopoulos, C. 99Pan, B. 50Pan, G. 172Pang, I. C. 105Pan, H. 70Pan, J. 155Pan, L. 143Pan, M. 59, 160Panneer Selvam, B. 111Pansch, C. 110Panteleev, G. 47, 52, 111, 155Panteleev, G. G. 47Pantoja, S. 75Pan, X. 63Paolisso, M. 96Papadakis, S. J. 90Papadimitriou, E. 129Papadopoulos, G. 154PAPADOPOULOS , V. 57Papakyriakou, T. N. 110Papapapostolou, A. 113Pape, T. 74Papritz, L. 78Parada, A. E. 79Parada, C. 57Paranhos, R. 121Paranjpye, R. 64Pardaens, A. 104Pardo, M. A. 73PARENT, L. 58Parent Laurent, . 58Paris, C. 59, 60, 105, 143, 147, 165, 173Paris, C. B. 59, 60, 105, 143, 147, 165, 173Paris Limouzy, C. B. 160Paris-Limouzy, C. B. 160Par, J. 120Parjis, S. 149Parker, A. E. 84, 109, 168Parker, C. E. 110Parker, M. S. 139PARKER-STETTER, S. 128Parkes, D. 109PARK, G. H. 60Park, J. 56, 80, 101, 119, 128, 135,136, 160, 162Park, J. H. 119, 128Park, J. J. 160Park, K. 60, 83Park, M. 128, 150Parks, A. B. 142Parks, E. A. 102Parks, J. 96Parks, S. E. 138Park, W. 124, 136, 174Park, Y. 65, 93, 135Park, Y. H. 93Parnell, P. E. 127Parris, D. J. 98Parrish, C. C. 66, 146, 167Parsons, R. 121Parsons, R. J. 121Pasaric, Z. 124Pasa-Tolic, L. 82Pascal, R. W. 138Pascual, A. 90Pasqueron de Fommervault, O. 65, 67, 122Passarelli, C. 167Passow , U. 158Passow, U. 60Pastor, E. 152Pastorok, R. A. 142Pastres, R. 142Pasulka, A. 79Pasulka, A. L. 79Patara, L. 113Patel, P. L. 122Paterson, D. M. 102Pathare, M. 100Patin, N. V. 123Patrick, W. C. 93Patricola, C. M. 171, 172Patsavas, M. 60, 122, 139Patsavas, M. C. 60, 122Patterson, D. 58Patterson, K. 77Pattiaratchi, C. B. 164, 171Paul, A. E. 110Paul, E. L. 135Paul H. Laverty, P. H. 95Paul, J. H. 50Paul Kirchberger, C. 54Paull, C. 159Paull, D. 132Paul, M. 153, 169Paulot, F. 50Paulus, D. 91Paul, V. 61, 86, 93, 107, 123, 137Paul, V. J. 86, 93, 107, 123, 137Paul Wessl, . 169Pavelson, J. 136Pavlidis, D. 155, 170Pawlak, G. 77, 144, 173Pawlowicz, R. 120, 143, 171Payne, D. L. 105Payne, M. R. 125Paynter, I. 102, 129Paynter, I. L. 129Paytan, A. 60, 61, 91, 126, 154Paz-Yepes, J. 73Peach, C. L. 81, 108Peacock, M. B. 151Peacock, S. 113Peacock, T. 56, 74, 169Pe’a, R. 91Pearlman, J. 164Pearlman, J. S. 164Pearman, D. W. 166Pearman, J. K. 59Pearson, A. 118Pearson, B. C. 76Pearson, K. A. 144Pearson, S. 75, 103, 133Pearson, S. F. 133Pearson, S. P. 103Peart, S. M. 165Peckham, S. H. 56, 167Peck, M. A. 125Peck-Richardson, A. 117Peddie, D. 67Pedersen, J. B. 110Pedler, B. E. 82Pedrós-Alió, C. 94, 106Pedrosa-Pàmies, R. 173Pedrozo-Acuña, A. 166Pedulli, M. 117Peeken, I. 77Peggion, G. 86Peiffer, F. 140Peijnenburg, K. 48, 69Pejrup, M. 80, 96Pekar, S. 75Pelegrí, J. L. 100, 160Peliz , A. 48Peliz, A. 59Pelland, N. A. 169Pellegrini, J. C. 85Pellerin, B. 109Pells, C. K. 154Pelot, R. 85Peltier, S. A. 101Peltzer, E. T. 49, 133Pelve, E. A. 167Pena, L. D. 153Peña-Molino, B. 92Pender-Healy, L. A. 71PENDUFF, T. 107Peng, F. 87Peng, S. Q. 59, 115Peng, X. 69, 97Penko, A. M. 135, 147Penna, N. 129Pennel, R. 93, 115Pennington, J. T. 125Pennino, M. G. 73Pennoyer, K. E. 60Penny, S. 133Penta, B. 168, 170Peoples, A. J. 135Pepper, R. E. 71Pequignet, C. 62, 157Peralta-Ferriz, A. C. 129Peralta-Ferriz, C. 115Pereira, N. A. 92Peresypkin, V. I. 74Perez Delgado, Z. P. 146Perez, D. I. 166Pérez-España, H. 146Perez, F. F. 122Perez-Gonzalez, M. 121Pérez-Hernández, M. D. 160Perez, J. 120PEREZ, M. 160Perez, P. 46, 102Pérez, P. 58Pérez-Pérez, N. M. 61Perez, P. J. 102Perez, R. 113Perez, R. C. 113Perez, V. 167Pérez Venzor, J. A. 120Perez, X. 55Peri, F. 98, 111, 129Perini, L. 132, 142Perkovic-Martin, D. 96Pernet-Coudrier, B. 153Perovich, D. 134Perrie, W. A. 92Perron, J. T. 67Perrot, X. 90Perry, E. S. 109Perry, M. J. 50, 134, 164Pershing, A. J. 47, 69, 164Persson , A. 99Pester, N. J. 74Peter, . 50Peter Haglund, . 156Peters, A. 64Peters, B. D. 70Peters, E. C. 107, 121Petersen, M. R. 85, 86Petersen, S. 96Petersen, W. 77, 142Peters, J. 63Peterson, A. K. 131Peterson, B. 86, 139Peterson, C. 96Peterson, J. O. 76Peterson, M. 129Peterson, T. D. 84, 120, 131, 168Peterson, W. T. 76, 125, 127Pethybridge, H. 66, 167Pethybridge, H. R. 167Petitpas, C. M. 71Petraitis, D. 158Petrenko, A. A. 96, 144Petrenko, B. 161, 172Petrie, B. 112Petrova, D. 130Petrova, D. B. 130Petrusevich, V. 95Pettigrew, N. R. 140, 156Peyton, K. A. 94, 127, 150Pezzi, L. P. 64, 89Pfeiffer, M. 83, 84Pfeil, B. 157Pham, H. T. 104Phan, T. N. 115Phelps, J. 160Philippe Ciais, . 137Philippe/Tortell, D. 64Philippoff, J. K. 77Phillips, H. 61, 115, 129, 146, 169Phillips, H. E. 61, 115, 146, 169Phillips, J. C. 48Phillips, M. Q. 72Phillips, S. R. 118Phinn, S. 86Phipps, S. J. 75Phleger, C. F. 66Pianca, C. 166Picano, F. 95Picheral, M. 80Pickart, R. S. 84, 97, 111, 128Pickering, A. 74Picot, N. 157Piecuch, C. G. 47, 109Pierce, S. D. 144Pierre Friedlingstein, . 137Pierre Regnier, . 137Pierson, J. 58, 146Pierson, J. J. 58Pietrafesa, L. 87Pietrafesa, L. J. 87Pietri, A. 57Pietrzak, J. 52, 171Pietrzak, J. D. 52Pihana, H. 140Pihana, H. L. 140Pike, S. 68Pilcher, D. 122, 149Pilcher, D. J. 149Pilley, C. 157Pilo, D. 120Pilskaln, C. H. 117, 168PINCHUK, A. 128Pinchuk, A. I. 53, 66Pineda, J. 59, 110, 173Pinedo-Gonzalez, P. 126Pinhassi, J. 79, 106Pinheiro, I. G. 113Piniak, G. A. 144Pinkel, R. 74, 173Pinksy, M. 88Pinones, A. 117Piñones, A. 93Pinsky , M. L. 88200

Program BookAGU/ASLO/TOSPinsky, M. L. 173Piola, A. 113, 120Piola, A. R. 120Piontek, J. 51Piotrowski, C. C. 139Pirani, A. 113Pirenne, B. 85Pires, R. F. 160Pirhalla, D. 127Pisareva, M. 128Pitiranggon, . 101Pitman, A. 116Pitman, R. L. 70Pittelli, S. L. 99Pittman, R. 139, 147Pittman, R. W. 147Pittman, S. 76, 167Pizarro, O. 164Pizeta, I. 158Pizzo, N. E. 104Place, A. 131Plancherel, Y. 154, 165Planchon, F. 59, 69Planes, S. 173Planquette , H. 153Planquette, H. 153, 169Plant, J. 52, 139Plant, J. N. 52Plant, N. G. 166Plass, A. 126Platt, T. 55Pleuthner, R. L. 66Ploug, H. 95, 96, 156Plouviez, S. C. 60Plude, D. E. 105Plueddemann, A. J. 104, 120, 124, 136,137, 148Pnyushkov, A. 129Podesta, G. P. 96Podlaska, A. 81Poehle, S. 170Poggioli, A. R. 156Pohlman, J. 163Pohlmann, T. 76Poitrasson, F. 169Polagye, B. 87Poland, M. 71Polerecky, L. 98Polimene, L. 53Polito, M. J. 162Polito, P. S. 46, 104Pollery, R. 61Pollock, F. J. 107, 137Põllumäe, A. 127Polovina, J. 125, 149, 150, 167Polovina, J. J. 125, 150, 167Polton, J. 76, 160, 171Polton, J. A. 76, 171Polukhin, A. A. 126Polyakov, I. 115, 129Polzin, D. 165Polzin, K. 56, 169, 174Polzin, K. L. 56, 169Polz, M. 79Pomeroy, A. W. 144, 165Pondella, D. J. 120Ponsoni, L. 166Ponte, R. 47, 108, 109, 155, 174Ponte, R. M. 108, 109, 155, 174Ponyaev, M. S. 66Pookkandy, B. 132Pool, S. 119Popendorf, K. J. 84Popinet, S. 47Popova, E. E. 92Popp, B. 70, 118, 132, 148, 161, 162, 174Popp, B. N. 70, 118, 132, 161, 162, 174Poppe, L. J. 147Porrachia, M. 99Porter, D. E. 85Porter, J. 121Porter, M. 161Portier, R. 162Port, J. A. 155Portmann, H. H. 130Portner, E. 60Posacka, A. 138Pospelova, V. 109Post, A. 134, 168POTEAU, A. 52Potemra, J. 51, 72, 93, 108, 124, 172Potemra, J. T. 51, 72, 172Potter, C. W. 84Potter, H. 157, 172Potter, J. 123Potter, R. 111, 127, 152Potter, R. A. 111, 127Potts, D. C. 60Poulain, P. 128Poulin, F. J. 67, 112Poulos, S. 148Poulson-Ellestad, K. L. 50Poulton, A. 88, 119, 150, 168Poulton, A. J. 88, 150, 168Poulton, N. 75, 94, 103, 111, 134Poulton, N. J. 94, 103, 134Poulton, S. 126Powell, B. 59, 71, 78, 93, 154, 166Powell, B. S. 59, 71, 78, 154, 166Powell, E. N. 59, 137Powell, K. K. 127Powell, T. M. 63, 88Powers, L. C. 82, 98Poyatos-Moré, M. 99Pozo Buil, M. 58Pradal, M. A. 90, 93, 104Prairie, J. C. 95Prasetia, R. 164Pratt, K. 170Pratt, L. 112, 143, 160Pratt, L. J. 143, 160Pratt, P. D. 158Pravin, S. 170Preciado-Perez, R. 160Presa, P. 60Prescott, R. H. 52Preziosi, D. V. 142Price, A. L. 102Price, D. G. 118Price, J. 151, 172Price, J. R. 151Price, N. 76, 129, 135Price, N. N. 129, 135Pride, C. J. 71, 101, 122Prien, R. D. 129Prieto, L. 160Prieur, L. 120, 129Prihartato, P. K. 149Primeau, F. 50, 76, 82, 84, 134, 169Primeau, F. W. 50, 76, 82, 84, 169PRISM group, . 105Pritchard, C. E. 151Pritchard, M. 65Proctor, R. 85Prokopenko, M. 50, 53, 63, 110, 158Prokopenko, M. G. 50, 53, 63Prokushkin, A. 99Prominska, A. 139Proosdij, D. V. 95Proshutinsky, A. 112, 128, 129, 132, 160Proskurowski, G. 55Prouty, N. 66, 79, 83, 126, 159Prouty, N. G. 66, 79, 83, 159Pruell, R. J. 70P. Santos, A. M. 59Pugh, R. S. 133Pugliese, R. 73Puglise, K. A. 164Puigcorbé, V. 169Pujiana, K. 89Pujol, M. I. 157Puleo, J. 166Puleo, J. A. 166Pullen, J. 105Pulster, E. 100Pumphrey, J. 69Pun, I. 157Puniwai, N. 116, 142, 146Pun, L. 172Purca, S. 152Purcell, D. 101Purkey, S. G. 78Purtle, G. 113Püss, T. 156Putchim, L. 166Putirka, K. D. 162Putnam, H. M. 107, 110Putrasahan, D. A. 167Putts, M. R. 78Pye, J. D. 65Pyle, R. 143QQian, M. C. 62Qian, W. 115Qian, Y. 62, 115Qian, Y. K. 115Qiao, F. 143Qi, J. H. 64Qin, B. 149Qing Li, . 132Qin, X. 145Qiu, B. 47, 49, 96, 135, 136Qiu / Bo, . 96Qi, Y. 90Quaas, M. F. 140Quack, B. 50Quadfasel, D. 49Quartly, G. D. 148Quattrini, A. M. 69, 159Quattrocchi, G. 162Quay, P. D. 50Quéguiner, B. 68, 80Queroue, F. 170Quesada, A. J. 134Queste, B. Y. 105Questel, J. M. 127Quick, C. G. 125Quigg, A. 59, 63, 92, 101, 102, 151, 153Quiles-Delgado, T. 146Quinn II, T. J. 149Quinn, K. A. 61Quinn, N. 54Quinn, T. M. 83, 84Quiñones , A. 146Quinones-Melendez, E. 117Quiocho, V. K. 140Quittman, D. 152Qu, L. 152Qu, T. 49, 108RRaanan, B. Y. 173Rabalais, N. N. 98, 109Rabe, B. 112, 136Rabe, T. J. 156Rabinovich, A. B. 154Rabkin, D. 81, 97Rabouille, C. 129, 159, 173Racapé, V. 137Racault, M. F. 55Rachel Steinhardt, A. 145Rackow, T. 130Radarmacher, P. 83Radenac, M. H. 55, 108Radford, B. 143Radic, A. 169Radko, T. 115Raes, E. J. 69Raes, N. 69Rafferty, P. 97Rafter, P. A. 112Ragazzola, F. 75Raghu Murtugudde, . 146Ragnheid Skogseth, . 161Rago, T. 116Ragueneau, O. 145Raimbault, P. 148Raimondi, P. T. 76Raimund, S. 50Rainville, L. 49, 56, 74, 89, 124, 137,171, 172RAITSOS , D. 57Raitsos, D. E. 55Rai, V. K. 154Raleigh, C. 97Raleigh, M. 99Ralston, D. K. 52, 95Ramachandran, S. 165Ramajo, L. 60Ramatchandirane, C. G. 95Ramette, A. 60Ramírez-Flandes, S. 81Ramírez Vélez, A. C. 135Ramos, A. E. 115Ramos-Chavez, J. C. 118Ramos-Musalem, A. K. 90Ramos, R. J. 172Ramp, S. R. 56Rand, D. 59Randelhoff, A. 115Rankin, R. W. 56Ransom, J. L. 103Ranson, J. L. 102Rao / Alexandra, . 79Rao, A. M. 158Rao, S. 87, 115Rao, S. A. 115Rapaka, N. 56Rappe, M. 106, 121, 146Rappe, M. J. 146Rappe , M. S. 118Rappe, M. S. 121Rappé, M. S. 82, 102Rasmus, A. 84Rastogi, D. 89Raubenheimer, B. 116, 135, 147, 166Rauch, S. M. 154Rauschenberg, S. 169Ravdas, M. 132Ravelo, A. 70, 75, 89, 127Ravelo, A. C. 70, 75Ravelo, A. M. 89Ravichandran, M. 165Rayburn, J. T. 155Raymundo, L. J. 83Ray, R. 138Ray, R. D. 138Rayson, M. D. 56, 105Rea, C. 85Reader, H. 99, 108, 111, 151Reader, H. E. 108, 111201

AGU/ASLO/TOS2014 Ocean Sciences MeetingRead, J. 59Read, R. 131Reagan, J. R. 108Reager, J. T. 58, 124Reason, C. 148Reath, A. L. 116Reay, W. G. 85Rebolledo-Vieyra, M. 60, 61Rebuck, N. D. 120Reckenbeil, B. A. 61Reckermann, M. 164Reckinger, S. J. 86, 107Reckinger, S. M. 86Record, N. R. 47, 73Rector, W. C. 154Redalje, D. G. 163Redder, T. 52Reddy, C. 46, 121Reddy, C. M. 46Redfern, J. 56, 70, 73Redfern, J. R. 56Redfern, J. V. 70Redmond, M. C. 46Reed, A. 109, 129Reed, A. J. 109Reed, D. C. 50Reeder, D. B. 56, 147Reed, J. K. 164Reed, M. 107Rees, J. 65Reeve, J. 100, 163Reeve, J. L. 163REEVE, L. N. 132Reffray, G. 115Regan, H. C. 112Reguero, B. 81Regula-Whitefield, C. M. 66Rehder, G. 49Rehkamper, M. 153, 169Rehkämper, M. 154Rehm, E. 50Reichart, G. J. 57Reichert, M. 63, 73Reichert, M. H. 63Reichl, B. G. 157Reidenbach, M. A. 170Reifel, K. M. 63Reilly, L. M. 100Reimer, J. D. 131, 139Reimers, C. E. 67, 158Reineman, B. D. 129Reiner, J. L. 55Reiners, A. 104Reinsel, K. A. 102Reisdorph, S. C. 147Reisenbichler, K. R. 78Reisinger, A. 96Reiss, C. 118Reistetter, E. N. 64Reiter, J. 152Rember, R. 110, 115, 126Rember, R. D. 126Remia, A. 65, 132, 142Remple, K. L. 108Renaud/Paul, . 161Renaud, P. E. 149Renault, L. 78, 90Ren-Chieh Lien, . 56Ren, H. L. 112Reniers, A. 71, 104, 116, 117, 147, 166Reniers, A. H. 104Reniers, A. J. 117, 147Ren, J. 125Renner, A. H. 115Renner, H. 141Rennie, S. E. 120Ren, Y. 73, 149Ré, P. 149Repa, J. T. 116Repeta, D. 82, 98, 99, 121, 145, 158Repeta, D. J. 82, 99, 145, 158Repina, I. 59, 115Repina, I. A. 59Repollo, C. A. 57Rerolle, V. M. 129Reser, B. 159Resing, J. 61, 109, 154Resing, J. A. 61, 109, 154Resplandy, L. 145Ressler, P. H. 167Restrepo, J. M. 147Reum, J. C. 76Reumont, J. v. 126Reverdin, G. 108, 123Revie, C. W. 97, 153Revill, A. T. 162Reyes-Mendoza, O. 120Reynaud, E. G. 94Reynolds, R. A. 87Reynolds, R. W. 158Reynolds, S. 84Rhein, M. 46, 68, 74, 80, 140, 160, 173Rheuban, J. E. 142Rhines, P. B. 112, 174Rhodes, A. C. 113Rhodes, L. 133Rho, T. 59Ribas-Ribas, M. 60Ribeiro, P. 48, 60Ribes, M. 58Ricci, A. P. 133Ricciardi, L. 108, 116Ricciardulli, L. 157, 172Ricci, P. F. 133Rice, A. E. 148, 167Rice, C. A. 133Rice, J. C. 72Richard, H. L. 72Richard, J. 126, 167Richard Krishfield , R. 129Richards, B. L. 130Richards, C. 112, 172Richards, C. G. 112Richards Donà, A. M. 107Richards, K. J. 61, 74, 84, 128, 130Richardson, M. J. 78Richardson, T. L. 50Richard Zimmerman, . 125Richert, I. 105Richey, J. E. 111Richey, J. N. 84Richier, S. 50, 88, 110Rich, J. J. 54Richman, J. G. 74, 96, 121, 138Richmond, R. 64, 72, 101, 133Richmond, R. H. 72, 133Richoux, N. B. 167Richter, C. 166Richter, I. 85Richter, K. 67, 109, 124Richter, S. 138Rich, V. I. 130Rickel, S. 166Rickels, W. 140Ridderinkhof, H. 166Ridderinkhof, W. 52Ridder, N. N. 79Ridgwell, A. 59Ridley, J. K. 124Riebesell, U. 76Riedel, . 149Riedel, T. 92Rieff, B. W. 94Riemann, L. 91, 105Riensenfeld, C. 91Riesen, A. L. 102Riesenfeld, C. 79Rieucau, G. 167Rigaud, S. 53, 61, 93, 172Rigaud, S. B. 93Rigby, P. 49Riggs, A. 159Rigor, I. 129, 161Rii, Y. M. 88, 145Rijkenberg, M. 110, 153, 158, 169, 170Rijkenberg, M. J. 153, 170Rimler, R. N. 151Rincón-Díaz, M. P. 73Rinehimer, J. P. 115Ringler, T. 78, 85Ringler, T. D. 85Rintoul, S. 46, 52, 80, 92, 106, 115Rintoul, S. R. 46, 52, 92, 106, 115Rippeth, T. P. 115Rippy, M. A. 163Ripszam, M. 156Ripszam Matyas, . 156Riseman, S. F. 62Risenhoover, K. 137Riser, S. 47, 52, 65, 108, 120, 123, 124, 161Riser, S. C. 47, 52, 65, 108, 120, 123, 124Risi, C. 123Risien, C. M. 157Riso, R. D. 153Ritchey, N. 158Ritphring, S. 124Ritson-Williams, R. 86, 137Ritzenthaler, A. 141Rivas, D. 59, 116, 147Rivera, A. 165Rivera-Duarte, I. 126Rivera, M. A. 108Rivero-Calle, S. 53Rivest, E. B. 86Rivière, P. 57, 96Rivkin, R. B. 47, 59Rivlin, T. 86Roach, C. J. 115Roa, J. 95Roark, E. B. 159Roarty, H. 139, 154Roarty, H. J. 154Roberson, L. 55, 121, 133Roberson, L. M. 133Robert, K. 173Robert Richmond, . 146Roberts, D. 133Roberts, H. H. 76Roberts, J. D. 76, 87Roberts, J. J. 55, 56Roberts, J. T. 157Roberts, M. 57, 148, 172Roberts, M. J. 57, 148Robertson , A. W. 89Robertson, C. 69, 94, 129, 158, 159, 173Robertson, C. M. 173Robertson, C. Y. 69, 94, 129, 158Robertson, G. 107Robertson, R. 74, 128Robertson/Robin, . 73Roberts, P. L. 87, 98, 149, 164Roberts, Q. N. 128Roberts, S. 128, 152Roberts, S. B. 152Robinson, A. R. 116Robinson, C. 63Robinson, H. E. 71Robinson, I. S. 115Robinson, J. 92Robinson, K. 102Robinson, L. 160Robinson , W. E. 102Robison, B. H. 48, 69, 78Robitaille, J. 144Rocap, G. 64, 92, 113, 139Rocap, G. L. 113Rocap, R. 70Rocha, C. B. 90, 121Roche, D. 131Rochin B., H. 159Rochon, A. 157Rocke, E. 91Rockey, K. K. 138Roder, C. 63, 102Röder, H. 99Rodgers, K. 61, 102, 122, 137, 146,165, 166Rodgers, K. B. 122, 137, 146, 165Rodgers, K. S. 102, 166Rodgers, R. P. 57Rodney, J. T. 59Rodó, X. 130Rodrigues, R. R. 130Rodrigues, T. 154Rodriguez, D. 149Rodriguez, E. 96Rodriguez, I. B. 126Rodríguez-Marconi, S. 150Rodríguez-Ramos, T. 68Rodriguez-R, L. M. 46Roeber, V. 80, 147Roegner, C. 142Roegner, G. C. 120Roelke, D. 63, 94, 102Roelke, D. L. 63, 94, 102Roelofs, . 149Roemmich, D. 46, 47, 100Roessler, A. 46, 160, 173Roether, W. 68Roettinger, E. 94Roffer, M. 56, 73Roffer, M. A. 73ROGACHEV, K. A. 128Rogan, N. 68Roge, M. 96Roger, F. 64Rogers, A. 91Rogers, A. D. 91Rogers, D. R. 57Rogers, J. S. 135, 165Rogers, K. 74Rogowski, P. 152, 171Rohal, M. 141Röhrs, J. 160Roh, S. 137Rojas-Herrera, M. 92, 150Rojas, M. 75Roland, A. 47Rolison, J. M. 153Rollins, N. 61Rollwagen-Bollens, G. 123, 162Romagnan, J. B. 80Romagnoli, C. 65Roman, M. R. 58Romano, C. 81Romanou, A. 72Romanov, E. V. 73Romanski, J. 72Romeiser, R. 161Romera-Castillo, C. 98Romero, A. 58, 102Romero, A. O. 102Romero, I. C. 46, 100Romero, L. 147, 161Romero, O. 110Romero, S. I. 120Romine, B. M. 165Romsos, C. 76202

Program BookAGU/ASLO/TOSRoncalli, V. 101, 151Rong, Z. 155Ronnevi, L. O. 150Rooney, J. 152, 164Roquet, F. 138Rörhs, J. 58Rosati, A. 130Rosburg, K. C. 121Rose, A. 84, 86ROSE, A. L. 98Rose, G. A. 167Rose, J. M. 76Rose, K. 65, 74, 109Roselyne Buscail, . 126Rosemond, R. C. 149Rosenbauer, R. J. 107Rosenberg, A. M. 124Rosenberger, K. 52, 65, 173Rosenberger, K. J. 52, 65Rosengard, S. 123, 168Rosenheim, B. E. 75, 84Rosen, R. 93Rosenthal, J. 133Rosentrater, K. A. 132, 140Rosenzweig, I. 147Rose, P. S. 93Roshan, S. 170Rosman, J. H. 135Ross, A. C. 104Ross, A. R. 153Rossby, H. T. 128Rossby, T. 107, 129Ross, C. 137Rossignol, S. 51Rossi, V. 173Ross, M. C. 133Rosso, I. 93Ross, R. E. 59Ross, S. W. 66, 159, 173Røstad, A. 149, 167Rost, B. 126, 133Rot, B. 96Roth, E. H. 150Roth, J. D. 48Rothstein, L. 107, 172Rothstein, L. A. 172Röttgers, R. 77Rotzoll, K. 96Rouco Molina, M. 79Rouco-Molina, M. 123Roughan, M. 62, 85, 143, 160Roukaerts, A. 69Roullet, G. 90, 93Rouse, G. W. 69Rousseaux, C. 55, 72Rousseaux, C. S. 55Roussenov, V. 174Rousset, C. 132Rouxel, O. J. 169Rowden, A. A. 159Rowe, G. T. 101Rowe, J. 54Rowe , O. 171Rowe, O. 156Rowe, S. 123Rowland, S. K. 123Rowley, C. 105Roy, . 80Roy, A. S. 64Roy, V. 77, 89Roy, V. and Archambault, P., . 89Rozwadowska, A. 100Rubao Ji, . 160Rubin, D. M. 165Ruddick, B. 48, 164Ruddick, B. R. 48Rudnick, D. 47, 49, 58, 78, 161Rudnick Daniel, . 104Rudnick, D. L. 47, 49, 78, 161Rue, A. N. 88Ruedy, R. 72Ruef, W. M. 168Ruest, B. 47Ruggiero, P. 80Ruhl, H. A. 78, 122, 137Rühs, S. 166Ruiz-Angulo, A. 90, 159Ruiz-Cooley, I. 162Ruiz, G. 120Ruiz-Jones, G. J. 135Ruiz-Villarreal, M. 144Ruju, A. 166Rumbold, D. 100Runge, J. A. 125Rünk, N. 120Runyon, C. 121Runyon, C. M. 121Ruoying/He, . 152Rusch, D. B. 106Rusciano, E. 58Rusello, P. 149, 152Rusello, P. J. 149Russell, C. 102, 123, 152Russell, C. A. 102Russell, J. A. 148Russell, J. L. 80Russell, L. M. 51Russ, G. R. 153Russo, C. J. 154Russoniello, C. J. 79Rutgersson, A. 164Rutllant, J. 84Ruttenberg, K. C. 99, 159Rutzen, I. 68Ryan, D. E. 139Ryan, J. 129, 164, 169Ryan, J. P. 129, 164Ryan-Keogh, T. J. 50, 117, 120Ryan, K. W. 119Ryan, R. J. 62Ryan, W. L. 101Rybarczyk, H. 146Rye, C. D. 124Rykaczewski, R. R. 72Rykova, T. A. 58Rynearson, T. 48, 60, 79, 103, 131Rynearson, T. A. 60, 79, 131Rynne, P. 116, 117, 166Rynne, P. F. 117Rypina, I. 107, 116, 143, 160Rypina, I. I. 107, 160SSabadel, A. 70, 162Sabadel, A. J. 162Saba, G. 77, 117, 145Saba, G. K. 77, 117Sabat, A. M. 101Saba, V. S. 63, 117, 120, 137Sabine, C. 46, 48, 80, 86, 100, 136, 139Sabine, C. L. 80, 136, 139Sabino, R. 54Sachdeva, R. 118Sachihiko ITOH, . 155Sackett, D. K. 148Sackmann, B. 119, 124Sackmann, B. S. 119Saderne, V. 48Sadler, D. W. 136, 148Saenko, O. 51, 128Saenko, O. A. 51Saenz-Agudelo, P. 48Saenz, B. T. 111Saenz, J. A. 128, 132Safak, I. 95, 135Safavi-Hemami, H. 165Sagan, S. 98, 152Sagara, Y. 104Sage, C. 123Sagen, H. 139Sager, W. W. 74, 152Sahlée, E. 104Sailley, S. F. 53Saino, T. 119Saint-Lu, M. 75SAITO, H. 155Saitoh, S. 73Saito, K. 156Saito, M. 50, 70, 106, 110, 134, 153, 158Saito, M. A. 50, 106, 110, 153, 158Saito, N. 142Saito, T. 134Saiz, E. 168Sakai, K. 173Sakai, T. 173Sakai Takuya, . 151Sakamaki, T. 150Sakamoto, C. M. 65, 130Sakamoto, K. 121, 124, 135SAKASHITA, H. 118Sakashita, M. 133Sakihara, T. S. 94, 127, 150Sakugawa, H. 72Salaün, P. 153Salaza, E. A. 152Salgueiro, E. 154Salihue, N. H. 125Salisbury, D. J. 161Salisbury, J. 48, 50, 116Salisbury, J. E. 116Sallares, V. 143, 164Sallarès, V. 143, 164Sallee, . 80Sallee, J. 80Sallée, J. B. 47Salmon, E. 117Salomon, A. 142Salta, M. 98Salter, I. 118, 150Saltzman, E. S. 134, 142Salvigsen, O. 75Samar Kathiwala, S. K. 124Sambrotto, R. 52Sambrotto, R. N. 52Samiappan, S. 158Samo, T. J. 98, 148SAMUEL, L. C. 146Samuels, B. 124Samuelsen, A. 57Sanchez, A. 102Sanchez, B. I. 133Sanchez-Franks, A. 160Sánchez-García, M. A. 133Sanchez-Garrido, J. C. 144Sanchez, J. A. 78, 113Sánchez-Leal, R. F. 144Sanchez, N. 70, 153Sánchez Salgado, D. A. 120Sanchez, S. C. 83Sánchez Velasco, L. 46, 127Sanchez-Vidal, A. 173Sánchez-Viruet, I. C. 146Sancho, G. 114Sandberg, M. 151Sander, S. 60, 158Sanders, C. J. 91Sander, S. G. 158Sanderson, M. P. 128Sanders, R. D. 158Sanders, T. 69San Diego-McGlone, M. L. 151Sandin, S. 55, 58Sandin, S. A. 55Sandler, A. 99Sandven, S. 139Sandvik, H. 125Sandwith, Z. O. 50Sanford, E. 76, 114Sanford, L. P. 95, 109, 118Sanford, T. 61, 105, 115, 164, 171Sanford, T. B. 105, 115, 164, 171Sangermano, J. 135Sang-Ho Lee, . 144Sangita Ganesh, -. 82Sanhueza, C. 79Sano, Y. 68, 75Sansone, F. J. 67Santhanakrishnan, A. 155, 170Santiago-Mandujano, F. E. 78, 136, 148Santilli, E. 86Santo, F. T. 63Santoro, A. E. 62, 79, 106, 107Santos, A. L. 55Santos, A. M. 48, 149, 160Santos, C. J. 133Santos-Garcia, A. 108, 123Santos, I. R. 48, 76Santoso, A. 112SANTOS, R. 48Santos, T. P. 157Santschi, P. H. 49, 153Sanudo-Wilhelmy, S. 62, 73, 126Sanudo-Wilhelmy, S. A. 62, 73, 126Sañudo-Wilhelmy, S. A. 73Saraceno, J. 109SARAFANOV, A. 140Saravanan, R. 62, 172Saravin, A. 89Sardina, G. 95Sargent, E. C. 150Sarkar, S. 56, 86, 104, 128, 144Sarkisyan, A. S. 58Sarkodee-Adoo, J. 57, 100Sarmiento, J. L. 51, 92, 95, 104, 120,145, 146, 165Sarode, N. 98Sarradin, P. M. 153Sasai, Y. 47, 96, 122, 150Sasai / Yoshikazu, . 96Sasajima, Y. 129Sasaki, H. 47, 73, 96Sasaki / Hideharu, . 96Sasaki, W. 130Sasaki, Y. N. 47, 119, 124Sasano, D. 60, 122Sasaoka, K. 96, 119, 150Sascha Flögel, . 137Sasse, T. P. 137Sassoubre, L. M. 54Sastre, M. 131Sastri, A. 67, 68, 150, 152, 168Sastri, A. R. 67, 68, 150, 168Satake Kenji, . 154Satinsky, B. 50Sato, . 138Satoh, T. 92Satoh, Y. 153Sato, K. 66, 122Sato, M. 72, 150Sato, O. T. 46, 104, 115Sato, R. M. 129Satoru Komori, S. 47Satoru Taguchi, . 94Sato, S. 65Satoshi Ishii, . 54203

AGU/ASLO/TOS2014 Ocean Sciences MeetingSatoshi Mitarai, . 152Satoshi Nakada, . 73Satoshi Okabe, . 54Šatova, E. 168Saunders, J. K. 64Saunders, P. 66Saupe, S. M. 111Sautter, L. R. 150, 159Sauzede, R. 67Sauzède, R. 67, 122, 169Savage, A. C. 96Savage, C. 66, 141Savchuk, O. P. 169Savidge, D. K. 117Savidge, W. B. 67, 94Savoca, M. S. 72Savva, L. 72Sawabe, T. 48SAWADA, K. 167Sawai, Y. 80Sawyer, A. H. 79Saxena, S. 117Sayles, F. L. 61Sbrocco, E. J. 88Scaboo, K. M. 120Scales, K. L. 155Scanlon, B. 142Scannell, H. A. 69Scarborough-Bull, A. 76Scarratt, M. 61Scavotto, R. E. 91Schaaf, C. 102, 129Schaaf, C. B. 129Schaefer, S. C. 54Schaeffer, A. 62, 85, 143Schaen, A. T. 74Schafer, C. 106Schaffer, J. 111Schaffler, J. J. 60Schallenberg, C. 153Schalles, J. F. 119Schanze, J. 137Schanze, J. J. 137Schapira, M. 162Schar, D. W. 135Scharer, M. 142Scharffenberg, M. 96Schatzman, C. 90Schaubach, M. 51, 96Schaub, I. 110Schauer, R. 97Schauer, U. 66, 112, 139, 161Scheel, F. 83Scheibel, H. 98Scheifele, B. 143Schell, J. S. 55, 113Scherer, A. E. 102Scher, H. 153, 170Scheu, K. 52Scheurle, C. 67, 122Schewe, I. 139Schiebel, H. N. 97, 111Schieber, B. 128Schieber, J. 99Schieler, B. M. 130Schijf, J. 153Schiller, A. 61Schine, C. M. 117Schirripa, M. J. 141Schlenk, D. 101Schleussner, C. F. 161Schlining, K. L. 69Schloesser, F. 107, 129Schlosser, C. 153, 167, 169Schlosser, P. 134Schlundt, M. 113Schmechtig, C. 65, 67Schmidt, A. 73Schmidt, G. A. 72Schmidt, G. M. 166Schmidt, H. 169Schmidt, J. O. 65, 97, 140Schmidt, K. 167, 170Schmidtko, S. 92, 105Schmidt, M. 107Schmidt, S. 141, 168Schmidt, S. R. 141Schmitt-Kopplin, P. 99, 127Schmittner, A. 138Schmitt, R. 137, 164Schmitt, R. W. 137, 164Schmitz Jr., W. J. 112Schmitz, R. A. 81, 82Schmitz-Streit, R. 54, 62Schmitz, W. J. 174Schmoker, C. 101Schneider, A. 68Schneider, E. 120Schneider, K. 114Schneider, L. 131, 140Schneider, N. 113, 119, 132, 136Schneider, R. 145Schnetger, B. 110Schnieders, J. 134Schoellhamer, D. H. 52Schofield, O. 50, 55, 67, 80, 85, 92, 105,113, 117, 145, 157, 169Schofield, O. M. 67, 145Scholin, C. 129, 138, 147, 169Scholin, C. A. 129, 138, 147Scholin, C. S. 169Schollaert Uz, S. 55Schollmeier, T. 66Schonau, M. C. 49Schonberg, S. V. 111Schöne, B. R. 75, 83, 126Schönfeld, J. 110Schopmeyer, S. A. 58, 65Schorr, G. S. 155Schouten, K. R. 120Schouten, S. 54, 162Schraga, T. S. 151Schreiner, K. M. 110Schroeder, D. M. 76, 162Schroeder, M. 85Schroth, A. 151, 154Schroth, A. W. 154Schuback, N. 63Schubel, J. R. 81Schubert, B. A. 84Schubert, C. J. 141Schuldt, J. 137Schuller, D. 122Schüller, S. E. 141Schulte, J. A. 162Schultz, P. 120Schulz-Bull, . 62Schulz-Bull, D. E. 129Schulz, C. 109Schulz, E. 136Schulze, L. M. 111, 131Schulz, K. 48, 84Schulz, K. G. 48Schumann, G. J. 124Schunck, H. 81, 82Schurgers, C. 164Schuster, U. 63, 134Schütte, F. 57Schvarcz, C. R. 130Schwab, D. 149Schwartzenberg, S. 97Schwartz, S. E. 51Schwarzkopf, F. 59, 90Schwarz, M. H. 146Schweder, T. 82Schweers, J. 62Schwefel Robert, R. 136Schwehr, K. A. 49Schweinsberg, M. 59Schwenck, S. M. 81Schwendeman, M. 161Schwennicke, T. 120Schwinger, J. 136Schwing, F. B. 140Schwing, P. 46, 61, 95, 100Schwing, P. T. 61, 95, 100Sciandra, A. 67Sciascia, R. 156Sclavo, M. 89Scott Glenn, . 104Scotti, A. 86, 128, 135Scott, J. 75, 79, 86Scott, J. R. 75, 86Scott, O. 108Scott, P. 53Scott, R. 107, 138Scott, R. B. 107, 138Scott, S. E. 116Scott, W. S. 102Scourse, J. D. 83, 95Scowcroft, G. 81Scowcroft, G. A. 81Scranton, M. I. 81Scully, M. E. 109Sears, C. R. 86Searson, S. 148Seaton, C. 151Sebens, K. P. 85Sedwick, P. 105, 117, 153, 154, 169Sedwick, P. N. 105, 117, 153, 169Seegers, B. N. 83, 142Séférian, R. 145Segura, L. E. 147Segura-Noguera, M. 62, 148Seguret, M. 110, 126Seibt, M. 82Seidel, M. 111Sei-Ichi Saitoh, . 73Seike, K. 147Seim, H. 69, 76, 87, 90, 129, 158Seim, H. E. 69, 90, 129, 158Seitaj, D. 97Seitz, R. D. 165Sekma, H. 93Selbie, D. 119Selden, C. 61SELLEGRI/Karine, . 64Sellner, K. G. 103Selph, K. E. 70Semcheski, M. R. 113, 140Semeniuk, D. M. 138Seminara, G. 147Seminoff, J. A. 167Sempéré/Richard, . 64Send, U. 58, 62, 74, 120, 122, 129,140, 173SENECHAL, N. 116Sen Gupta, A. 49, 75, 116, 145Sen Jan, . 62Senn, D. B. 151Senum, G. 51Seo, G. 83, 115, 120, 124, 156Seo, G. H. 83, 120, 124, 156Seo, H. 131, 136Seo, Y. 74, 119Seo, Y. K. 74Septama, E. 99Serafin, K. A. 80Serafy, J. 65, 144Serafy, J. E. 65Seraphin, K. D. 77SERAZIN, G. 107Serebryany, A. N. 144Ser-Giacomi, E. 173Sericano, J. 117Seroka, G. 80, 85, 117, 154, 157Seroka, G. N. 157Serra, N. 131Serrano, E. 58Serrano, X. M. 173Serret, P. 168Servino, R. N. 63Seto, S. 154Setou, T. 83Settles, M. 113Seung-Sep Kim, . 169Seuront, L. 54, 162Sevellec, F. 121Severine Choukroun, . 160Severinghaus, J. 161Severmann, S. 110, 151, 154, 158Severson, R. J. 68Seyfried, W. E. 74Seyler, L. M. 118Seymour, J. R. 98Shadwick, E. H. 84, 106Shaffer, S. A. 155Shahriar, F. 161Shah, S. R. 99, 100, 118Shah, V. 81Sha, J. 152Shakespeare, C. J. 144Shamberger, K. E. 86, 135Shamblin, B. 146Shamil Maksyutov, . 146Shang, S. 145, 156, 169Shang, S. L. 145, 156Shang, S. P. 156Shankar, S. 140Shank, L. M. 64Shanks, A. L. 147, 166Shank, T. 159Shank, T. M. 159Shannon, M. 157SHAN, S. 167Shantharam, A. K. 101Shao, A. E. 68, 93SHAO, Y. 147Shapiro, A. D. 81Shapiro, G. 57Shapiro, K. 142Sharma, R. K. 162Sharp, J. O. 94Sharp, K. H. 55, 93, 107Sharples, C. J. 66Sharples, J. 168Sharuga, S. M. 78Shaughnessy, F. J. 116Shaugnessy, F. 61Shaw, E. C. 86Shaw, W. 52, 73, 105, 115, 159, 173Shaw, W. J. 52, 105, 159, 173Shay, L. K. 157, 171Shchepetkin, A. 86, 160Shchepetkin, A. F. 86Shcherbina, A. 137, 144, 171Shcherbina, A. Y. 137, 144Shea, N. A. 88Shearman, R. K. 56, 156Shedd, W. 73Sheek, R. 67Sheen, K. 51, 92, 143Sheen, K. L. 51, 92Sheets, J. 116Sheik, C. 61, 118Sheik, C. S. 118Sheinbaum, J. 46, 58, 90, 165Shein, K. 127204

Program BookAGU/ASLO/TOSShein, K. A. 127Shelley, R. 109, 125, 138, 158, 169Shelley, R. U. 109, 138, 158, 169Shellito, S. 116Shelly, A. 89Shelton III, A. J. 133Shen, C. 84, 94Shen, C. C. 84Shen, F. 87, 118Sheng, H. 133Shen, J. 171Shen, L. 104Shen, Q. 118Shen, Y. 82, 102Shepard, A. K. 92Sheremet, A. 117, 135, 147, 154Sheridan, S. C. 127Sherlock, R. E. 69, 78Sherman, A. D. 78, 122Sherman, E. 158Sherman, J. T. 49Sherman, M. B. 58Sherrell, R. M. 105, 110, 145, 153, 154, 169Shertzer, K. W. 140Sherwood, A. R. 143Sherwood, C. R. 77, 166Sherwood, G. D. 149Sherwood, S. 116Shiah, F. K. 67, 79, 163Shiao, J. C. 149Shiao-Shan Lin, . 74Shibata, Y. 58Shibley, N. 129Shi, D. 100Shiebel, H. N. 98Shields, C. A. 132Shields, M. 49, 151Shields, M. R. 151Shi, F. 116Shigeho Kakehi, . 58Shigeru Shimamura, . 167Shi, J. 63, 64, 93, 126, 151Shi, J. H. 64SHILLER, A. 100Shiller, A. M. 110Shilova, I. N. 92Shimada, K. 127Shimek, S. H. 122Shimizu, K. 160SHIM, J. 115Shim Jae-Seol, . 100Shimoda, T. E. 94, 127, 150Shimotori, K. 99SHIN, C. 135Shin, C. W. 61Shindo, T. T. 127Shin, H. 52Shin-ichi Itoh, . 58Shin, K. 60, 101, 149Shin, K. H. 101, 149Shinoda, T. 77, 78, 89Shiozaki, T. 69Shipe, R. F. 76, 145Shipp, S. K. 103Shirai, K. 75, 83, 84Shishido, C. M. 60Shi, W. 106Shi/Xuefa, . 153Shkvorets, I. 123Shoaei, F. 170Shoemaker, K. M. 92Shogo Takebayashi, . 136Shoji, J. 151Shope, J. B. 59Shore-Maggio, A. 121, 140, 153Short, A. D. 80Short, F. 125Shoshiro Minobe, . 136Shrivastava, I. 173Shriver , J. F. 138Shriver, J. F. 74, 96Shroyer, E. 56, 89, 140, 156, 170, 173Shroyer, E. L. 56, 89, 140, 156, 170Shugan, I. V. 159Shu-Kun Hsu, . 74Shulga, N. A. 74Shulman, I. 170Shulse, C. N. 121Shulse, C. S. 102Shusaku Sugimoto, . 119Shu, Y. 62Sidorenko, D. 130Siebein, K. 98Siebert, C. 153Siedlecki, S. A. 48, 104Siefert, J. 57Siegel, D. A. 46, 47, 59, 72, 116, 120,144, 147, 173Siegelman, M. 147Siegert, F. 55Siegfried, D. 108, 116Siegfried, D. T. 116Siegle, E. 133, 144, 166Sieracki, M. E. 103Sieraki, M. E. 103Sievert, S. 160Sifeddine, A. 100Sigl, R. 113Sigman, D. 54, 64, 110, 112Sigman, D. M. 54, 64, 110, 112Sigman, M. 94, 108Sigman, M. J. 94Signell, J. 102Signori, C. 61Sikes, E. L. 94Silbaugh, M. 64Silbaugh, M. A. 64Silbiger, N. J. 110Silliman, J. 65Silva-Filho, E. V. 91Silva, P. 66Silveira, C. B. 121Silveira, I. A. 129Silveira , I. C. 121Silveira, I. C. 86, 90Silverberg, N. 159Silver, J. 142Silverman, J. 86Sime-Ngando, T. 80Simeonov, J. A. 147Simister, R. L. 57, 100Simm, J. 81Simmons, C. C. 55Simmons, C. T. 137Simmons, H. 56, 74Simmons, H. L. 56, 74Sim, N. 126Simon, M. 57, 79, 167Simon, Meinhard, . 118Simon, M. H. 167Simonsen, K. A. 167Simons, R. D. 46Simon Thorrold, . 160Simon Yang, S. 53Simon Yueh, . 139Simpson, J. H. 115, 161Sims, D. W. 155Sinclair, A. M. 116Sinclair, D. J. 110Sindorf, V. L. 133Singer, J. 149Singh, A. 49Singhruck, P. 100, 115Singh, S. K. 154Sinha, B. 121Sinha, N. 104Sinnett, G. 147Sinniger, F. 69, 164Sinniger, F. A. 69Sinninghe Damsté, J. S. 54, 162Sintes, E. 148, 167Sipler, R. 128, 133Sipler, R. E. 128Širovic, A. 150, 167Sirutis, J. J. 171Sison-Mangus, Marilou, P. 79Siswanto, E. 145Sitthichivapak, K. 100Siuda, A. N. 55, 71, 113Sjöstedt, J. 79Skagseth, Ø. 161, 171Skaret, G. 125Šket , P. 99S. K. Hsu, . 154Skiba, M. M. 129Skirving, W. 69, 133Skirving, W. J. 69Skliris, N. 108Skogen, M. D. 125Skogseth, R. 112, 161Skomal, G. B. 59, 174Skrabal, S. A. 138, 142, 158Skyllingstad, E. D. 89Slade, W. H. 134Slater, R. D. 145Slattery, M. 101Slikas, B. 55Slingerland, R. 147Slomp, C. P. 48Slowey, N. C. 143Sloyan, B. 78, 100, 138Sloyan, B. M. 78, 138Sluijs, A. 126Smaal, A. C. 168Smallegan, S. M. 116Small, J. 157Small, R. J. 132, 136Smedsrud, L. H. 106, 139, 140Smeed, D. A. 51, 69, 173Smee, D. L. 102, 113Smethie, W. M. 68Smirnov, D. 136Smith, A. G. 73Smith, A. M. 84Smith, B. 65, 109Smith, C. 79, 91, 92, 93, 115, 117, 143,158, 159, 162Smith, C. A. 91Smith, C. G. 79Smith, C. I. 162Smith, C. M. 91, 143Smith, C. R. 92, 93, 117, 158, 159Smith, D. A. 147Smith, D. K. 157Smith, D. M. 174Smith, E. 85Smith, G. 142, 144, 165Smith, G. B. 144Smith, H. E. 168Smith, J. 53, 54, 58, 74, 93, 115, 129, 135,140, 141, 147Smith, J. A. 74, 115Smith, J. E. 58, 129, 135, 140Smith, J. M. 54Smith, J. N. 53Smith, J. P. 93Smith, J. R. 147Smith, K. A. 159Smith, K. E. 140Smith, K. L. 78, 122, 138Smith, K. S. 164, 169Smith, L. 52, 97, 109, 126, 151Smith, L. M. 109Smith, M. 72, 134, 137, 147Smith, M. D. 72Smith Mislan, K. A. 95Smith, M. J. 134Smith, M. M. 147Smith, R. O. 93Smith, R. S. 124, 174Smith, S. 57, 60, 61, 70, 118, 130, 150,154, 172Smith, S. G. 130Smith, S. J. 118Smith, S. L. 60, 70, 150Smith, S. R. 57, 154, 172Smith, T. 50, 55, 81, 116, 133, 143,164, 173Smith, T. A. 50Smith, T. B. 143, 164, 173Smith, T. L. 81Smith, T. M. 55Smith, T. S. 133Smith, W. O. 105, 117Smith, Z. P. 99Smit, P. B. 117Smoak, J. M. 91Smolina, I. 110Smoot, C. A. 127Smriga, S. 151Smyth, A. M. 153Smythe, W. F. 91, 108Smythe-Wright, D. 101Smyth, W. D. 56, 77, 89, 115Snaith, H. M. 108Sneed, J. M. 93, 107Snelgrove, P. 48, 89, 102, 141Snelgrove, P. V. 48Snell, T. 57Snickars, M. 171Snoeijs Leijonmalm, P. 171Snoeijs, P. 53, 79Snow, J. T. 50Snow, K. 78Snyder, R. A. 79, 91, 131Snyder, S. 100, 155Snyder, S. M. 100Soares, S. M. 74Sobiechowska-Sasin, M. 145Soden, B. J. 124Soeyanto, E. 119Sofianos, S. 132Sogin, E. M. 110Sogin, M. 46, 54Sogin, M. L. 54Sohm, J. A. 101Sohrin, Y. 126Sohst, B. 117, 153, 154Sohst, B. M. 117, 153Søiland, H. 129Sokoletsky, L. 87, 118Sokoletsky, L. G. 87Solan, M. 58Solano, M. S. 59Solberg, I. 149Soldevilla, M. S. 149Soler, C. 94Solignac, S. 128, 157Sollai, M. 54Solo-Gabriele, H. 54, 71Solo-Gabriele, H. M. 71Solomon, C. 120Soloviev, A. 92, 104Soloviev, A. V. 92, 104Solovitz, S. 166Solow, A. 75Soltwedel, T. 139Soltys, M. A. 170205

AGU/ASLO/TOS2014 Ocean Sciences MeetingSomes, C. J. 75SOMIYA, R. 149Sommer, S. 54, 70, 126Sommers, L. A. 73Sommer, T. 104Sommer, U. 113Son, C. Y. 62, 130Song-Chuen Chen, . 74Song, D. 65, 116Song, G. 99Song, H. 51, 169Song, H. B. 169SONG, J. 142Song, J. I. 83Song, X. 143SONG, Y. 118, 155Song, Y. T. 49, 124, 170Sonnerup, R. E. 68, 136Sonnichsen, F. N. 139Sonntag, S. 121Son, S. 63Søreide, J. E. 89, 149Sørensen, B. 157Sorokina, S. 132Sorte, C. 146Sosa, O. 82, 98Sosa, O. A. 82Sosik, H. 94, 172Sosik, H. M. 94Sothmann, J. 96Soto Neira, J. P. 158Soto-Santiago, F. J. 101Sottolichio, A. 168Soufflet, Y. 75Souhaut, M. 53Sou, I. 135, 147Sou, I. M. 135Sousa, J. T. 143SOUSA, L. 128Sousa, S. H. 84Soutelino, R. G. 155Southall, B. 65, 138Southall, B. L. 65Southwell, M. W. 71SOUZA, A. 115Souza, A. J. 65Souza-Filho, P. W. 52Souza, G. V. 91Souza, J. 78, 166Souza, R. B. 64Souza, V. 57Sowa, K. 84SOW, M. 129Spackeen, J. 133Spada, F. W. 87Spalding, H. 143, 164Spalding, H. L. 143Spall, M. A. 111, 112Spargo, A. 77Sparks, R. T. 133Sparrow, K. 91Spaulding, R. 86, 139Spaulding, R. S. 139Speakman, S. A. 146Spear, D. J. 154Speare, K. E. 146Speer, K. 100Speich, S. 58, 113Speights, C. J. 69Spence, J. P. 49, 128Spence, L. L. 67, 122Spence, P. 51, 57, 92, 109, 169Spence, P. L. 57Spencer, L. 123, 157Spencer, M. 66Spencer, R. G. 99Spera, A. M. 71Sperling, E. A. 133Sperrevik, A. K. 58Spezie, G. 117Spies, N. 64, 72Spies, N. P. 64Spillane, T. E. 120Spillman, C. M. 56Spilmont, N. 162Spitz, Y. H. 125Spivak, A. C. 94, 163, 172Sponaugle, S. 173Spreen, G. 117Sprenger , R. 167Springer, A. M. 125Springer, S. 117Springmann, M. J. 173Sprintall, J. 78, 90, 93, 123Spydell, M. S. 166Squibb, M. E. 173Sremba, A. L. 127Srinivasan, A. 155Srinivasan, K. 107Srinivasan, M. 96Sriver, R. L. 172Srokosz, M. 92, 108, 160Srokosz, M. A. 108Sromek, L. 125Ssalto/Duacs team, . 157Staal, M. 130Stabeno, P. J. 111Stacey, M. T. 173Stadmark, J. 164Stafford, K. M. 111Stahl, A. 151Stahl, D. A. 73STAHL, H. 48Stahr, F. R. 105Stal, L. 174Stallings, C. D. 58, 114Stamieszkin, K. 47Stammer, D. 109, 138Stammerjohn, S. 51, 52, 105, 153, 169Stammerjohn, S. E. 51, 105Staneva, J. 83, 169Stanev, E. V. 61Stanley, H. E. 54Stanley, R. 48, 50, 63, 68, 94Stanley, R. E. 48Stanley, R. H. 50, 63, 68, 94Stanton, T. 73, 105, 115, 159Stanton, T. P. 73, 105, 159Stanway, M. J. 152, 164Staples, T. 135Staples, T. J. 135Stapp, L. 48Staquet, C. 56Starczak, V. 110, 173Starczak, V. R. 110Starczk, V. R. 166Starek, M. J. 96Stark, J. S. 133Stark, N. 87Stark, T. C. 127Stashchuk, N. 56, 121Stashchuk, N. M. 56Stassinos, E. 116, 144Statham, P. J. 129, 138Statom, N. 129, 161Statom, N. M. 129Statscewich, H. 111, 127, 152Staubwasser, M. 126Stavn, R. 77, 87Stavn, R. H. 77Stawiarski, B. 63Steckbauer, A. 60Stedmon , C. A. 77Stedmon, C. A. 111Steele, D. J. 63Steele, J. A. 79Steele, M. 89, 127, 129, 161Steen, A. D. 98Stefan Muchenhuber, . 161Stefanov, W. L. 106Steffen, J. 161Stegman, M. 109Stegner, A. 112Steichen, J. 102, 151Steichen, J. L. 151Steigenberger, S. S. 120Steinberg, C. R. 49Steinberg, D. 82, 125, 150, 164Steinberg, D. K. 82, 125, 150Steinberg, R. T. 71Steinfeldt, R. 68, 140Steinhoff, T. 49, 139Stemmann, L. 46, 47, 59, 80Stemmerik, L. 99Stemmler, I. 50Stendardo, I. 46Stender, Y. O. 102Stengel, D. B. 168Stenseng, L. 169Stenson, G. B. 60Stepanauskas, R. 46, 102, 106, 167Stephen Burgin, . 81Stephen, R. A. 90Stephens, B. B. 50Stephens, B. M. 99Stephens, D. 142Stephenson, G. 74, 169Stephenson, G. R. 74Steppe, C. N. 61Sterner, R. W. 48Stern, P. 152Stern, S. 81Stevens, A. 166Stevens, B. G. 73, 165Stevens, D. P. 117, 124Stevenson, J. C. 95Stevens, R. 64Steward, G. 71, 130, 131Steward, G. F. 130, 131Steward, K. 140Stewart, A. 51, 112, 128, 144Stewart, A. L. 112, 144Stewart, F. J. 81, 97, 98Stewart, G. 53, 61Stewart, G. M. 61Stewart, K. 51, 139, 155Stewart, K. D. 139Stewart, K. R. 155St.Iago-McRae, E. M. 101Stichel, T. 153, 170Stimpert, A. K. 138, 150Stingl, U. 64Stirling, C. H. 153St. John, K. 54St. John, M. A. 120St.John, M. A. 168St Laurent, L. 137St. Laurent, L. 51, 56, 74, 104, 137, 171St. Laurent, L. C. 51, 56, 74, 171St-Laurent, P. 106Stock, C. 53, 68, 95, 109, 146Stock, C. A. 53, 68, 95, 146Stocker, R. 98, 151, 168Stocker, T. F. 161Stockley, N. 87Stockwell, D. 110Stoecker, D. K. 53Stokes, M. D. 104, 173Stolle, . 62Ston-Egiert, J. 63, 87, 145Stone, J. 123, 162Stone, J. J. 162Stone, J. K. 123Stoneman, A. 60, 61Stoneman, A. T. 60Stone, R. P. 146Storesund, J. E. 113Storlazzi, C. D. 52, 59, 65, 79, 83, 144, 165Stormer, S. 97Storto, A. 57Stössel, M. 172Stöven, T. 68Strachan, J. 172Stramma, L. 54, 75Stramski, D. 87Strand, E. 125Straneo, F. 112, 131, 140, 156, 171Strassburg, M. W. 124, 157Strasser, M. 74Strauss, J. 131Strebel, S. 50Streu, P. 153Strickler, J. R. 98Strickler, R. J. 155Strikler, R. J. 101Stroh, J. 47, 155Stroh, J. N. 155Strom, S. L. 137Strong, A. L. 127Strous, M. 54Stroynowski, Z. 126Strubhar, W. 130Strub, P. T. 96, 108Strub, T. 160Strutton, P. G. 57, 80, 93, 146, 157, 165Struyf, E. 134Strzepek, K. M. 162Strzepek, R. 63, 64, 117, 133Strzepek, R. F. 64, 117, 133Stubbins, A. 57, 94, 99Stuecker, M. F. 109, 112Stukel, M. R. 50, 64, 70, 117Sturdivant, L. 91Sturdivant, S. K. 172Sturm, A. 74Styf, H. K. 110Suanda, S. A. 159, 173Subhas, A. V. 61Subramaniam, A. 101Subramanian, A. C. 128Su, C. 68, 159Suchy, K. D. 168Sudek, S. 80, 87, 131Sudheer, A. K. 126Suffridge, C. 73Suffridge, C. P. 73Suga, H. 161Suga, T. 46, 58Suggett, D. J. 110Sugimoto, R. 151Sugimoto, S. 62, 119Sugiura, N. 47Suhhova, I. 136Sui, C. H. 61, 130Sui, J. 65, 68Sui, W. 67Sukenik, C. I. 87Su, L. 118Sulli, A. 159Sullivan, J. 77, 87Sullivan, J. M. 77, 87Sullivan, M. B. 80, 81, 113, 130Sullivan, P. P. 104, 143Sültenfuß, J. 68Su, M. 150Summers, M. 69Sunagawa, S. 94Sun, C. 67206

Program BookAGU/ASLO/TOSSun, D. 130Sunda, W. G. 140Sundby, B. 138Sundby, S. 160, 171Sundermeyer, M. A. 164, 165Sundfjord, A. 115Sun, D. Z. 130Sunga, A. J. 71SUNG-UK, A. 69Sun, H. 77Sun, J. 62Sun, L. 67Sun, M. 70SUN, M. L. 74Sun, O. M. 56Sun, P. 73, 100Sun, P. Y. 100Sun, Q. 171Sun, S. 86, 129Sun, X. 95Sun, Y. 65, 93, 130Suroy, M. 145Suryan, R. 87Susana Rodriguez-Marconi, S. 92Susanto, D. 88Susuki, Y. 115Suter, E. A. 81Sutherland, B. R. 159, 173Sutherland, D. 140, 156, 171Sutherland, D. A. 140, 156, 171Sutherland, G. 104, 123, 142Sutherland, G. J. 104Sutherland, K. R. 54Sutherland, N. 110Sutherland, P. 104Suthers, I. 72Suttle, C. A. 131Sutton , A. 86Sutton, A. 136, 165, 171Sutton, A. J. 136Sutton, J. N. 129Sutton, P. 46Sutton, T. T. 100Sutula, M. 120Sutyrin, G. G. 128Suursaar, U. 101Suursaar, Ü. 101Su, Z. 128Suzuki, A. 125Suzuki, K. 62, 157Suzuki, N. 142, 143, 150Suzuki, R. 60Suzuki, S. 91Suzuki, T. 153Svedén, J. 156Svejkovsky, J. 161Svensson, E. 162Swalethorp, R. 125Swalethrop, R. 117Swalwell, J. E. 79Swan, B. K. 46, 102, 106, 167Swarr, G. 150, 153, 169Swarr, G. J. 153, 169Swart, P. K. 70, 75Swarzenski, P. W. 79, 91Sweeney, C. 50, 93Sweeting, R. M. 73Sweet, J. 158Sweetman, A. K. 72, 158Sweet, S. T. 100Sweet, W. 80Swift, D. 52, 65, 161Swift, J. 90, 100Swift, J. H. 90Swinney, H. L. 128Switzer, A. D. 153Syaifudin, Y. 118Syamsuddin, M. L. 90Syamsudin, F. 90Sydor, K. 95Sykulski, A. M. 78, 104, 164, 169Sylvander, P. 53, 171Sylvia Rodriguez-Abudo, B. 135Symonds, A. M. 83Symonds, G. 147, 166Szczucka, J. 149Sziklay, Jamie, M. 137Szul, M. J. 64TTaatjes, J. 150, 151Tae-Wook, . 53Taggart, C. T. 48Tagliabue, A. 68, 80, 114, 133, 138Tagliaferre, J. 59Taguchi, B. 72, 119, 132TAGUCHI SATORU, . 94Tahvildari, N. 74Tai, J. 119Taillandier, V. 65, 66Taillefert, M. 54, 61, 130, 159Tailleux, R. 78, 121, 132Taira, Y. 131, 139Takabayashi, M. 140, 146Takada, S. 72Takagaki, N. 142Takagawa, T. 65Takahashi, K. 59, 112, 150Takahashi, S. 92, 125Takahashi, T. 136, 154, 170Takahata, N. 68, 75Takami, H. 69Takamitsu Nakamura, . 54Takano, S. 126Takano, Y. 80, 162, 165Takao, S. 125Takashi Setou, . 58Takata, H. 68Takatama, K. 132Takayama, K. 72, 119Takayanagi, H. 84Takeda, K. 72Takeda, S. 64, 69, 126, 151Takehi, F. 135Takemi, T. 157Takenobu Toyota, T. 153Takeoka, H. 119, 156Takeshita, R. 101Takeshita, Y. 66, 76, 129Takeuchi, A. 68Takeyoshi Nagai, . 173Takikawa, T. 119Takuro Nunoura, . 167Tak, Y. J. 83Talaber, I. 145Talarmin, A. 75Talke, S. A. 138Tallandier, V. 66Tallberg, P. 134Talley, L. 46, 56, 78, 93, 113, 122Talley, L. D. 46, 56, 78, 113, 122Talmy, D. 134TAMAKI, A. 149Tamborski, J. J. 91Tambroni, N. 147Tambutte, E. 113Tambutte, S. 113, 121Tamsitt, V. M. 93Tamura, H. 104Tamura, K. 64Tamura, M. 139Tamura, T. 80Tanaka, K. 64Tanaka, M. 104Tanaka, Y. 57, 73, 122, 138, 159, 165Tandon, A. 152, 165Tang, C. 96Tang, D. 172Tang, K. W. 59Tangri, N. 75Tang, T. 56, 74, 118, 119Tang, T. Y. 56Tang, W. 108, 172TANG, X. 118, 155Tang, Y. 73Tanhua, T. 68, 107, 122, 136Tania Nasreen, . 54Taniguchi, D. 67, 70Taniguchi, D. A. 70Taniguchi, M. 151Taniguchi, N. K. 84Tanimoto, H. 62Tanimoto, Y. 119Tan, J. 146Tankersley, R. 81, 97Tankersley, R. A. 81Tan, L. 101Tansik, A. L. 146Tantet, A. 113Tao, B. 151, 168TAO, J. 87Taplin, B. K. 70Taramelli, A. 133Taraphdar, S. 80Tarling, G. 167Tarrant, A. M. 101Tartar, A. 92Tatsuro Watanabe, T. W. 83Tatters, A. 114, 133, 140Tatters, A. O. 133, 140Taub, F. B. 133Tavakolinejad, M. D. 142Tayasu, I. 70, 162Taylor, A. 70, 151, 168Taylor, A. G. 70, 151, 168Taylor, B. 123Taylor, C. 97, 160, 165Taylor, C. M. 165Taylor, C. Z. 160Taylor, E. B. 96Taylor, F. W. 83, 84Taylor, G. T. 49, 81Taylor, J. C. 149, 167Taylor, J. R. 60, 120, 136, 144, 165Taylor, K. A. 66Taylor, K. H. 69Taylor, R. 92Team of M91, . 62Tebo, B. M. 49, 91Tecca, N. P. 79Tedesco, L. 77Tedra Booker , . 101Teel, E. N. 83, 142Teeter, L. 50Tegowski, J. 89Teisserenc, R. 99Tejada-Martinez, A. E. 104Tekuramori, T. 57Telszewski, M. 122Temming, A. 168Temperton, B. 106Tempest, K. E. 49Tems, C. 83, 99Tems, C. E. 83ten Brink, U. 159ten Brink, U. S. 159ten Doeschate, A. 123Teneva, L. 114, 135, 147Teneva, L. T. 135Tengberg, A. 129Tenggardjaja, K. A. 164Teng, H. 64, 113Teng, Y. 57, 84Tennyson, K. A. 116Terada, K. 129Terao/Koumei, . 158Terpis, K. X. 84TERRAY, L. 107Terray, P. 130, 132Terrill, E. 77, 85, 152, 161, 171Terrill, E. J. 85, 152Terui, T. 77Tesdal, J. E. 64Tesi, T. 65Teske, A. 98, 118Teske, A. P. 118Testor, P. 52, 129, 131Thacker, W. C. 155Thamatrakoln, K. 59, 94Thamdrup, B. 70, 81, 97Thao, N. V. 91Thatje, S. 140Thébault, L. 167Thibault, N. R. 99Thibodeau, B. 166Thierry, V. 131Thijs, N. 97Thil, F. 145Thingstad, T. F. 113Thiria, S. 106Thistle, D. 90, 141Thomas, A. 50, 53, 69, 151Thomas, A. C. 50, 69Thomas, A. L. 53Thomas, C. 67, 77, 92, 116, 122Thomas, C. J. 77, 92, 116, 122Thomas, F. I. 108, 110, 168Thomas, H. 84Thomas, J. A. 159Thomas, J. L. 93Thomas, K. 71Thomas, L. N. 56, 74, 143, 165Thomas, M. D. 161Thomas, M. K. 134Thomas, N. 87Thomas Pohlmann, . 86Thomas, S. E. 148Thompson, A. 92, 93, 105, 108, 112, 117,121, 128, 136, 144Thompson, A. F. 93, 105, 112, 117, 121, 144Thompson, A. N. 108Thompson, A. W. 136Thompson, C. 60, 99, 125, 157, 158Thompson, C. E. 99Thompson, C. K. 157Thompson, C. M. 60Thompson, C. R. 125Thompson, D. M. 166Thompson, E. 133Thompson , F. L. 121Thompson, F. L. 121Thompson, L. 64, 68, 88, 93, 111, 143,160, 174Thompson, L. R. 64Thompson, M. 142Thompson, N. 88, 146Thompson, N. B. 146Thompson, P. 46, 124Thompson, P. A. 46Thompson, P. R. 124Thompson, R. 76, 77, 86, 97Thompson, R. W. 86Thompson, W. 164Thom, R. M. 60Thomsen, J. 48, 110207

AGU/ASLO/TOS2014 Ocean Sciences MeetingThomsen , L. 90Thomsen, S. 143, 148Thomson, J. 87, 147, 161, 171Thomson, R. E. 154Thoppil, P. 62, 86Thoppil, P. G. 62Thorel, M. 162Thornalley, D. 161Thornborough, K. J. 147Thorne, P. 157Thornton, D. C. 49, 94Thoroughgood, C. A. 85Thorpe, S. A. 115Thorrold, S. 48, 59, 109, 160, 162, 173, 174Thorrold, S. R. 59, 160, 173, 174Thrash, J. C. 62, 98Thresher, R. E. 162Thunell, R. C. 49Thurber, A. R. 67, 118Thurnherr, A. M. 74Thyng, K. M. 143Tian, H. 151, 168Tian, J. 124, 128Tian, M. 147Tick, G. 91Tien-Hsia Kuo, . 62Tilbrook, B. 76, 78, 86, 106Tilburg, C. E. 120Tilinina, N. 113Tillery, S. 79Timko, P. G. 74, 138Timmermann, A. 49, 109, 112, 113,130, 146Timmermans, B. W. 154Timmermans, M. L. 89, 104, 112, 129,132, 160Timmers, M. 76Timmins-Schiffman, E. B. 152Timothy Dellapenna, . 95Ting, F. 135Ting, H. 64Ting, Y. 93Tinker, J. P. 104Tinoco, R. O. 71Tippenhauer, S. 111Tiselius, P. 168Tisnerat-Laborde, N. 129Tissot, B. N. 143Tissot, P. 126Tisthammer, K. H. 101Titelman, J. 150Titov, V. M. 59Titov, V. V. 116Tivey, M. A. 74, 152Tjiputra, J. 136Tlusty, M. F. 152Toberman, M. 171Tocci, B. G. 63Toda, T. 150Todd, J. 89Todd, R. E. 161Toggweiler, J. R. 146Tohidi Farid, H. 84Tokinaga, H. 146Tokmakian, R. T. 169Tokura, S. 129Tolar, B. B. 70, 118Tolhurst, T. 58, 172Tolhurst, T. J. 172Tollrian, R. 59Tomasch, J. 92TOMAS, F. 48Tomasi, B. 157Tomaso, D. J. 93Tomas, R. 78, 130, 132, 136Tomas, R. A. 132, 136Tominack, S. A. 79, 91, 131Tominaga, M. 74, 152Tomita, H. 119Tomlinson, R. 64Tommasi, D. 151Tommerdahl, J. P. 109Tommi-Morin / Gwendoline, . 79Tomonaga, Y. 68Tomonaga Yama, . 68Tomonori Azumaya, . 58Tomoyo Katayama, . 94Toner, B. 61, 74, 169Toner, B. M. 74, 169Tong, D. Q. 143Tong, L. 81Tonin, H. 49Toole, J. 74, 89, 112, 129, 160, 174Toole, J. M. 74, 89, 160, 174Toonen, R. J. 48, 60, 110, 160, 162Torda, G. 48Torgashov, E. 91Torn, K. 101, 156Törnroos, A. 171Toro-Farmer , G. A. 100Torres Beltran, M. 82, 98Torres-Beltran, M. 49Torres, D. 111, 128Torres, D. J. 128Torres-Freyermuth, A. 165, 166Torres-Moye, G. 160TORRES, R. 115Torres-Valdés, S. 77Torres, W. I. 146Tortell, P. 49, 50, 63, 89, 98, 117Tortell, P. D. 50, 63, 98, 117Tortell, P. T. 49Toru Hirawake, . 73Toshiya Nakano, T. 122Toth, L. T. 146Tournadre, J. 167Toussaint, F. 129Tout, J. S. 98Townend, I. 116Townsend, A. T. 105Townsend, D. W. 140Townsend, H. 56, 73Townsend, H. M. 56, 73Toyama, K. 58, 122, 137Toyoda, T. 58Tozuka, T. 49, 148Tozzi, S. 94T. Pires, R. F. 59Trabucho-Alexandre, J. 99Tracey, K. L. 51, 93Trahanovsky, K. A. 66Trainer, V. L. 162TRAN, D. 129Tran, D. N. 113Tran Kevin, N. 79Tran, L. U. 55TRASVINA, A. 115Trasviña-Castro/Armando, . 57Traykovski, P. 95, 166, 171Traykovski, P. A. 166Trecha, C. 108Trefault, N. 92, 150Treguer, P. J. 134Treguier, A. 161Treibergs, L. A. 70Treibitz, T. 87, 98, 166Tremblay, J. E. 61, 77Tremblay, R. 167Trenary, L. L. 100Trenham, C. E. 96Trepte, C. R. 87Tresguerres, M. 121Treude, T. 54, 57, 62Tribollet , A. 157Tribollet, A. 86, 146Trick, C. G. 140Trimborn, S. 133Trimmer, M. 97Tripp, H. J. 136Tristan Sasse, . 145Trochta, J. T. 118Trofimova, D. 142Tromp, J. 90Troost, K. 168Trossman, D. S. 90Troubetaris, J. 123Trowse, G. C. 87Troy, C. 136, 141, 149Troy, C. D. 136, 149Trtanj, J. 71Trudel, M. 46Trudnowska, E. 127, 139, 149, 150,161, 168True, A. C. 71Truffer, M. 124Trujillo, A. 54Trull, T. 47, 52, 59, 69, 93, 136, 145,153, 170Trull, T. W. 47, 136Trusdell, F. A. 78Truxal Carlson, L. 73, 102Truxall, C. W. 55Tsai, A. Y. 102Tsai, P. 159Tsai, W. 104, 142, 144Tsai, W. T. 104, 144Tsai, Y. 74Tsaloglou, M. N. 101Tsang, Y. 151Tseng, C. M. 61Tseng, Y. 86, 124, 171Tseng, Y. H. 171Tsontos, V. M. 108, 157Tsubono, T. 53Tsubouchi, T. 77Tsuchiya, M. 174Tsuda, A. 101Tsujino, h. 128Tsukahara, Y. 158Tsumune, D. 53Tsunogai, U. 126Tsushima, H. 154Tsutsumi, E. 119Tucker, C. R. 165Tucker, K. C. 145Tuddenham, P. 97, 122Tuddenham, P. D. 97Tufillaro, N. 106Tuji, A. 150Tulaczyk, S. 129Tuleya, R. E. 171Tulip, R. 132, 140Tulloch, R. 75Tunnicliffe, V. 58, 127Turiel, A. 124Turi, G. 165Turk, D. 86Turner, C. B. 75Turner, D. 138Turner, J. T. 71, 101Turner, R. E. 101, 109Turner Tomaszewicz, C. N. 167Turner, W. 97Turney, C. 161Turpie, K. R. 172Turschak, B. A. 149Tuzhilkin, V. S. 144Twardowski, M. 77, 87Twardowski, M. S. 77, 87Tweedie, C. 118Tweel, A. 101, 109Tweel, A. W. 101Tweet, K. 124Twilley, R. 109, 151Twilley, R. R. 109Twining, B. S. 58, 70, 93, 153, 169Tyler, P. A. 173Tynan, E. 122Tyner, E. H. 149Tyroller, L. 68Tyrrell, S. 159Tyrrell, T. 60, 110, 119, 139, 145, 150Tysklind, M. 156, 171Tysklind, N. 48Tyson, G. 130Tziperman, E. 131Tzortziou, M. 97, 168UUbelmann, C. 96Ubelmann Clement, . 96Uchida, H. 66UCHIMIYA, M. 167Uchiyama, Y. 147, 166Uchiyama Yusuke, U. Y. 119Udo, K. 124Udovydchenkov, I. A. 73, 90Ueckermann, M. P. 76, 86Uehara, H. 123Uehara, K. 128Ueki, . 62Uematsu, M. 51Ueno, G. 157Ueno, H. 57, 78, 123Ugalde, J. A. 98Uhlhorn, E. W. 171Uhlig, C. 77Uitz, J. 47, 67, 169Ulfsbo, A. 122Ullman, D. S. 128Ulloa, O. 81Ullrich, M. 151Ulrike Braeckman, . 60Ulses, C. 63Umezawa, Y. 70, 126, 151, 162Umlauf, L. 56, 136Umlauf Lars, L. 136Underwood, G. J. 77Underwood, P. J. 150Unger, D. 93Uotila, P. 79Upchurch, S. 165Updyke, B. 148Urban, N. R. 48Urban-Rich, J. 102Urick, S. 146Ushijima, B. 121, 153Ussler, W. 49Usui, N. 58, 119, 124Utsumi, M. 92VVaardal-Lunde, J. 112Våge, K. 111Våge, S. 113Vagle, S. 149Vahtmäe, E. 118Vaillancourt, R. D. 63Valas, R. E. 131Valdes, J. 52Valdes-Pizzini, M. 142Valdimarsson, H. 111208

Program BookAGU/ASLO/TOSValdivia, A. 140Valentine, D. L. 46, 67Valentin, G. 146Valentini, E. 133Valentino, L. M. 61Valette-Silver, N. 64, 159Valette-Silver, N. J. 64Valett, J. G. 153Valiadi, M. 101Valle, J. 61Valle-Levinson, A. 105, 144, 165Valliere, M. 91Vallina, S. M. 53Vallis, G. K. 78Valsala, V. K. 122Van Aardt, J. 129Van Alstyne, K. L. 72van Beek, P. 53van Beusekom, J. 63, 95, 169van Beusekom, J. E. 95VanBlaricom, G. R. 121, 137van Broekhoven, W. 168Vance, D. 126, 170Vancoppenolle, M. 132van de Flierdt, T. 153, 154, 169van de Kamp, J. 69, 70van de Kreeke, J. 117Vandemark, D. 48, 116van den Berg, C. M. 158Vanden Berghe, E. 152van den Engh, G. 148Van-der-Loeff, M. R. 53van der Merwe, P. 105, 170van der Merwe, P. C. 105Vandermeulen, R. 106van der Vegt, M. 52, 144van der Velde, T. 55van der Woerd, H. J. 85Vandevenne, F. 134Van de Waal, D. B. 126van de Water, J. A. 107, 152van Dijken, G. 105, 117, 127Van Dijken, G. L. 89, 111, 145Van Dongeren, A. R. 144, 165Van Dover, C. L. 60, 159van Duren, L. A. 156Van Dyk, P. 116Van Eerden, J. 98, 101Van Eerden, J. R. 101Vanegas, J. 93van Ettinger, E. 166van Ettinger, H. D. 166VanGorder, S. 132Van Hale, R. 162van Haren, H. 74van Heuven, S. 80, 122, 170van Heuven, S. M. 170Van Horn, J. 105Van Meerssche, E. 63Van Mooy, B. 59, 75, 94, 113, 131Van Mooy, B. A. 59, 75, 94, 113, 131Van Nieuwenhove, N. 161Van Nostrand, J. D. 46van Oppen, M. 48, 59, 152, 164van Oppen, M. J. 48, 152, 164Van Roekel, L. P. 143van Sebille, E. 55, 128, 145, 160van Tol, H. 118van Tol, H. M. 118Vantrepotte, V. 168Van Uffelen, L. J. 150Van Vleet, E. S. 55van Vliet, G. B. 125VanWormer, E. 142Vaquer-Sunyer, R. 102Vardi, A. 113, 131Varela, D. E. 94, 128, 168Vargas-Angel, Bernardo, . 137Vargas, C. 127Vargas, G. 75, 84Variano, E. 71Varlamov, S. M. 90, 128Varotsou, E. 131Varpe/Øystein, . 161Vasquez Cardenas, D. 98Vasslides, J. 102Vaughan, P. P. 46Vaz, A. C. 60, 143Vazquez-Cuervo, J. 152Vazquez, J. 108, 157Vecchi, G. A. 112, 130, 172Vedamati, J. 70, 110, 153Veenstra, J. 71Veeramony, J. 154, 166Veeran, Y. 70Vega Thurber, R. L. 107Veitch, J. 148Vélez-Belchí, P. 160Vélez Delgado, A. 131Velez, M. 102Vellucci, V. 66Venables, H. J. 51Venayagamoorthy, S. K. 56, 73Venegas , C. M. 81Veness, T. 76Veneziani, M. 100, 165Venkataramani, S. 147Venn, A. 113, 121Venn, A. A. 113Venn, C. 71Vennell, R. 93, 171Ventelä, A. 149Ventura, R. E. 127Veraart, A. J. 54Verhamme, E. 52Verlis, K. M. 72Vermont, A. 135Vernet, M. 117Verney, R. 77Veron, D. E. 87, 88Veron, F. 87VerPlanck, N. 152VERPOORTER, C. V. 169Verron, J. 154Vervatis, V. 132Vialard, J. 123Vic, C. 90Vicente, J. 69Vichi, M. 57, 77Victoria HIll, . 125Vidale, P. 172Videau, P. 121Videau, P. J. 121Viebahn, J. 75Viehman, T. S. 144, 165Vigan Mensah, . 62Vigness-Raposa, K. J. 65Vik, D. 107Vikebø, F. 125, 160Vila Concejo, A. 147Vila, J. P. 159Vilchis, L. I. 133, 173Villa-Alfageme, M. 53Villaescusa, J. A. 83Villanoy, C. 49, 57, 88, 157Villanoy, C. L. 49, 57, 157Villarante-Tonido, K. 97Villar, E. 80, 94Villareal, T. A. 150, 168Villas Boas, A. M. 115Villenueva, M. 108Vink, S. 67Vinogradova, N. T. 108Vinogradov, S. V. 80Vinu Valsala, . 146Virkkala, N. 65Virmani, J. I. 85Visbeck, M. 107, 140, 173Viscogliosi, E. 80Visser, A. W. 125Vitousek, S. 173Viviani, D. 70, 148Viviani, D. A. 148Vivier, F. 93, 132Vlahos, P. 169Vlasenko, V. 56, 121Vlasenko, V. I. 56Vockenhuber, C. 53Voelker, C. D. 138Voet, G. 78, 90Vogel, N. 68Voget, S. 57Voget, Sonja, . 118Vogt, M. 53, 68Vogt Meike, M. 53Vogt, R. A. 168Vojvoda, J. 148Volkamer, R. 51, 134Völker, C. 145Volkov, D. L. 58Volkov, Y. N. 123VOLLENWEIDER, J. 128Vollmer, M. K. 68von Appen, W. 161von Dassow, P. 60, 127, 139, 150von der Heyden, S. 48von Reumont, J. 83von Salzen, K. 64von Schuckmann, K. 47von Storch, H. 124, 142, 164von Storch, J. 90, 128von Storch, J. S. 128Voolstra, C. 63, 102, 121Voolstra, C. R. 63, 121Voorhies, K. J. 121Vos, S. 140Voss, M. 81Voss, R. 97Votier, S. C. 155Voulgaris, G. 135Vreugdenhil, C. 161Vrijenhoek, R. C. 157Vu, E. T. 162Vukajlovich, D. 97Vuorenkoski, A. 87, 103WWacker, L. 110Wada, A. 156, 157, 172Wada, E. 162Wada, M. 126Wada, S. 60Wade, B. D. 75Wade, T. L. 100Wadley, M. 51Wadman, H. 117Waeles, M. 153Wagawa Taku, . 58Wagener, T. 153Wager, N. J. 142Wagman, B. M. 170Wagner, D. 143Wagner-Döbler, I. 92Wagner, G. L. 54Wagner, J. S. 159Waguespack, Y. 94Wahl, C. 61Wahle, R. A. 69, 83, 85, 125Wahlin, A. 52, 105Wahlin, A. K. 105Wåhlin, A. K. 117Wahl, M. 110Wai, B. R. 148Wain, D. J. 159Wainger, L. 96Wainwright, M. L. 102Waite, A. M. 46, 59, 69Waite, N. L. 151Wakamatsu, T. 57, 165Wakata, Y. 128, 144Wakeman, T. H. 87WAKITA, M. 167Wakuta, Y. 126Walczowski, W. 139Waldbauer, J. R. 99Waldmann, C. 129, 164Walesby, K. T. 123Wales, S. 130Walin, G. 137Waliser, D. E. 108Walker, B. 82, 98, 132Walker, B. D. 98, 132Walker, D. T. 116Walker, J. K. 79Walker, N. D. 50, 95, 157Walker, S. A. 77Walkup, S. 48Wallace, D. 85, 163Wallace, D. W. 85Wallace, J. R. 50, 64Walland, D. 157Wall, C. B. 86Wallcraft, A. J. 74, 138Waller, J. 135Waller, R. G. 117Wall, G. R. 52Walllace, B. W. 102Wall, M. 166Wallmann, K. 126Wall, S. D. 102Wallsgrove, N. J. 70, 118, 174Walpert, J. 85Walsham, P. 66Walsh, I. D. 66Walsh, J. 66, 80, 95Walsh, J. P. 80, 95Walsh, K. 62Walsh, M. 167Walston, J. M. 66Walter, B. 63Walter, J. 56Walter, K. 173Walter, M. 74Walter, R. K. 144, 159Walther, B. D. 59Walther, C. 53Walton, J. 63, 102Walve, J. 102, 151Walworth, N. 114, 133, 140Walworth, N. G. 114, 140Walz, K. R. 48, 69Wanamaker, A. D. 126Wang, A. 52Wang, B. 70, 77, 119, 126, 128, 134, 159Wang, B. S. 126Wang, B. Y. 70Wang, C. 78, 84, 89, 120, 172Wang, D. 62, 101, 154, 156, 170Wang, F. 64, 90, 130Wang, G. 92, 119, 130, 132WANG, G. Z. 161WANG, H. 52Wang, H. J. 65Wang, H. V. 59, 105Wang, J. 51, 74, 95, 136, 151, 152, 158209

AGU/ASLO/TOS2014 Ocean Sciences MeetingWang, L. 49, 130Wang, M. 52, 63, 106, 118, 119, 143, 172Wang, O. 108, 112Wang, S. 74, 75, 115, 122, 162Wang, S. H. 74Wang, S. W. 162Wang, T. 80Wang, W. 62, 77, 90, 99, 109Wang Wei, . 70Wang, W. Q. 77, 109Wang, X. 62, 96, 98, 99, 110, 111, 124, 172Wang/Xiaojing, . 153Wang, X. L. 96Wang, X. T. 110Wang, Y. 56, 102, 121, 128, 131, 169WANG, Y. Q. 161Wang, Z. 102, 122, 125, 128, 139Wang, Z. A. 122, 139Waniek, J. J. 63, 93, 129Wankel, S. D. 54WAN, L. 159Wanninkhof, R. 60, 61, 165Wan, X. 54, 70, 157Waples, J. T. 102Ward, B. 54, 70, 81, 97, 98, 104, 123, 124,129, 134, 138, 139, 142Ward, B. B. 54, 70, 81, 97, 98, 139Ward, C. S. 79Ward, N. D. 111Ward, S. 74, 95Ward, S. L. 95Ware, D. 64Wares, J. P. 121Waring, G. 135Warner, J. C. 52, 89, 135, 157Warner, M. J. 136Warner, S. J. 115Warren, E. J. 101Warrick, J. A. 95Waseda, T. 159Washburn, L. 46, 85, 165, 173Wasmund, N. 156Wasson, K. 114Watabe, T. 68Watada Shingo, . 154Watanabe, A. 88WATANABE, E. 111Watanabe, H. 160Watanabe, K. 92Watanabe, M. 112Watanabe, S. 122Watanabe, T. 72, 75, 84, 115, 126Watanuki, Y. 72Waterbury, J. B. 46, 79Waterhouse, A. F. 74Waterhouse, J. 108Waterman, S. 93, 104, 121Waterman, S. N. 104Waters, C. A. 79, 91Watkins, B. 148Watkins, M. 51Watkins, M. M. 51Watkins, R. 152Watson, . 67Watson, A. J. 51, 92, 150Watson, E. B. 97Watson, J. R. 88, 160Watson, M. 97Watson, S. 84Watters, D. L. 56Watts, D. R. 51, 90, 93, 121Watts, P. W. 131WATTS, S. 71Waugh, D. 93Waugh, E. M. 138Wear, E. K. 82, 99Weatherbee, R. 69Weaver, A. J. 137Webb, A. 47, 115Webb, E. 73, 114, 133Webb, E. A. 73, 133Webber, B. G. 117Webb, S. C. 138Weber, J. C. 69, 153Weber, L. G. 107, 121Weber, M. 60Weber, P. K. 64Weber, S. C. 53, 70, 101Webster, C. N. 149Webster, D. 54, 55, 71, 155Webster, D. L. 155Webster, D. R. 54, 55, 71Webster, J. M. 147Webster, L. 66Weeding , B. 136Wefers, P. 57Wegner, M. 48Wehrli, B. 141Wei, C. 89, 101, 137Wei, C. L. 101Weidel, B. 162Weidemann, A. 77, 115, 119, 168Weidman, C. 61Weigel, A. 53Weigel, B. 171Wei, H. 158Wei, J. 106, 169Weijerman, M. 56Weijer, W. 78, 93, 166Weil, E. 137, 152Wei, M. 105, 171Weiner, A. K. 139Weingartner, T. 85, 111, 127, 128, 152, 155Weingartner, T. J. 85, 111, 127, 128, 155Weinrich, M. 138Weinstein, D. K. 143Weisberg, R. H. 85Weis, D. 84Weishampel, J. F. 48Weiss, B. A. 77Weissburg, M. 71Weissburg, M. J. 71Weiss, D. 169Weiss, E. 118, 128Weisse, R. 96, 124Weiss, R. 154Weisz, C. 71Weisz, C. J. 71Weitzman, J. S. 147Wei, Z. 128Welch, D. W. 132Welch, J. M. 102Welch, K. A. 151Welker, J. M. 89Weller, E. 61Weller, R. 120, 136, 148, 152Weller, R. A. 120, 136, 148Wells, J. C. 115Wells, M. G. 48, 149Welsh, R. 67Weltmer, M. 116, 166Wemheuer, B. 57, 79Wemheuer, Bernd, . 118Wendell Brown, . 104Wenegrat, J. O. 115Wenfeng, L. 155Weng, H. 116Wenk, C. 54Wen, L. S. 153WENQING TANG, . 139Wentz, F. 108, 172Wentz, F. J. 172Wenzel , F. 135Werkmeister, A. A. 59Werne, J. P. 95, 162Werner, J. 49Weslawski, J. M. 88Wessel, P. 123Wesson, J. 168Westberry, T. K. 120, 134West, J. 126West, K. L. 55Westley, M. B. 51Weston Barloon, . 129Westphal, H. 147Wetherbee, B. M. 65, 149Wettstein, J. J. 132Wetzel, A. N. 90, 124Wetzel, D. 100Weyer, S. 110Whalen, C. B. 56Wharton, J. A. 98Wheat, G. 153Wheeler, J. D. 71, 155Wheeler, L. 81Whitby, H. 158White , A. 117White, A. 53, 117, 136, 148, 168White, A. E. 53, 117, 136, 148White, B. 95, 128, 173White, B. L. 95, 128, 173White, C. M. 97White, D. 126, 133White, D. J. 133Whitefield, J. 83Whitehead, K. 142White, H. K. 57, 100White, K. D. 81White, M. 48, 102, 159, 173White, M. M. 48White, N. 143White, R. A. 131Whitledge, T. E. 63, 66, 111Whitman, R. L. 54Whitney, L. P. 50Whitney, M. M. 141, 156, 169, 171Whittaker, K. A. 79Whitt, D. B. 56Whittier, R. B. 79Whitty, J. M. 58Whoriskey, F. 85Wiberg, K. 171Wiberg, P. L. 95Wichorowski, M. 152Wicker, J. A. 149Wick, G. A. 129, 139, 161Widdicombe, S. 48, 60Widlansky, M. 109, 113Widlansky, M. J. 109Widner, B. 54, 70Wiebe, P. H. 69, 110, 133, 150, 157Wieczorek, D. 60Wieczorek, P. 139Wiegner , T. 71Wiegner, T. 71, 79, 91, 146, 163Wiegner, T. N. 79, 91, 163Wienders, N. 67, 100, 160WIener, C. S. 116Wieringa, M. 124Wiese, D. 51Wiese, K. 54Wigand, C. 97Wiggert, J. 156Wight, N. 137Wihsgott, J. U. 83Wijffels, S. 57, 78, 108, 109Wijffels, S. E. 78, 109Wikfors, G. H. 61Wiktor, J. M. 127Wilbanks, E. G. 118Wilcox, C. 55Wilcox, C. V. 55Wiley, D. 138, 173Wilhelm, S. R. 54Wilhelm, S. W. 64Wilkerson, F. 84, 109, 168Wilkerson, F. P. 109Wilkin, J. 65, 104, 151Wilkin, J. L. 104Willert, M. 103Willey, D. A. 122Willey, J. D. 138, 142William Boicourt, . 104Williams, A. J. 164Williams, A. R. 130Williams, B. 110Williams, E. 131Williams, G. D. 106Williams, H. A. 146Williams, H. N. 163Williams, I. 133, 143Williams, I. D. 133Williams, J. 52, 95, 120, 160Williams, J. J. 160Williams, J. P. 120Williams, J. R. 52Williams, N. 80, 104, 147, 169Williams, N. J. 104, 147Williams, N. L. 80Williamson, D. H. 153Williamson, M. 90Williamson, P. 60Williamson Whitney, V. 108Williams, R. 68, 80, 109, 168, 174Williams, R. G. 68, 80, 174Williams, R. W. 168Williams, S. 129, 164Williams, S. B. 164Williams, S. D. 129Williams, W. J. 156Willis, B. 48, 59, 107, 137, 152, 153Willis, B. L. 48, 107, 137, 152, 153Willis, E. L. 57Willis, J. 123, 140Willis, J. K. 140Willis, S. K. 173Willis, Z. 48Willtowle, K. R. 167Wilmes, S. B. 138Wilson, A. 67, 141, 159, 173Wilson, A. M. 67, 159Wilson, C. 51, 96, 105Wilson, C. E. 105Wilson, E. A. 123Wilson, G. 74, 166Wilson, G. W. 166Wilson, J. 68, 91, 153, 160Wilson, J. M. 68, 91Wilson, J. W. 160Wilson, M. 71, 124Wilson, R. 97, 147Wilson, S. E. 117, 150Wilson, S. J. 123, 129WILSON, S. P. 72Wilson, S. T. 62, 136, 142Wilson, W. H. 58, 75, 102, 130Wimmer, W. 115Winans, A. K. 137Win-Bin Cheng, . 154Windecker, L. A. 82, 99Winder, M. 133, 174Windham, R. 102, 151Windsor, J. 97Winget, D. M. 131Winker, D. M. 87Winn, C. 76, 146Winn, C. D. 76Winship, A. J. 56210

Program BookAGU/ASLO/TOSWinsor, P. 83, 85, 111, 124, 127, 152Winsor, P. R. 127Winter, C. 67, 147Winter, G. 144Winters, K. 104, 143, 159, 173Winters, K. B. 104, 143Wirshing, H. H. 48Withrow, F. G. 102Wittenberg, A. 112, 130Wittenberg, A. T. 112, 130Witteveen, B. H. 149Witt, M. 82Wlodarska-|Kowalczuk, m. 89Wobus, F. 57Wojtasiewicz, B. 87Wold-Brennon, R. E. 88WOLFE, C. L. 51Wolfe, K. D. 102Wolfe, M. A. 120Wolfer, H. M. 102, 120Wolfgang Kuhnt, . 137Wolfgang Ludwig, . 126Wolf-Gladrow, D. A. 145Wolf, J. 147Wolfram, P. 162Wolk, F. 152Wollschläger, J. 77Wolowicz, M. 125Wong-Ala, J. A. 146Wong, C. H. 139Wong, E. 54, 104Wong, M. 71Wong, S. H. 166Woodall, D. W. 55Wood, C. L. 111Woodcock, S. H. 59Woodgate, R. 52, 111, 115Woodgate, R. A. 115Wood, J. 62, 104, 118Wood, J. D. 104Wood, J. S. 118Woodroffe, C. W. 75Woodruff, S. D. 172Wood, S. 59, 164Woodson, C. B. 159, 166, 168, 170, 173Wood, T. 66, 129Wood, T. j. 66Woodward, E. M. 162Woodward, G. L. 67Woodward, M. 50, 70Woodward, M. S. 70Woodworth-Jefcoats, P. A. 125Wood, W. T. 148Woo, H. 62, 65, 142Woollings, T. J. 174Woo, S. B. 83Worcester, P. F. 139Worden , A. Z. 79Worden, A. Z. 80, 131, 139, 155Worden, J. 122Work, T. M. 121Worley, S. J. 172Wortham, C. 96Woulds, C. 97Woyke, T. 46, 106, 167Wozniak, A. S. 138, 158Wozniak, B. 145Wozniak, M. 87, 118Wren, J. L. 60, 123Wright, B. E. 117Wright, D. 142, 149, 172Wright, D. L. 149Wright, J. 136, 167Wright, J. J. 167Wright, V. M. 85Wu, C. 130Wu, D. 119, 128, 143Wu, D. X. 119Wuenschel, M. 109Wüest, A. 104Wüest Alfred, A. 136Wu, G. 62, 116Wu, H. 171Wu, J. 68, 95, 162, 170WU Jianzheng, . 116Wu, J. W. 68Wu, K. 115Wu , L. 62Wu, L. 57, 61, 119, 129, 130Wulff, A. 156Wu, L. X. 119Wu, M. 162Wunsch, C. 47Wurgaft, E. 146Wurtzell, K. V. 149Wuttig, K. 153Wu, W. 132Wu, X. 109, 117Wu, X. B. 109Wu, Y. 52, 54, 60, 70, 118, 131, 153Wyatt, A. S. 166Wyatt, L. 143Wyatt, N. 110, 126, 169Wyatt, N. J. 126, 169Wyers, A. J. 102, 103Wyllie-Echeverria, S. 137, 162Wynne, K. M. 149Wyse, D. E. 87XXabier Irigoien, . 101Xavier, P. 89Xia, D. 68Xia, M. 149XIAO, H. 52Xiao, Y. 155Xia, X. 145XIA, X. M. 97XIA, Y. 142Xie, H. 82, 99, 117Xie, R. C. 169Xie, S. 46, 75, 100, 130Xie , S. P. 49Xie, S. P. 46, 75, 130Xie, X. 124, 172Xie, Z. 90XING, X. 52Xing, Z. 172Xiu, P. 86, 106Xuan, J. 125Xu, B. 65, 68, 73Xu, C. 49, 153Xue/Feng, . 152Xue, H. 62, 87, 90, 115Xue, K. 106Xue, L. 113Xue, P. 136Xue, Y. 73, 149Xue, Z. 151, 164Xu, F. 85, 104, 135Xu, F. H. 85, 135Xu, H. L. 132Xu, J. 90, 99, 128, 130, 173Xu, J. P. 173Xu, K. 80, 95, 99, 133, 140, 152, 161Xu, K. M. 152, 161Xu, L. 49Xu, M. 54, 70Xun Zhang, . 73Xu, S. B. 157Xu, S. Z. 85Xu, X. 112, 174Xu, Y. 75, 85, 103, 115, 117, 157xu yongchen, . 116Xu, Z. 64, 85, 101YYadetie, F. 55Yager, P. 50, 64, 94, 105, 117, 168, 169Yager, P. L. 50, 64, 94, 105, 117, 169Yagi, H. 95Yagi, M. 159Yahel, G. 58Yakimov, M. 97Yamada, M. 68, 151Yamada Makoto, . 151Yamagata, T. 49, 84Yamaguchi, A. 150, 151Yamaguchi, H. 115, 145Yamaguchi, Y. T. 99Yamahara, K. M. 138, 155Yamamoto, A. 122, 174Yamamoto, H. 69, 92Yamamoto, R. 120Yamamoto, S. 92, 150Yamanaka, g. 128Yamanaka, Y. 65, 122, 125, 156Yamanaka Yasuhiro, Y. 53Yamano, H. 125Yamanome Takeshi, . 58Yamashita, R. 72YAMASHITA, Y. 99Yamazaki, A. 84, 126Yamazaki, H. 104, 115, 150Yamazaki, K. 112, 115Yamazaki, T. 118, 131, 152, 158YAMAZAKI, Y. 170Yan, . 101Yan, B. 100Yan Boucher, . 54Yang, C. 172Yang, D. 85, 147Yang, D. M. 147Yang, E. 60, 111, 128, 156Yang, E. J. 111, 128Yang, G. 62, 67, 158Yang, G. P. 62Yang, G. W. 158Yang, H. 62, 65, 98, 106, 160Yang, J. 124, 174Yang, K. 49, 119Yang, K. C. 49Yang, L. 111Yang, M. 134Yang, Q. 128, 168Yang, R. Y. 159Yang, S. 102, 137Yang, T. T. 126Yang, Y. 56, 74Yang, Y. J. 56Yang, Z. 52, 65, 80, 95Yankovsky, A. E. 140Yan, L. 126Yannicellli, B. 101Yan, T. 71, 87, 92Yan, W. 74Yan, X. 109, 152Yan, X. H. 109Yanzhen, G. 155Yao, F. 63Yao, J. 62, 101Yao, X. H. 63, 64Yao, Y. 144Yap, J. J. 165Yarbro, L. 119Yaremchuk, M. 47, 154, 155Yarish, C. 141Yashayaev, I. 59, 131, 140Yasuda, A. 142Yasuda, I. 138, 159, 165Yasuda, T. 132Yasuda, Y. 112Yasui, K. 123Yasunaka, S. 122Yates, K. K. 86Yavinchan, S. 100Yazzie, A. T. 135Ybanez, K. 88Yeager, M. 71Yeager, S. G. 113, 174Yeakel, K. 48, 61Yeakel, K. L. 48Ye, C. 130Yeh, S. W. 130Yeh, Y. C. 79Ye, L. 68, 168Yelton, A. P. 94Yen, J. 54, 71Yesmalie Aleman, F. 103Yeung, L. Y. 50Yigiterhan, O. 61Yiing Jang Yang, . 56Yinglai Jia, . 61Yingxin, Y. 71Yin, J. 109Yin, K. 84, 94, 98, 132, 156Yin, K. D. 132Yin, L. 87Yin, X. 52, 108Yin, Z. 122Yi, X. 55Yletyinen, J. 102Yoder, J. 97Yoerger, D. 66Yoichi Ishikawa, . 73Yoklavich, M. M. 56Yokoi, T. 122Yokokawa, T. 148Yokouchi, Y. 134Yoneyama, K. 61Yool, A. 92, 137Yoon, B. I. 83Yoon, H. 165YOON, J. 100, 115Yoon, J. H. 128, 172Yoon, S. K. 157Yoon, S. T. 58Yoon, W. D. 101Yooseph, S. 106Yorifuji, M. 164Yoshida, J. 115Yoshida, M. 95Yoshida, S. 53Yoshie, N. 119, 135Yoshihiro Takaki, . 167Yoshikawa, C. 150, 161Yoshikawa, Y. 115, 128, 135, 144Yoshiki, T. 150Yoshimizu, C. 162Yoshimura/Chihiro, . 158Yoshioka, J. R. 108Yoshioka, M. K. 135Yoshioka, R. M. 153Yoshiyama, K. 94, 134Yoshizawa, E. 127Yoshizawa, S. 91Yost, D. M. 107Yosuke Igeta, Y. I. 83You, C. F. 126You Hak-Yeol, . 100Younes, S. N. 159Young, B. 108211

AGU/ASLO/TOS2014 Ocean Sciences MeetingYoung, C. 76, 86Young, D. L. 54Young, E. F. 48Young, E. L. 73Young, J. N. 50Young, J. R. 150Young, J. W. 66, 167Youngmi, S. Y. 116Youngs, M. K. 117Young, T. 102, 162Young-Tae Son, . 144Young, W. R. 54, 75, 107Ysebaert, T. J. 156Ytreberg, E. 156Yuan, D. 47, 49Yuan, J. 70Yuan, X. 52, 93Yuan, Y. 156Yudelman, E. A. 143Yudowski, G. A. 133Yueh, S. 108Yuen-Murphy, M. A. 106Yu, F. 119Yufu, K. 128Yu, H. 53, 72Yukimoto, S. 132Yukio/Masumoto, Y. 53Yu, L. 108Yulaeva, E. V. 49Yund, P. 160Yung, C. M. 79Yu, P. 74, 118, 156Yu Shwu-Feng, . 127Yusuke Takatani, Y. 122YU, T. 142Yutsis, V. V. 65, 99Yu, W. 113, 151Yu, W. T. 151Yu, X. 156Yu, Y. 85, 130Yu, Z. 65, 68Yvon-Lewis, S. A. 49, 153ZZabel, C. 147Zablocka, M. 98Zabotina, L. 169Zabotin, N. 169Zador, S. G. 141Zafiriou, O. C. 82Zahn, L. A. 120Zaikova, E. 118Zaitsev/Oleg, . 57Zajaczkovski, U. 51Zakem, E. 148Zaleski, S. 162Zambianchi, E. 155Zambon, J. B. 157Zamudio, L. 89, 121, 159Zaneveld, R. 145Zani-Teixeira, M. L. 101Zanna, L. 75, 90, 93Zanowski, H. M. 92Zantopp, R. 173Zapadka, T. 87Zappa, C. J. 89, 134, 139, 142ZAROKANELLOS, N. 57Zarubin, M. 120Zavala-Garay, J. 104Zavala-Hidalgo, J. 90, 159Zavialov, P. 155Zawada, D. G. 127, 143Zayas-Santiago, C. C. 125Zayas Santiago, M. 101Zdun, A. 100Zea, S. 69Zedel, L. 152Zedler, S. E. 170Zeeman, S. I. 120Zehr, J. P. 92, 136Zeller, R. B. 147Zemskova, V. E. 128Zeng, J. 154ZENG, X. 52Zervas, C. 80Zetsche, E. 95Zettler, E. R. 55, 71Zhai, P. 87, 112, 152Zhai, W. 111Zhai, X. 160Zhang, B. 116Zhang, C. 73, 112, 122, 156Zhang, F. 119Zhang, G. 49Zhang, H. 62, 65, 67, 96, 105, 108, 130,132, 172Zhang, H. D. 132Zhang , H. H. 62Zhang, H. H. 62Zhang, H. Y. 65ZHANG, J. 161Zhang, J. Z. 122Zhang, L. 108, 128, 156Zhang, L. K. 128Zhang, N. 131Zhang, P. 126Zhang, Q. 71, 92, 144Zhang, R. 130, 136, 170ZHANG, S. 123Zhang, S. H. 62Zhang, T. 121, 130Zhang, W. 70, 73, 116, 156Zhang, W. G. 73Zhang, X. 52, 56, 59, 77, 87, 93, 95,124, 155, 162ZHANG, X. D. 74Zhang, X. F. 162ZHANG, Y. 49, 91Zhang, Z. 47, 100, 128, 135, 145, 166Zhang, Z. L. 135, 145Zhan, P. 48, 128Zhao, H. 100, 122, 156Zhao, J. 173, 174Zhao, L. 65, 102, 126, 151, 158Zhao, M. 98, 171Zhaomin, W. 92Zhao, Q. 59Zhao, W. 98, 124, 128Zhao, X. 132, 146Zhao, Y. 63, 90, 99, 126Zhao, Z. 56, 98, 171Zhao, Z. X. 171Zharkov, V. 166Zheng, C. Y. 157Zheng, D. 65Zheng, G. 106Zheng, J. 68ZHENG, W. 112Zheng, X. 61, 154Zheng, X. T. 61Zheng, Z. 54, 70Zhigang/Yao, . 152Zhongping Lee, . 152Zhou, C. 124Zhou, F. 57Zhou, G. 136Zhou, H. 93Zhou, J. 46ZHOU, L. 49Zhou, M. 68Zhou, N. 98Zhou, W. 156Zhou, X. 172Zhou, Y. X. 118Zhou, Z. 71, 135Zhuang, G. C. 62Zhuang, W. 49Zhu, G. 149Zhu, J. 47, 171Zhu, L. 64zhu longhai, . 116Zhu, M. 98Zhu, P. 152Zhu, Q. Z. 158Zhurbas, V. 155Zhu, X. 62, 146, 170Zhu, Y. 68, 99, 151Zhu, Z. 133Ziebis , W. 70Ziebis, W. 54Ziegler-Chong, S. 116Ziegler, M. 63Zielinski, B. L. 50Zielinski, O. 119Ziervogel, K. 95, 100, 158Zigah, P. K. 141Zika, J. 51, 76, 80, 132, 138, 169Zika, J. D. 51, 76, 132, 138, 169Zilberman, N. 47Zimba, P. 126Zimmerle, H. M. 116Zimmerman, A. E. 84Zimmerman, J. 162Zimmermann, N. E. 53Zimmerman, R. 87, 94, 106, 125, 137Zimmerman, R. C. 94, 106, 125, 137Zindler, C. 60Zingel, P. 91Zingone, A. 126Zinke, J. 75, 83Zinser, E. 64, 92Zinser, E. R. 64Zippel, S. 147, 171Zippel, S. F. 147Zitterbart, D. P. 138Ziveri, P. 109Zivko, E. 143Zmarzly, D. 81ZONG, H. 86Zorita, E. 109Zorz, J. K. 134Zottoli, S. J. 133Zou, L. 151Zou, T. 96Zuber, P. 131Zubkov, M. V. 145, 148, 168Zuckerman, S. 139Zuñiga, D. 154Zunino, P. 122Zuo, T. 101Zveryaev, I. I. 132Zweng, M. 152212

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