RMDAX5Y8–CAL 1187998, RAT, Kangaroo, Desert Dipodomys deserti California, November
RM2J4C1T3–Kangaroo Rat, Mojave Desert
RFJ2KYX8–Desert kangaroo rat
RF2JFYC4C–Wüstenkängururatte, Dipodomys deserti / desert kangaroo rat, Dipodomys deserti, Historisch, historical, digital improved reproduction of an original from the 19th century / digital restaurierte Reproduktion einer Originalvorlage aus dem 19. Jahrhundert, genaues Originaldatum nicht bekannt,
RM2AXBG2T–Life history of the kangaroo rat : Dipodomys spectabilis spectabilis Merriam . Fig. 1.—Range, east of the Colorado River, of Dipodomys speotabilis spectabilis com-pared with that of Dipodomys merriami. Cross hatching indicates area of overlappingof the two forms. The range of Dipodomys deserti. not shown on the map, is west ofthat of spectabilis, and so far as known the two do not overlap. west of that of spectabilis. and the two do not, so far as known, over-lap. On the other hand, merriami and ordii, and subspecies, occur overa large part of the range of spectabilis, living in very close pro
RFMHK212–A desert kangaroo rat.
RM2AXBFNG–Life history of the kangaroo rat : Dipodomys spectabilis spectabilis Merriam . Fig. I.—Kangaroo Rat Mound (Dipodomys s. spectabilis). Typical Dipodomys s. spectibilis roouni on the Rar±?e Reserve, under shelter of desert hack-berry (Celtis pallida). Most dens on the reserve are located in the shelter of brush plants,the more important being mesquite {Prosopis velutina), cats-claw {Acacia spp.), and thedesert hackberry. (See also PL VIII Fig. 2.). Fig. 2.—Kangaroo Rat Mound (Dipodomys desertp. Den of Dipodomys deserti deserti, showing typical wide, low mound with numerous entranceholes. This sp
RM2CNGGJ0–. An account of the mammals and birds of the lower Colorado Valley : with especial reference to the distributional problems presented . ItA lY if •i^x^iij^ ;;..?^. Jlu. 1-J PLATE 11 Fig. 16. Group of burrows of the large kangaroo rat (Dipodomys deserti).Tracks of the animals may be seen in the soft aeolian sand, here accumulatedto considerable depth. The dessicated remains of a brief-lived annual vegeta-tion may be seen on the sand between the creosote and the salt-bushes. Otherspecies of mammals trapped in this, a variation of the salt-bush association,were: Citellus tereticaudus, Peromyscus
RMRHK3TF–. Biology of the Heteromyidae. Heteromyidae. Dipodomys deserti. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Brown, James H; Genoways, Hugh H. [Stillwater, Okla. ?] : American Society of Mammalogists
RMRHK3TT–. Biology of the Heteromyidae. Heteromyidae. 638 BROWN AND HARNEY GREAT BASIN MOJAVE SONORAN CHIHUAHUAN 2.25-1 200- cn X CD LU 175- 150- Q O DQ e:) 125- o 1.00- 075-". Dipodomys deserti. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Brown, James H; Genoways, Hugh H. [Stillwater, Okla. ?] : American Society of Mammalogists
RMRHK5HD–. Biology of the Heteromyidae. Heteromyidae. 272 LAY. Fig. 2. —Middle ear morphology of Dipodomys deserti DML 4637. A. Dorsal view. Arrowheads = buttresses between brain case and roof of epitympanum (left) and surface markings of buttresses on roof of epitympanum (right), large dot = opening between epitympanum and hypotympanum, small dots = partition between epitympanum and mastoid, arrow = occipital, IP = interparietal. B. Ventral view. AC = auditory canal opened ventrally, C = cochlea, H = hypotympanum, M = origin of sternocleidomastoid muscle, O = occipital, r = round window of cochlea, sc
RMRHK4FX–. Biology of the Heteromyidae. Heteromyidae. ONTOGENY 483 120 100 Dipodomys deserti CO E O. 100 Days Fig. 2.—Growth curves for four species of heteromyid rodents. Average values for several litters are plotted. Data for Z). deserti from Butterworth (1961); H. desmarestianus, Fleming (1977); Dipodo- mys nitratoides, Eisenberg (1963); and P. parvus, Eisenberg, unpublished. proximately one month of age. In this case the relative growth of the body parts deter- mines the form of locomotion that the young animal can display. Similar results were noted in the growth studies by Lackey (1967) with D.
RMRHK5P8–. Biology of the Heteromyidae. Heteromyidae. MORPHOMETRIC VARIATION 199. Fig. 1.—Crania of 21 species of the six genera of heteromyid rodents: A) Dipodomys deserti (Museum of Southwestern Biology 41705), D. agilis (MSB 47518), D. insularis (MSB 44307), D. phillipsii (MSB 19151); B) Pewgnathus inornatus (Museum of Vertebrate Zoology 144238), P. amplus (MSB 38048), P.fasciatus (MSB 29793), P.flavus (MSB 1273), P.flavescens (MSB 11042), P. longimembris (MSB 38080); C) Chaetodipus hispidus (MSB 13045), C. baileyi (MSB 4133), C spinatus (MSB 44021), C. nelsoni (MSB 19176), C. intermedius (MSB 3634)
RMRGBEB2–. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. Fig. I.—Kangaroo Rat Mound Dipodomys s. spectabilis). Typical Dinoiomys s. spteMili.s moaui on the Rau'^e Reserve, under shelter of desert hack- berry f Celtis pallida). Host dens on the reserve are located in the shelter of brush plants, the more important being mesquite (Prosopis relutina), cat's-claw (Acacia spp.j, and the desert hackberry. (See also PL Vin Fig. 2. ',. s^5,' Fig. 2.—Kangaroo Rat Mound Dipodomys deserto. Den of Dipodomys deserti deserti, showing typical wide, low mound with numerous entrance holes. T
RMRH45KR–. Brigham Young University science bulletin. Biology -- Periodicals. 12 Bhicham Young Univehsity Science Buuletin f.:-^; PAHUTE MESA >["fy>jNDU;V. Figure 1. Collection sites of Dipodomtjs deserti (triangles), Dipodomys ordii (squares), and Neotoma lepida (circles).. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Brigham Young University. Provo, Utah : Brigham Young University
RMRGBEDJ–. Bulletin of the U.S. Department of Agriculture. Agriculture; Agriculture. 4 BULLETIlSr 1091, V. S. DEPARTMENT OF AGRICULTURE. { buIi^'n!)^.'^!, lack tlie conspicuous white liip stripe x^ossessed by all the latter; and (g) the kangaroo rats (Dipodomys). Dijjodomys syectabilis SfectahUis Merriam requires comparison with three other forms of kangaroo rats in the same general re- gion, namely, D. deserti Stephens, of approximately the same size, and D. merriami Mearns and D. ord'd Woodhouse, the last two of decidedly smaller size. The range of deserti lies principally to the. east of The Co/orad
RMRHK55C–. Biology of the Heteromyidae. Heteromyidae. 342 SCHMIDLY ET AL. 120 110 100. 120 Fig. 17. —Distributions of seven large species of Dipodomys. Dipodomys, namely the medium-sized D. merriami, the large D. agilis, and the very large D. deserti. The two largest kangaroo rats (D. deserti and D. ingens) also occur in the southwest (Fig. 18). D. deserti ranges from northern Nevada into southern California and Ari- zona to Sonora and Baja California where it occurs in the Intermountain Sagebrush and American Desert provinces and to a lesser degree in the California Chaparral Province. In Nevada this
RMRHK5H3–. Biology of the Heteromyidae. Heteromyidae. HETEROMYID EAR 273. Fig. 3A.—Middle ear cavity of Dipodomys ordii DML 4755 as seen ventrolaterally. E = epitym- panum, H = hypotympanum, M = mastoid, m = malleus, i = incus, small white dots = ventral margin of cochlea, white arrow = articulation between long processes of incus and stapes, small white arrowheads = bony canal for stapedial artery, large black arrowhead = site of communication between mastoid and hypotympanic chambers, small black arrowhead = short process of incus. B. The epitympanum of Z). deserti DML 4637. P = posterior, m = malleu
RMRGCKNR–. Bulletin of the Southern California Academy of Sciences. Science; Natural history; Natural history. M.D.L. M.D.L. D.A.9. PLATE 21 Fig. 1. Meringis dipodomys Kohls, apex of aedeagus, paratype male. Fig. 2. Meringis deserti Aug., posterior extremity, allotype female. Fig. 3. Meringis deserti Aug., apex of aedeagus, holotype male. Fig. 4. Meringis deserti Aug., genitalia, holotype male. 115. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the o
RMRHK4TM–. Biology of the Heteromyidae. Heteromyidae. EVOLUTIONARY MORPHOLOGY 371 E § c ,9- — 0) — E ,8- D - M— »— o o .7- — u c^ ^ ^-2 .6- ?2 — Q) Z5 ,5- — <S — o .4- — o " b .3- — Q) — Cl .2- — D -I— oo D. deserti Dipodomys merriami Microdlpodops. Perognathus Thomomys.^ Heteromys<5 Liomys-4. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original work.. Brown, James H; Genoways, Hugh H. [Stillwater, Okla. ?] : American Society o
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