AUSTRALIAN BIODIVERSITY RECORD - Calodema
AUSTRALIAN BIODIVERSITY RECORD - Calodema
AUSTRALIAN BIODIVERSITY RECORD - Calodema
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<strong>AUSTRALIAN</strong> <strong>BIODIVERSITY</strong> <strong>RECORD</strong><br />
______________________________________________________________<br />
2009 (No 3) ISSN 1325-2992 June, 2009<br />
______________________________________________________________<br />
Some Taxonomic and Nomenclatural Considerations on the Class<br />
Reptilia in Australia. A Review of the Genera Eulamprus and<br />
Glaphyromorphus (Scincidae), including the Description of New Genera<br />
and Species.<br />
By<br />
Richard W. Wells<br />
P.O. Box 826, Lismore, New South Wales<br />
Australia, 2480<br />
Summary<br />
Wilson and Swan (2008) in the most recent authoritative work on the Australian Reptilia, have<br />
defined the Australian Scincid genus Eulamprus to currently include an assemblage of fifteen<br />
species comprising Eulamprus amplus, E. brachysoma, E. frerei, E. heatwolei, E. kosciuskoi,<br />
E. leuraensis, E. luteilateralis, E. martini, E. murrayi, E. quoyii, E. sokosoma, E. tenuis, E.<br />
tigrinus, E. tryoni, E. tympanum tympanum, and E. tympanum marnieae.<br />
Similarly, they defined the genus Glaphyromorphus in Australia to currently include an<br />
assemblage of fourteen species comprising Glaphyromorphus brongersmai, G. clandestinus,<br />
G. cracens, G. crassicaudus, G. darwiniensis, G. douglasi, G. fuscicaudis, G. gracilipes, G.<br />
isolepis, G. mjobergi, G. nigricaudis, G. pardalis, G. pumilus, and G. punctulatus.<br />
In my opinion, given the limitations imposed by the paucity of data available for some species,<br />
the arrangements presented in Wilson and Swan (2008) represented a ‘best fit’ phylogeny for<br />
the various assemblages of species. However, I believe that on balance it can be argued that<br />
the existing data clearly demonstrates that neither Eulamprus nor Glaphyromorphus<br />
represent monophyletic assemblages. After consideration of the zoogeographic and<br />
morphological characteristics of the above species groups, I have concluded that the genera<br />
Eulamprus and Glaphyromorphus as defined by most recent authorities should be split into<br />
several genera, so as to reflect a more accurate phylogeny. This has necessitated the<br />
partitioning of these species into 13 genera of which 5 are new. The new generic and specific<br />
arrangements are as follows:<br />
The genus Eulamprus Fitzinger, 1843 is restricted to the quoyii complex of species -<br />
Eulamprus heatwolei Wells and Wellington, 1984; Eulamprus herseyi Wells and Wellington,<br />
1985; Eulamprus marnieae Hutchinson and Rawlinson, 1995 stat. nov.; Eulamprus quoyii<br />
(Dumeril and Bibron, 1839); and Eulamprus tympanum (Lonnberg and Andersson, 1913).<br />
The genus Concinnia Wells and Wellington, 1984 is restricted to the tenuis group of species -<br />
Concinnia brachysoma (Lonnberg and Andersson, 1915); Concinnia frerei (Greer, 1992);<br />
Concinnia martini Wells and Wellington, 1985; Concinnia sokosoma (Greer, 1992); and<br />
Concinnia tenuis (Gray, 1831).<br />
A new genus Edenia is proposed for the enigmatic Hinulia tigrina De Vis, 1888 - Edenia<br />
tigrina (De Vis, 1888) comb. nov.<br />
Karma gen. nov. is proposed for the murrayi complex of species - Karma murrayi (Boulenger,<br />
1887) comb. nov.; and Karma tryoni (Longman, 1918) comb. nov.<br />
The genus Costinisauria Wells and Wellington, 1985 is restricted to the kosciuskoi group of<br />
species - Costinisauria couperi sp. nov. is formally described from the New England Plateau
Australian Biodiversity Record, 2009 (3): 1-96<br />
of NSW; Costinisauria kosciuskoi (Kinghorn, 1932); Costinisauria leuraensis (Wells and<br />
Wellington, 1984); and Costinisauria worrelli Wells and Wellington, 1985.<br />
The genus Deloidiogenes Wells and Wellington, 1985 is restricted to a single species -<br />
Deloidiogenes amplus (Covacevich and McDonald, 1980).<br />
Magmellia gen. nov. is proposed for luteilateralis - Magmellia luteilateralis (Covacevich and<br />
McDonald, 1980) comb. nov.<br />
The genus Glaphyromorphus Wells and Wellington, 1984 is now restricted to include only<br />
Glaphyromorphus clandestinus Hoskin and Couper, 2004, and Glaphyromorphus punctulatus<br />
(Peters, 1871).<br />
The genus Mawsoniascincus Wells and Wellington, 1985 is restricted to the isolepis complex<br />
of species - Mawsoniascincus brongersmai (Storr, 1972); Mawsoniascincus douglasi (Storr,<br />
1967); Mawsoniascincus foresti (Kinghorn, 1932); Mawsoniascincus harwoodi (Wells and<br />
Wellington, 1985 comb. nov.; Mawsoniascincus isolepis (Boulenger, 1887).<br />
A new genus, Serenitas is erected for the pardalis complex - Serenitas fuscicaudis (Greer,<br />
1979) comb. nov.; Serenitas nigricaudis (Macleay,1877) comb. nov.; and Serenitas pardalis<br />
(Macleay, 1877) comb. nov.<br />
The genus Opacitascincus Wells and Wellington, 1985 is restricted to the crassicaudus<br />
complex of species - Opacitascincus arnhemicus (Storr, 1967); Opacitascincus cracens<br />
(Greer, 1985) comb. nov.; Opacitascincus crassicaudus (Dumeril and Dumeril, 1851);<br />
Opacitascincus darwiniensis (Storr, 1967); and Opacitascincus pumilus (Boulenger, 1887)<br />
comb. nov.<br />
The genus Patheticoscincus Wells and Wellington, 1984 is used for its sole included species -<br />
Patheticoscincus gracilipes (Steindachner, 1870) comb. nov.<br />
Rhiannodon gen. nov. is proposed for a single species Rhiannodon mjobergi (Lonnberg and<br />
Andersson, 1915) comb. nov.<br />
Introduction<br />
For much of the 20 th Century, the generic name Sphenomorphus Fitzinger, 1843 was applied<br />
to a large number of Australian scincid lizards - either as a subgenus under Lygosoma, or<br />
more often as a distinct genus in its own right. The genus had even been applied historically<br />
to certain species in Africa and Central America. An attempt had been made by Mittleman<br />
(1950) to unravel the huge polyphyletic genus Lygosoma, and in so doing he left a residual<br />
mish-mash of species of uncertain relations within the genus Sphenomorphus. Mittleman’s<br />
concept of Sphenomorphus included species that occurred from mainland Asia to the<br />
Australia-Pacific region.<br />
The landmark papers by Greer (1967, 1970, 1974, 1979b et al.) essentially redefined the<br />
subfamilial and generic boundaries of the Australian Scincidae and laid the foundations upon<br />
which the Sphenomorphines and all other groups could be reclassified. However, the use of<br />
the genus Sphenomorphus for Australian species had continued largely unchallenged for<br />
decades.<br />
Notable exceptions were the erection of the genus Ctenotus by Storr (1964), the description<br />
of Eremiascincus by Greer (1979a, Calyptotis by Greer (1983), and later, Anomalopus by<br />
Greer and Cogger (1985). These papers, in tandem with Greer’s earlier work on the higher<br />
classification of the Scincidae, precipitated a totally fresh focus on the relationships of the<br />
Australian Sphenomorphines. The main problem that seemed to retard any further progress in<br />
the generic reclassification of the Sphenomorphines was the fact that it was a group that was<br />
long considered as Australasian - with potentially hundreds of species occurring not only<br />
across a vast area of continental Australia, but also on over a thousand barely surveyed<br />
islands in Indonesia as well as throughout largely unexplored New Guinea and its associated<br />
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Australian Biodiversity Record, 2009 (3): 1-96<br />
islands. In other words most herpetologists considered that it was probably just too hard to<br />
evaluate given the limited state of knowledge on the alpha taxonomy of the group.<br />
However, one herpetologist in Western Australia began laying the foundations for the longoverdue<br />
taxonomic revision of the Australian “Sphenomorphus” - Dr Glenn Storr. Such<br />
revisionary work was more by default than design, for Storr’s first love was actually ecology -<br />
not taxonomy as widely assumed. When Storr began studying ecosystems in Western<br />
Australia, he quickly realised that the reptile fauna of Western Australia was largely in a state<br />
of taxonomic chaos. He was really forced to sort out the taxonomy before he could get stuck<br />
into the ecology, but the immense scale of the taxonomic problems of the Australian<br />
Herpetofauna ended up taking him over 30 years to unravel.<br />
When I discussed taxonomic matters with him in the early 1980s, he lamented his lost<br />
opportunities of publishing on the ecology of the reptile fauna because of the need to formally<br />
describe numerous species of reptiles first. However, he nevertheless had a vast knowledge<br />
of Australian ecosystems and habitats and this gave him tremendous insight into reptile<br />
speciation.<br />
He approached his taxonomic work from a fairly mechanistic approach though, and this often<br />
led others to a perception of superficiality or inadequacy with his descriptions and a general<br />
reticence by the herpetological community to adopt his taxonomic changes. For example<br />
Storr’s original description of Ctenotus had been brief - even lacking the formal designation of<br />
a Type Species, as well as a comprehensive definition of the generic content - and this<br />
proved rather problematic when trying to interpret the broader phylogeny of the other<br />
Australian Sphenomorphine elements. Indeed, even by the first edition of Reptiles and<br />
Amphibians of Australia by Cogger in 1975, the generic descriptions of Ctenotus and<br />
Sphenomorphus were almost identical, although by then Ctenotus was in common usage. It<br />
was clear that Storr had been correct in the creation of Ctenotus, but the phylogenetic limits<br />
and relationships of Ctenotus were a long way from being understood, as most of the species<br />
currently assigned to the genus had not been described or even discovered at the time of its<br />
description.<br />
Following his description of Ctenotus, Storr seemed rather reluctant to undertake much more<br />
work at the generic level. For instance he continued to maintain usage of Sphenomorphus for<br />
the isolepis complex in his 1967 and 1972 revisions despite the growing body of work by Fred<br />
Parker and Allen Greer on that genus extralimitally which made it very clear that nothing in<br />
Australia could be referrable to Sphenomorphus sensu stricto. Indeed, rather than describe<br />
obviously distinct genera, Storr seemed to curiously split species and lump genera - an<br />
approach that was seen at times confusing and inconsistent. It was clear to me however, that<br />
Storr was trying to get the alpha taxonomy finished before any serious attempts were made at<br />
working out the generic classification.<br />
Despite the conclusions on the phylogeny of Australian ‘Sphenomorphus’ of both Storr and<br />
Greer, the long-awaited Amphibia and Reptilia volume of the Zoological Catalogue of<br />
Australia by Cogger, Cameron and Cogger (1983) surprisingly maintained the use of<br />
Sphenomorphus for numerous Australian species as the phylogeny of the group was still<br />
unresolved even by then.<br />
Within a few months of the first appearance of this Catalogue, Wells and Wellington (1984)<br />
published the first of two revisions which effectively rejected the genus Sphenomorphus for<br />
Australian species. This first revision of March 1984 resurrected the genus Eulamprus for<br />
kosciuskoi, tympanum and quoyii, and also included within Eulamprus, descriptions of two<br />
new species - Eulamprus heatwolei and Eulamprus leuraensis. Additionally, Eulamprus<br />
gastrostigma was resurrected from the synonymy of quoyii for a distinctive coastal<br />
Queensland population. Although this action of using Eulamprus was quickly rejected by<br />
Shea and Peterson (1985), who retained the water skinks within the genus Sphenomorphus,<br />
subsequent publications by numerous other herpetologists such as Griffiths (1987), Greer<br />
(1989), Swan (1990), Hutchinson and Rawlinson (1995), Cogger (2000), Swan, Shea and<br />
Sadlier (2004), Wilson (2005), Wilson and Swan (2003, 2007, 2008, 2009), Swanson (2007),<br />
Cronin (2009), and the many papers by Shine and his colleagues (see references) have<br />
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Australian Biodiversity Record, 2009 (3): 1-96<br />
supported the use of the genus Eulamprus over Sphenomorphus for Australian taxa. The<br />
resurrection of the genus Eulamprus by Wells and Wellington (1984) has now been widely<br />
accepted, although its definition has been broadened to include a range of other species that<br />
Wells and Wellington did not include within their conspect of Eulamprus. It should be noted<br />
however, that Wells and Wellington were convinced that the genus Eulamprus even in the<br />
restricted definition as they initially used it, was unlikely to be a monophyletic grouping. They<br />
considered that Eulamprus represented at least two phylogenetically distinctive assemblages<br />
of species - the quoyii complex and the kosciuskoi complex, but refrained from dividing<br />
Eulamprus until later (Wells and Wellington, 1985) when they erected Costinisauria for the<br />
kosciuskoi complex (see below). All subsequent authors have maintained the kosciuskoi and<br />
quoyii groups within Eulamprus, implying a very close relationship between the members.<br />
However, a recent study based on combined analysis of mtDNA and nuclear intron<br />
sequences of Australian Scincid lizards have shown by the included data that these groups<br />
do represent distinct, but obviously related lineages that have nevertheless been quite<br />
separate for millions of years (Rabosky et al, 2007, Skinner, 2007).<br />
Wells and Wellington (1984) also attempted to assess the phylogenetic position of the tenuis<br />
group of species. Consequently, the tenuis group was accommodated within a new genus -<br />
Concinnia - which included the following species: Concinnia amplus, Concinnia fuscicaudis,<br />
Concinnia luteilateralis, Concinnia mjobergi, Concinnia murrayi, Concinnia tenuis, Concinnia<br />
tigrina, and Concinnia brachysoma (which they resurrected from the synonymy of tenuis, a<br />
move later validated by Greer (1992) and much later supported by Cogger, in 2000, initially as<br />
a subspecies of tenuis, and later as a full species). This assemblage of species soon proved<br />
to be a rather unwieldy and confusing group, and Wells and Wellington later realised that<br />
there were in reality at least two separate radiations within their concept of Concinnia - the<br />
tenuis group (on which Concinnia was based by the original Type designation), and another<br />
apparently highly divergent group that included murrayi and luteilateralis. The anomalous<br />
inclusion of amplus, fuscicaudis and mjobergi within Concinnia only added to a confusion,<br />
which didn’t start to dissipate until it was realised that neither the murrayi species group, nor<br />
the former three species belonged in Concinnia or Eulamprus. Although few have so far<br />
accepted the genus Concinnia (but see Greer, 1989), there is now a growing acceptance of<br />
its validity, and I feel confident that its use for the tenuis group of species over Eulamprus<br />
shall eventually prevail. In a significant study on the phylogeny of Eulamprus, O’Connor and<br />
Moritz (2003) have recently concluded that the genus Concinnia should be used for the tenuis<br />
group of species.<br />
Two other major groups of related Sphenomorphines were also partitioned in the Wells and<br />
Wellington (1984) paper by the erection of another two new genera - Glaphyromorphus and<br />
Patheticoscincus. The genus Glaphyromorphus was described to accommodate a complex<br />
mixture of species whose precise relationships where still unclear at the time - viz:<br />
Glaphyromorphus brongersmai, Glaphyromorphus douglasi, Glaphyromorphus isolepis,<br />
Glaphyromorphus nigricaudis, Glaphyromorphus pardalis, Glaphyromorphus pumilus,<br />
Glaphyromorphus punctulatus and Glaphyromorphus erro (resurrected from the synonymy of<br />
isolepis for a distinctive population thought at the time to extend from north-west Queensland<br />
through the mid-Northern Territory). The arrangement offered, again also presented an<br />
implicit statement that isolepis in particular was a species complex. The genus<br />
Glaphyromorphus has also now been widely accepted as a valid entity - although opinions<br />
vary somewhat as to its precise phylogenetic position and what species it should actually<br />
include.<br />
The genus Patheticoscincus was described to accommodate a small group of elongate, semicryptozoic<br />
species which were at that time believed to comprise the australis complex - viz:<br />
Patheticoscincus australis (=gracilipes), Patheticoscincus arnhemicus (at the time elevated to<br />
a full species), Patheticoscincus crassicaudus, and Patheticoscincus darwiniensis (also<br />
treated as a full species). This was soon to prove to be a fairly artificial assemblage, due to<br />
the highly divergent members included, and Patheticoscincus has generally been ignored<br />
because of the growing awareness by other herpetologists of the polyphyletic nature of the<br />
then included species. The position maintained by Wells and Wellington in 1984 that<br />
arnhemicus and darwiniensis deserved to be elevated to specific status has now been fully<br />
confirmed by others.<br />
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Soon after, Wells and Wellington (1985) made further changes to the Australian<br />
Sphenomorphines in an attempt to refine the phylogenetic affinities of these problematic<br />
assemblages. One of the main foci of this paper was on the break-up of the names they had<br />
introduced in 1984 - Eulamprus, Glaphyromorphus and Patheticoscincus.<br />
At that time, Wells and Wellington then partitioned Eulamprus into two genera - Eulamprus<br />
and Costinisauria. Eulamprus was restricted to the quoyii complex comprising Eulamprus<br />
gastrostictus (Lectotype designated BMNH 1946.8.15.34 from Queensland), Eulamprus<br />
heatwolei, Eulamprus tympanum, Eulamprus quoyii and a new species - Eulamprus herseyi<br />
from Dora Dora National Park, near Albury, NSW. Implicit in this arrangement was that<br />
tympanum and quoyii were in fact species complexes, rather than the traditional treatment of<br />
both being just single species with vast distributions. To date, no one has yet proved that<br />
Eulamprus quoyii may actually represent a species complex, but some unpublished genetic<br />
studies by others have recently concluded that quoyii is probably composite. Similarly, there<br />
is growing interest in the morphological and genetic variation in both tympanum and heatwolei<br />
and it is likely that both will be eventually split into further taxa. The alpine water skinks (the<br />
kosciuskoi complex, comprising kosciuskoi, leuraensis and worrelli) were considered by Wells<br />
and Wellington to be so divergent from the quoyii group of species as to be worthy of<br />
separate generic recognition, and were thus placed within the new genus Costinisauria.<br />
Their conspect of the genus Glaphyromorphus was also modified in 1985 by transferring the<br />
isolepis group from Glaphyromorphus to another new genus - Mawsoniascincus (Type<br />
Species isolepis). This genus was erected to accommodate the following species:<br />
Mawsoniascincus brongersmai, Mawsoniascincus douglasi, Mawsoniascincus foresti, and<br />
Mawsoniascincus isolepis. Mawsoniascincus foresti was resurrected from the synonymy of<br />
isolepis for the distinctive East Kimberley, Western Australian population, and to ensure that<br />
the name isolepis was stabilised, Wells and Wellington also designated a Lectotype for<br />
isolepis - BMNH 1946.8.17.14 - from Nickol Bay, WA - which in effect restricted the species to<br />
a relatively small area on the mid west coast of Western Australia. Implicit in this decision was<br />
that isolepis was in fact a species complex, rather than the traditional treatment of isolepis<br />
being just a single species that occurred from Exmouth in Western Australia to far north-east<br />
Queensland.<br />
The use of Glaphyromorphus was now confined to the punctulatus group -which they defined<br />
as comprising Glaphyromorphus erro (which was further restricted to Cape York Peninsula,<br />
Qld), Glaphyromorphus nigricaudis, Glaphyromorphus ornatum [=pumilus], Glaphyromorphus<br />
pardalis, Glaphyromorphus punctulatus, and Glaphyromorphus harwoodi (a new species very<br />
briefly described from the Barkly Tableland of the Northern Territory).<br />
The genus Patheticoscincus was also split into two genera, Opacitascincus for the<br />
crassicaudus group comprising Opacitascincus arnhemicus, Opacitascincus crassicaudus,<br />
and Opacitascincus darwiniensis, and Patheticoscincus comprising only Patheticoscincus<br />
australis (=gracilipes) to better reflect the morphological relationships of the included species.<br />
The content of the genus Concinnia however, was left largely unchanged from their 1984<br />
arrangement, with the exception of the description of a new species in the tenuis complex -<br />
viz Concinnia martini, and the removal of the morphologically enigmatic amplus to its own<br />
monotypic genus - Deloidiogenes. Concinnia thereby now comprised Concinnia brachysoma,<br />
Concinnia fuscicaudis, Concinnia luteilateralis, Concinnia martini, Concinnia mjobergi,<br />
Concinnia murrayi, Concinnia tenuis, and Concinnia tigrina.<br />
While the above arrangements were a small step towards resolving the phylogeny of these<br />
poorly known taxa, it was clear that no small amount of confusion still prevailed in some<br />
circles in regards to the precise generic boundaries of some of the above species. There was<br />
still varied opinion on the phylogeny of the group, as exemplified by the scheme soon after<br />
proposed by Wilson and Knowles (1988), and in particular that of Ehmann (1992). Ehmann<br />
used both Eulamprus (for the water skinks) and Sphenomorphus for a mass of other species<br />
that he sub-divided into three species-groups - viz: the Sphenomorphus australis Group, the<br />
Sphenomorphus isolepis Group, and the Sphenomorphus murrayi Group. The<br />
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Sphenomorphus australis-group comprised eight taxa - Sphenomorphus arnhemicus,<br />
Sphenomorphus australis, Sphenomorphus cracens, Sphenomorphus crassicaudus,<br />
Sphenomorphus darwiniensis, Sphenomorphus mjobergi, Sphenomorphus pumilus, and<br />
Sphenomorphus punctulatus. The Sphenomorphus isolepis-group comprised six taxa -<br />
Sphenomorphus brongersmai, Sphenomorphus douglasi, Sphenomorphus fuscicaudis,<br />
Sphenomorphus isolepis, Sphenomorphus nigricaudis, and Sphenomorphus pardalis. The<br />
Sphenomorphus murrayi-group comprised five taxa - Sphenomorphus amplus,<br />
Sphenomorphus luteilateralis, Sphenomorphus murrayi, Sphenomorphus tenuis, and<br />
Sphenomorphus tigrinus. Both Wilson and Knowles’ (1988) and Ehmann’s (1992)<br />
Sphenomorphus groupings were obviously intended as putative generic arrangements that<br />
implied (I believe incorrectly) monophyletic radiations. The only available names for a part of<br />
these groups of species - those earlier erected by Wells and Wellington (1984, 1985) were<br />
completely ignored by Wilson and Knowles who were presumably reticent to inject radically<br />
new taxonomy into what was essentially a mass-market popular book. In the case of Ehmann,<br />
the Wells and Wellington names had been effectively frozen by an application to the ICZN for<br />
suppression - which forced Ehmann and others post-1988 to maintain use of Sphenomorphus<br />
- although by the time of publication of Ehmann’s work, the matter had already been resolved<br />
by the ICZN. As the Wells and Wellington works were not suppressed by the ICZN, the<br />
alternative generic arrangement became available for use in 1991 - although Greer and<br />
others had already started using Wells and Wellington names well in advance of the ICZN’s<br />
decision (for example Concinnia was already in limited use by 1989).<br />
In 1992, Greer’s landmark revision on the tenuis complex, not only added new species and<br />
data for previously described taxa, it also confirmed the taxonomic validity of martini, and<br />
clearly established that the tenuis group was a distinct phyletic radiation. This would have<br />
been an opportune publication for the recognition of the genus Concinnia for the group, but<br />
Greer maintained the use of Eulamprus for the revision, despite having used Concinnia earlier<br />
presumably because there was still no clear understanding that the included members were<br />
each others closest relatives. Although I was initially at odds with this decision, I eventually<br />
came to realise that Greer was correct in his conservative approach to the significance of<br />
relationships within the tenuis group.<br />
In the most recent comprehensive texts on the Australian Reptilia the name Sphenomorphus<br />
is now effectively removed from the Australian fauna. However, the phylogeny of the group<br />
within Australia is still partly unresolved, with some of the various species groups having been<br />
now dumped within just two genera - Eulamprus and Glaphyromorphus. I have prepared<br />
revisions of all the other members of the Sphenomorphine radiation in Australia and I<br />
anticipate publication as soon as possible. The new arrangement that is presented below for<br />
Eulamprus and Glaphyromorphus (sensu Wilson and Swan (2008) will hopefully clarify some<br />
of the issues of phylogeny that have largely remained unresolved, and perhaps stimulate a<br />
fresh look at the entire group. I have included a complete primary synonymy for each species,<br />
but only a partial secondary synonymy of some of the more important popular works that<br />
mention the particular taxon. Given the known diversity and distribution of the various<br />
assemblages, I have little doubt that other related species remain to be discovered and it is<br />
hoped that the following framework will be of assistance as such new discoveries come to<br />
light.<br />
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SYSTEMATIC ACCOUNTS<br />
Eulamprus Fitzinger, 1843<br />
Eulamprus Fitzinger, L.J. (1843). Systema Reptilium. Vienna: Braümüller u. Seidel vi 106 pp.<br />
[p.22]. Type Species: Lygosoma quoyii Duméril and Bibron, 1839 by original designation.<br />
Hinulia Gray, J.E. (1845). Catalogue of the Specimens of Lizards in the Collection of the<br />
British Museum. London: British Museum xxviii 289 pp. [70, 74]. Type Species: Lygosoma<br />
quoyii Duméril and Bibron, 1839 by subsequent designation, see also Mittleman, 1952 -<br />
Smithson. Misc. Collect. 117(4069): 1-35.<br />
Diagnosis: As presently defined, a genus of moderate-sized Scincid lizards from eastern and<br />
south-eastern Australia, readily separated from all other genera by the following combination<br />
of characters: head shape deep with distinctly pointed snout in profile (vs head shape blunt<br />
and deep, and distinctly rounded in profile in Costinisauria); tail long and tapering usually<br />
about twice SVL and lateral compressed (vs tail less than twice SVL and round in section in<br />
Costinisauria); body scales smooth in adult and sub-adult specimens, but scales keeled in<br />
neonates; in 34-44 rows at mid-body; parietals in contact behind the interparietal; prefrontals<br />
usually separated, but sometimes in point contact; supraoculars 4, first three contacting<br />
frontal; frontoparietals paired; interparietal distinct; supranasals usually absent; postnasals<br />
absent; nasals separated; supralabials usually 7; loreals 2; preocular 1; lower eyelid movable<br />
and scaly; presuboculars 3; suboculars 2-3; primary temporal much smaller than secondary<br />
temporals; mature specimens have the upper secondary temporals separated across the<br />
nape by four or five variable, obliquely aligned scales which contact the posterior margins of<br />
the parietals (in the genus Costinisauria, mature specimens of the included species have only<br />
two or three much enlarged scales contacting the posterior margin of the parietals, resulting<br />
from a transversely enlarged nuchal and one or two large scales between the nuchal and the<br />
upper temporal); upper secondary temporal elongate (longer than deep), in contact with<br />
margin of parietal; lower secondary temporal almost square, but still slightly deeper than long;<br />
ear-opening present and tympanum conspicuous (larger than nasal scale); margin of auricular<br />
opening smooth-edged, without anterior ear lobules; postmental contacts first two or three<br />
infralabials on each side (vs first infralabial only contacts postmental on each side in Karma<br />
gen. nov.); first pair of chin shields in broad medial contact; second pair of chin shields<br />
separated by a single scale; third pair of chin shields fragmented and separated by five<br />
smaller rows of scales (vs 3 rd pair of chin shields not fragmented and separated by only 3<br />
rows of smaller scales in Concinnia); well-developed pentadactyl limbs that overlap when<br />
adpressed; hind limbs much longer than forelimbs (vs shorter limbed, with hind limbs only<br />
marginally bigger than forelimbs in Costinisauria); 4th toe much longer than the 3rd; base of<br />
4th toe broad; 20-34 subdigital lamellae beneath 4th toe; subdigital lamellae deeply grooved<br />
longitudinally, and divided basally (vs subdigital lamellae smooth in Concinnia and Karma<br />
gen. nov.); supradigital lamellae in a single row distally (vs supradigital scales in two rows in<br />
Magmellia gen. nov.); median pair of preanals larger than lateral preanals. Species in this<br />
genus are moderate-sized, attaining a maximum total length of around 180-350 mm. and a<br />
snout-vent length of about 80-140 mm. Viviparous.<br />
Etymology: The name ‘Eulamprus’ means in effect, ‘very beautiful’.<br />
Content: Eulamprus heatwolei Wells and Wellington, 1984; Eulamprus herseyi Wells and<br />
Wellington, 1985; Eulamprus marnieae Hutchinson and Rawlinson, 1995 stat. nov.;<br />
Eulamprus quoyii (Dumeril and Bibron, 1839); and Eulamprus tympanum (Lonnberg and<br />
Andersson, 1913).<br />
Eulamprus heatwolei Wells and Wellington, 1984<br />
Sphenomorphus quoyii tympanum Loveridge, 1934 - Aust. Rept. Mus. Comp. Zool.,<br />
Cambridge [p. 350].<br />
Sphenomorphus tympanus Mittleman, 1952 - Generic Synop.Lygosominae [p. 31]<br />
Sphenomorphus tympanum (part) Worrell, 1963 - Rept. Austr. [p. 53]<br />
Sphenomorphus tympanum Warm Temperate Form Rawlinson, 1969 - Rept. East Gippsland.<br />
Proc. Roy. Soc. Vict., 82: 113-128 [p. 119]<br />
Sphenomorphus tympanum Warm Temperate Form Jenkins and Bartell, 1980 - Rept. Austr.<br />
High Country [Pp. 189-191]<br />
Sphenomorphus tympanum Cogger, Cameron and Cogger, 1983 - Zool. Cat. Austr. 1. Amph.<br />
Rept.<br />
7
Australian Biodiversity Record, 2009 (3): 1-96<br />
Eulamprus heatwolei Wells and Wellington, 1984 - Synop. Class Rept. Aust. Aust. J. Herp.<br />
1(3-4): 73-129 [93] [1983 on title page]. Type data: Holotype AM R111949 (previously<br />
AMF27987). Type Locality: Macquarie Rivulet just east of Robertson, NSW.<br />
Eulamprus heatwolei Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p.27] [March 1985 on title page, but not published until September, 1985]<br />
Sphenomorphus heatwolei Shea and Peterson, 1985 - Proc. Linn. Soc. NSW, 108 (2): 141-<br />
148 [p. 144] [dated 1984, but not published until November, 1985]<br />
Eulamprus heatwolei Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 248]<br />
Eulamprus heatwolei Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 483]<br />
Eulamprus heatwolei Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p.<br />
218-219]<br />
Eulamprus heatwolei Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 146]<br />
Eulamprus heatwolei Swanson, 2007 - Field Guide to Austr. Reptiles [p. 168]<br />
Eulamprus heatwolei Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 234-235]<br />
Description: A commonly observed lizard of stream-sides and well-watered areas in the<br />
cooler more elevated areas, or areas of lower elevation in the more southerly latitudes in<br />
south-eastern Australia. This species is most closely related to Eulamprus tympanum, from<br />
which it can be easily distinguished by a distinctive colouration, longer limbs, more gracile<br />
body and tail, and narrower head. Eulamprus heatwolei is a medium-sized skink, with a long<br />
fragile tail that has moderate lateral compression in section. The base body colour may be<br />
bronze, coppery-brown, or olive-brown dorsally. The top of the head is usually strongly<br />
marked with black flecks and small blotches on deep brown, while the sides of the temples<br />
and cheeks usually have distinctive white spots. There is usually a short, very narrow or<br />
rather indistinct pale yellow dorso-lateral stripe that extends from the supraoculars, along the<br />
upper neck, and just onto the forebody. The dorsum of the body is usually heavily speckled,<br />
flecked or blotched with black, with the flecking being more-or-less longitudinally-aligned.<br />
Some specimens may be very heavily flecked and blotched with black over the head and<br />
back and base of the tail, although some such as those from the New England Plateau may<br />
be more much lightly spotted with black over the dorsum or even be an unmarked bronze<br />
brown, in contrast with the more boldly patterned specimens from the Southern Tablelands of<br />
NSW and elsewhere (but see comment on taxonomy below). Some populations in Victoria<br />
and South Australia also have the dorsum more plain coppery-brown with only a light<br />
scattering of black flecks at best. The upper lateral zone, between the neck posterior of the<br />
body is usually black and contains scattered pale yellow or creamish speckles or spots that<br />
may have an irregular vertical and longitudinal alignment to them, due to the pale markings<br />
being each associated with a single body scale. The lower lateral zone is creamish or<br />
creamish-yellow with dense black flecking which may form a variegated pattern posteriorly,<br />
and a finer, darker purplish-brown peppering pattern anteriorly. The upper parts of the limbs<br />
are the same colour as the dorsum, but with black flecks and small blotches, and the side of<br />
the original tail is heavily speckled and barred with black; regenerated tails are plain brown.<br />
The lateral of the head can be black, or the same as the dorsum, with black blotching, and<br />
there is usually a pale white line that runs over the infralabials and under the ear opening. As<br />
mentioned above, a short, pale creamish or yellowish, poorly defined streak also runs from<br />
above the eye to the nape - but sometimes to the mid-body. The anterior margin of the<br />
auricular region is black. The venter of the body is unmarked whitish or creamish-yellow to<br />
bright yellow (particularly intense around the thighs and pelvic region in mature specimens),<br />
but the throat, and chin are heavily blotched with blackish or dark bluish or bluish-grey on a<br />
base of pale cream or white. Important diagnostic features that separate E. heatwolei from its<br />
congenor E. tympanum can be summarised as follows: In Eulamprus heatwolei, the anterior<br />
margin of the ear-opening is black, whereas in Eulamprus tympanum the margin is creamish<br />
or a pale brown. The pale post-supraciliary streak of Eulamprus heatwolei is entirely absent in<br />
Eulamprus tympanum. There are also pronounced differences in the ventral colouration<br />
between the two species. Eulamprus heatwolei usually has an unmarked plain yellow ventral<br />
surface, whereas the venter of Eulamprus tympanum is paler lemon at its brightest, and has<br />
the addition of fine black flecking throughout - which in some areas is so pronounced as to<br />
give Eulamprus tympanum a darker, more metallic look to the ventral surface of the body. The<br />
darker gular colouration of Eulamprus heatwolei also readily separates the two species (the<br />
gular region is immaculate in Eulamprus tympanum). In E. heatwolei, the head, limbs, body<br />
8
Australian Biodiversity Record, 2009 (3): 1-96<br />
and tail tend to be longer or more gracile (more similar to the condition in Eulamprus quoyii)<br />
when compared to the more robust-looking E. tympanum. The superficial similarity with its<br />
much larger congenor Eulamprus quoyii mainly relates to the occasional presence of an<br />
extended pale dorsolateral stripe in Eulamprus heatwolei and this may cause no small<br />
amount of confusion in identifying Eulamprus heatwolei from Eulamprus quoyii on superficial<br />
inspection. In some populations of Eulamprus heatwolei, the thin creamish or yellowish<br />
dorsolateral stripe that runs from just above and behind the eye, along the nape, and along<br />
most of the anterior of the body is far less distinct that in E. quoyii. When this stripe is present<br />
in E. heatwolei, it is always much less distinct than in Eulamprus quoyii, and often it is entirely<br />
absent or so obscure as to be barely noticeable anyway. Further, only rarely does Eulamprus<br />
heatwolei possess a pale streak that extends from behind the eye to just above the ear<br />
opening. Some significant features of Eulamprus heatwolei morphology are: body scales<br />
smooth in adults and sub adults, but keeled in neonates, 36-44 at mid-body (counted<br />
longitudinally); paravertebral scales 68-89, about the same size as, or only slightly broader<br />
than adjacent dorsals; parietals in point to only moderate contact behind the interparietal;<br />
prefrontals usually separated, but sometimes in point contact; interparietal elongate, about<br />
twice as long as wide, and usually not separating parietals; mature specimens have the<br />
posterior edges of the parietals bordered across the nape by four or five variable, obliquely<br />
aligned scales which usually comprise 1-3 nuchals, plus the upper secondary temporals;<br />
supralabials 7-9 (usually 7), with the 5 th or 6 th subocular; infralabials 6-9 (usually 8), with<br />
postmental in contact with first two (occasionally 3) infralabials on each side; lower eyelid<br />
movable and scaly; supraciliaries 7-11 (usually 9); ear-opening present and conspicuous<br />
(larger than nasal scale); no anterior ear lobules; supraoculars 4; supranasals usually absent;<br />
nasals separated; rostral in narrow contact with frontonasal; well-developed pentadactyl limbs<br />
that strongly overlap when adpressed; hind limbs much longer than forelimbs, and all<br />
appendages longer than those of Eulamprus tympanum; 4th toe much longer than the 3rd;<br />
base of 4th toe broad, and most lamellae with a median groove, and divided basally; 23-29<br />
subdigital lamellae beneath 4th toe. Premaxillary teeth usually 9 (rarely 8). Attains a<br />
maximum total length of around 200 mm. and a snout-vent length of about 90 mm. although<br />
slightly longer specimens can be occasionally found. Variation in morphology suggests that<br />
this species may be composite. In particular the isolated populations on the Fleurieu<br />
Peninsula in South Australia, and more significantly, those on the New England Plateau,<br />
NSW appear to me to be distinct morphologically from topotypic E. heatwolei of the NSW<br />
Southern Highlands in their body-form and colouration and so should be more closely studied.<br />
This population from the New England Plateau in NSW has been frequently misidentified in a<br />
number of publications as either Eulamprus quoyii or Eulamprus tympanum. I was intending<br />
to describe this species some years ago but never got around to it due to other matters.<br />
Fortunately, Dr Glenn Shea has indicated that he will be describing this very distinctive water<br />
skink as a new species as soon as possible.<br />
Distribution: As presently defined, this species occurs as a number of isolated populations<br />
over a large part of eastern and south-eastern Australia, ranging from the New England<br />
Plateau, south through the Blue Mountains, and Southern Highlands and Tablelands in New<br />
South Wales (including the Australian Capital Territory). Known also from the Five Islands<br />
Group off Wollongong, and the Tollgates Islands. It is also widespread in north-eastern<br />
Victoria to about as far south as the Goulburn River, and into south-eastern South Australia<br />
where an isolated population occurs on the Fleurieu Peninsula from the Deep Creek area, to<br />
the northern shore of Lake Alexandrina.<br />
Habitat: This species - as presently defined - occurs from sea level to over 1000 metres<br />
elevation, although in the northern part of its range in New South Wales, it mainly occurs in<br />
the higher tablelands and ranges, whereas the more southern populations tend to favour<br />
much lower coastal areas or the lower altitude foothills and lower tablelands of the Great<br />
Dividing Range. Consequently, it is known to utilise a variety of temperate or montane<br />
sclerophyll vegetation communities (usually but not exclusively riparian), ranging from wet or<br />
dry sclerophyll forest, open woodland, to heathland and is often found in association with<br />
rotting logs and/or rock outcroppings. The open margins of hanging swamps, marshes,<br />
freshwater creeks and rivers, and soaks are all utilised, but in some densely forested areas in<br />
eastern New South Wales and Victoria, populations can occur well away from water courses,<br />
but usually along ecotonal or more exposed edges of forests. Its close relative Eulamprus<br />
tympanum tends to favour damper cooler conditions in more densely forested (i.e. less open)<br />
upland areas. Eulamprus heatwolei readily adapts to a range of disturbed conditions, such as<br />
9
Australian Biodiversity Record, 2009 (3): 1-96<br />
selective logging and bushfires, and may eventually recolonize riparian conditions following<br />
agricultural and urban developments.<br />
Biology/Ecology: This is essentially a very common species wherever it occurs. It is a diurnal,<br />
terrestrial and semi-aquatic species that lives both along the verges of permanent or semipermanent<br />
watercourses in upland areas, as well as in open woodland with plenty of open<br />
patches that favour basking. Although it is most similar ecologically to Eulamprus quoyii in its<br />
preference for more permanent water bodies, it may also be found in areas somewhat distant<br />
from obvious water. In such circumstances, the habitat is usually well-vegetated and damp or<br />
has an abundance of moist microhabitat refuges and basking sites such as scattered logs,<br />
rocky ridges or rock outcrops in association with perennial or non-perennial stream gullies.<br />
Basking sites are often logs or rocks, under which they retreat when disturbed. Other shelter<br />
sites are hollow logs, rock crevices, soil cavities associated with exposed tree roots and rocks<br />
along the edges of watercourses, piles of flood debris, earth cracks and the burrows of other<br />
animals. Although this species is mainly terrestrial, mature individuals are also excellent<br />
climbers, and may be found active well-up on waterfalls or rock faces along creeks, or on<br />
occasions up tree trunks that afford suitable cracks or hollows. They also readily uses rock<br />
crevices, earth-cracks, burrows, hollow logs and the interiors of rotting tree stumps for overwintering,<br />
as well as to avoid bushfires during their active months. It will readily retreat to<br />
water when escaping from potential predators, by swimming both under water as well as on<br />
the surface. In general this species requires warmer or more exposed sites than Eulamprus<br />
tympanum, which tends to prefer more sheltered and cooler sites. Although these two species<br />
usually occupy quite different habitats and so only marginally overlap in range, in some areas<br />
of NSW and Victoria, they can be found sympatrically even along the same watercourse.<br />
However, in such circumstances, E. tympanum utilises aspects that are less exposed to the<br />
sun and more densely vegetated than E. heatwolei - which prefers the more open and<br />
exposed sections of streams in keeping with its higher thermal requirements. Like the other<br />
members of the genus Eulamprus, E. heatwolei is viviparous. Mating occurs in September-<br />
October, and reportedly 2-5 live young (usually about 3 or 4) are produced in a brood around<br />
the end of Summer. Genetic studies have indicated that at least two males contribute to a<br />
females litter. Feeds on both land and in water, mainly consuming a wide range of small<br />
invertebrates (including beetles, collembolans, orthopterans, hymenopterans, centipedes and<br />
spiders), but it will also eat small lizards, small fishes, and tadpoles or metamorphling frogs.<br />
Gravid females continue to feed during pregnancy and bask for longer periods than males<br />
presumably to shorten development time of the young. Known predators are mainly snakes<br />
(such as Pseudechis porphyriacus, Notechis scutatus, Pseudonaja textilis, Austrelaps<br />
ramsayi, and in lower coastal areas of south-eastern NSW - Acanthophis antarcticus).<br />
Juveniles have been shown to exhibit aversion behaviour to a range of potential predator<br />
odours, whereas adults appear to be less so reactive.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Also protected under the SA National Parks<br />
and Wildlife Act (1972) and the ACT Nature Conservation Act (1980), and the Victorian<br />
Wildlife Act (1975) [but not listed in Schedule 2 of the Victorian Flora and Fauna Guarantee<br />
Act (1988) or in the Threatened Fauna Act (1995)]. Overall regarded as a common species<br />
where ever it occurs, although in South Australia, the distinctive isolated population on the<br />
Fleurieu Peninsula is considered to be rare.<br />
Etymology: The name 'heatwolei' honours American herpetologist and ecologist Harold<br />
Heatwole.<br />
Eulamprus herseyi Wells and Wellington, 1985<br />
Eulamprus herseyi Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p.29] [March 1985 on title page, but not published until September, 1985].<br />
Type data: Holotype AM R116967. Type Locality: 'Dora Dora National Park Proposal near<br />
Albury, NSW' [35°55'S 147°35'E]. [See also Shea and Sadlier, 1999 - Tech. Rep. Aust. Mus.<br />
15: 1-91 - where this species is invalidly synonymised with Eulamprus tympanum].<br />
Eulamprus tympanum Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 250]<br />
Eulamprus tympanum Hutchinson and Rawlinson, 1995 - Rec. South Aust. Mus. 28(2): 185-<br />
207<br />
Eulamprus tympanum Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 489]<br />
10
Australian Biodiversity Record, 2009 (3): 1-96<br />
Eulamprus tympanum tympanum Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 222-223]<br />
Eulamprus tympanum Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 154]<br />
Eulamprus tympanum Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 238-239]<br />
Description: This is a medium-sized skink, with a long fragile tail that has moderate lateral<br />
compression in section. Note that the later synonymising of Eulamprus herseyi with<br />
Eulamprus tympanum by Hutchinson and Rawlinson (1995) is herein rejected, as the<br />
morphology of Eulamprus tympanum sensu stricto (southern Victoria) clearly differs from that<br />
of E. herseyi]<br />
Distribution: At present believed confined to the Snowy Mountains and hinterlands of southern<br />
New South Wales and northern Victoria.<br />
Habitat: Occurs in rocky areas along or near watercourses in montane and alpine woodland.<br />
Biology/Ecology: This is a diurnal and essentially terrestrial species that basks either on logs<br />
or ground litter fairly close to a favoured retreat site. Viviparous and largely insectivorous in<br />
dietary habits.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Also protected under the Victorian Wildlife Act<br />
(1975) [but not listed in Schedule 2 of the Victorian Flora and Fauna Guarantee Act (1988) or<br />
in the Threatened Fauna Act (1995)]. Regarded as widespread and common.<br />
Etymology: The name ‘herseyi’ honours the Australian naturalist and conservationist, the late<br />
Frederick Hersey, who while working for the NSW National Parks and Wildlife Service, greatly<br />
assisted numerous herpetologists.<br />
Eulamprus marnieae Hutchinson and Rawlinson, 1995 stat. nov.<br />
Eulamprus tympanum marnieae Hutchinson and Rawlinson, 1995 - Rec. South Aust. Mus.<br />
28(2): 185-207. Type data: Holotype NMV. Type Locality: 5.5 km E of Dreeite, Victoria<br />
[38°11"S 143°34' E].<br />
Eulamprus tympanum [part] Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 483]<br />
Eulamprus tympanum marnieae Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 222-223]<br />
Eulamprus tympanum marnieae Wilson and Swan, 2008 - Complete Guide to Reptiles of<br />
Australia 2 nd Edition [p. 238-239]<br />
Description: Herein formally elevated to specific status due to the significant scalation<br />
differences possessed by Eulamprus marnieae. This is one of the most attractive of the<br />
Montane Water Skinks, with its complex pattern of black blotching and barring. It is a mediumsized<br />
skink (although noticeably larger than E. tympanum), with a somewhat depressed body<br />
(vs a more rounded body form in E. tympanum), and a long fragile tail that has moderate<br />
lateral compression. The smaller body scales readily distinguish this species from all other<br />
species of Eulamprus. The colouration and patterning is very distinct when compared with its<br />
congenor E. tympanum. As indicated above, perhaps the most striking feature of E. marnieae<br />
is the distinctive black markings of the dorsum. The darker overall body colouration of E.<br />
marnieae is dominated by a series of short transverse black bars on the dorsum of the body<br />
and tail, markings which are entirely lacking in E. tympanum. The black markings on the tail<br />
are transversely aligned in wavy broken rows and create a rough banded effect. The upper<br />
lateral of the neck and body is black, with an irregular series of yellow spots that run from the<br />
neck, and along the body to the groin; the ventrolateral area of the head, neck and body is<br />
creamish-yellow, with indistinct dark flecking, while the snout, supralabials and temporals can<br />
be glossy black in some specimens or in others, the black is reduced to the temporals, with<br />
the labials and snout blotched with black on olive-brown. In E. marnieae the venter is bright<br />
yellow, and the under surface of the limbs and tail pale yellow. This yellow ventral colouration<br />
can be quite intense, and includes a series of striking black longitudinal bars or streaks amid<br />
the yellow base colour. Overall, the yellow colouring is more extensive and brighter in E.<br />
marnieae than it is even in Eulamprus heatwolei (in E. tympanum the belly is pale whitishcream<br />
or lemon-yellow). The higher dorsal scale count of Eulamprus marnieae readily<br />
distinguishes this species from Eulamprus tympanum also. E. marnieae usually has 43 dorsal<br />
scales or more (counted longitudinally), whereas E. tympanum usually has less than 43<br />
11
Australian Biodiversity Record, 2009 (3): 1-96<br />
dorsal scales. Additionally, E. marnieae has slightly fewer paravertebrals than E. tympanum.<br />
Some important morphological characteristics are: body scales smooth in adults and sub<br />
adults, but keeled in neonates; dorsal scales 40-48 - counted longitudinally, at midbody (vs<br />
34-44 in E. tympanum); paravertebrals 76-95, about the same size as, or only slightly larger<br />
than adjacent dorsals; parietals in contact behind the interparietal; prefrontals usually<br />
separated, but sometimes in point contact; interparietal elongate, about twice as long as wide,<br />
and almost or usually separating parietals (in E. tympanum the interparietal usually does not<br />
separate the parietals); mature specimens have the upper secondary temporals separated<br />
across the nape by four or five variable, obliquely aligned scales which contact the posterior<br />
margins of the parietals (usually comprised of 1-3 nuchals, plus the upper secondary<br />
temporals); supraoculars 4; supranasals absent; nasals separated; supralabials 6-8 with the<br />
5 th or 6 th subocular (vs 6-9 in E. tympanum, with the 4 th , 5 th , or 6 th subocular); infralabials 7-9<br />
with postmental in contact with first two infralabials on each side (vs 6-9 in E. tympanum);<br />
lower eyelid movable and scaly; supraciliaries 7-9 (vs 8-10 in E. tympanum); ear-opening<br />
present and conspicuous (larger than nasal scale); no anterior ear lobules; well-developed<br />
pentadactyl limbs that overlap when adpressed; hind limbs much longer than forelimbs; 4th<br />
toe much longer than the 3rd; base of 4th toe broad, and most lamellae with a median groove,<br />
and divided basally; 20-26 subdigital lamellae beneath 4th toe. Premaxillary teeth usually 8.<br />
Attains a maximum total length of around 270 mm., and a snout-vent length of about 100 mm.<br />
Variation in morphology suggests that this species may be polytypic.<br />
In my opinion the two distinct populations of this species could be separately classified as<br />
subspecifically distinct from each other. The nominate form - Eulamprus marnieae marnieae<br />
occurs around Dreeite, while the other Eulamprus marnieae subsp. nov. (as yet unnamed),<br />
occurs around Lake Bolac and elsewhere.<br />
Distribution: Known only from a small area of ancient crater lakes and their environs in southwestern<br />
Victoria around Lake Corangamite, the Streatham area, Nerrin and Lake Bolac, with<br />
most locations being in the vicinity of the Dreeite area.<br />
Habitat: Lives among basalt rocks and tussock grasses in fairly damp, cool situations, usually<br />
near permanent or ephemeral water courses, swamps, lakes and soaks. The habitat is rainfall<br />
deficient in the hotter Summer period, but Autumn and Winter rains flood low-lying parts,<br />
providing moist conditions beneath rock outcroppings that sustain the species during the drier<br />
months. It occupies low stony rises where it shelters in both rock crevices and in short earth<br />
burrows beneath basalt rocks, and also occurs in habitats that have been long subjected to<br />
stock grazing, where they have colonized basalt dry-stone walls of farms. The available<br />
natural habitat is very restricted in area, and is completely surrounded by unsuitable habitat<br />
only occupied by Eulamprus tympanum. Rock removal (to increase grazing land, as well as<br />
the past selling-off of the old dry-stone walls for garden rocks), vegetation clearance,<br />
excessive grazing and damage to water quality by pollutants can all negatively impact on this<br />
species.<br />
Biology/Ecology: A shy, retiring species when disturbed, quickly retreating into rock crevices<br />
and other protective cover at the slightest disturbance. Feeds mainly on small invertebrates,<br />
such as spiders, beetles, snails, grasshoppers, and various aquatic species. It will also eat<br />
small lizards, and the fruiting bodies of the Volcanic Plain Tree Violet (Melicytus (cf) dentata)<br />
as well. Viviparous, producing from 2-7 large young in late December-early January<br />
(Summer).<br />
Survival Status: Federally, this taxon is classified as Endangered under the Commonwealth<br />
Environmental Protection and Biodiversity Conservation Act (1999) (listed as Eulamprus<br />
tympanum marnieae). Protected under the Victorian Wildlife Act (1975) and listed as<br />
Threatened in Schedule 2 of the Victorian Flora and Fauna Guarantee Act (1988) [see also<br />
Threatened Fauna Act (1995)]. Regarded by some as critically endangered in Victoria.<br />
Etymology: The marnieae honours Marnie Lincoln Rawlinson.<br />
12
Australian Biodiversity Record, 2009 (3): 1-96<br />
Eulamprus quoyii (Dumeril and Bibron, 1839)<br />
Scincus vittatus Quoy, J.R.C. and Gaimard, J.P. (1824). Zoologie. in Freycinet, L.C.D.<br />
Voyage Autour du Monde Exécute sur l'Uranie et la Physicienne pendant les années 1817-<br />
1820 iv 712 pp. [p.178, pl. 42 fig. 1] [junior primary homonym of Scincus vittatus Olivier, 1804<br />
(= Mabuya vittata)]. Type data: Syntypes MNHP 7112-3. [Lectotype designated by<br />
Hutchinson and Rawlinson (1995) as MNHN 7112]. Type locality: Neutral Bay, Port Jackson,<br />
NSW.<br />
Gongylus (Lygosoma) quoyii Duméril, A.M.C. and Bibron, G. (1839). Erpétologie<br />
Générale…Vol. 5 viii 854 pp. [p.728] [published Nov., 1839; Var. A; extralimital syntype (Var.<br />
B) is a specimen of Leiolopisma reveesi (Gray, 1839) (see Guibé, 1954 - Muséum National<br />
d'Histoire Naturelle 119 pp.)]. Type data: Syntypes MNHP 2976, MNHP 2977, MNHP 7112-3.<br />
Type Locality: Port Macquarie, NSW, Neutral Bay, NSW and Australia (var. A) and China<br />
(var. B), Australia, Neutral Bay [Lectotype designated by Wells and Wellington (1985) as<br />
MNHN 7113 (from Neutral Bay, Port Jackson, NSW)].<br />
Eulamprus quoyii Fitzinger, 1843 - Systema Reptium [p. 22].<br />
Hinulia quoyii Gray, 1845 - Cat. Spec. Lizards in Coll. Brit. Mus., [p. 70].<br />
Hinulia gastrosticta Günther, 1875 - Reptiles. Saurians Austr. New Zealand. In:<br />
Zoology…Erebus and Terror. Vol. 2. [p.11]. Type data: Syntypes BMNH 1946.8.15.34-35,<br />
BMNH 1946.8.15.36, BMNH 1946.8.4.99. Lectotype designated by Wells and Wellington<br />
(1985)-BMNH 1946.8.15.34 (from Queensland). Type Locality: Qld, Kangaroo Is., SA (in<br />
error).<br />
Lygosoma (Hinulia) quoyii Boulenger, 1887 - Cat. Lizards Brit. Mus., Volume 3 [p. 230].<br />
Sphenomorphus quoyi Barbour, 1914 - Australasian Reptiles [p. 204].<br />
Sphenomorphus quoyii quoyii Loveridge, 1934 - Aust. Rept. Mus. Comp. Zool., Cambridge [p.<br />
349].<br />
Lygosoma (Sphenomorphus) quoyi Smith, 1937 - Review of Lygosoma [p. 220].<br />
Sphenomorphus quoyii Dale, 1973 - Forty Qld Lizards [p. 16-18]<br />
Sphenomorphus quoyii Swanson, 1976 - Lizards of Australia [p. 26, pl. 48]<br />
Sphenomorphus quoyii Cogger, Cameron and Cogger, 1983 - Zool. Cat. Austr. 1. Amph.<br />
Rept.<br />
Eulamprus gastrostictus Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 93].<br />
Eulamprus quoyii Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [March 1985 on title page, but not published until September, 1985].<br />
Sphenomorphus quoyii Frauca, 1991 - What Animal is That? 3 rd Ed. [p. 167]<br />
Eulamprus quoyii Wellington and Wells, 1990 – Rept.Amph.Longneck Lagoon.[Pp. 1-17]<br />
Eulamprus quoyii Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 249]<br />
Eulamprus quoyii Griffiths, 1996 - Australia's Reptiles and Frogs [p. 48]<br />
Eulamprus quoyii Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 487]<br />
Eulamprus quoyii Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p. 220-<br />
221]<br />
Eulamprus quoyii Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 151]<br />
Eulamprus quoyii Wilson, 2005 - Field Guide Rept. Qld [p.125]<br />
Eulamprus quoyii Swanson, 2007 - Field Guide to Austr. Reptiles [p. 170]<br />
Eulamprus quoyii Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 236-237]<br />
Eulamprus quoyii Wilson and Swan, 2009 - What Lizard is That? [p. 34]<br />
Description: One of Australia's most often observed, but poorly known species, the Eastern<br />
Water Skink is a commonly observed lizard of stream-sides and foreshores. Although rather<br />
gracile in general proportions, it is nevertheless a medium-sized and a rather robust skink in<br />
maturity. It has a long fragile tail that is laterally compressed distally, long, well-developed<br />
limbs and a narrower head than its congenors. The base body colour may be a greenisholive-brown,<br />
bronze, golden-brown or coppery-red dorsally, and like other species of<br />
Eulamprus, E. quoyii always lacks the prominent black vertebral stripe of Costinisauria<br />
species. Usually, females are mostly unpatterned over the dorsum, and males usually<br />
speckled, flecked or blotched with black. When there are scattered black flecks over the<br />
dorsum, the flecking may be concentrated along the vertebral line in some specimens, or<br />
along the laterodorsal margin of the body in others, and these black markings can be moreor-less<br />
longitudinally-aligned, but never as bold stripes as in Costinisauria species; some<br />
specimens of E. quoyii may be very heavily flecked and blotched with black over the head<br />
13
Australian Biodiversity Record, 2009 (3): 1-96<br />
and back and base of the tail as in the south-coastal NSW population. There is always a thin<br />
creamish, golden or pale yellowish dorsolateral stripe that runs from just above and behind<br />
the eye, along the nape (where it may be dark-edged along the upper edge), and along most<br />
of the body, but this stripe is most intense on the anterior of the body. This species only rarely<br />
possesses an obscure pale streak that extends from behind the eye to above the ear<br />
opening. The upper lateral zone of the body is usually black with scattered pale yellow or<br />
creamish speckles or spots that may have an irregular vertical alignment to them. However,<br />
some populations may have the upper lateral zone brownish rather than black. The lower<br />
lateral zone is creamish or creamish-yellow with dense black flecking which may form a<br />
darker variegated pattern posteriorly, and a finer, darker peppering pattern anteriorly. The<br />
upper parts of the limbs are the same colour as the dorsum, but with black flecks and small<br />
blotches, and the side of the original tail may be heavily speckled with black; regenerated tails<br />
are plain brown. Ventrally, whitish to creamish or creamish-yellow, with the throat, chin and<br />
infralabials finely flecked with blackish or dark bluish, and sometimes with a series of thin<br />
blackish or greyish lines formed from fine dotting under the throat, chest and venter. Some<br />
significant features of this species morphology are: body scales smooth in sub adult and<br />
mature specimens, but distinctly keeled in neonates, and in 36-44 rows at mid-body;<br />
paravertebrals similar in size or barely larger than adjacent dorsal scales, and numbering 74-<br />
88; prefrontals usually in broad contact; parietals in contact behind the interparietal;<br />
interparietal about 1.5 times longer than wide, and never separating parietals; supraoculars 4;<br />
mature specimens have the upper secondary temporals separated across the nape by four or<br />
five variable, obliquely aligned scales which contact the posterior margins of the parietals<br />
(usually comprised of 1-3 nuchals, plus the upper secondary temporals); supranasals usually<br />
absent; nasals separated; supralabials 7-8 (usually 7) (with 5 th or 6 th subocular); infralabials 7-<br />
10, with postmental in contact with first two or three infralabials on each side; lower eyelid<br />
movable and scaly; supraciliaries 9-12; ear-opening present and conspicuous (larger than<br />
nasal scale); no anterior ear lobules; well-developed pentadactyl limbs that strongly overlap<br />
when adpressed; hind limbs much longer than forelimbs; 4th toe much longer than the 3rd;<br />
base of 4th toe broad, with most lamellae with a median groove, and divided basally; 24-34<br />
subdigital lamellae (smooth) beneath 4th toe. Premaxillary teeth 7-9 (usually 9); Attains a<br />
maximum total length of around 350 mm., and a snout-vent length of about 140 mm, although<br />
most mature specimens would be slightly smaller, at around 280-300 mm in total length, and<br />
a SVL of around 100-120mm. Although females and males have similar snout-vent lengths,<br />
females tend to have larger body lengths. Variation in morphology suggests that this species<br />
is composite. There appears to be a taxonomically distinct population in the Mt Lofty Ranges<br />
of South Australia. An undescribed member of this species has also been known from mideastern<br />
and northern Queensland for nearly 50 years. A proposed Holotype (labelled as such)<br />
was even deposited in the Australian Museum by Eric Worrell, but his description was never<br />
published, I have examined this specimen and I am convinced that it is indeed a separate<br />
species quite distinct from quoyii. I have decided however to refrain from formally naming this<br />
species as Dr Glenn Shea has informed me that he is currently in the process of revising the<br />
Eulamprus quoyii complex. It is possible that Hinulia gastrosticta Günther, 1875 is applicable<br />
to one of these distinctive Queensland populations, and Wells and Wellington (1984)<br />
resurrected that species on the basis of the original description. However, I note also that<br />
Hutchinson and Rawlinson (1995) resynonymised Eulamprus gastrostictus with quoyii due to<br />
insufficient evidence that its earlier resurrection by Wells and Wellington was warranted.<br />
Although I have observed that “Eulamprus quoyii” exhibits quite distinct morphological<br />
differences in Queensland to that present in topotypic specimens from Sydney (the Type<br />
Locality of quoyii), I am now aware that there are at least two, possibly three distinct ‘forms’ of<br />
quoyii in Queensland. As the Type Locality of Hinulia gastrosticta Gunther, 1875 was given<br />
merely as ‘Queensland’, it is premature to assign this name to this or any other population in<br />
Queensland without examining the Holotype in the British Museum - which I am unable to do.<br />
The impending revision by Glenn Shea of the quoyii complex will hopefully resolve whether or<br />
not Hinulia gastrosticta is a valid taxon from Queensland, so I have accepted the decision of<br />
Hutchinson and Rawlinson and refrain from using the name further until the matter is resolved<br />
by Shea.<br />
Distribution: As currently defined, this species occurs over a large part of eastern Australia,<br />
ranging from about Cairns in north-eastern Queensland, south to the mid-south coast of New<br />
South Wales (including parts of the coastal section of the Australian Capital Territory at Jervis<br />
Bay), parts of the Murray-Darling River Basin of north-western and western NSW, north-<br />
14
Australian Biodiversity Record, 2009 (3): 1-96<br />
western Victoria and along the Murray River in South Australia; an isolated population also<br />
occurs in the Mt Lofty Ranges in south-eastern South Australia where it lives in association<br />
with the Torrens, Sturt and Onkaparinga Rivers.<br />
Habitat: It utilises a variety of coastal or near coastal vegetation communities (usually<br />
riparian), ranging from rainforest, wet or dry sclerophyll forest, open woodland, and essentially<br />
prefers the margins of melaleuca swamps, marshes, freshwater creeks, rivers, billabongs,<br />
and soaks. Also occurs along rocky ridges and cliff-lines in various open coastal woodland<br />
and sclerophyll forest communities. It can also be found quite close to the littoral and intertidal<br />
zones at some coastal locations, but usually where this occurs there is a freshwater stream or<br />
soak present. This species also extends well into the semi-arid interior along relatively<br />
permanent tributaries of the Darling River, principally the MacIntyre and Namoi Rivers, as well<br />
as the Murray River, but nowhere is the species as common here as it is on the coast. In the<br />
more developed coastal areas, it is successful at colonising or adapting to disturbed or<br />
regenerating environments such as farmland, polluted water courses, even urban concrete<br />
canals and drains in heavily urbanized and industrial areas of cities. In such disturbed<br />
situations, such as agricultural or urban environments, this species may persist in large<br />
numbers along heavily polluted watercourse with fringing vegetation that has been replaced<br />
by dense weedy infestation, such as lantana, Crofton weed, blackberry and privet.<br />
Biology/Ecology: Essentially a diurnal, terrestrial and semi-aquatic species that lives along the<br />
verges of permanent or semi-permanent watercourses, from sea-level to about 400 metres<br />
altitude. Often individuals may be found in areas distant from obvious water, but even in such<br />
situations, there is usually a non-perennial stream bed in the vicinity, or some sort of other<br />
body of standing water, such as a temporary soak, farm dam, or the area has moist<br />
microhabitat refuges like a rocky ridge or outcrop, or the area is well-vegetated. Basking sites<br />
are often logs or rocks, under which they retreat when disturbed, often into self-constructed<br />
burrow-like cavities. They will also utilise other animal’s burrows to escape predators, but the<br />
main escape strategy adopted to avoid predation is by rapidly running over land to shelter<br />
sites. They will dive into water if retreat over land is not an option, and when entering the<br />
water, they usually swim vigorously on the surface vegetation near shore, or dive underwater<br />
where they can remain for up to 10 minutes or so before surfacing. After leaving the water,<br />
specimens will immediately seek out a suitable basking site so as to rapidly recover the<br />
energy loss associated with swimming. Other shelter sites are hollow logs, rock crevices, soil<br />
cavities of exposed tree roots along the edges of watercourses, piles of flood debris, earth<br />
cracks and the burrows of other animals. In disturbed situations this species may be found<br />
sheltering in expansion grooves and drainage holes of concrete canals, along stone retaining<br />
walls of highways, beneath discarded rubbish lying on the ground - like old boards, sheets of<br />
corrugated iron, plastic, fibro, discarded garden wastes and the like. It has been observed that<br />
fairly large colonies of this species can be found where the outlets of stormwater pipes<br />
discharge into streams. This is an intelligent, highly active and common species that lives in<br />
small social groups at preferred sites. Adult males can engage in aggressive fights will each<br />
other, and on occasions will emit a high pitched squeak when fighting or when handled. The<br />
Eastern Water Skink is a viviparous species, with sexual maturity in females being reached at<br />
about 85-90 mm SVL, and age 3-4 in southern populations, but at year 2 in populations from<br />
North Queensland. Mating occurs in Spring and the young are born several weeks later in<br />
January-February (late Summer) in the southern part of its range. However specimens in the<br />
tropical part of its range in north Queensland, give birth during the Wet Season in December.<br />
Up to 10 live young (usually about 4-7) have been reported in a brood, but 3-4 is more usual<br />
in average-sized adults, and around 5-7 for larger females. However, although larger females<br />
across the species’ range generally tend to have larger litters, North Queensland populations<br />
have a higher number of smaller offspring in a brood than do the southern populations, which<br />
tend to have a smaller number of larger offspring. In diet, the Eastern Water Skink is generally<br />
an opportunistic omnivore, although it feeds mainly on small invertebrates which are actively<br />
hunted both on land and in water, On occasions small fruiting bodies of some plants are<br />
eaten, and even small vertebrates - mainly lizards, but also frogs (tadpoles and<br />
metamorphlings) are hunted as well, and large specimens have been known to eat small<br />
mammals (baby mice) in captivity. Known predators are mainly snakes such as Pseudechis<br />
porphyriacus, Notechis scutatus, Pseudonaja textilis, Cryptophis nigrescens and in coastal<br />
areas of eastern NSW - Acanthophis antarcticus. It is believed that several species of birds<br />
also prey on this species. Eastern Water Skinks are known to harbor a range of<br />
endoparasites, specifically pleurocercoids of skin worms, as well as other cestodes and<br />
15
Australian Biodiversity Record, 2009 (3): 1-96<br />
nematodes. It is known that acanthocephalans are more prevalent in mature water skinks<br />
than juveniles.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Protected under the Victorian Wildlife Act<br />
(1975) but not listed in Schedule 2 of the Victorian Flora and Fauna Guarantee Act (1988) [or<br />
the Threatened Fauna Act (1995)]. Also protected under the Qld Nature Conservation Act<br />
(1992) [see also the Qld Nature Conservation (Wildlife) Regulation Act (1994)], the ACT<br />
Nature Conservation Act (1980) and the SA National Parks and Wildlife Act (1972). Regarded<br />
by some as a species of 'Lower Risk - Near Threatened' in Victoria, but usually common<br />
elsewhere.<br />
Etymology: The name 'quoyii' honours the French naturalist Jean René Constant Quoy [Born<br />
10 November, 1790-died 4 July, 1869] who served as naturalist aboard La Coquille under<br />
Louis Isidore Duperrey during its circumnavigation of the globe (1822-1825), and the<br />
Astrolabe (1826-1829) under the command of Jules Dumont d'Urville.<br />
Eulamprus tympanum (Lonnberg and Andersson, 1913)<br />
Lygosoma tympanum Lönnberg, E. and Andersson, L.G. (1913). Results of Dr. E. Mjöberg's<br />
Swedish Scientific Expeditions to Australia 1910-1913. III. Reptiles. K. Sven. Vetensk.-Akad.<br />
Handl. 52(3): 1-173 [9]. Type data: Holotype NHRM 3094. Type Locality: '… said to have<br />
been collected in the neighbourhood of Melbourne ', Victoria.<br />
Sphenomorphus quoyii tympanum Loveridge, 1934 - Aust. Rept. Mus. Comp. Zool.,<br />
Cambridge [p. 350].<br />
Sphenomorphus tympanus Mittleman, 1952 - Generic Synop.Lygosominae [p. 31]<br />
Sphenomorphus tympanum (part) Worrell, 1963 - Rept. Austr. [p. 53]<br />
Sphenomorphus tympanum Cool Temperate Form Rawlinson, 1969 - Rept. East Gippsland.<br />
Proc. Roy. Soc. Vict., 82: 113-128 [p. 119]<br />
Sphenomorphus tympanum Cool Temperate Form Jenkins and Bartell, 1980 - Rept. Austr.<br />
High Country [Pp. 187-188]<br />
Sphenomorphus tympanum Cogger, Cameron and Cogger, 1983 - Zool. Cat. Austr. 1. Amph.<br />
Rept.<br />
Eulamprus tympanum Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 94].<br />
Eulamprus tympanum Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [March 1985 on title page, but not published until September, 1985].<br />
Eulamprus tympanum Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 250]<br />
Eulamprus tympanum Griffiths, 1996 - Australia's Reptiles and Frogs [p. 48]<br />
Eulamprus tympanum Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 489]<br />
Eulamprus tympanum tympanum Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 222-223]<br />
Eulamprus tympanum Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 154]<br />
Eulamprus tympanum Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 238-239]<br />
Description: This is another common lizard of streams and forests in the cooler more elevated<br />
areas of Australia’s south-east. It is a medium-sized skink, with a distinctly broader head than<br />
other members of the genus Eulamprus, and a moderately long fragile tail that is slightly less<br />
compressed distally than in other Eulamprus. The base body colour may be bronze, copperybrown,<br />
or olive-brown dorsally. The dorsum is usually plain or immaculate - generally lacking<br />
black markings or blotches, although in some areas, some specimens may be heavily<br />
speckled, or flecked with black, the black scales being more-or-less longitudinally-aligned.<br />
The top of the head has variable black markings on a bronze-green or dark coppery brown<br />
base - particularly over the supraoculars, but these black markings are usually far less intense<br />
than in Eulamprus heatwolei. There is no trace of the pale dorsolateral line of its congenors,<br />
however, there is usually a short thin pale creamish streak that runs from just above and<br />
behind the eye, along the nape, to just above the forelimb; in some specimens it is so thin or<br />
obscure as to be barely noticeable. There is a broad dark upper lateral zone that extends<br />
from behind the eye and along the body to the groin. This zone is usually black and contains<br />
scattered pale yellow or creamish speckles or spots that may have an irregular vertical<br />
alignment to them; the pale spotting becomes denser on the lower flanks. In some specimens<br />
the lower lateral zone is creamish or whitish often with a greenish suffusion, and with dense<br />
16
Australian Biodiversity Record, 2009 (3): 1-96<br />
black flecking which may be transversely-aligned. The upper parts of the limbs are the same<br />
colour as the dorsum, but with black flecks and a reticulated pattern of small blotches, and the<br />
original tail can be heavily speckled with black laterally, but less so dorsally; regenerated tails<br />
are plain brown. The sides of the head can be almost totally black, or the same brown as the<br />
dorsum with a pattern of dense black blotching. There is usually a white stripe that runs over<br />
the infralabials and under the ear opening to about the forelimb, and a pale streak or a line of<br />
pale spots that runs from behind the eye to above the ear. Ventrally, immaculate whitish to<br />
creamish, or pale lemon yellow, occasionally with lines of fine dark flecking or smudging; the<br />
throat is usually immaculate creamish-white, or finely spotted with black or with a greyish<br />
suffusion, but occasionally marked with wide black streaks on grey; the chin shields are white,<br />
and are usually edged with black. Some significant features of this species morphology are:<br />
body scales smooth in adults and sub adults, but keeled in neonates, 34-44 at mid-body;<br />
head shields regular, not fragmented; paravertebral scales 68-89, about the same size as, or<br />
only slightly broader than adjacent dorsals; parietals in contact behind the interparietal;<br />
prefrontals usually in point contact, but sometimes barely separated; interparietal elongate,<br />
about twice as long as wide, and usually not separating parietals; mature specimens have the<br />
upper secondary temporals separated across the nape by four or five variable, obliquely<br />
aligned scales which contact the posterior margins of the parietals (usually comprised of 1-3<br />
nuchals, plus the upper secondary temporals); supraoculars 4; supranasals absent; nasals<br />
separated; supralabials 6-9 (usually 7), with the 4 th , 5 th , or 6 th subocular; infralabials 6-9<br />
(usually 7), with postmental in contact with first two infralabials on each side; lower eyelid<br />
movable and scaly; supraciliaries 8-10; ear-opening present and conspicuous (larger than<br />
nasal scale); no anterior ear lobules; well-developed pentadactyl limbs that overlap when<br />
adpressed; hind limbs much longer than forelimbs; 4th toe much longer than the 3rd; base of<br />
4th toe broad, and most lamellae with a median groove, and mostly divided; 18-29 subdigital<br />
lamellae beneath 4th toe. Premaxillary teeth 8-9 (usually 8). Attains a maximum total length of<br />
around 240 mm. and a snout-vent length of about 90 mm. Although not reaching the larger<br />
overall length of Eulamprus heatwolei, E. tympanum tends to be a heavier and more robust<br />
species. Variation in morphology suggests that this species may be composite. Specimens<br />
from the isolated population in the Otway Ranges, Victoria differ from topotypic E. tympanum<br />
in having distinctly larger body scales, longer tails, black throats and a bright yellow ventral<br />
surface with intense black lines and this could indicate that this population may warrant<br />
separate taxonomic recognition.<br />
Distribution: As presently defined, occurs as a number of isolated populations across southeastern<br />
Australia, ranging from the Blue Mountains on the Great Dividing Range of mideastern<br />
New South Wales, through the southern tablelands (including parts of the Australian<br />
Capital Territory), and into north-eastern and southern Victoria and south-eastern South<br />
Australia. It also occurs on a number of Victorian islands, including the Seal Island Group,<br />
and Glennie Island.<br />
Habitat: Inhabits cool temperate montane woodland and sclerophyll forest with a dense<br />
ground cover of tussock grass and heath, up to the alpine zone. Usually found in association<br />
with rock outcroppings and fallen timber along heavily shaded permanent but small<br />
freshwater streams, and throughout sclerophyll forests and woodlands in situations well away<br />
from any water courses.<br />
Biology/Ecology: An abundant, diurnal, terrestrial and semi-aquatic species that lives both<br />
along the permanent watercourses in alpine or cool temperate areas, as well as in heavily<br />
forested mountain ranges. This species is heliothermic, and has widely variable activity period<br />
during the year depending upon the latitude and altitude of the populations. At their higher<br />
altitudes (around 1000 to 1500 metres) such as in the Snowy Mountains and the Blue<br />
Mountains, this species may be only active for about 6 months of the year, while in the lower<br />
altitudes of coastal Victoria (around 500 m.), activity periods lasting around 9 months are<br />
more usual. Interestingly, females at higher elevations tend to reach a larger size, despite the<br />
limited seasons for activity. This species may also be found in areas distant from obvious<br />
water regardless of altitude, but usually the habitat has moist microhabitat refuges such as<br />
rocky ridges or outcrops, or the area is shady, well-vegetated and damp. This species<br />
generally prefers less exposed, more sheltered and noticeably cooler positions along<br />
streams. Females are more often detected fairly close to shelter or basking sites like logs or<br />
rock piles, while males tend to range more widely through the habitat being observed actively<br />
foraging amongst patchy vegetation some metres from retreat sites. Pregnant females<br />
generally allow a closer approach by a potential predator than males, and this is probably<br />
17
Australian Biodiversity Record, 2009 (3): 1-96<br />
because of the close proximity to a retreat site. Males and non-gravid females however are<br />
far more wary, generally fleeing upon even the slightest disturbance. A critical flight distance<br />
of around 1.5 to 3 metres is usually the case (the distance the lizard will allow a potential<br />
predator to approach before fleeing), however 5 to 10 metres is more the case. This is<br />
probably why males are usually under-represented in surveys of this and other Eulamprus or<br />
Costinisauria studies - they are long gone before most ecologists check suitable sites ! Males<br />
are also territorial and will actively pursue and fight with other intruding males. Juveniles tend<br />
to be very wary of adults indicating that some predation may occur - at least unintentionally on<br />
juveniles. When disturbed by a potential predator, juveniles will also raise slowly their tail, or<br />
when pressed, in a slow rhythmic waving or wriggle - even as they are running to shelter, and<br />
this distractive behaviour is doubtless a strategy to divert the attention of an attack to the most<br />
expendable part of the lizard. Tail autotomy in the species is fairly common in adults as well,<br />
and it is apparent that this species and presumably other Eulamprus invest a considerable<br />
amount of energy in the tail as a fat store to allow for protracted periods of inactivity during the<br />
colder months. While the loss of part of the tail by dismemberment would have longer term<br />
survival risks, say during droughts or long periods of winter inactivity, most tail loss is confined<br />
to the distal two-thirds, where only about 25% of the fat store occurs; the basal third of the tail<br />
contains about 75% of the fat reserves, and this part is rarely subjected to autotomy. Basking<br />
sites are often logs or rocks, under which they retreat when disturbed; other shelter sites<br />
utilised are hollow logs, and rock crevices. Overwintering sites are usually under large rocks<br />
or inside rotting logs, where several individuals may aggregate for the winter. While most will<br />
seek immediate shelter upon disturbance if it is in close proximity, the usual reaction is to run<br />
several metres over land to cover of some sort. Both adults and juveniles will enter water to<br />
escape, but juveniles do so reluctantly. Adults will dive under and remain submerged for a few<br />
minutes, or swim vigorously to a protruding rock or log in the creek where they will resume<br />
basking if safe to do so. A viviparous species, with mating occurring in early or late Spring<br />
depending on location, and gestation taking around three months. Up to 8 live young are<br />
produced in a brood (usually 3-4) from mid-summer to around the end of summer (January-<br />
February). The development of the young is significantly affected by the gestational<br />
temperatures. When basking females are exposed to excessively high basking temperatures,<br />
more males are produced in the litter than females (at 32C 100% of the litter will be male).<br />
Believed to live in excess of 10 years. It feeds mainly on a wide range of small invertebrates,<br />
but will also eat small lizards, tadpoles and metamorphling frogs, as well as a small amount of<br />
plant matter. Known predators are Copperheads (Austrelaps superbus), Kookaburras, feral<br />
cats and trout.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Also protected under the SA National Parks<br />
and Wildlife Act (1972), the ACT Nature Conservation Act (1980) and the Victorian Wildlife<br />
Act (1975) [but not listed in Schedule 2 of the Victorian Flora and Fauna Guarantee Act<br />
(1988) [or the Threatened Fauna Act (1995)]]. Regarded as common.<br />
Etymology: The name 'tympanum' refers to the large exposed ear opening of the species.<br />
Costinisauria Wells and Wellington, 1985<br />
Costinisauria Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. - Aust. J. Herp. Suppl.<br />
Ser. 1: 1-61 [p.26]. Type Species: Lygosoma (Hinulia) quoyi kosciuskoi Kinghorn, 1932 by<br />
original designation.<br />
Diagnosis: As presently defined, a genus of moderate-sized Australian Scincid lizards, most<br />
closely related to the genus Eulamprus, and readily separated from this genus, all other<br />
genera by the following combination of characters: head shape blunt and deep, and distinctly<br />
rounded in profile (vs head shape deep with distinctly pointed snout in profile in Eulamprus);<br />
body scales smooth in 28-40 rows at mid-body; paravertebrals 53-65; parietals mostly in<br />
contact (but not in contact behind the interparietal in the case of C. leuraensis); interparietal<br />
elongate; nasals separated; frontonasal in contact with rostral; prefrontals not in contact, or<br />
contacting; frontal and frontoparietals separated by a small postfrontal; frontal elongate and in<br />
contact with first 3 supraoculars; supraoculars 4 (2nd the largest); frontoparietals divided and<br />
in contact with 3rd and 4th supraoculars; supranasals absent; supralabials 7; infralabials 6-8;<br />
lower eyelid movable and scaly; supraciliaries 7-9; mature specimens of the included species<br />
have only two or three much enlarged scales contacting the posterior margin of the parietals,<br />
18
Australian Biodiversity Record, 2009 (3): 1-96<br />
resulting from a transversely enlarged nuchal and one or two large scales between the nuchal<br />
and the upper temporal (vs the genus Eulamprus, where mature specimens have the upper<br />
secondary temporals separated across the nape by four or five variable, obliquely aligned<br />
scales which contact the posterior margins of the parietals); ear-opening present and<br />
conspicuous (larger than nasal scale); no anterior ear lobules; postmental contacts first two<br />
infralabials on each side (vs postmental contacts only first infralabial on each side in Karma<br />
gen. nov.); 3 rd pair of chin shields fragmented and separated by 5 rows of smaller scales (vs<br />
3 rd pair of enlarged chin shields separated by 3 rows of smaller scales in Concinnia); preanal<br />
scales enlarged; relatively small pentadactyl limbs that slightly overlap when adpressed (vs<br />
well-developed, and strongly overlapping limbs in Eulamprus); hind limbs only slightly longer<br />
than forelimbs (vs hind limbs much longer than forelimbs in Eulamprus); 4th toe much longer<br />
than the 3rd; base of 4th toe broad, with most lamellae divided and moderately grooved (vs<br />
subdigital lamellae smooth in Concinnia and Karma gen. nov.); 20-24 subdigital lamellae<br />
beneath 4th toe. Moderate-sized species attaining a maximum total length of around 140-<br />
180mm. and a snout-vent length of about 60-80mm. All species possess, in varying degrees,<br />
a prominent black vertebral stripe and thin dark-edged laterodorsal stripes, pattern features<br />
which are entirely absent in the genus Eulamprus. Viviparous.<br />
Etymology: ‘Costinisauria’ recalls the Australian ecologist, Dr Alec Baillie Costin, born 30<br />
September 1925 at Sydney, New South Wales, Australia - a world renowned authority on<br />
alpine ecosystems.<br />
Content: Costinisauria couperi sp. nov.; Costinisauria kosciuskoi (Kinghorn, 1932);<br />
Costinisauria leuraensis (Wells and Wellington, 1984); and Costinisauria worrelli Wells and<br />
Wellington, 1985.<br />
Costinisauria couperi sp. nov.<br />
Type Data: Holotype: Australian Museum R96836 from Waratah Swamp, Gibraltar Range<br />
National Park, New South Wales (Latitude 29 30’ S., X Longitude 152 19’ E.). Paratype:<br />
Australian Museum R96837 - same data as Holotype.<br />
Diagnosis: A moderate-sized lizard of the Family Scincidae from eastern Australia, part of the<br />
Costinisauria kosciuskoi complex and readily separated by the following combination of<br />
characters: dorsal body scales smooth, 32-38 at mid-body (counted longitudinally between<br />
axilla and groin) (in C. worrelli there are slightly more dorsal body scales - range 35-40, in C.<br />
kosciuskoi there are less - range 31-37, and in C. leuraensis the dorsal scales are the lowest<br />
in number of all Costinisauria species at 28-32); paravertebrals 58-70 (in C. worrelli there are<br />
slightly more paravertebral scales - range 61-72, in C. kosciuskoi and C. leuraensis there are<br />
less paravertebrals - range 51-63); parietals always in contact behind interparietal (in C.<br />
leuraensis the parietals are always separated, in C. worrelli the parietals are separated in<br />
about 50% of specimens, and in C. kosciuskoi the parietals are separated in about 60% of<br />
specimens); interparietal elongate; frontonasal in contact with rostral; prefrontals not in<br />
contact; frontal elongate and in contact with first 3 supraoculars; supraoculars 4 (2nd the<br />
largest); frontoparietals divided and in contact with 3rd and 4th supraoculars; supranasals<br />
absent; nasals separated; supralabials 7; infralabials 6; lower eyelid movable and scaly;<br />
supraciliaries 7; ear-opening present and conspicuous (larger than nasal scale); no anterior<br />
ear lobules; postmental contacts first two infralabials on each side; preanal scales enlarged;<br />
well-developed pentadactyl limbs that overlap slightly when adpressed; hind limbs slightly<br />
longer than forelimbs; 4th toe much longer than the 3rd; base of 4th toe broad, with most<br />
lamellae divided; 20-26 subdigital lamellae beneath 4th toe (similar to the condition in C.<br />
leuraensis, C. worrelli and C. kosciuskoi. Usually slightly larger in length on average than<br />
other Costinisauria species, but attains a similar maximum snout-vent length of about 80 mm.<br />
Distribution: Confined to several isolated areas of swampland on the New England Plateau of<br />
eastern New South Wales and adjacent areas around Stanthorpe in southern Queensland.<br />
Habitat: Inhabits dense sedge swamps associated with the verges of small water courses in<br />
montane open heath and woodland. Most retreat sites comprise rotting logs on the ground,<br />
which are also used as basking sites.<br />
Biology/Ecology: A viviparous species that feeds on a range of invertebrates and occasionally<br />
on smaller skinks.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Protected under the Qld Nature Conservation<br />
19
Australian Biodiversity Record, 2009 (3): 1-96<br />
Act (1992) [see also the Qld Nature Conservation (Wildlife) Regulation Act (1994)] [see also<br />
the Nature Conservation (Wildlife) Regulation Act (1994)]. Regarded as common, but<br />
populations are all isolated. Status unknown, but this species may be considered as<br />
potentially vulnerable at some locations due to its limited and fragmented or disjunct<br />
distribution as well as its specialised habitat requirements. Sites where this species has been<br />
detected are naturally isolated from one another by expansive areas of habitat regarded as<br />
unsuitable. This intervening habitat is usually drier woodland or cleared agricultural land. Most<br />
intervening woodland habitat is utilised by Eulamprus (cf) heatwolei - which tends to be not<br />
present in the boggy soaks preferred by C. couperi. Damage or alteration to the hydrology<br />
and ground vegetation of these small fragile wetlands and their environs could have serious<br />
consequences for the survival of this species. However, it is regarded as being relatively<br />
common within undisturbed areas of habitat. Areas of habitat that are subject to disturbance<br />
by cattle and sheep grazing, or clearing are likely incompatible with this species’<br />
requirements.<br />
Etymology: Named for Patrick Couper of the Queensland Museum in recognition of his<br />
contributions to Australian herpetology.<br />
Costinisauria kosciuskoi (Kinghorn, 1932)<br />
Lygosoma (Hinulia) quoyi kosciuskoi Kinghorn, 1932 - Rec. Aust. Mus. 18: 355-363 [p.359].<br />
Type data: Holotype AM R4654. Type locality: Mt Kosciusko, 5,500 ft, New South Wales.<br />
Sphenomorphus quoyii tympanum (part) Loveridge, 1934- Aust. Rept. Mus. Comp. Zool.,<br />
Cambridge [p. 350].<br />
Sphenomorphus kosciuskoi Mittleman, 1952 - Generic Synop.Lygosominae [p. 26]<br />
Sphenomorphus kosciuskoi Jenkins and Bartell, 1980 - Rept. Austr. High Country [Pp. 184-<br />
186]<br />
Sphenomorphus kosciuskoi Cogger, Cameron and Cogger, 1983 - Zool. Cat. Austr. 1. Amph.<br />
Rept.<br />
Eulamprus kosciuskoi Wells and Wellington, 1984 - Synop. Class Rept. Austr., Aust. J. Herp.<br />
1(3-4): 73-129 [1983 on title page, published March, 1984].<br />
Costinisauria kosciuskoi Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [March 1985 on title page, but not published until September, 1985]<br />
Sphenomorphus kosciuskoi Shea and Peterson, 1985 - Proc. Linn. Soc. NSW, 108 (2): 141-<br />
148 [dated 1984, but not published until November, 1985]<br />
Eulamprus kosciuscoi Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 248]<br />
Eulamprus kosciuskoi Cogger, 2000 - Reptiles and Amphibians of Australia [p. 485]<br />
Eulamprus kosciuskoi Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p.<br />
218]<br />
Eulamprus kosciuskoi Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 147]<br />
Eulamprus kosciuskoi Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 234]<br />
Eulamprus koscuiskoi [errore typographicus] Wilson and Swan, 2009 - What Lizard is That?<br />
[p. 35]<br />
Description: A common skink of the wetter alpine meadows and bogs, this species has<br />
medium-sized robust body, and a moderately long fragile tail that is round in section. The<br />
base body colour is olive-brown or greenish-brown dorsally. There is a thin black vertebral<br />
stripe from the nape to the hips, a black laterodorsal stripe, and a creamish, yellowish or pale<br />
brownish dorsolateral stripe that runs from the neck and along the body to the hips; although<br />
in some specimens the dorsal stripes may not quite reach the hips. The upper lateral zone of<br />
the body is usually black and contains scattered pale creamish or yellowish speckles or spots<br />
that may have an irregular vertical and longitudinal alignment to them. The lower lateral zone<br />
is olive-grey with a more greenish tinge, or creamish or even creamish-yellow occasionally<br />
with black scales aligned to form short vertical barring or mottling. The upper parts of the<br />
limbs are the same colour as the dorsum, but with black flecks and small blotches, and the<br />
sides of the original tail are heavily speckled with black; regenerated tails are plain brown.<br />
The sides of the head are olive-brown, with black flecking, with the anterior supralabials,<br />
infralabials and snout tending to be somewhat paler. Ventrally, the lower flanks are creamishwhite<br />
to pale greenish-yellow, extending over the venter and with some scales finely flecked<br />
with black. Some significant features of this species morphology are: body scales smooth, 30-<br />
35 counted longitudinally at mid-body; paravertebrals 51-63; parietals usually separated (but<br />
20
Australian Biodiversity Record, 2009 (3): 1-96<br />
in contact behind interparietal in about 40% of specimens); interparietal elongate, about twice<br />
as long as wide; nasals separated (frontonasal in contact with rostral); prefrontals usually not<br />
in contact; supraoculars 4 (2nd the largest); frontal elongate and in contact with first 3<br />
supraoculars; frontoparietals divided and in contact with 3rd and 4th supraoculars;<br />
supranasals absent; mature specimens have only two or three much enlarged scales<br />
contacting the posterior margin of the parietals, resulting from a transversely enlarged nuchal<br />
and one or two large scales between the nuchal and the upper temporal; supralabials 6-7<br />
(usually 7); infralabials 7-8 (usually 7); postmental contacts first two infralabials on each side;<br />
lower eyelid movable and scaly; supraciliaries 7-9; ear-opening present and conspicuous<br />
(larger than nasal scale); no anterior ear lobules; preanal scales enlarged; well-developed<br />
pentadactyl limbs that overlap slightly when adpressed; hind limbs slightly longer than<br />
forelimbs; 4th toe much longer than the 3rd; base of 4th toe broad, with most lamellae with a<br />
median groove, and divided basally; 18-26 (average 22) subdigital lamellae beneath 4th toe.<br />
Premaxillary teeth 8-9. Attains a maximum total length of around 150 mm. and a snout-vent<br />
length of about 80 mm (SVL range 54-81mm). Variation in this species morphology suggests<br />
that this species may be composite, with a possible taxonomically distinct population in the<br />
Brindabella Range, near Canberra. The population from Barrington Tops in NSW that is<br />
usually treated as kosciuskoi, has been previously described as a distinct species - see<br />
Costinisauria worrelli Wells and Wellington, 1985 and has been clearly shown to be<br />
morphologically distinct from topotypic kosciuskoi subsequently by the data provided by Shea<br />
and Peterson (1985). The New England Plateau population has been formally described in<br />
this paper as a new species (see Costinisauria couperi sp. nov.).<br />
Distribution: As presently defined, Costinisauria kosciuskoi is confined to the Snowy<br />
Mountains and associated ranges of southern New South Wales (including the Brindabella<br />
Ranges of the Australian Capital Territory), and just into northern Victoria.<br />
Habitat: Inhabits a range of alpine, sub-alpine or montane bogs and streams in tussock grass<br />
meadows and snow gum woodland, even beyond the tree-line at some sites. Although many<br />
sites where this species occurs are waterlogged treeless meadows or valleys at around<br />
1500m, the habitat occupied by this species can become rather dry during summer, at which<br />
time the species is most active fairly close to moister microhabitats. The habitat of this<br />
species is usually subjected to heavy snow cover for several months of the year, during which<br />
time the lizards remain in hibernation in earth burrows beneath logs and rocks. Most sites<br />
where this species occurs in Victoria are over 1200 metres above sea-level, but NSW it<br />
occurs in some locations in the Snowy Mountains that are nearly 2000 m. above sea level.<br />
Biology/Ecology: A diurnal and essentially terrestrial species usually found in damp but open<br />
situations fairly close to streams or moist sphagnum areas, either sheltering beneath logs and<br />
rocks or active amongst thick ground vegetation. It uses dead timber on the ground as<br />
basking sites, and will retreat into water to evade predators, or hide beneath vegetation or<br />
logs. Most shelter sites where this species has been detected are the remains of small dead<br />
trees laying on soil or rotting logs, although small rocks are also utilised. Adults excavate<br />
short burrows under deep sphagnum moss or beneath logs or rocks that are partly embedded<br />
in the soil. Here they hibernate for sometimes 6 to 8 months of the year buried by metres of<br />
snow. Adult males are highly territorial and readily defend favoured basking sites against rival<br />
males. A viviparous species, mating occurs around October (late Spring) and from 1 to 6<br />
relatively large, live young are produced in a brood during late summer (although 3 is more<br />
usual). It feeds mainly on small invertebrates such as spiders, beetles and grasshoppers, but<br />
will also eat small lizards as well, and has been recorded feeding on tiny fruiting bodies of<br />
herbaceous ground vegetation.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Protected under the ACT Nature Conservation<br />
Act (1980), the Victorian Wildlife Act (1975) and listed as threatened in Schedule 2 of the<br />
Victorian Flora and Fauna Guarantee Act (1988) [see also the Threatened Fauna Act (1995)].<br />
Regarded by some herpetologists as critically endangered in Victoria. Status unknown, but<br />
this species may be considered as potentially vulnerable due to its limited and fragmented or<br />
disjunct distribution as well as its specialised habitat requirements. Many sites where this<br />
species has been detected are naturally isolated from one another by expansive areas of<br />
habitat regarded as unsuitable for kosciuskoi. This intervening habitat is usually drier heath<br />
and woodland that is utilised by Eulamprus tympanum - which tends to be only marginally<br />
present in the boggy soaks preferred by kosciuskoi. Damage or alteration to the hydrology<br />
21
Australian Biodiversity Record, 2009 (3): 1-96<br />
and ground vegetation of these small fragile sphagnum bogs and their environs could have<br />
serious consequences for the survival of this species. However, it is regarded as being<br />
relatively common within undisturbed areas of habitat. Areas of habitat that are subject to<br />
disturbance by cattle and horse grazing, fire or recreational activities such trampling by skiing<br />
activities, or development activities such as roading, building, clearing are likely incompatible<br />
with this species’ long-term survival needs.<br />
Etymology: The name 'kosciuskoi' recalls the Type Locality of Mt Kosciusko, NSW.<br />
Note: The population from the New England region in NSW and southern Queensland<br />
previously regarded as conspecific with Costinisauria kosciuskoi is herein considered to be<br />
taxonomically distinct (see Costinisauria couperi sp. nov. this paper).<br />
Costinisauria leuraensis (Wells and Wellington, 1984)<br />
Eulamprus leuraensis Wells and Wellington, 1984 - Synop. Class Rept. Aust. Aust. J. Herp.<br />
1(3-4): 73-129 [93] [1983 on title page, published March, 1984]. Type data: Holotype AM<br />
R111988 (previously AMF28559). Type Locality: Leura, NSW [33º43'S 150º20'E].<br />
Costinisauria leuraensis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p.27] [March 1985 on title page, but not published until September,<br />
1985]<br />
Sphenomorphus leuraensis Shea and Peterson, 1985 - Proc. Linn. Soc. NSW, 108 (2): 141-<br />
148 [dated 1984, but not published until November, 1985]<br />
Eulamprus leuraensis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 249]<br />
Costinisauria leuraensis Le Breton, 1990 - Australian Herpetologist, No 536: 1-3<br />
Costinisauria leuraensis Le Breton, 1992 - Sydney Basin Naturalist, 1: 101-103<br />
Eulamprus leuraensis Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 484-485]<br />
Eulamprus leuraensis Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p.<br />
218-219]<br />
Eulamprus leuraensis Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 148]<br />
Eulamprus leuraensis Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 234-235]<br />
Description: This is a medium-sized skink, with a moderately long fragile tail that is round in<br />
section. The base body colour is black dorsally, except that the head is dark brown with black<br />
variegations. The pattern on the back comprises a pair of narrow golden yellow paravertebral<br />
stripes or lines resulting in a prominent broad black vertebral stripe between them, and a thin<br />
golden yellow dorsolateral stripe on each side that extends from the neck, along the body to<br />
above the hind limbs. The pale dorsal stripes may be complete (usually) or broken, but<br />
always continue onto the basal part of the tail as irregular rows of paler spots. There are a few<br />
scattered paler scales over the back also in most specimens. Occasionally, heavily melanistic<br />
individuals are observed where the dorsal stripes are less distinct, however, the basic pattern<br />
is still apparent. The upper lateral zone is black with numerous yellowish spots or blotches<br />
that occasionally may merge to form small streaks. The spotting below the dorsolateral stripe<br />
is more-or-less in a longitudinal row and actually represents a fragmentation of a yellowish<br />
templar stripe. This line extends from just behind the eye, over the ear to just above the<br />
forelimbs where it fragments into the upper lateral row of spots. The lower lateral zone of the<br />
body is mottled with blackish and yellowish and this gradually merges with the upper lateral<br />
spotting at about the mid-lateral line. Overall, this gives the side of the body an appearance<br />
of fine yellow spotting on a black base. The upper parts of the limbs are black and are<br />
speckled with golden yellow or brownish, and the original tail is black and heavily speckled<br />
with yellow; regenerated tails are dark brown to black. The upper lateral of the head is the<br />
same as the top of the head - brownish (on the canthal to upper temporal region) with a<br />
pattern of dense black variegations. The supralabials are blackish with a pale yellow upper<br />
area which is approximately continuous with the yellowish templar stripe. The infralabials are<br />
greenish-white, changing posteriorly to a pale yellowish streak that continues irregularly<br />
posteriorly below the ear then along the lower part of the neck to the forelimb. Ventrally,<br />
museum specimens are greenish-white or pale yellow with dark brown speckling or flecks<br />
more or less aligned longitudinally; most specimens I have seen though are bright yellow<br />
ventrally with fine black flecking in life. Some significant features of this species morphology<br />
are: body scales smooth, 28-32 at mid-body (counted longitudinally between axilla and groin);<br />
paravertebrals 53; parietals entire (lacking fragmentation) and completely separated<br />
posteriorly by a narrow interparietal; prefrontals usually in broad contact; frontal small,<br />
22
Australian Biodiversity Record, 2009 (3): 1-96<br />
elongate and widest anteriorly; frontal and paired frontoparietals separated by a small<br />
postfrontal; nuchals present and transversely enlarged; supraoculars 4, with 2 nd the largest<br />
and anterior 3 in contact with frontal; supranasals absent; nasals entire and separated by<br />
rostral and frontonasal contact; postnasals absent; supralabials 7; infralabials usually 8 (7-9);<br />
loreals 3; presuboculars 3; postsuboculars 4-6; lower eyelid movable and scaly; supraciliaries<br />
usually 10; primary temporal single; secondary temporals 2 (upper single and contacting<br />
parietal); ear-opening present and conspicuous (larger than nasal scale); no anterior ear<br />
lobules; first pair of chin shields in broad contact; single postmental contacts first two<br />
infralabials on each side; medial preanal scales enlarged; subcaudals 83-89; well-developed<br />
pentadactyl limbs that overlap slightly when adpressed; hind limbs much longer than<br />
forelimbs; 4th toe much longer than the 3rd; base of 4th toe broad, with most lamellae divided<br />
basally, but entire and deeply grooved distally; 20-26 subdigital lamellae beneath 4th toe.<br />
There are 26 presacral vertebrae, 45-49 postsacral vertebrae, 8 premaxillary teeth, and the<br />
peritoneum is black (Shea and Peterson, 1985). Attains a maximum total length of around<br />
180 mm. and a maximum snout-vent length of about 80 mm (range 48 to 80 mm). Mature<br />
males usually have heads that are broader and deeper than those of similar sized females,<br />
although there appears to be no significant difference between the sexes in other characters.<br />
Distribution: Confined to a few scattered areas of hanging swampland on sandstone between<br />
Wentworth Falls and Newnes Plateau on the upper Blue Mountains Plateau, in the Sydney<br />
Geological Basin of eastern New South Wales. There have been reports of this species<br />
apparently persisting as small isolated populations at high elevations near Kanangra Boyd<br />
Plateau, and at much lower sites at Lawson, Bilpin and even down as far down as the<br />
Maddens Plains swamp near Helensburgh, NSW. I have inspected these areas, and although<br />
the species was not detected, the habitats are suspiciously similar to those occupied by<br />
leuraensis elsewhere, so field work in late Spring at these sites might reveal this species or a<br />
related species.<br />
Habitat: Inhabits dense sandstone heath and sedge swamps ('hanging swamps') along the<br />
verges of small upper tributaries of the Grose River (Blue Mountain Plateau) and Colo River<br />
(Newnes Plateau), as well as some upland streams that form part of the upper Warragamba<br />
catchment.<br />
Biology/Ecology: This species is poorly known ecologically and biologically. It is known to be<br />
viviparous, with mating occurring in late Spring - around October-November - and up to 3 live<br />
young being produced in a brood during late summer. It feeds mainly on small invertebrates<br />
such as spiders, beetles and cockroaches. This is also a secretive and diurnal species that<br />
forages in very sheltered positions in dense low vegetation over boggy ground. It basks on<br />
top of sedges and dense tussock grass during cloudy, humid conditions and will quickly dive<br />
under vegetative cover at the slightest disturbance, or into holes in the damp mud underneath<br />
the grasses. Specimens have also been seen to retreat into small yabbie burrows when<br />
approached. Most sites that are occupied by this species appear to be in a particular state of<br />
regeneration following fire (i.e. water-logged ground, abundant sedges and heath less than<br />
1.5 metres high and no large trees). Areas of swampy habitat that have not been burnt for<br />
many years tend to change to much drier soil conditions as larger plants occupy the area. In<br />
such places, as regeneration increases, the sedges well-away from the streams are replaced<br />
by heath and taller shrubs, then trees, resulting in the sedge component of the habitat being<br />
eventually fragmented to patches and finally confined to the extreme edges of streams. By<br />
the time the shrub layers are over 2 metres high and tree cover has started to become<br />
established previously suitable swampy areas appear to be far less suitable for this species,<br />
in effect becoming more suitable for Eulamprus heatwolei. It is possible that C. leuraensis<br />
then becomes restricted to the stream verges, where not only is the sedge habitat far smaller<br />
and therefore less likely to support a large population, but where competition from Eulamprus<br />
heatwolei becomes more pronounced. When these two species are forced into direct<br />
coexistence, it appears that C. leuraensis declines markedly. This could indicate that periodic<br />
controlled burning of this species habitat may be necessary for its continued survival. At one<br />
site in the Blue Mountains (Wentworth Falls Lake) C. leuraensis was a very common species<br />
for many years in the marshy soaks that surrounded a small stream that flowed into this<br />
artificial lake. However, it eventually became less common here following massive siltation of<br />
the swamp by sand that occurred following land-clearing for urban development on nearby<br />
ridges in the late 1970s.<br />
Survival Status: Federally, this taxon is classified as Schedule 1 (part 1) (Endangered) in the<br />
Australian Endangered Species Protection Act (1992). Protected under the New South Wales<br />
23
Australian Biodiversity Record, 2009 (3): 1-96<br />
National Parks and Wildlife Act (1974) and listed in that State as a Threatened Species<br />
(Endangered) in Schedule 1 (part 1) of the NSW Threatened Species Conservation Act<br />
(1995). Status unknown, but this species must be considered as endangered due to its limited<br />
distribution and specialised habitat requirements.<br />
Etymology: The name 'leuraensis' refers to the Type Locality of Leura, New South Wales.<br />
Costinisauria worrelli Wells and Wellington, 1985<br />
Costinisauria worrelli Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [27] [March 1985 on title page, but not published until September, 1985].<br />
Type data: Holotype AM R116968 (previously AMF 16777). Type Locality: Barrington Tops,<br />
NSW. [See Shea and Sadlier, 1999 - Tech. Rep. Aust. Mus. 15: 1-91 [p.59] where they<br />
invalidly synonymised this species with kosciuskoi].<br />
Eulamprus kosciuscoi Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 248]<br />
Eulamprus kosciuskoi Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 483, 485]<br />
Eulamprus kosciuskoi Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p.<br />
218, plate on p. 219]<br />
Eulamprus kosciuskoi Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 147]<br />
Eulamprus kosciuskoi Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 234, pl. on 235]<br />
Description: The base body colour is olive-brown dorsally, but unlike its relative C. kosciuskoi,<br />
this species usually lacks the black vertebral stripe, and even the latero-dorsal stripes in some<br />
specimens. A creamish, yellowish or pale brownish dorsolateral stripe runs from the neck and<br />
along the body to the hips, but in some individuals this stripe may be very thin and rather<br />
obscure. The upper lateral zone of the body is usually black and contains scattered pale<br />
creamish or yellowish speckles or spots that may have an irregular vertical alignment to them.<br />
The lower lateral zone is olive-grey, creamish or creamish-yellow occasionally with black<br />
scales aligned to form short vertical barring. The upper parts of the limbs are the same colour<br />
as the dorsum, but with black flecks and small blotches, and the side of the original tail is<br />
heavily speckled with black; regenerated tails are plain brown. Lateral of head olive-brown,<br />
with black flecking. Ventrally, creamish to pale yellowish, with greyish or blackish flecking -<br />
particularly posteriorly and subcaudally. Some significant features of this species morphology<br />
are: body scales smooth in 36 rows at mid-body (generally lower than in C. kosciuskoi, but<br />
higher than in C. leuraensis); paravertebrals 65 (higher than in C. leuraensis); parietals in<br />
contact behind the interparietal (vs not in contact with C. leuraensis); interparietal elongate;<br />
frontonasal in contact with rostral; prefrontals not in contact; frontal elongate and in contact<br />
with first 3 supraoculars; supraoculars 4 (2nd the largest); frontoparietals divided and in<br />
contact with 3rd and 4th supraoculars; supranasals absent; nasals separated; supralabials 7;<br />
infralabials 6 (vs 8 in C. leuraensis); lower eyelid movable and scaly; supraciliaries 7; earopening<br />
present and conspicuous (larger than nasal scale); no anterior ear lobules;<br />
postmental contacts first two infralabials on each side; preanal scales enlarged; welldeveloped<br />
pentadactyl limbs that overlap when adpressed; hind limbs much longer than<br />
forelimbs; 4th toe much longer than the 3rd; base of 4th toe broad, with most lamellae<br />
divided; 20-24 subdigital lamellae beneath 4th toe. Attains a maximum total length of around<br />
140 mm. and a snout-vent length of about 60 mm.<br />
Distribution: Known only from the northern tablelands of eastern New South Wales, ranging<br />
from about Barrington Tops in the south, to the Gibraltar Range in the north. An isolated<br />
population of this species also occurs in southern Queensland.<br />
Habitat: Inhabits open areas of montane woodland, and tussock grass meadows, often in<br />
association with small freshwater streams, marshes and boggy soaks; areas favoured may<br />
include granite outcroppings with abundant scattered logs and dense ground cover of grasses<br />
or sedges.<br />
Biology/Ecology: This is a diurnal and essentially terrestrial species that basks either on the<br />
top of grass tussocks, or logs on the ground, being usually encountered along stream flats<br />
and verges, or the margins of boggy soaks. When disturbed, it seeks shelter beneath logs,<br />
small rocks or under thick grass cover. Feeds mainly on small invertebrates, but will also eat<br />
small lizards as well. This species is viviparous, producing up to 5 live young in a brood<br />
during late summer.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
24
Australian Biodiversity Record, 2009 (3): 1-96<br />
Threatened Species Conservation Act (1995). Also protected under the Qld Nature<br />
Conservation Act (1992) [see also the Qld Nature Conservation (Wildlife) Regulation Act<br />
(1994)] [see also the Nature Conservation (Wildlife) Regulation Act (1994)]. Status unknown,<br />
but this species may be considered as potentially vulnerable in some parts of its range due to<br />
its fragmented distribution and specialised habitat requirements. It is, however, very common<br />
in most parts of its range.<br />
Etymology: The name 'worrelli' honours the late Australian herpetologist Eric Worrell.<br />
Concinnia Wells and Wellington, 1984<br />
Concinnia Wells and Wellington, 1984 - Synop. Class Rept. Aust. Aust. J. Herp. 1(3-4): 73-<br />
129 [88] [1983 on title page]. Type Species: Tiliqua tenuis Gray, 1831 by original designation.<br />
Diagnosis: As presently defined, a genus of moderate-sized Australian Scincid lizards, most<br />
closely related to Eulamprus, Deloidiogenes, Karma gen. nov. and Edenia gen. nov., and<br />
readily separated by the following combination of characters: Body form slightly depressed,<br />
with well-developed fore and hind-limbs that overlap when adpressed; tail usually less than<br />
twice body length, tapering, and round to ovate in section; scales smooth and shiny, in 28-38<br />
rows at midbody; paravertebral scales 55-74; head scales unfragmented; parietals in contact<br />
behind the interparietal; frontoparietals distinct; prefrontals usually separated or in point<br />
contact (vs prefrontals in broad contact in Edenia gen. nov.); supranasals absent (vs<br />
supranasals present in Deloidiogenes); nasals separated; supraoculars 4 (first 2 contacting<br />
frontal); ear opening present and conspicuous, and larger than nasal scale; posterior ear<br />
lobules absent, but low anterior lobules present; lower eyelid movable and scaly; 7<br />
supralabials; tertiary temporals in contact with lower secondary temporal; upper secondary<br />
temporal scale overlaps lower (vs lower secondary temporal scale overlaps upper in Edenia<br />
gen. nov.); nuchals 0-10; postmental contacting two infralabials on each side (vs postmental<br />
contacts only first infralabial on each side in Karma gen.nov.); 3 rd pair of enlarged chin shields<br />
separated by only 3 rows of smaller scales (vs 3 rd pair of chin shields fragmented and<br />
separated by 5 rows of smaller scales in Eulamprus); limbs pentadactyl; hind limbs<br />
significantly longer than forelimbs; 4th toe much longer than 3rd; subdigital lamellae beneath<br />
4th toe smooth or bluntly keeled - 17-26, divided basally (vs subdigital lamellae with deep<br />
longitudinal grooves in Eulamprus); supradigital scales single basally, but in multiple rows<br />
distally; presacral vertebrae 26; premaxillary teeth 7-9. Ovoviviparous.<br />
Content: Concinnia brachysoma (Lonnberg and Andersson, 1915); Concinnia frerei (Greer,<br />
1992); Concinnia martini Wells and Wellington, 1985; Concinnia sokosoma (Greer, 1992);<br />
and Concinnia tenuis (Gray, 1831).<br />
Concinnia brachysoma (Lonnberg and Andersson, 1915)<br />
Lygosoma brachysoma Lönnberg and Andersson, 1915 - K. Sven. Vetensk.-Akad. Handl.<br />
52(7): 1-9 [5]. Type data: Holotype NHRM 3211. Type Locality: Atherton, Qld.<br />
Concinnia brachysoma Wells and Wellington, 1984 - Synop. Class Rept. Aust. Aust. J. Herp.<br />
1(3-4): 73-129 [p.88]<br />
Concinnia brachysoma Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. - Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 26]<br />
Eulamprus brachysoma Greer, 1992 - Rec. Aust. Mus. 44(1): 7-19 [p.9-11].<br />
Eulamprus tenuis brachysoma Cogger, 2000 - Reptiles and Amphibians of Australia [p. 488]<br />
Eulamprus brachysoma Cogger, 2000 - Reptiles and Amphibians of Australia [p. 755]<br />
Eulamprus brachysoma Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p.<br />
218-219]<br />
Eulamprus brachysoma Wilson, 2005 - Field Guide Rept. Qld [Pp.123-124]<br />
Eulamprus brachysoma Swanson, 2007 - Field Guide to Austr. Reptiles [p. 168]<br />
Eulamprus brachysoma Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 234-235]<br />
Description: The base body colour is rich bronze to coppery-brown or grey-brown dorsally,<br />
with extensive black blotching and flecks aligned more or less paravertebrally on the body,<br />
but not forming a dark midline streak on the nuchal area. Generally, some specimens may<br />
have a silvery look to the colour and pattern as they tend to be a somewhat paler reddishbrown<br />
than other species of Concinnia. The upper lateral of the body comprises a broad black<br />
or dark brown zone that extends from the temporal region of the head, along the neck and<br />
25
Australian Biodiversity Record, 2009 (3): 1-96<br />
body to the groin; this creates a stripe-like effect, but as it is somewhat ragged-edged, and<br />
may in part be broken in places, a pattern of vertical barring or blotching may result - more so<br />
towards the hind quarters. The lower lateral is pale creamish-brown, with black flecking and a<br />
pale spotted effect may occur anteriorly towards the neck and infralabials - which are<br />
distinctly barred with black. The limbs are pale coppery-brown or greyish, with either dark<br />
greyish mottling or in some specimens heavily flecked and blotched with black; the palmer<br />
tubercles are very dark brown. The tail is faintly banded with numerous incomplete narrow<br />
black rings - which are sometimes broken on the upper lateral of the tail. The paravertebral<br />
blotching tends to coalesce over the hind limbs and the basal portion of the tail, forming a<br />
medial row of tiny black blotches that continues down the tail. Ventrally creamish to yellowish;<br />
the chin shields are edged with brown and the throat has a series of tiny dark flecks, which<br />
can extend onto the chest. Some significant features of this species' morphology are: body<br />
scales smooth and shiny, in 28-32 rows at midbody; transversely enlarged nuchals 2-10<br />
(usually 6); supraoculars 4; supralabials 7; nasals separated; prefrontals usually separated<br />
(rarely in point contact); subdigital lamellae beneath 4th toe smooth to bluntly keeled, 17-23,<br />
and divided basally; upper secondary temporal scale overlaps lower; postmental in contact<br />
with first two infralabials on each side; ear-opening large and conspicuous and larger than<br />
nasal scale; limbs pentadactyl; fore and hind limbs well-developed, overlapping when<br />
adpressed; premaxillary teeth 8-9 (usually 9). Variation in morphology suggests that<br />
brachysoma may be composite. Reaches a maximum total length of around 175mm, with a<br />
snout-vent length of about 75mm.<br />
Distribution: Known only from eastern Queensland, from about Gayndah in the south-east,<br />
north to near Coen, on Cape York Peninsula. The range extends inland to the vicinity of<br />
Springsure. Also occurs on a number on continental islands off mid eastern Qld, from<br />
Hinchinbrook Island to the Percy Island Group.<br />
Habitat: Inhabits tropical to subtropical moist vine thickets, rainforests and woodlands, often<br />
associated with stream verges and rocky gullies.<br />
Biology/Ecology: This is a somewhat secretive, mostly arboreal or saxatile, species that tends<br />
to be more active in the morning or afternoon during cloudy humid weather, rather than during<br />
the hotter time of the day. Although a good climber of rocks, logs or trees, it may also be<br />
encountered on the ground actively foraging through litter in sheltered positions, or inside<br />
rotting logs, tree hollows, in rock crevices of outcrops or even under small rocks on soil where<br />
it may utilise small burrow-like depressions. It has also been found living in association with<br />
housing and other human structures in urban areas near bushland. It feeds only on small<br />
invertebrates, and is ovoviviparous, producing 2-5 young in late Summer in the south and the<br />
middle of the Wet Season in the far the north of the range; larger females produce larger<br />
litters.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)] [see also the Nature Conservation<br />
(Wildlife) Regulation Act (1994)]. Regarded as common.<br />
Etymology: The name 'brachysoma' means 'very short body' and refers to the shorter snoutvent<br />
length of this species.<br />
Concinnia frerei (Greer, 1992)<br />
Eulamprus frerei Greer, 1992 - Rec. Aust. Mus. 44(1): 7-19 [p.16-18]. Type data: Holotype<br />
QM J47985 . Type Locality: summit of Mount Bartle-Frere, Qld.<br />
Eulamprus frerei Cogger, 2000 - Reptiles and Amphibians of Australia<br />
Eulamprus frerei Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p. 218-<br />
219]<br />
Eulamprus frerei Wilson, 2005 - Field Guide Rept. Qld [p.124]<br />
Eulamprus frerei Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd Edition<br />
[p. 234-235]<br />
Description: The base body colour is a dark reddish-brown to greyish-brown over the dorsum<br />
with a pattern of small, blackish transversely aligned bars or cross-bands. The nuchal area<br />
lacks the dark midline streak of some other species of Concinnia. The side of the head and<br />
body is dominated by a dark pattern of black speckles, blotches and bars that collectively<br />
create a broad black zigzag pattern along the upper lateral zone, and a faintly to heavily<br />
speckled lower lateral; the base colour on the lateral of the body becomes progressively paler<br />
towards the ventrolateral margin, so the collective dark markings on a pale base create a<br />
26
Australian Biodiversity Record, 2009 (3): 1-96<br />
highly disruptive pattern when this species is active on lichen covered boulders. The tail has a<br />
series of small blackish blotches along the sides, that may be separate to form transversely<br />
aligned banding over the tail (though faint on the dorsal surface) or coalesce to form an<br />
irregular line of blotching and speckling along almost the entire side of the tail. The ventral<br />
surface of the body is pale greenish, the lips are darkly barred, and the chin-shields edged<br />
with brown. The subdigital lamellae are pale brown, whereas the rest of the tenuis complex<br />
has very darkly pigmented subdigital lamellae. This northern member of the tenuis complex is<br />
immediately distinguished from most of its congenors by its temporal scale condition. In C.<br />
frerei the lower secondary temporal scale overlaps the upper, whereas in C. tenuis and all<br />
other except C. martini, the reverse condition occurs, where the upper secondary temporal<br />
scale overlaps the lower. Other significant features of this species’ morphology are: midbody<br />
scales in 32-35 rows; paravertebrals 69-74; nasals separated; prefrontals separated;<br />
supraoculars 4; supralabials usually 7; nuchals 6-7; supraciliaries 8; presuboculars 2;<br />
supralabials 7 (5 th subocular); postmental in contact with first two infralabials on each side;<br />
ear-opening conspicuous; limbs pentadactyl and well-developed, overlapping when<br />
adpressed; 4 th toe subdigital lamellae 24-27, smooth to bluntly keeled, and divided basally. It<br />
reaches a maximum length of only around 160mm (snout-vent length of around 65mm).<br />
Distribution: Known only from a small area in the vicinity of the summit of Mount Bartle-Frere,<br />
in north-eastern Queensland.<br />
Habitat: Inhabits cool, damp situations amongst lichen-covered granite boulders in a relatively<br />
small area of rock outcroppings with a vegetation cover of stunted heath, and mossy tropical<br />
rainforest. The habitat on this mountain summit is often heavily clouded, very windy and<br />
misty.<br />
Biology/Ecology: This is a small, semi-arboreal and saxatile skink that is rarely observed.<br />
Specimens have been located during daylight in both rock crevices and the cracks of logs. It<br />
feeds only on small invertebrates and presumably produces live young, but nothing has been<br />
recorded on its reproductive biology.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)] [see also the Nature Conservation<br />
(Wildlife) Regulation Act (1994)], and generally considered to be rare, given its very restricted<br />
distribution.<br />
Etymology: The name 'frerei' refers to the Type Locality of Mount Bartle Frere, Qld.<br />
Concinnia martini Wells and Wellington, 1985<br />
Concinnia martini Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [26]. Type data: Holotype AM R116966 (previously AMF 16452). Type<br />
Locality: 3.9 km S Urbenville, NSW.<br />
Eulamprus martini Greer, 1992 - Rec. Aust. Mus. 44(1): 7-19 [p.11-13].<br />
Eulamprus martini Cogger, 2000 - Reptiles and Amphibians of Australia [p. 756-757<br />
Eulamprus martini Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p. 220-<br />
221]<br />
Eulamprus martini Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 149]<br />
Eulamprus martini Wilson, 2005 - Field Guide Rept. Qld [Pp.124-125]<br />
Eulamprus martini Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 236-237]<br />
Eulamprus martini Swanson, 2007 - Field Guide to Austr. Reptiles [p. 169]<br />
Description: This species has a more depressed and smaller body, and is overall a darker<br />
lizard than its congenor Concinnia tenuis. There is no dark midline streak on the nuchal area.<br />
The dorsal surface rich copper with a profusion of black flecking and irregular black blotches<br />
that are more or less longitudinally aligned paravertebrally, and on the tail as a median row of<br />
black blotches over the entire length; the upper lateral area of the body has a broad, raggededged<br />
black stripe that extends from about the eye, along the neck and body to the groin; the<br />
lateral of the tail has a series of transversely-aligned black bars or blotches that produce a<br />
broken banding effect to the entire tail; the lower lateral of the body is greyish with black<br />
flecking and brownish mottling; labials white to greyish with jagged black or dark brown<br />
barring; limbs greyish with black variegations and flecks; venter pale creamish-lemon, to<br />
yellow. The chin shields have brownish margins and the throat and occasionally chest area is<br />
finely flecked with dark brown. Some significant features of this species’ morphology are:<br />
body scales smooth and shiny, in 28-32 rows at midbody; paravertebral scales 55-64; nasals<br />
27
Australian Biodiversity Record, 2009 (3): 1-96<br />
separated; prefrontals usually separated, but rarely in point contact; supraoculars 4;<br />
supralabials 7; postmental contacts first two infralabials on each side; ear opening distinct and<br />
larger than nasal scale; nuchals 0-8 (usually about 5); subdigital lamellae beneath 4th toe 17-<br />
24, divided basally, and smooth to bluntly keeled; upper secondary temporal scale overlapped<br />
by lower. Attains a maximum total length of about 190 mm (although 175 mm would be a<br />
large specimen), and a snout-vent length of about 75mm (but 60mm SVL would be an<br />
average adult specimen).<br />
Distribution: Occurs along the coast and adjacent ranges of mid-eastern Queensland, from<br />
about the Rockhampton-Yepoon area, south to about Coffs Harbour in north-eastern New<br />
South Wales, extending inland to as far as the eastern parts of the New England Plateau,<br />
from Tenterfield to about Guyra.<br />
Habitat: Found mainly in montane wet sclerophyll forest, and ecotonal margins of various<br />
forest types. Readily adapts to human structures such as buildings on banana plantations,<br />
farms and semi-urban environments.<br />
Biology/Ecology: This is a crepuscular and secretive or shy species that prefers to bask in<br />
sheltered positions during cloudy humid days rather than in the open in hot sunshine<br />
conditions. A largely log-inhabiting species that lives on the lower parts of trees, rotting logs<br />
and stumps, but also amongst rocky outcrops. Feeds only on small invertebrates.<br />
Ovoviviparous, producing 2 to 6 (usually 3 or 4) young in a litter.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). It is regarded as common within its habitat.<br />
Also protected under the Qld Nature Conservation Act (1992) [see also the Qld Nature<br />
Conservation (Wildlife) Regulation Act (1994)] [see also the Nature Conservation (Wildlife)<br />
Regulation Act (1994)].<br />
Etymology: The name 'martini' honours Australian naturalist Keith Martin, at the time a<br />
resident of Darwin, Northern Territory.<br />
Concinnia sokosoma (Greer, 1992)<br />
Eulamprus sokosoma Greer, 1992 - Rec. Aust. Mus. 44(1): 7-19 [p.15-16]. Type data:<br />
Holotype QM J27702. Type locality: Hencamp Creek, 5 km north, 1 km east of Rollingstone,<br />
Qld.<br />
Eulamprus sokosoma Cogger, 2000 - Reptiles and Amphibians of Australia [p. 757]<br />
Eulamprus sokosoma Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p.<br />
220-221]<br />
Eulamprus sokosoma Wilson, 2005 - Field Guide Rept. Qld [Pp.125-126]<br />
Eulamprus sokosoma Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 236-237]<br />
Description: A small, but robust-bodied member of the tenuis complex with a pale copperybrown<br />
head, and a series of pale narrow rings along the tail. The body colour varies from pale<br />
brownish or coppery to pale whitish cream, with black flecks and blotches over the dorsum,<br />
which tend to be longitudinally aligned along the paravertebral region. The nuchal area is<br />
usually without a dark midline streak. The upper lateral zone is generally dark brown or<br />
blackish, originating on the canthus, and extending along the neck and body to the base of<br />
the tail. This dark upper lateral area is usually more intense on the neck, but fades mid-body<br />
then darkens again posteriorly. The dark upper lateral is also ragged-edged above and below<br />
like most other tenuis complex members, but tends to break up into a series of broad black<br />
bars or blotches towards the hind part of the body. The lower lateral tends to be paler brown<br />
or greyish-brown, with dark brown flecking or spotting, which fades towards the ventrolateral<br />
margins. The ventral surfaces vary from lemon to yellowish, being unmarked except for a few<br />
dark flecks about the chest and throat; the chin-shields are edged with dark brown as are the<br />
labials. The palmer tubercles are very dark brown. Some distinctive features of this species’<br />
morphology are: body scales smooth and shiny, in 32-38 rows at midbody; paravertebrals 59-<br />
72; prefrontals usually separated; supraoculars 4; supralabials 7; upper secondary temporal<br />
overlaps lower; 2-8 (usually 4) transversely enlarged nuchals; limbs pentadactyl, welldeveloped,<br />
and overlapping when adpressed; subdigital lamellae under 4 th toe 19-23, smooth<br />
to bluntly keeled, and divided basally; postmental contacts two infralabials on each side; earopening<br />
distinct, larger than nasal; presacral vertebrae 26; postsacral vertebrae 44;<br />
28
Australian Biodiversity Record, 2009 (3): 1-96<br />
premaxillary teeth 9. Attains a maximum total length of around 150 mm. with a snout-vent<br />
length of about 70-80mm. in a large specimen.<br />
Distribution: Confined to central eastern coastal Queensland and hinterland of the Great<br />
Divide, ranging from the Townsville area to about Injune.<br />
Habitat: Known from a range of vegetation types with rock outcroppings in higher rainfall<br />
areas, but mostly those with mixed rainforest-vine forests along water courses and on east<br />
facing gullies. Also occurs in subtropical woodlands and seasonally dry rainforests.<br />
Biology/Ecology: This is a secretive, essentially arboreal and diurnal species that utilises both<br />
cracks of tree trunks but mainly rock crevices for retreat sites. It may also be somewhat<br />
crepuscular in habits, and generally avoids basking in direct sunshine, preferring the dappledlight<br />
conditions of thick vegetation and cloudy humid days for its activity periods. It generally<br />
prefers the cooler or moister parts of forests, and rocky ranges. Ovoviviparous, producing up<br />
to 4 young in a litter, probably during the early Wet Season, as gravid females have been<br />
collected in the late Dry Season. It feeds only on small invertebrates, and the only known<br />
predator is the water skink (Eulamprus quoyii).<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)].<br />
Etymology: The name 'sokosoma' in effect, means ‘stout-body', and refers to the morphology<br />
of the species.<br />
Concinnia tenuis (Gray, 1831)<br />
Tiliqua tenuis Gray, 1831 - Synop. Spec. Class Rept. In: Griffith, Animal Kingdom…Vol. 9:<br />
481+110 pp. [p.71]. Type data: Holotype BMNH 1946.8.17.15. Type Locality: Australia.<br />
Lygosoma erucata Duméril and Bibron, 1839 - Erpétologie Générale… Vol. 5 viii 854 pp.<br />
[p.726]. Type data: Holotype MNHP 7035. Type Locality: Australia.<br />
Sphenomorphus tenuis Swanson, 1976 - Lizards of Australia [p. 25, pl. 47]<br />
Concinnia tenuis Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 88].<br />
Concinnia tenuis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p. 26] [March 1985 on title page, but not published until September,<br />
1985].<br />
Concinnia tenuis Wellington and Wells, 1990 – Rept.Amph.Longneck Lagoon.[Pp. 1-17]<br />
Sphenomorphus tenuis Frauca, 1991 - What Animal is That? 3 rd Ed. [p. 167]<br />
Sphenomorphus tenuis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 335]<br />
Eulamprus tenuis Greer, 1992 - Rec. Aust. Mus. 44(1): 7-19 [Pp.13-15].<br />
Eulamprus tenuis tenuis Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 487-488]<br />
Eulamprus tenuis Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p. 222-<br />
223]<br />
Eulamprus tenuis Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 152]<br />
Eulamprus tenuis Wilson, 2005 - Field Guide Rept. Qld [p.126]<br />
Eulamprus tenuis Swanson, 2007 - Field Guide to Austr. Reptiles [p. 171]<br />
Eulamprus tenuis Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [Pp. 238-239]<br />
Eulamprus tenuis Wilson and Swan, 2009 - What Lizard is That? [p.37]<br />
Description: This is a small and somewhat depressed skink with a medium-length tapering tail<br />
that is rounded in cross-section. The base body colour is silvery greyish-brown over the head,<br />
body and tail, with the nuchal area usually possessing a dark brownish-black midline streak.<br />
Pattern comprises a series of blackish or dark brown speckles or blotches, usually arranged<br />
in a variegated pattern over the dorsum, particularly along the mid-dorsal area; the original tail<br />
has a series of thin, rough-edged transverse blackish bands over its entire length. The upper<br />
lateral zone of the body is blackish, and this extends from the head as a dark canthal streak<br />
that gradually broadens along the side of the head and neck, then along the body to the hind<br />
limbs. Within this dark upper lateral zone there are scattered paler intrusions which tend to<br />
create an irregular-edge to the darker area, and even break up the darker area into a few<br />
large blackish blotches or bars - and this is usually the state on the posterior of the body. The<br />
lower lateral zone is much paler, being mainly creamish, with heavy spotting or flecking of<br />
dark brown. The labials are pale, with dark brown barring, the limbs the same as the body -<br />
with dense blackish flecking and variegations, and the palmer surfaces dark brown. Ventrally<br />
creamish-yellow, with the throat and chest area flecked with brown and the chin shields<br />
edged with darker brown. Completely pale creamish-white specimens have occasionally been<br />
29
Australian Biodiversity Record, 2009 (3): 1-96<br />
found living on large old Melaleuca trees (Paper-barks) isolated as small groves in rural lands<br />
of western Sydney. Some significant features of this species' morphology are: body scales<br />
smooth and shiny, in 26-34 rows at mid-body; paravertebrals 61-69; parietals in contact<br />
behind the interparietal; prefrontals usually separated or in point contact; supranasals absent;<br />
nasals separated; supraoculars 4; 0-4 (usually 2) transversely enlarged nuchals; upper<br />
secondary temporal overlaps lower; ear-opening present and conspicuous, and larger than<br />
nasal scale; ear lobules absent; lower eyelid movable and scaly; 7 supralabials (usually;<br />
postmental contacting two infralabials on each side; well-developed pentadactyl limbs, that<br />
overlap when adpressed; hind limbs significantly longer than forelimbs; 4th toe much longer<br />
than 3rd; subdigital lamellae beneath 4th toe smooth or bluntly keeled - 19-27, and divided<br />
basally. Presacral vertebrae 26; premaxillary teeth 7-9 (usually 9). Attains a maximum total<br />
length of around 170 mm. and a snout-vent length of about 85 mm.<br />
Distribution: Known only from eastern Australia, from the Eungella region in central eastern<br />
Queensland, south through south-eastern Qld and along the New South Wales ranges and<br />
some coastal areas to about Bega (including the coastal part of the Australian Capital<br />
Territory around Jervis Bay). Extends well into parts of inland New South Wales as scattered<br />
isolated populations to as far west as the Warrumbungle Ranges. Also occurs on Holbourne<br />
Island and Lady Elliott Island off the coast of Qld.<br />
Habitat: In the temperate parts of its range, this species inhabits a range of woodland, dry and<br />
wet sclerophyll forest as well as rainforest habitats, rock outcrops, including various disturbed<br />
conditions, such as farmland, roadside verges and buildings of urban areas. In the northern<br />
subtropical part of the range, it inhabits more mesic densely forested conditions.<br />
Biology/Ecology: This is a both a diurnal or crepuscular species that is usually arboreal or<br />
rock-dwelling in habits, and may be found sheltering in cracks of tree trunks, under loose bark<br />
and in hollow limbs, of both dead and living trees. I have observed specimens active and<br />
basking 5-6 metres up on living tree branches and tree trunks with cracks and hollows. During<br />
hot summer weather it can become nocturnal in habitats (evening) and in urban areas it has<br />
been observed active at night on brick or concrete walls around outside lights preying on<br />
attracted insects. In natural habitats, it is usually found on the ground beneath or inside rotting<br />
logs, or in rock crevices along ridgelines. In the older urban environments it commonly<br />
inhabits cracks of brick or stone walls of buildings, walls and fences. Most basking occurs<br />
during the early morning or late afternoon during summer as the middle of the day is usually<br />
just too hot for this species. It tends to a rather shy or secretive species in behaviour, rapidly<br />
seeking shelter at even the slightest approach of a potential predator. Favoured conditions for<br />
activity are humid, cloudy days rather than bright sunshine, but during the early spring this<br />
species may be seen in the open for long periods during the day. Small groups of mature and<br />
juvenile specimens appear to occupy sites in close association with one another - such as on<br />
larger, old growth trees. Adults appear to fight with one another though, biting vigorously and<br />
twisting themselves over each other until one releases its grip. There appears to be some sort<br />
of social structure to these groups, but little else is known. During seasons of activity, the<br />
lizard’s constant use of hollow logs or tree cracks forms a secure retreat from most predators,<br />
however, the main over wintering sites (May-July) are inside the rotting interiors of hollow logs<br />
and tree trunks also, but during this period termite activity has been observed to on occasions<br />
permanently entomb the lizards while they hibernate. This species is ovoviviparous, giving<br />
birth to 3 to 7 young (usually 5 or 6) in a brood during early to late summer depending on<br />
location (southern populations give birth in late Summer). It feeds mainly on small<br />
invertebrates, although under captive conditions they are known to attack and consume small<br />
skinks (Lampropholis). Known natural predators are the Small-eyed Snake (Cryptophis<br />
nigrescens). However, domestic cats are known to prey on the species in the urban<br />
environment.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Also protected under the Qld Nature<br />
Conservation Act (1992) [see also the Qld Nature Conservation (Wildlife) Regulation Act<br />
(1994)] and the ACT Nature Conservation Act (1980). Regarded as common.<br />
Etymology: The name 'tenuis' means 'slender', and refers to the body-form of the species.<br />
30
Australian Biodiversity Record, 2009 (3): 1-96<br />
Edenia gen. nov.<br />
Type Species: Hinulia tigrina De Vis, 1888 - Proc. Linn. Soc. N.S.W. (2)2: 811-826 [p.817].<br />
Diagnosis: As presently defined a monotypic genus of small lizards of the family Scincidae,<br />
from north-eastern Queensland, Australia, and readily diagnosed from all other<br />
Sphenomorphine lizards by the following combination of characters: body scales smooth and<br />
shiny, in 28-32 rows at mid-body; head scales unfragmented; parietals in contact behind the<br />
interparietal; prefrontals in broad contact (vs separated, or barely contacting in the genus<br />
Concinnia); supranasals absent; nasals separated; supraoculars 4; ear-opening present and<br />
conspicuous, but only about as large as the nasal scale (vs much larger than the nasal scale<br />
in Eulamprus, Concinnia, Deloidiogenes, Magmellia gen. nov., and Karma gen. nov.); ear<br />
lobules absent; lower eyelid movable and scaly; 7-8 supralabials; postmental contacting two<br />
infralabials on each side; lower secondary temporal scale overlaps upper (vs upper<br />
secondary temporal scale overlaps lower in Concinnia); well-developed pentadactyl limbs,<br />
that overlap when adpressed; hind limbs significantly longer than forelimbs; 4th toe much<br />
longer than 3rd; subdigital lamellae beneath 4th toe 24-28, slightly swollen basally. Presacral<br />
vertebrae 26; premaxillary teeth 9. The sole species in this genus attains a maximum total<br />
length of around 180 mm. and a snout-vent length of about 80 mm. Ovoviviparous.<br />
Etymology: From the Greek, “Eden”, meaning a place of great happiness or paradise, and<br />
used in reference to the ancient tropical rainforest habitat of this group.<br />
Content: Edenia tigrina (De Vis, 1888) comb. nov.<br />
Edenia tigrina (De Vis, 1888) comb. nov<br />
Hinulia tigrina De Vis, 1888 - Proc. Linn. Soc. N.S.W. (2)2: 811-826 [p.817]. Type data:<br />
Holotype QM J245. Type Locality: Innisfail (as Geraldton), Qld.<br />
Concinnia tigrina Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 88].<br />
Concinnia tigrina Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p. 26] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus tigrinus Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 335]<br />
Eulamprus tigrinus Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 488-489]<br />
Eulamprus tigrinus Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p. 222-<br />
223]<br />
Eulamprus tigrinus Wilson, 2005 - Field Guide Rept. Qld [p.126]<br />
Eulamprus tigrinus Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 238-239]<br />
Eulamprus tigrinus Wilson and Swan, 2009 - What Lizard is That? [p. 36, 37]<br />
Description: This is another small lizard with a somewhat depressed body-form, with a<br />
medium-length tapering tail that is rounded in cross-section. It bears a superficial<br />
resemblance to some members of the tenuis complex (Concinnia) but differs considerably in<br />
morphology. The base body colour varies from dark brown to bright golden-brown or copperybrown<br />
over the head, body and tail. Although juveniles may have a series of irregular<br />
transverse bands over the body, pattern is often absent or very reduced in mature specimens,<br />
comprising an obscure series of blackish or dark brown spots or blotches, usually arranged in<br />
a narrow and irregular transverse pattern over the dorsum, and often concentrated along the<br />
vertebral line. There is usually a distinct series of alternating pale yellowish and black<br />
blotches along the dorsolateral region, extending from the neck to the base of the tail. The<br />
side of the head may be heavily flecked or speckled with black, particularly over the cheeks<br />
and templar area, and the labials are usually barred with dark brown. The lateral part of the<br />
body is greyish-brown with scattered blackish flecking, that may sometimes be concentrated<br />
as small vertically-aligned bars. The original tail is rich brown with blackish flecks and small<br />
blotches, and tiny pale creamish dots over its entire length (particularly along the sides), and<br />
the limbs are similar to the dorsal base colour, but with denser brownish variegations with tiny<br />
pale dotting. Ventrally white, light green to creamish-yellow, with the throat variegated with<br />
brown. Some significant features of this species' morphology are: body scales smooth and<br />
shiny, in 28-32 rows at mid-body; head shields regular and not fragmented; parietals in<br />
contact behind the interparietal; prefrontals in broad contact; supranasals absent; nasals<br />
separated; supraoculars 4; ear-opening present and conspicuous, and about as large as the<br />
nasal scale; ear lobules absent; lower eyelid movable and scaly; 7-8 supralabials; postmental<br />
31
Australian Biodiversity Record, 2009 (3): 1-96<br />
contacting two infralabials on each side; well-developed pentadactyl limbs, that overlap when<br />
adpressed; hind limbs significantly longer than forelimbs; 4th toe much longer than 3rd;<br />
subdigital lamellae beneath 4th toe 24-28, slightly swollen basally. Presacral vertebrae 26;<br />
premaxillary teeth 9. Attains a maximum total length of around 180 mm. and a snout-vent<br />
length of about 80 mm.<br />
Distribution: Confined to a small part of north-eastern Queensland centred on lower southeastern<br />
Cape York Peninsula (between Shiptons Flat, south of Cooktown and the Cardwell<br />
Range, near Ingham).<br />
Habitat: Inhabits dense tropical rainforest in both lowland coastal areas as well as<br />
mountainous terrain to around 1600 metres altitude where it may be found in montane heath<br />
margins of rainforest.<br />
Biology/Ecology: This largely arboreal skink is a diurnal and crepuscular species that may be<br />
found in cracks or hollows of trees, or in association with rotting logs on the ground in small<br />
clearings of rainforest, or even amongst mossy boulders in high altitude heaths, or amongst<br />
rocks along creek-lines and amongst buttresses of rainforest trees. It usually basks during<br />
cloudy and humid weather, and actively forages in ground litter during late afternoon or early<br />
evening. Feeds only on small invertebrates. Ovoviviparous.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Status unknown, but this species may<br />
be considered as potentially vulnerable due to its limited and fragmented distribution and<br />
specialised habitat requirements. It is generally regarded as a rare species given the small<br />
known range and paucity of records.<br />
Etymology: The name 'tigrina' means 'tiger', and refers to the tiger-like pattern of this species.<br />
Karma gen. nov.<br />
Type Species: Lygosoma murrayi Boulenger, 1887 [Catalogue of the Lizards in the British<br />
Museum (Natural History). Volume 3. British Museum, London [Pp. 1-575; see p. 232, plate<br />
13, figure 1].<br />
Diagnosis: A genus of medium-sized, glossy-scaled lizards of the family Scincidae from<br />
eastern Australia, most closely related to the genus Eulamprus but readily separated from all<br />
genera of Scincidae by the following combination of characters: body scales smooth and<br />
glossy, in 28-36 rows at mid-body; paravertebral scale rows 59-67; parietals in contact behind<br />
the interparietal; prefrontals usually separated or in point contact; supranasals absent (vs<br />
present in Edenia gen. nov.); nasals separated; supraoculars 4 (vs 5 in Deliodiogenes); earopening<br />
present and conspicuous, and larger than nasal scale; ear lobules absent; lower<br />
eyelid movable and scaly; 6 supralabials (the last entire); postmental only contacting first<br />
infralabial on each side (vs postmental contacts first two infralabials on each side in<br />
Eulamprus and Concinnia); 3rd pair of enlarged chin shields fragmented and separated by 5<br />
longitudinal rows of smaller scales (vs 3 rd pair of enlarged chin shields not fragmented and<br />
separated by only 3 rows of scales in Concinnia); well-developed pentadactyl limbs, that<br />
overlap when adpressed; hind limbs significantly longer than forelimbs; 4th toe much longer<br />
than 3rd; subdigital lamellae beneath 4th toe 16-22, basal ones divided. Attains a maximum<br />
total length of around 260 mm. and a snout-vent length of about 110 mm.<br />
Content: Karma murrayi (Boulenger, 1887) comb. nov.; and Karma tryoni (Longman, 1918)<br />
comb. nov.<br />
Etymology: From Buddhism that teaches that the sum of actions in previous states is viewed<br />
as deciding a fate in the future - an interesting aspect in light of the past actions of<br />
taxonomists in their various treatments of the Sphenomorphine radiation and their eventual<br />
taxonomic fate.<br />
Karma murrayi (Boulenger, 1887) comb. nov.<br />
Lygosoma murrayi Boulenger, G.A. (1887). Catalogue of the Lizards in the British Museum<br />
(Natural History). 3. London: British Museum xii 575 pp. 40 pls [232, pl. 13 fig. 1]. Type data:<br />
holotype BMNH 1946.8.21.32. Type locality: Qld.<br />
Lygosoma tamburinense Lönnberg, E. and Andersson, L.G. (1915). Results of Dr. E.<br />
Mjöberg's Swedish Scientific Expeditions to Australia 1910-1913. VII. Reptiles collected in<br />
northern Queensland. K. Sven. Vetensk.-Akad. Handl. 52(7): 1-9 [5]. Type data: holotype<br />
NHRM 3212. Type locality: Mount Tambourine, Qld.<br />
32
Australian Biodiversity Record, 2009 (3): 1-96<br />
Lygosoma (Hinulia) tenuis intermedius Kinghorn, J.R. (1932). Herpetological Notes. 4. Rec.<br />
Aust. Mus. 18: 355-363 [358]. Type data: Holotype AM R6485. Type Locality: Richmond<br />
River, NSW.<br />
Sphenomorphus murrayi Swanson, 1976 - Lizards of Australia [p. 26, pl. 49]<br />
Concinnia murrayi Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 88].<br />
Concinnia murrayi Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p. 26] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus murrayi Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 334]<br />
Eulamprus murrayi Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 485-486]<br />
Eulamprus murrayi Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p. 220-<br />
221]<br />
Eulamprus murrayi Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 150]<br />
Eulamprus murrayi Wilson, 2005 - Field Guide Rept. Qld [p.125]<br />
Eulamprus murrayi Swanson, 2007 - Field Guide to Austr. Reptiles [p. 170]<br />
Eulamprus murrayi Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 236-237]<br />
Eulamprus murrayi Wilson and Swan, 2009 - What Lizard is That? [p. 35, 37]<br />
Description: This is a moderately large and solidly-built skink that has a medium-length<br />
tapering tail that is fairly thick at the base and rounded in cross-section. The base body colour<br />
is reddish-brown, golden-brown, chocolate brown or coppery-brown over the dorsum of the<br />
head, body, limbs and tail. The head scales are thinly bordered with darker brown and the tail<br />
can be strongly flecked with brown and fine white dots, and this is particularly evident along<br />
the sides. Along the dorsum, a sort of obscure variegated or barred pattern is created by the<br />
brown edges and pale centres of most body scales. There are pale cream and dark brown<br />
bars along the labials and blackish spots on the cheeks, and there are a few large blackish<br />
blotches on the neck behind the ear and the forelimbs. The lateral of the neck and body may<br />
be dark purple to paler brown, or even blackish, with heavy markings of paler whitish or<br />
bluish-white spots and flecks or small yellowish blotches; the flanks have a variable mottling<br />
of yellowish and black, and the lower lateral area of the body tends to be paler greyish with a<br />
dense flecking of light bluish dots. Ventrally creamish to yellowish, with the throat creamyyellow<br />
and the chin shields edged with brown, and a series of brownish variegations or lines<br />
over the throat and chest, and a fine peppering of blackish dots posteriorly (most noticeable<br />
near the vent and on the subcaudals). Some significant features of this species' morphology<br />
are: body scales smooth and glossy, in 28-36 rows at mid-body; paravertebral scale rows 59-<br />
67; parietals in contact behind the interparietal; prefrontals usually separated or in point<br />
contact; supranasals absent; nasals separated; supraoculars 4; ear-opening present and<br />
conspicuous, and larger than nasal scale; ear lobules absent; lower eyelid movable and scaly;<br />
6 supralabials (the last entire - vs the last divided in Karma tryoni); postmental contacting a<br />
single infralabial on each side; well-developed pentadactyl limbs, that overlap strongly when<br />
adpressed; hind limbs significantly longer than forelimbs; 4th toe much longer than 3rd;<br />
subdigital lamellae beneath 4th toe smooth, 16-22, with the basal ones divided. Attains a<br />
maximum total length of around 260 mm. and a snout-vent length of about 110 mm.<br />
Distribution: Murray’s Skink is only known from a small area in eastern Australia, between the<br />
Conondale Ranges in south-eastern Queensland and Barrington Tops in mid-eastern New<br />
South Wales.<br />
Habitat: It inhabits a variety of cool forest habitats, ranging from sub-tropical rainforest<br />
through to wet sclerophyll forest from near sea-level to over 1000m altitude. Often occurs<br />
along rainforest streams and in forest clearings.<br />
Biology/Ecology: This is mainly a diurnal or crepuscular species, but it has been observed<br />
active on the rainforest floor during warm evenings in summer. It is usually found during the<br />
day in association with rotting logs as well as rocks and dense leaf-litter in clearings and<br />
along verges of moist forest areas. Although not strictly an arboreal species, individuals will<br />
also occupy the rotting interiors of standing dead tree trunks. Sometimes small groups of<br />
adults and juveniles are found together living in very close proximity with one another.<br />
Although this lizard will bask on logs during cloudy days, it is mostly active during the<br />
afternoon and early evening in warm weather. It will bask in open sunshine on cooler days,<br />
but it generally avoids hot sun-exposed sites; it is generally active during overcast weather<br />
either preceding or during rainfall in summer. This species also engages in territorial fights<br />
33
Australian Biodiversity Record, 2009 (3): 1-96<br />
which can be so intense as to result in injury or death to individuals. It also vocalises during<br />
such conflicts or when being handled, issuing a short, high pitched squeak. Ovoviviparous,<br />
producing up to 5 live young in a brood during late summer. Feeds mainly on small<br />
invertebrates, but will also eat some rainforest fruits that fall to the ground, and on occasions,<br />
small skinks.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Also protected under the Qld Nature<br />
Conservation Act (1992) [see also the Qld Nature Conservation (Wildlife) Regulation Act<br />
(1994)]. Usually, this is a very common lizard where ever it occurs. However, due in part to<br />
the past large-scale clearing of rainforest for agriculture over much of its range, the now<br />
fragmented distribution and specialised habitat requirements of this species could indicate<br />
that it is potentially vulnerable in some parts of its range. In recent years some areas of<br />
relatively undisturbed rainforest have experienced an inexplicable decline in this species<br />
presence, from once being very common to now rare or even apparently extirpated.<br />
Etymology: The name 'murrayi' is believed to honour the 19 th Century British herpetologist<br />
John A. Murray.<br />
Karma tryoni (Longman, 1918) comb. nov.<br />
Lygosoma (Hinulia) tryoni Longman, H.A. (1918). Notes on some Queensland and Papuan<br />
reptiles. Mem. Qld Mus. 6: 37-44 [38]. Type data: Holotype QM J3023. Type Locality:<br />
Macpherson Ranges, 3000 ft, S Qld.<br />
Eulamprus tryoni Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 757]<br />
Eulamprus tryoni Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [Pp. 222-<br />
223]<br />
Eulamprus tryoni Swan, Shea and Sadlier, 2004 - Rept. NSW [p. 153]<br />
Eulamprus tryoni Wilson, 2005 - Field Guide Rept. Qld [Pp.126-127]<br />
Eulamprus tryoni Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [Pp. 238-239]<br />
Description: This is a moderately large and solidly-built skink that has a medium-length<br />
tapering tail that is fairly thick at the base and rounded in cross-section. It is very similar to<br />
Karma murrayi in overall appearance, but differs in a few subtle pattern differences and<br />
scalation. The base body colour is pale brown or coppery-brown over the head, body and tail.<br />
The body and tail has a strongly contrasting barred pattern formed by a series of irregular<br />
narrow transverse rows of darker brownish or blackish scales, which tend to extend to the<br />
series of darker laterodorsal blotches; the head scales are thinly bordered with darker brown.<br />
There are pale cream and dark brown bars along the labials and blackish spots on the<br />
cheeks, and the upper lateral (laterodorsal) of the body has a series of irregular blackish<br />
blotches which extend onto the tail as scattered darker scales. The midlateral of the neck and<br />
body may be dark purplish-brown, or even blackish, heavily flecked with paler whitish or<br />
bluish-white spots and flecks or small paler blotches as in K. murrayi. Ventrally bright<br />
yellowish, with the throat creamy-yellow with dark blotches and the chin shields obscurely<br />
(thinly) edged with brown. Some significant features of this species' morphology are: body<br />
scales smooth and glossy, in 38-42 rows at mid-body (vs a midbody count of less than 37 in<br />
Karma murrayi); paravertebral scale rows 81-92; parietals in contact behind the interparietal;<br />
prefrontals usually separated or in point contact; supranasals absent; nasals separated;<br />
supraoculars 4; ear-opening present and conspicuous, and larger than nasal scale; ear<br />
lobules absent; lower eyelid movable and scaly; 6 supralabials (the last divided - vs the last<br />
one entire in Karma murrayi); postmental contacting a single infralabial on each side; welldeveloped<br />
pentadactyl limbs, that overlap when adpressed; hind limbs significantly longer<br />
than forelimbs; 4th toe much longer than 3rd; subdigital lamellae beneath 4th toe 16-21, basal<br />
ones divided. Attains a maximum total length of around 240 mm. and a snout-vent length of<br />
about 105 mm.<br />
Distribution: Known only from a restricted area of eastern Australia, centred upon the<br />
Lamington Plateau of the McPherson Ranges, in south-eastern Queensland and northeastern<br />
New South Wales.<br />
Habitat: Restricted to dense subtropical rainforest (closed forest) conditions, above 800<br />
metres altitude. Favoured microhabitats of rotted logs and tree buttresses are very sheltered,<br />
34
Australian Biodiversity Record, 2009 (3): 1-96<br />
and are mostly along stream verges and in small clearings resulting from breaks in the<br />
canopy following tree falls.<br />
Biology/Ecology: This is a shy, diurnal or crepuscular species that is usually found in<br />
association with rotting logs which it also use for basking and as retreat sites. It has also been<br />
observed active on the ground amongst dense leaf-litter - presumably foraging. Although this<br />
lizard will bask on logs during cloudy days, it is mostly active during the afternoon and early<br />
evening in warm weather, like its congenor Magmellia murrayi. Ovoviviparous, producing up<br />
to 5 live young in a brood during late summer. Feeds mainly on small invertebrates, but will<br />
also eat small lizards and possibly frog's eggs.<br />
Survival Status: Protected under the New South Wales National Parks and Wildlife Act (1974)<br />
but not listed in that State as a Threatened Species in any of the Schedules of the NSW<br />
Threatened Species Conservation Act (1995). Also protected under the Qld Nature<br />
Conservation Act (1992) [see also the Qld Nature Conservation (Wildlife) Regulation Act<br />
(1994)]. Status unknown, but this species may be considered as potentially vulnerable due to<br />
its limited distribution and specialised habitat requirements.<br />
Etymology: The name 'tryoni' honours Australian naturalist the late Henry Tryon.<br />
Deloidiogenes Wells and Wellington, 1985<br />
Deloidiogenes Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp. Suppl.<br />
Ser. 1: 1-61 [28] [March 1985 on title page, but not published until September, 1985]. Type<br />
Species: Sphenomorphus amplus Covacevich and McDonald, 1980 by original designation.<br />
Diagnosis: As presently defined, a monotypic genus of Australian Scincid lizards, readily<br />
separated from all other genera by the following combination of characters: Body scales<br />
smooth and glossy in 40-52 rows at midbody; head shields regular, not fragmented; parietals<br />
in contact behind the interparietal; prefrontals in contact; supraoculars 5 (vs 4 supraoculars in<br />
Eulamprus, Edenia gen. nov. and Concinnia); supranasals present (vs supranasals absent in<br />
Eulamprus, Edenia gen. nov. and Concinnia); nasals separated by either 1 or 2 pairs of<br />
supranasals, with at least one pair in direct contact; supralabials 7; lower eyelid movable and<br />
scaly; ear opening present and conspicuous (and much larger than nasal scale); no anterior<br />
ear lobules (vs low anterior ear lobules in Concinnia); first infralabial contacts postmental on<br />
each side (vs first 2 infralabials contacting postmental in Concinnia); 3 rd pair of enlarged chin<br />
shields separated by 3 smaller scale rows (vs separated by 5 smaller scale rows in<br />
Eulamprus); well-developed pentadactyl limbs that overlap when adpressed; hind limbs much<br />
longer than forelimbs; 4th toe much longer than the 3rd; base of 4th toe broad, with most<br />
lamellae divided (vs mostly undivided in Concinnia); 22-26 subdigital lamellae beneath 4th<br />
toe. Attains a maximum total length of around 230 mm. and a snout-vent length of about 110<br />
mm. Ovoviviparous.<br />
Etymology: ‘Delos’ means ‘clearly’, ‘idiogenes’ means distinctive.<br />
Content: Deloidiogenes amplus (Covacevich and McDonald, 1980).<br />
Deloidiogenes amplus (Covacevich and McDonald, 1980)<br />
Sphenomorphus amplus Covacevich and McDonald, 1980 - Mem. Qld Mus. 20: 95-101 [p.97,<br />
pl. 16]. Type data: Holotype QM J26054. Type Locality: Finch Hatton Creek, Eungella<br />
National Park, mid-E Qld.<br />
Concinnia amplus Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 88].<br />
Deloidiogenes amplus Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p. 28] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus amplus Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 333]<br />
Eulamprus amplus Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 482-483]<br />
Eulamprus amplus Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia [p. 216-<br />
217]<br />
Eulamprus amplus Wilson, 2005 - Field Guide Rept. Qld [p.123]<br />
Eulamprus amplus Swanson, 2007 - Field Guide to Austr. Reptiles [p. 167]<br />
Eulamprus amplus Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [p. 232-233]<br />
Eulamprus amplus Wilson and Swan, 2009 - What Lizard is That? [p. 36, 37]<br />
35
Australian Biodiversity Record, 2009 (3): 1-96<br />
Description: This is a relatively large and rather solidly-built skink, with a somewhat short,<br />
depressed head, a pointed snout, and a medium-length fragile tail that is round in section.<br />
The base body colour is a dark olive-brown dorsally. There are scattered paler creamish or<br />
lemon-yellow coloured scales over the dorsum, and these paler scales are usually<br />
transversely-aligned in thin wavy rows over the body and original tail, but these 'bands' are<br />
much less distinct laterally, and much more so on the tail. The lateral of the body is a paler<br />
brown than the dorsum and is profusely flecked or peppered with darker greyish and lighter<br />
yellowish marks. There is a distinctive blackish patch above the forelimbs, and the sides of<br />
the neck are bluish-grey. The limbs are the same colour as the dorsum, but are thinly marked<br />
with obscure pale creamish bands. Ventrally, the body is whitish to creamish or bright lemonyellow<br />
with the labials and chin bluish-grey or pale lemon yellow, with each scale being edged<br />
with dark brown, resulting in a weak barring to the lips. Some significant features of this<br />
species’ morphology are: body scales smooth and glossy in 40-52 rows at mid-body; parietals<br />
in contact behind the interparietal; prefrontals in contact; supraoculars 5; pair of supranasals;<br />
nasals separated by either 1 or 2 pairs of supranasals; supralabials 7; lower eyelid movable<br />
and scaly; ear-opening present and conspicuous (much larger than nasal scale); no anterior<br />
ear lobules; first infralabial contacts postmental on each side; 3 rd pair of enlarged chin shields<br />
separated by 3 smaller scale rows; well-developed pentadactyl limbs that overlap when<br />
adpressed; hind limbs much longer than forelimbs; 4th toe much longer than the 3rd; base of<br />
4th toe broad, with most lamellae divided; 22-26 subdigital lamellae beneath 4th toe. Attains a<br />
maximum total length of around 260 mm. and a snout-vent length of about 115 mm.<br />
Distribution: Known only from isolated populations in a small part of central east coastal<br />
Queensland, between Proserpine and Mackay. Known localities are mainly around Finch<br />
Hatton, Mt Blackwood, Eungella National Park, and Conway State Forest.<br />
Habitat: Inhabits isolated montane closed tropical rainforests in mountainous areas, mostly<br />
between 300 and 900 metres altitude. It is usually found in association with rock outcrops and<br />
boulders near streams in more elevated sites, but in rainforest at lower altitudes, where it can<br />
be found living in cracks, crevices and cavities of tree trunks - such as the buttress roots of<br />
Fig Trees.<br />
Biology/Ecology: A diurnal, terrestrial, arboreal and saxatile species that forages amongst<br />
rocks, logs and ground litter along the margins or clearings of dense rainforest and in<br />
particular along the boulder-covered verges of creeks and waterfalls; it usually shelters<br />
beneath rocks and logs. This is a robust-bodied skink that will try to bite vigorously when<br />
seized. It can also vocalise by emitting a high pitched squeak if attacked during a territorial<br />
dispute, or if seized by a potential predator. Ovoviviparous, producing up to 5 live young at<br />
the end of summer. Feeds on small invertebrates.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Status unknown, but this species may<br />
be considered as potentially vulnerable due to its limited and fragmented distribution, and<br />
specialised habitat requirements. It is generally considered to be a rare species because of its<br />
extremely small known range, although it is known to locally common at the few sites where it<br />
has been located.<br />
Etymology: The name 'amplus' means 'large', and refers to the larger size attained by this<br />
species.<br />
Magmellia gen. nov.<br />
Type Species: Sphenomorphus luteilateralis Covacevich, J. and McDonald, K.R. (1980). Two<br />
new species of skinks from mid-eastern Queensland rainforest. Mem. Qld Mus. 20: 95-101<br />
[96, pl. 1a]. Type data: Holotype QM J31685. Type Locality: Eungella National Park, QLD<br />
[21º03'S 148º359'E].<br />
Diagnosis: A genus of somewhat robust, solidly-built lizards with a solid tapering tail, of the<br />
family Scincidae and restricted to north-east Australian rainforests, and readily separated<br />
from all other genera by the following combination of characters: body scales smooth and<br />
glossy, in 36-42 rows at mid-body; head shields regular, not fragmented; parietals in contact<br />
behind the interparietal; prefrontals usually separated or in point contact (vs prefrontals in<br />
broad contact in Edenia gen. nov.); supranasals absent (vs present in Deloidiogenes); nasals<br />
separated; supraoculars 4 (vs 5 in Deloidiogenes); ear-opening present and conspicuous, and<br />
larger than nasal scale (vs ear-opening only about as large as nasal scale in Edenia gen.<br />
nov.); ear lobules absent; lower eyelid movable and scaly; 6 supralabials (vs 7 in Concinnia,<br />
36
Australian Biodiversity Record, 2009 (3): 1-96<br />
Costinisauria and Deloidiogenes, or 7-9 in Eulamprus); postmental contacting a single<br />
infralabial on each side (vs postmental in contact with first two infralabials on each side in<br />
Eulamprus, Concinnia, and Edenia gen. nov.); well-developed pentadactyl limbs, that strongly<br />
overlap when adpressed (much more so than in Concinnia or Karma gen. nov.); hind limbs<br />
significantly longer than forelimbs; 4th toe much longer than 3rd; supradigital scales of 4 th toe<br />
in two rows, forming a distinct zigzag line along the toe where the two rows meet (vs a single<br />
scale row in transverse contact in Eulamprus); subdigital lamellae beneath 4th toe smooth 17-<br />
22, basal ones divided (vs subdigital lamellae with longitudinal groove down the scales in<br />
Eulamprus). Attains a maximum total length of around 240 mm. and a snout-vent length of<br />
about 90 mm. Ovoviviparous.<br />
Etymology : Magmellia is derived from the Celtic 'Mag Mell', the much sought after, but<br />
elusive, field of happiness.<br />
Content: Magmellia luteilateralis (Covacevich and McDonald, 1980) comb. nov.<br />
Magmellia luteilateralis (Covacevich and McDonald, 1980) comb. nov.<br />
Sphenomorphus luteilateralis Covacevich, J. and McDonald, K.R. (1980). Two new species of<br />
skinks from mid-eastern Queensland rainforest. Mem. Qld Mus. 20: 95-101 [96, pl. 1a]. Type<br />
data: Holotype QM J31685. Type Locality: Eungella National Park, QLD [21º03'S 148º359'E].<br />
Concinnia luteilateralis Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 88].<br />
Concinnia luteilateralis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p. 26] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus luteilateralis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 334]<br />
Eulamprus luteilateralis Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 485-486]<br />
Eulamprus luteilateralis Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[Pp. 220-221]<br />
Eulamprus luteilateralis Wilson, 2005 - Field Guide Rept. Qld [p.124]<br />
Eulamprus luteilateralis Swanson, 2007 - Field Guide to Austr. Reptiles [p. 169]<br />
Eulamprus luteilateralis Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia 2 nd<br />
Edition [Pp. 236-237]<br />
Description: This is a moderately large and solidly-built skink that has a medium-length<br />
tapering tail that is fairly thick at the base and rounded in cross-section. The base body colour<br />
is golden-brown or coppery-brown over the head, body and tail. The dorsum is covered in<br />
darker brown scales, creating a heavily flecked pattern. The lateral of the body may be<br />
salmon-pink, with flanks of dull or bright orange, and with numerous tiny white spots overall,<br />
and a prominent dark brownish or blackish bar or patch above the forelimb. The bright orange<br />
flanks are diagnostic for this species. The neck and lower part of the head is bluish-grey or<br />
greyish-white, occasionally with a couple of small black patches between the ear and the<br />
forelimb, while the labials are pale greyish; the upper part of the head is the same lighter<br />
brown as the dorsal part of the head. Ventrally white. Some significant features of this<br />
species' morphology are: body scales smooth and glossy, in 36-42 rows at mid-body; head<br />
shields regular, not fragmented; parietals in contact behind the interparietal; prefrontals<br />
usually separated or in point contact; supranasals absent; nasals separated; supraoculars 4;<br />
ear-opening present and conspicuous, and larger than nasal scale; ear lobules absent; lower<br />
eyelid movable and scaly; 6 supralabials; postmental contacting a single infralabial on each<br />
side; well-developed pentadactyl limbs, that strongly overlap when adpressed; hind limbs<br />
significantly longer than forelimbs; 4th toe much longer than 3rd; dorsal scales of 4 th toe in<br />
two rows, forming a distinct zigzag line along the toe where the two rows meet; subdigital<br />
lamellae beneath 4th toe smooth 17-22, basal ones divided. Attains a maximum total length of<br />
around 240 mm. and a snout-vent length of about 110 mm.<br />
Distribution: Known only from a small area in mid-eastern Queensland, centred upon the<br />
upper slopes of Mount William in the Clarke Range (Eungella National Park) near Mackay.<br />
Habitat: Known only from montane rainforest and vine forests in elevated (mountainous)<br />
areas above 900 m altitude.<br />
Biology/Ecology: This is a diurnal or crepuscular species that is usually found in association<br />
with rotting logs and dense leaf-litter in clearings and along verges of moist forest areas of<br />
mixed notophyll vine forest. It shelters beneath fallen palm fronds and other ground litter, but<br />
mainly inside or under logs, and may be observed basking on logs during cloudy days, or<br />
foraging for small invertebrates amongst ground litter. Ovoviviparous, producing up to 5 live<br />
37
Australian Biodiversity Record, 2009 (3): 1-96<br />
young in a brood during late summer. A shy species, that rapidly retreats into hollows of<br />
rotting logs when disturbed.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Status unknown, but this somewhat<br />
rare species may be considered as potentially vulnerable due to its limited distribution and<br />
specialised habitat requirements. Its range forms part of Eungella National Park.<br />
Etymology: The name 'luteilateralis' refers to the spotted colour pattern on the side of the<br />
body.<br />
Glaphyromorphus Wells and Wellington, 1984<br />
Glaphyromorphus Wells and Wellington, 1984 - Synop. Class Rept. Aust. Austr. J. Herp. 1(3-<br />
4): 73-129 [95] [1983 on title page]. Type Species: Lygosoma (Lygosoma) punctulatum<br />
Peters, 1871 by original designation.<br />
Diagnosis: As presently defined, a genus of small, very elongate cryptozoic Scincid lizards<br />
from tropical north-eastern Australia, readily separated from all other genera by the following<br />
combination of characters: body scales smooth and glossy, in 18-26 rows at mid-body; middorsal<br />
scales conspicuously broader and much larger than mid-ventral scales (vs mid-dorsal<br />
scales about the same size as mid-ventrals in Mawsoniascincus); head shields regular, not<br />
fragmented; supranasals absent; nasals separated; parietals in contact behind the<br />
interparietal; prefrontal contacting first preocular; supraoculars 4; supralabials 7; postmental<br />
usually contacting one infralabial on each side (vs postmental in contact with either 1 or 2<br />
infralabials in Serenitas); ear-opening present but tiny and round, not as large as the nasal<br />
scale (vs ear opening present and conspicuous, and equal to or larger than the nasal in<br />
Mawsoniascincus, and ear-opening more elliptical and about as large as nasal in Serenitas);<br />
ear lobules absent; lower eyelid movable and scaly; small, but well-developed pentadactyl<br />
limbs, and separated by at least 3 limb-lengths when adpressed (vs large limbs in contact or<br />
overlapping when adpressed in Mawsoniascincus, or large adpressed limbs do not contact or<br />
overlap - but only separated by about one limb length in Serenitas, or diminutive limbs much<br />
more greatly separated when adpressed in Opacitascincus); 4th toe much longer than 3rd;<br />
subdigital lamellae mostly smooth and entire (vs basally divided in Mawsoniascincus);<br />
lamellae beneath 4th toe 11-14. Attains a maximum total length of around 140 mm. and a<br />
snout-vent length of about 55 mm. Oviparous (vs viviparous in Patheticoscincus).<br />
Content: Glaphyromorphus clandestinus Hoskin and Couper, 2004; and Glaphyromorphus<br />
punctulatus (Peters, 1871).<br />
Etymology: The name alludes to the highly polished or glossy nature of the scales in the<br />
included species.<br />
Glaphyromorphus clandestinus Hoskin and Couper, 2004<br />
Glaphyromorphus clandestinus Hoskin and Couper, 2004 - Aust. J. Zool. 52: 183-190. Type<br />
data: Holotype QM J77554. Type Locality: Alligator Ck, Mt Elliot, Bowling Green Bay National<br />
Park, north-east Queensland [19°29'S 146°59'E].<br />
Glaphyromorphus clandestinus Wilson and Swan, 2008 - Complete Guide to Reptiles of<br />
Australia 2 nd Edition [p. 240-241]<br />
Description: This is another elongate and secretive species that has only recently been<br />
discovered. The body and tail are long, and the short pentadactyl limbs do not meet when<br />
adpressed, with the separation of the limbs in mature specimens being much greater than the<br />
length of a forelimb. It has a moderately pointed snout that is round in profile, and the head is<br />
barely distinct from neck. The colouration overall is pale bronze-brown with the flanks having<br />
a series of 7 or 8 thin, faint to dark longitudinal lines, formed by a series of regular black<br />
flecking to the scales that run from the ear to the groin, continuing along the lateral of the tail<br />
as heavy dark flecking; the under surface of the tail is darkly flecked as well. The dorsum of<br />
the body may be lightly or heavily flecked with black, although the dorsal of the head may be<br />
unmarked or only faintly speckled with dark brown; the labials may be prominently or faintly<br />
barred with black or dark brown. Ventrally, the body is pale whitish cream and generally<br />
unmarked, with the exception that the scales of the throat are delicately edged with dark<br />
brown or black, which forms a neat longitudinal series of fine dark lines to the forelimbs.<br />
Some other characteristic features of this species morphology are: body scales smooth and<br />
shiny; mid-body scale count of 26, readily separates it from its congenors; 55-60<br />
38
Australian Biodiversity Record, 2009 (3): 1-96<br />
paravertebrals, each not larger than adjacent body scales; rostral broadly contacts<br />
frontonasal; nasals widely separated; nostril sub-central in nasal scale, almost in contact with<br />
first supralabial; frontonasal about 1.5 wider than long, frontonasal broadly contacting frontal;<br />
prefrontals large, and almost the same size as first supraocular; prefrontals separated;<br />
supraoculars 4, with second being the largest; frontal contacts first two supraoculars;<br />
frontoparietals large and in broad contact; parietals in narrow contact behind interparietal;<br />
parietals contact 4 th supraocular, frontoparietal, interparietal, upper secondary temporal, two<br />
pretemporals, and 1 or 2 nuchals; 2 presuboculars; one pair of broadly enlarged nuchals;<br />
loreals 2; preoculars 2, lower the largest; postsuboculars 2, the second being the largest;<br />
supraciliaries 6, with the first being the largest; supralabials 7, with the 5 th suborbital;<br />
infralabials 5; mental approx twice as wide as long; postmental in contact with either 1 or 2<br />
infralabials; 3 pairs of enlarged chin shields; preanals 4 - enlarged and overlapping; lower<br />
eyelid moveable, scaly; ear opening present; ear lobules absent; subdigital lamellae broadly<br />
callose; 14-17 subdigital lamellae beneath 4 th toe. Attains a maximum size of about 230mm in<br />
total length (with original tail), of which 75 mm is SVL.<br />
Distribution: Known only from the Mt Elliot area, centred on the vicinity of Alligator Creek,<br />
north-eastern Queensland.<br />
Habitat: Has been found sheltering in humus and litter beneath rock slabs amongst exposed<br />
granite outcroppings near a waterfall in a complex vegetation of ecotonal tropical rainforest<br />
and wet sclerophyll forest at around 425m. altitude.<br />
Biology/Ecology: This is apparently a burrowing, crepuscular species, about which little is<br />
known. All known specimens were discovered in a moist seepage microhabitat in association<br />
with granitic outcroppings; all specimens were sheltering amongst humus beneath granite<br />
exfoliations near a waterfall.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Regarded as rare and its restricted<br />
range would suggest that it could be potentially endangered, although no threatening<br />
processes have been identified.<br />
Etymology: The name ‘clandestinus’ means ‘secret’, and refers to the difficulty that<br />
herpetologists have had locating further specimens of this species following its original<br />
discovery in 2002.<br />
Glaphyromorphus punctulatus (Peters, 1871)<br />
Lygosoma (Lygosoma) punctulatum Peters, W. (1871). Über einige Arten der<br />
herpetologischen Sammlung des Berliner Zoologischen Museums. Mber. K. Preuss. Akad.<br />
Wiss. Berl. 1871: 644-652 [646] [1872 on title page]. Type data: Holotype ZMB 7295. Type<br />
Locality: Port Clinton (as Port Bowen), Qld.<br />
Lygosoma heterodactylum Günther, A. (1876). Descriptions of new species of reptiles from<br />
Australia. J. Mus. Godeffroy 5: 45-47 [45]. Type data: Holotype BMNH 73.3.4.16. Type<br />
Locality: Peak Downs, Qld.<br />
Glaphyromorphus punctulatus Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 96].<br />
Glaphyromorphus punctulatus Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust.<br />
J. Herp. Suppl. Ser. 1: 1-61 [p. 30] [March 1985 on title page, but not published until<br />
September, 1985].<br />
Sphenomorphus punctulatus Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 329]<br />
Glaphyromorphus punctulatus Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 497-<br />
498]<br />
Glaphyromorphus punctulatus Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 228-229]<br />
Glaphyromorphus punctulatus Wilson, 2005 - Field Guide Rept. Qld [p.130]<br />
Glaphyromorphus punctulatus Swanson, 2007 - Field Guide to Austr. Reptiles [p. 173]<br />
Glaphyromorphus punctulatus Wilson and Swan, 2008 - Complete Guide to Reptiles of<br />
Australia 2 nd Edition [p. 244-245]<br />
Description: This is a small, very elongate skink with a long tapering tail that is round in<br />
section. The base body colour may be pale greyish-brown, rich brown or golden-brown over<br />
the head, body and tail. Pattern may be absent or very obscure on the dorsum, or be<br />
restricted to each dorsal and lateral scale having paler edges, and being flecked or streaked<br />
with darker brown overall. In some specimens there is a narrow darker upper lateral zone or<br />
obscure dorsolateral streak formed by marginally denser flecking, but usually there is no clear<br />
39
Australian Biodiversity Record, 2009 (3): 1-96<br />
line of demarcation in colouration between the dorsal and lateral surfaces of the body. The<br />
sides of the head are densely spotted with brown, and the labials are boldly spotted with<br />
brown also, making the side of the head noticeably darker than the body. Ventrally, pale<br />
yellowish or creamish under the body, with some fine brown spotting along the ventrolateral<br />
margin and heavy brown spotting under the tail; the chin and throat are lightly streaked or<br />
dotted with brown. Some significant features of this species' morphology are: snout pointed<br />
and head barely distinct from neck; body scales smooth and shiny, in 18-20 rows at mid-body;<br />
supranasals absent; nasals separated; parietals in contact behind the interparietal; prefrontal<br />
contacting first preocular; supraoculars 4; ear-opening present but small, not as large as the<br />
nasal scale; ear lobules absent; lower eyelid movable and scaly; supralabials 7; postmental<br />
usually contacting one, or rarely two infralabials on each side; tiny, but well-developed<br />
pentadactyl limbs, that fail to overlap when adpressed; 4th toe much longer than 3rd;<br />
subdigital lamellae beneath 4th toe 11-14 smooth and entire. Attains a maximum total length<br />
of around 140 mm. with a snout-vent length of about 55-70 mm.<br />
Distribution: Known only from a wide area of mid to north-eastern Queensland, ranging from<br />
Kaban (just south of Herberton), in the north-east to Mt Walsh National Park (west of<br />
Maryborough) in the south.<br />
Habitat: Inhabits dry vine thickets (dry rainforest) and in open eucalypt forest and woodland<br />
on well-drained sites with sandy or loamy soil, from about sea level up to 1000 metres<br />
altitude. Generally found in drier, exposed or open places including rocky areas adjacent to or<br />
within more densely vegetated habitats.<br />
Biology/Ecology: A small burrowing species, often found sheltering beneath deep leaf-litter,<br />
rotting logs as well as rocks on sand (including beaches and coastal dunes). It is somewhat<br />
cryptozoic in habits, being active beneath cover such as logs and deep ground litter during<br />
the day. This species is oviparous, producing up to three eggs in a clutch, and feeds entirely<br />
on a wide range of small invertebrates.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Regarded as common.<br />
Etymology: The name 'punctulatus' means 'spotted' and refers to the colour pattern in this<br />
species.<br />
Serenitas gen. nov.<br />
Type Species: Hinulia pardalis Macleay, W. (1877). The lizards of the Chevert Expedition.<br />
Proc. Linn. Soc. N.S.W. 2: 60-69 [63] [1878 on title page].<br />
Diagnosis: A genus of medium-sized, elongate and robust lizards of the family Scincidae from<br />
north-eastern Australia, readily differentiated from all other genera by the following<br />
combination of characters: head shields regular, not fragmented; snout pointed and round in<br />
profile; head barely distinct from neck; body scales smooth and glossy, in 22-30 rows at midbody;<br />
55-68 paravertebrals, each broader than adjacent body scales (vs paravertebrals about<br />
equal to adjacent dorsal scales in Mawsoniascincus); mid-dorsal scales conspicuously<br />
broader and much larger than mid-ventral scales (vs mid-dorsals and mid-ventrals subequal<br />
in Mawsoniascincus); supranasals absent; nasals widely separated; rostral broadly contacts<br />
frontonasal; prefrontal not contacting first preocular; frontonasal about 1.5 wider than long,<br />
frontonasal usually contacting frontal; prefrontals usually separated, but occasionally in<br />
narrow contact; prefrontals large, and almost the same size as first supraocular; supraoculars<br />
4, with 2nd being the largest; frontal contacts first two supraoculars; frontoparietals large and<br />
in broad contact; parietals in contact behind the interparietal; parietals contact 4 th supraocular,<br />
frontoparietal, interparietal, upper secondary temporal, two pretemporals, and 1 or 2 nuchals;<br />
one pair of broadly enlarged nuchals; lower eyelid movable and scaly; loreals 2; preoculars 2,<br />
lower the largest; presuboculars 2; postsuboculars 2, the second being the largest;<br />
supraciliaries 6, with the first being the largest; nostril below centre (sub-central) of nasal<br />
scale, almost in contact with first supralabial; supralabials 7, with the 5 th suborbital; infralabials<br />
5; mental approx twice as wide as long; postmental in contact with either 1 or 2 infralabials; 3<br />
pairs of enlarged chin shields; preanals 4 - enlarged and overlapping; ear-opening present but<br />
small, with slight vertical compression (or not quite round) and not as large as, or nearly as<br />
large as the nasal scale (vs ear-opening small and round, and smaller than nasal in<br />
Glaphyromorphus; anterior ear lobules absent; well-developed but small pentadactyl limbs,<br />
that fail to overlap when adpressed and separated by at least a limb length (vs limbs in<br />
contact or overlapping when adpressed in Mawsoniascincus, or small, but well-developed<br />
40
Australian Biodiversity Record, 2009 (3): 1-96<br />
pentadactyl limbs, that are separated by about 4 limb lengths when adpressed, or very<br />
diminutive limbs greatly separated by more than 4 limb lengths when adpressed in<br />
Opacitascincus); 4th toe much longer than 3rd; subdigital lamellae beneath 4th toe 14-24<br />
smooth and entire or broadly callose or bluntly keeled. Presacral vertebrae 26. Oviparous, but<br />
the thin-shelled eggs are laid in an advanced state, and hatch a very short period after laying.<br />
Content: Serenitas fuscicaudis (Greer, 1979) comb. nov.; Serenitas nigricaudis (Macleay,<br />
1877) comb. nov.; and Serenitas pardalis (Macleay, 1877) comb. nov.<br />
Etymology: From the Latin serenitas meaning serene or tranquil and used in reference to the<br />
habitats occupied by the included species.<br />
Serenitas fuscicaudis (Greer, 1979) comb. nov.<br />
Sphenomorphus fuscicaudis Greer, A.E. (1979). A new Sphenomorphus (Lacertilia:<br />
Scincidae) from the rainforests of north-eastern Queensland. Rec. Aust. Mus. 32: 373-383<br />
[373, fig. 1]. Type data: Holotype QM J25218. Type Locality: Mt Finnigan (3,700 ft), Mt<br />
Finnigan National Park, NE Qld.<br />
Concinnia fuscicaudis Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 88].<br />
Concinnia fuscicaudis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p. 26] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus fuscicaudis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 331]<br />
Glaphyromorphus fuscicaudis Cogger, 2000 - Reptiles and Amphibians of Australia [p. 493-<br />
494]<br />
Glaphyromorphus fuscicaudis Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 226-227]<br />
Glaphyromorphus fuscicaudis Wilson, 2005 - Field Guide Rept. Qld [p.128]<br />
Glaphyromorphus fuscicaudis Wilson and Swan, 2008 - Complete Guide to Reptiles of<br />
Australia 2 nd Edition [p. 242-243]<br />
Description: The body form of this skink is elongate, but robust, and the tail is very long,<br />
fragile, tapering and round in section, which is in marked contrast to the relatively shorter<br />
body and tail in the genus Glaphyromorphus. The base colour is reddish-brown, with the<br />
anterior of the tail being noticeably darker. The dorsal pattern mainly comprises scattered<br />
darker brown scales over the rich brownish dorsum, but those on the neck may be<br />
transversely aligned to form a series of nuchal bands; in some individuals, the spotting may<br />
form a series of thin irregular, and wavy transverse bands over the entire body, but this is<br />
nearly always most intense anteriorly. The lateral of the body is slightly lighter in base colour<br />
than the dorsum, but the pattern is bolder and more complex, with numerous scattered pale<br />
and dark flecks and spots being present, and often representing a continuation of the upper<br />
body pattern. The lateral part of the anterior body and neck region tends to have a reticulum<br />
of black and creamish patches and flecks, with the dorsolateral margin being more blotched<br />
with cream and yellow patches, while the posterior of the body gradually fades to an obscure<br />
creamish yellow and brownish variegated pattern. The tail is heavily flecked with glossy black<br />
and dark brown, and overall appears much darker than the body, the hind limbs are blackish<br />
or dark brown (same as tail) with obscure darker variegations, but the forelimbs are more like<br />
the dorsum colour, with blackish streaks; the labials are barred with creamish and dark brown.<br />
Ventrally, creamish to pale yellow under the head and body, and greyish-blue or whitish<br />
subcaudally; breeding specimens may have a pinkish flush to the basal part of the tail and<br />
cloaca as well. Some significant features of this species' morphology are: head shields<br />
regular, not fragmented; body scales smooth and shiny, in 27-30 rows at mid-body;<br />
paravertebral scales 64-68 in females (average 67), 60-67 in males (average 63); parietals in<br />
contact behind the interparietal; prefrontal not contacting first preocular; prefrontals usually<br />
separated; supranasals absent; nasals separated; supraoculars 4; ear-opening present but<br />
small, about as large as the nasal scale; ear lobules absent; lower eyelid movable and scaly;<br />
supralabials 7; postmental contacting two infralabials on each side; well-developed<br />
pentadactyl limbs, that fail to overlap when adpressed (separated by about a forearm length);<br />
4th toe much longer than 3rd; subdigital lamellae beneath 4th toe 18-24, bluntly keeled and<br />
entire. Presacral vertebrae 26. Attains a maximum total length of around 200 mm. and a<br />
snout-vent length of about 90 mm.<br />
41
Australian Biodiversity Record, 2009 (3): 1-96<br />
Distribution: Confined to a few scattered areas of north-eastern Queensland, between the<br />
McIlwraith Range on Cape York Peninsula, Cooktown and the Atherton Tablelands west of<br />
Cairns.<br />
Habitat: Inhabits monsoon vine forest, lowland tropical rainforest and montane rainforest, from<br />
about 40 to 1160 m altitude.<br />
Biology/Ecology: An essentially diurnal, terrestrial and crepuscular species that forages<br />
amongst leaf-litter in rainforest clearings, or along ecotonal forest boundaries. It shelters<br />
beneath rotting logs and piles of ground debris and is insectivorous in dietary habits, probably<br />
taking a wide range of rainforest invertebrates. Oviparous, producing up to 4 eggs in a clutch,<br />
which are probably laid early in the Wet Season (November-December), as gravid females<br />
with advanced oviducal eggs have been found in November.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Regarded as locally common.<br />
Etymology: The name 'fuscicaudis' means ‘dark tail’, and refers to the colour pattern of the<br />
species.<br />
Serenitas nigricaudis (Macleay, 1877) comb. nov.<br />
Mocoa nigricaudis Macleay, W. (1877). The lizards of the Chevert Expedition. Proc. Linn.<br />
Soc. N.S.W. 2: 60-69 [63] [1878 on title page]. Type data: Lectotype AM R31840. Subsequent<br />
designation: Copland, S.J. (1946). Catalogue of reptiles in the Macleay Museum I.<br />
Sphenomorphus pardalis (Macleay) and Sphenomorphus nigricaudis nigricaudis (Macleay).<br />
Proc. Linn. Soc. N.S.W. 70: 291-311. Type locality: Darnley Is., Torres Strait, Qld.<br />
Lygosoma (Hinulia) elegantulum Peters, W. and Doria, G. (1878). Catalogo dei Rettili e dei<br />
Batraci raccolti da O. Beccari, L.M. d'Albertis A.A. Bruijn nella sotto-regione Austro-Malese.<br />
Ann. Mus. Civ. Stor. Nat. Genova 13: 323-450 [344]. Type data: Syntypes MCG C.E.27864,<br />
whereabouts unknown remaining syntypes. Type Locality: Somerset, Cape York Peninsula,<br />
Qld.<br />
Lygosoma elegantulum Boulenger, 1887 - Cat. Liz. Brit. Mus. [p.235]<br />
Lygosoma elegantulum Oudemans, 1894 - Denksch. med-naturwiss.Gesell.Jena, 8: 127-146<br />
[p.140]<br />
Lygosoma elegantulum Boulenger, 1895 - Ann. Mag. Nat. Hist., (6) 16: 28-32 [p.29]<br />
Lygosoma elegantulum Broom, 1898 - Proc. Linn. Soc. N.S.W., 22 (3): 639-645 [p.643]<br />
Hinulia pardalis Boulenger, 1904 - Ann. Mag. Nat. Hist., (7) 14: 80<br />
Lygosoma elegantulum De Rooij, 1915 - Rept. Indo Austr. Arch. [p.182]<br />
Lygosoma (Hinulia) elegantulum Zietz, 1920 - Cat. Aust. Liz. [p.208]<br />
Lygosoma (Hinulia) elegantulum Kinghorn, 1931 - Rec. Aust. Mus. 18 (3): 85-91 [p.89]<br />
Sphenomorphus pardalis Loveridge, 1934 - Bull. Mus. Comp. Zool., Harv. 77 (6): 243-383<br />
[p.352]<br />
Sphenomorphus nigricaudis nigricaudis Copland, 1946 - Proc. Linn. Soc. N.S.W., 70: 291-311<br />
[Pp. 299-305]<br />
Sphenomorphus nigricaudis elegantulus Copland, 1946 - Proc. Linn. Soc. N.S.W., 70: 291-<br />
311 [Pp. 305-310]<br />
Glaphyromorphus nigricaudis Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 95].<br />
Glaphyromorphus nigricaudis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust.<br />
J. Herp. Suppl. Ser. 1: 1-61 [p. 30] [March 1985 on title page, but not published until<br />
September, 1985].<br />
Sphenomorphus nigricaudis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 332]<br />
Glaphyromorphus nigricaudis Cogger, 2000 - Reptiles and Amphibians of Australia [p. 495,<br />
496]<br />
Glaphyromorphus nigricaudis Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 228-229]<br />
Glaphyromorphus nigricaudis Wilson, 2005 - Field Guide Rept. Qld [p.129]<br />
Glaphyromorphus nigricaudis Wilson and Swan, 2008 - Complete Guide to Reptiles of<br />
Australia 2 nd Edition [p. 244-245]<br />
Description: A slightly smaller member of the genus than the preceding species, the body<br />
form is nevertheless similar to its congenors with its elongate but robust build, small limbs and<br />
pointed snout. The tail is similarly moderately long, thick and fragile, round in section and<br />
tapering. The base colour is reddish-brown, and a pattern of darker spotting may be present<br />
or absent. with the proximal part of the tail being noticeably darker in some specimens. When<br />
42
Australian Biodiversity Record, 2009 (3): 1-96<br />
present, the dorsal pattern mainly comprises scattered darker brown flecks or spots over the<br />
anterior part of the body, with those on the shoulders and neck being darker, denser and<br />
transversely aligned to form an obscure series of broken bands. The lateral of the body may<br />
be slightly lighter in base colour than the dorsum, and the pattern similarly sparse, with just a<br />
few scattered dark flecks and spots being present and no dark dorsolateral region. The<br />
proximal part of the tail may be sparsely flecked with glossy black or dark brown, particularly<br />
towards the end where the spotting can be so dense as to give the tail a prominent black or<br />
dark brown ending in some individuals. The hind limbs are similar in colour to the body and<br />
tail, but with obscure darker variegations, and the labials are distinctly barred with creamish<br />
and dark brown. Ventrally, creamish to white under the body, with a few darker brown streaks,<br />
spots or flecks beneath the throat. Some significant features of this species' morphology are:<br />
body scales smooth, and shiny (glossy), in 26-28 rows at mid-body; parietals in contact<br />
behind the interparietal; prefrontals usually separated, but occasionally in narrow contact;<br />
prefrontal not contacting first preocular; supranasals absent; nasals separated; supraoculars<br />
4; ear-opening present and conspicuous, about as large as the nasal scale; ear lobules<br />
absent; lower eyelid movable and scaly; supralabials 7; postmental contacting two infralabials<br />
on each side; well-developed but small pentadactyl limbs, that just fail to overlap when<br />
adpressed (separated by the length of a forelimb); 4th toe much longer than 3rd; subdigital<br />
lamellae beneath 4th toe 18-24, smooth or bluntly keeled and entire. I have collected this<br />
species at various locations in the past on Cape York Peninsula and am of the belief that<br />
nigricaudis is likely composite owing to the morphological variation observed. Attains a<br />
maximum total length of around 180 mm. and a snout-vent length of about 75 mm.<br />
Distribution: Restricted to Cape York Peninsula and some of the islands in Torres Strait, in<br />
north-eastern Queensland, and a small area in north-eastern Arnhem Land, Northern<br />
Territory. Also occurs in New Guinea.<br />
Habitat: Known from various types of tropical savanna woodland habitats adjacent to wet<br />
forest conditions, such as ecotones between savanna or eucalypt woodland and various vine<br />
forests, monsoon rainforest and tropical lowland rainforest habitats. Also occurs in wellvegetated<br />
coastal dune habitats on Cape York Peninsula. Prefers areas that are well-drained<br />
and slightly elevated.<br />
Biology/Ecology: This is a secretive, burrowing and largely nocturnal species that shelters in<br />
cool shaded or protected situations in gullies, amongst rock outcrops and in patches of<br />
remnant monsoon rainforest, dry open savanna woodland, and other tropical forest<br />
communities. Specimens have been discovered sheltering under deep leaf-litter, beneath flat<br />
rocks on loamy soil, and under rotting logs - particularly in the moister or more protected parts<br />
of drier woodland habitats adjacent to rainforest areas or around rocky outcrops. During warm<br />
evenings it can be nocturnal in habits, although it readily basks in forest clearings on warm<br />
cloudy days. Oviparous, but a population on southern Cape York Peninsula has been<br />
reported to be ‘live-bearing’ but this has yet to be confirmed. Feeds on small invertebrates.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)] and the Northern Territory Parks and<br />
Wildlife Conservation Act (2007). Regarded as common.<br />
Etymology: The name 'nigricaudis' means 'black tail', referring to the proximal part of the tail<br />
being black in some specimens.<br />
Serenitas pardalis (Macleay, 1877) comb. nov.<br />
Hinulia pardalis Macleay, W. (1877). The lizards of the Chevert Expedition. Proc. Linn. Soc.<br />
N.S.W. 2: 60-69 [63] [1878 on title page]. Type data: holotype AM R31837. Type Locality:<br />
Barrow Is., Qld.<br />
Hinulia pardalis Boulenger, 1887 - Cat. Liz. Brit. Mus. [p.209]<br />
Lygosoma atromaculatum Garman, S. (1901). Some reptiles and batrachians from<br />
Australasia. Bull. Mus. Comp. Zool. 39: 1-14 [8]. Type data: Syntypes MCZ 6475 (2<br />
specimens), MCZ 6478 (3 specimens), FMNH 73374. Type Locality: Queensland and Great<br />
Barrier Reef, Qld, Qld - Cooktown<br />
Lygosoma pardalis Zietz, 1920 - Cat. Aust. Liz. [p. 208]<br />
Sphenomorphus pardalis Loveridge, 1934 - Australian reptiles in the Museum of Comparative<br />
Zoology, Cambridge, Massachusetts. Bull. Mus. Comp. Zool. 77: 243-383 [p.352].<br />
Sphenomorphus atromaculatus Loveridge, 1934 - Australian reptiles in the Museum of<br />
Comparative Zoology, Cambridge, Massachusetts. Bull. Mus. Comp. Zool. 77: 243-383<br />
[p.353].<br />
43
Australian Biodiversity Record, 2009 (3): 1-96<br />
Sphenomorphus pardalis pardalis Copland, 1946 - Proc. Linn. Soc. NSW, 70: 291-311 [p.292]<br />
Sphenomorphus pardalis erro Copland, S.J. 1946. Catalogue of reptiles in the Macleay<br />
Museum I. Sphenomorphus pardalis (Macleay) and Sphenomorphus nigricaudis nigricaudis<br />
(Macleay). Proceedings of the Linnean Society of New South Wales 70: 291-311 [298, pl. 11<br />
fig. 2]. Type data: Holotype AM R6352, locality unknown.<br />
Glaphyromorphus erro Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 95].<br />
Glaphyromorphus pardalis Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 95].<br />
Glaphyromorphus erro Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p. 30] [March 1985 on title page, but not published until September,<br />
1985].<br />
Glaphyromorphus pardalis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 30] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus pardalis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 332]<br />
Glaphyromorphus pardalis Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 496-<br />
498]<br />
Glaphyromorphus pardalis Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[p. 228-229]<br />
Glaphyromorphus pardalis Wilson, 2005 - Field Guide Rept. Qld [Pp.129-130]<br />
Glaphyromorphus pardalis Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia<br />
2 nd Edition [p. 244-245]<br />
Description: This is a somewhat elongate, but solidly-built skink with a moderately long<br />
tapering tail that is round in section. The base body colour is dark chocolate-brown, goldenbrown<br />
to pale brown over the head, body and tail. Pattern may be absent on the dorsum, or<br />
be restricted to the mid-dorsal scales being flecked with blackish or darker brown in two thin<br />
rows down the body, or consist of numerous dark brown scales scattered over the entire body<br />
and tail. There is usually a narrow blackish temporal line that progressively widens along the<br />
upper neck then onto the body, where it forms a series of vertically-aligned short bars that<br />
tend to create a streak along the whole dorsolateral line of the body. The upper lateral zone is<br />
heavily spotted or blotched with blackish or dark brown. The lower lateral part of the body is<br />
paler brown than the dorsum, and includes a lower density of black or brown spotting and<br />
flecking, but the sides of the tail are densely flecked and variegated with brown. The sides of<br />
the head are also paler brown, and the labials are boldly edged with brown, which may extend<br />
onto the chin and throat as short bars. Ventrally, whitish or creamish to pale lemon-yellow.<br />
Some significant features of this species' morphology are: body scales smooth and shiny, in<br />
22-26 (usually 24) rows at mid-body; mid-dorsal scales conspicuously broader much larger<br />
than mid-ventral scales; prefrontals separated; prefrontal not contacting first preocular;<br />
supranasals absent; nasals separated; supraoculars 4; parietals in contact behind the<br />
interparietal; ear-opening present but small, not as large as the nasal scale; ear lobules<br />
absent; lower eyelid movable and scaly; supralabials 7; infralabials 5; postmental contacting a<br />
single infralabial on each side; well-developed pentadactyl limbs, that fail to overlap when<br />
adpressed; 4th toe much longer than 3rd; subdigital lamellae beneath 4th toe 17-24 smooth<br />
and entire. Attains a maximum total length of around 180 mm. and a snout-vent length of<br />
about 70 mm. While there appears to be some morphological differences between various<br />
populations of pardalis, it is clear to me that there is inadequate material available to<br />
determine the precise boundaries of this species. Copland’s (1946) description of<br />
Sphenomorphus pardalis erro certainly suggested that another taxon also existed along with<br />
pardalis, and erro was previously resurrected by Wells and Wellington (1984) as a separate<br />
species to pardalis on the basis of Copland’s original description and an inspection of the<br />
Holotype at the Australian Museum. However, it is my opinion that its validity or otherwise<br />
should be firmly established by a thorough morphological study of Serenitas pardalis from<br />
across its entire range. Such a study has yet to be carried out and published, so until that<br />
occurs, I prefer to refrain from any further use of Copland’s Sphenomorphus pardalis erro.<br />
Distribution: Known only from scattered locations on Cape York Peninsula, south to about<br />
Cairns, Queensland.<br />
Habitat: Inhabits a variety of vegetation types and conditions, ranging from denser stands of<br />
tropical savanna woodland, tropical rainforest or to monsoon rainforest. Usually found in<br />
association with rock outcroppings in undulating terrain, or open plains subjected to seasonal<br />
inundation from wet season rains.<br />
44
Australian Biodiversity Record, 2009 (3): 1-96<br />
Biology/Ecology: This is a burrowing or cryptozoic species that constructs long tunnels in<br />
loamy soil beneath flat slabs of rock in shaded positions, often on hillsides. It generally prefers<br />
moister, shaded or sheltered positions amongst remnant patches of vegetation like<br />
Melaleucas and rainforest along floodways or in sightly elevated sites along waterways. Most<br />
active during late afternoon or in the early evening when it feeds on a range of small<br />
invertebrates like spiders, ants, beetles, or centipedes in leaf-litter during the day and or on<br />
the surface during warm evenings. Known to also attack and eat small skinks on occasions.<br />
Oviparous, usually about 3-5 eggs which hatch soon after laying in the mid-Wet Season<br />
(January).<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Regarded as common.<br />
Etymology: The name 'pardalis' means 'spotted' and refers to the colour pattern of the<br />
species.<br />
Mawsoniascincus Wells and Wellington, 1985<br />
Mawsoniascincus Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [33, 34] [March 1985 on title page, but not published until September,<br />
1985]. Type species: Lygosoma isolepis Boulenger, 1887 by original designation.<br />
Diagnosis: A genus of moderate-sized lizards of the family Scincidae from northern Australia<br />
and the Lesser Sunda Islands in Indonesia, most closely related to the genera<br />
Glaphyromorphus and Serenitas but readily identified by the following combination of<br />
characters: mid-dorsal scales about the same size as mid-ventrals (vs mid-dorsal scales<br />
conspicuously broader and much larger than mid-ventral scales in Glaphyromorphus and<br />
Serenitas); postmental contacting a single infralabial on each side (vs postmental in contact<br />
with either 1 or 2 infralabials in Serenitas); ear opening present and conspicuous, and equal<br />
to or larger than the nasal scale (vs tiny, and round, smaller than nasal in Glaphyromorphus,<br />
and ear-opening more elliptical and about as large as nasal in Serenitas); relatively large<br />
pentadactyl limbs in contact or overlapping when adpressed (vs adpressed limbs do not<br />
contact or overlap - separated by about one limb length, in Serenitas, and small limbs<br />
separated by at least 3 limb-lengths in Glaphyromorphus, or diminutive limbs separated by<br />
at least 4 limb-lengths in Opacitascincus);<br />
Content: Mawsoniascincus antoniorum (Smith, 1927) com. nov.; Mawsoniascincus<br />
brongersmai (Storr, 1972); Mawsoniascincus douglasi (Storr, 1967); Mawsoniascincus<br />
emigrans (Lidth de Jeude, 1895) comb. nov.; Mawsoniascincus foresti (Kinghorn, 1932);<br />
Mawsoniascincus harwoodi (Wells and Wellington, 1985) comb. nov.; and Mawsoniascincus<br />
isolepis (Boulenger, 1887) and Mawsoniascincus timorensis (Greer, 1990) comb. nov.<br />
Mawsoniascincus brongersmai (Storr, 1972)<br />
Sphenomorphus brongersmai Storr, G.M. (1972). Revisionary notes on the Sphenomorphus<br />
isolepis complex (Lacertilia: Scincidae). Zool. Meded. (Leiden) 47: 1-5 [1]. Type data:<br />
Holotype WAM R34707. Type Locality: Kalumburu, WA [14º18'S 126º38'E].<br />
Glaphyromorphus brongersmai Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p.<br />
95].<br />
Mawsoniascincus brongersmai Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust.<br />
J. Herp. Suppl. Ser. 1: 1-61 [p. 33] [March 1985 on title page, but not published until<br />
September, 1985].<br />
Sphenomorphus brongersmai Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 330]<br />
Glaphyromorphus brongersmai Cogger, 2000 - Reptiles and Amphibians of Australia [Pp.<br />
491]<br />
Glaphyromorphus brongersmai Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 224-225]<br />
Glaphyromorphus brongersmai Wilson and Swan, 2008 - Complete Guide to Reptiles of<br />
Australia 2 nd Edition [p. 240-241]<br />
Description: This robust-bodied skink reaches a larger maximum size than its relatives in the<br />
Mawsoniascincus isolepis species-group. The tail is rather solid proximally, round in section,<br />
and moderately long and tapering. The base body colour is dark reddish-brown over the<br />
head, body and tail. Pattern may be absent on the dorsum, or be restricted to each dorsal<br />
scale having a darker brown centre, which form a series of about 4 to 5 obscure longitudinal<br />
45
Australian Biodiversity Record, 2009 (3): 1-96<br />
streaks along the body. There is an irregular dark blackish streak that extends from the snout,<br />
across the eye and onto the forebody where it fades. This dorsolateral streak may be dotted<br />
with white along the neck as well, and forms a clear boundary line between the spotted lateral<br />
of the body and the plainer dorsum. The lateral part of the body is paler brown than the<br />
dorsum, and includes heavy black dotting and flecking throughout. The sides of the head are<br />
also paler brown, and the supralabials are boldly edged with brown. Ventrally, whitish. Some<br />
significant features of this species' morphology are: body scales smooth and shiny, in 26-31<br />
rows at mid-body; mid-dorsal and mid-ventral scales subequal; parietals in contact behind the<br />
interparietal; prefrontal not contacting first preocular; prefrontals separated; supranasals<br />
absent; nasals separated; supraoculars 4; lower eyelid movable and scaly; supralabials 6;<br />
postmental contacting a single infralabial on each side; ear opening present and conspicuous,<br />
and equal to or larger than the nasal scale; ear lobules absent; well-developed pentadactyl<br />
limbs, that nearly meet or just overlap when adpressed; 4th toe much longer than 3rd;<br />
subdigital lamellae beneath 4th toe 20-25. Attains a maximum total length of around 200 mm.<br />
and a snout-vent length of about 90 mm.<br />
Distribution: Restricted to the far northern Kimberley Zone of northern Western Australia.<br />
Habitat: Inhabits tropical monsoon forest remnants and adjacent dense tropical woodland<br />
along or near watercourses in gullies or rocky undulating areas.<br />
Biology/Ecology: A crepuscular species that lives in areas covered by thick vegetation such<br />
as along creeks or the base of rocky hills. Shelters amongst rocks and rotting logs with deep<br />
leaf-litter and most active around sunset. Oviparous. Feeds on small invertebrates.<br />
Survival Status: Protected under the WA Wildlife Conservation Act 1950 (as amended).<br />
Status unknown, and although reportedly common, this species may be considered as<br />
potentially vulnerable due to its limited distribution and specialised habitat requirements.<br />
Etymology: The name 'brongersmai' honours a Dutch herpetologist, the late Leo Daniel<br />
Brongersma.<br />
Mawsoniascincus douglasi (Storr, 1967)<br />
Sphenomorphus isolepis douglasi Storr, G.M. (1967). The genus Sphenomorphus (Lacertilia:<br />
Scincidae) in Western Australia and the Northern Territory. J. R. Soc. West. Aust. 50: 10-20<br />
[16]. Type data: Holotype WAM R23446. Type Locality: Darwin, NT [12º25'S 130º49'E].<br />
Sphenomorphus isolepis [part] Swanson, 1976 - Lizards of Australia [p. 27, pl. 51]<br />
Glaphyromorphus douglasi Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 95].<br />
Mawsoniascincus douglasi Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 33] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus douglasi Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 330]<br />
Glaphyromorphus douglasi Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 492-<br />
493]<br />
Glaphyromorphus douglasi Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[p. 226-227]<br />
Glaphyromorphus douglasi Swanson, 2007 - Field Guide to Austr. Reptiles [p. 172]<br />
Glaphyromorphus douglasi Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia<br />
2 nd Edition [p. 242-243]<br />
Description: This is a fairly robust skink with a long tapering tail that is round in section. The<br />
base body colour is light or dark reddish-brown over the head, body and tail. Pattern<br />
comprises scattered darker brown or blackish flecking over the dorsal part of the body and<br />
basal part of the tail. There is a broad blackish zone that extends dorsolaterally from behind<br />
the eye to about the forelimbs, and this often continues along the body to form a broad<br />
blackish upper lateral zone. Prominent tiny white dots are scattered throughout the darker<br />
dorsolateral or upper lateral area. A weak brownish streak runs along the canthus and<br />
continues behind the eye as a dense series of brownish flecks more or less parallel with the<br />
darker upper lateral pattern. The lateral area of the neck is paler brown with scattered white<br />
dots, and the labials are edged with brown, the brown barring sometimes extending slightly<br />
under the lower jaw. The lower lateral may be rich reddish brown or orange with scattered<br />
white dots and darker brown flecking. Ventrally creamish-white. Some significant features of<br />
this species' morphology are: body scales smooth and shiny, in 26-32 rows at mid-body; middorsal<br />
and mid-ventral scales subequal; supranasals absent; nasals separated; parietals in<br />
contact behind the interparietal; prefrontal not contacting first preocular; prefrontals usually<br />
46
Australian Biodiversity Record, 2009 (3): 1-96<br />
separated, but sometimes in narrow contact; supraoculars 4; ear-opening present and<br />
conspicuous, and equal to or larger than the nasal scale; ear lobules absent; lower eyelid<br />
movable and scaly; supralabials 6-7; postmental contacting a single infralabial on each side;<br />
well-developed pentadactyl limbs, that nearly meet or just overlap when adpressed; 4th toe<br />
much longer than 3rd; subdigital lamellae beneath 4th toe 17-25, divided basally. Attains a<br />
maximum total length of around 190 mm. and a snout-vent length of about 80 mm.<br />
Distribution: Confined to the far north of the Northern Territory, extending from about Van<br />
Diemen’s Gulf near the Western Australian/NT border, across the ‘Top End’ to about western<br />
Arnhem Land. Also recorded from Melville Island.<br />
Habitat: Prefers densely vegetated areas around streams or other freshwater wetland, such<br />
as tropical monsoon forest or a variety of riparian woodlands.<br />
Biology/Ecology: A terrestrial and largely crepuscular species that forages amongst heavily<br />
shaded, thick ground litter on rich loamy soil usually within a few metres of a water body of<br />
some sort or near shaded rocky outcrops. This species may become nocturnal in the early<br />
evening during warmer weather. It prefers refuges that provide a fairly humid microclimate,<br />
and shelters in abandoned burrows, under rocks, in crevices, beneath deep ground litter or<br />
under rotting logs. Oviparous, producing up to 4-8 (usually around) 6 eggs in a clutch. Feeds<br />
mainly on small invertebrates, but will also eat small lizards as well, and has been observed<br />
eating small pieces of dead animals. Known predators are the Northern Small-eyed Snake,<br />
Cryptophis pallidiceps.<br />
Survival Status: Protected under the Northern Territory Parks and Wildlife Conservation Act<br />
(2007). Regarded as common.<br />
Etymology: The name 'douglasi' honours Australian naturalist Athol Mardon Douglas.<br />
Mawsoniascincus foresti (Kinghorn, 1932)<br />
Lygosoma (Hinulia) isolepis foresti Kinghorn, J.R. (1932). Herpetological Notes. 4. Rec. Aust.<br />
Mus. 18: 355-363 [358]. Type data: Holotype AM R10001. Type Locality: Forrest [as Forest]<br />
River, East Kimberley, WA<br />
Mawsoniascincus foresti Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 33] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus isolepis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 331]<br />
Glaphyromorphus isolepis Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 496-497]<br />
Glaphyromorphus isolepis Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[p. 226-227]<br />
Glaphyromorphus isolepis Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia<br />
2 nd Edition [p. 242-243]<br />
Description: Similar in most respects to Mawsoniascincus isolepis, this is another small but<br />
robust species with well-developed limbs, long body and a moderately long, tapering tail that<br />
is round in section. When compared with M. isolepis, the overall colour and pattern in<br />
Mawsoniascincus foresti is somewhat subdued or paler in colour and less complex in pattern.<br />
The dorsum is a rich coppery brown, with a series of irregular blackish spots or small blotches<br />
more or less aligned longitudinally down the back. There are numerous small white spots on a<br />
dark brown base along the sides of the neck between the forelimbs and the ear. The upper<br />
lateral zone is heavily spotted with dark brown, and the lower lateral has fine white spotting<br />
present between the axilla and the groin. Ventrally adults are uniform pale creamish-white.<br />
Some significant features of this species’ morphology are: body scales smooth and shiny, in<br />
25-32 rows at mid-body; mid-dorsal and mid-ventral scales subequal; parietals in contact<br />
behind the interparietal; prefrontal not contacting first preocular; prefrontals usually separated,<br />
but sometimes in narrow contact; supranasals absent; nasals separated; supraoculars 4; earopening<br />
present and conspicuous, and equal to or larger than the nasal scale; ear lobules<br />
absent; lower eyelid movable and scaly; supralabials 6-8 (usually 7); postmental contacting a<br />
single infralabial on each side; well-developed pentadactyl limbs, that nearly meet or just<br />
overlap when adpressed; 4th toe much longer than 3rd; subdigital lamellae beneath 4th toe<br />
19-25, divided basally. Attains a maximum total length of around 180 mm., and a snout-vent<br />
length of about 70 mm. Variation in this species' morphology suggests that it may be<br />
composite.<br />
47
Australian Biodiversity Record, 2009 (3): 1-96<br />
Distribution: Known from northern and north-western Australia, from the East Kimberley<br />
Division in far northern Western Australia and across much of the adjacent Northern Territory<br />
and into western and northern Queensland.<br />
Habitat: Inhabits well-vegetated mesic tropical woodland and monsoon forest refuges with<br />
deep ground litter, along the verges of water courses with and without rock outcrops. The<br />
Type Locality of Forrest River (north of Wyndham) enters Cambridge Gulf and represents a<br />
tropical savannah habitat with numerous monsoon forest refuges and rocky hills - habitats<br />
which also occur widely across the far north of the Northern Territory.<br />
Biology/Ecology: A terrestrial and largely crepuscular and nocturnal species that forages<br />
amongst heavily shaded, thick ground litter on sandy or loamy soil usually within a few metres<br />
of a watercourse of some sort or near shaded rocky outcrops. This species may be found<br />
active during the day beneath the cover of ground vegetation and leaf-litter, usually emerges<br />
late afternoon and early evening to forage on the surface. It prefers refuges that provide a<br />
fairly humid microclimate, and shelters in abandoned burrows, under rocks, in crevices,<br />
beneath deep ground litter or under rotting logs, but its habitat is usually drier and more<br />
exposed than that of its close relative M. douglasi with which it is broadly sympatric in the far<br />
north of the Northern Territory.<br />
Survival Status: Protected under the WA Wildlife Conservation Act 1950 (as amended), the<br />
Qld Nature Conservation Act (1992) [see also the Qld Nature Conservation (Wildlife)<br />
Regulation Act (1994)] and the Northern Territory Parks and Wildlife Conservation Act (2007).<br />
Regarded as common.<br />
Etymology: The name ‘foresti’ refers to the Type Locality - the Forrest River, East Kimberleys,<br />
Western Australia.<br />
Mawsoniascincus harwoodi (Wells and Wellington, 1985) comb. nov.<br />
Glaphyromorphus harwoodi Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [30] [March 1985 on title page, but not published until September,<br />
1985]. Type data: Holotype NTM R3465. Type Locality: Brunette Downs Station, Barkly<br />
Tablelands, NT.<br />
Sphenomorphus isolepis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 331]<br />
Glaphyromorphus isolepis Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 496-498]<br />
Glaphyromorphus isolepis Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[p. 226-227]<br />
Glaphyromorphus isolepis Wilson, 2005 - Field Guide Rept. Qld [Pp.128-129]<br />
Glaphyromorphus isolepis Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia<br />
2 nd Edition [p. 242-243]<br />
Description: An elongate member of the Mawsoniascincus isolepis group readily identified by<br />
its mostly unpatterned uniform pale brown colouration, and very long tail - which is about 3<br />
times the SVL.<br />
Distribution: Known only from the Barkly Tablelands of the Northern Territory.<br />
Habitat: Tropical savanna grasslands and sparse shrubland on black cracking soil plains.<br />
Biology/Ecology: An inhabitant of leaf-litter and humus beneath shrubs over deep cracking<br />
soils. Believed to be oviparous. Feeds on small invertebrates.<br />
Survival Status: Protected under the Northern Territory Parks and Wildlife Conservation Act<br />
(2007).<br />
Etymology: The name 'harwoodi' honours Australo-English naturalist Mr Stephen Harwood, at<br />
the time of description, a resident of Perth, Western Australia.<br />
Mawsoniascincus isolepis (Boulenger, 1887)<br />
Lygosoma isolepis Boulenger, G.A. (1887). Catalogue of the Lizards in the British Museum<br />
(Natural History). 3. London: British Museum xii 575 pp. 40 pls [234, pl. 15 fig. 1]. Type data:<br />
Syntypes BMNH 1946.8.3.45-46, BMNH 1946.8.17.14, whereabouts unknown. Type Locality:<br />
Nickol Bay and Swan River, WA (the latter in error, see Storr, G.M. (1967). The genus<br />
Sphenomorphus (Lacertilia: Scincidae) in Western Australia and the Northern Territory. J. R.<br />
Soc. West. Aust. 50: 10-20) [Lectotype designated by Wells and Wellington (1985) as BMNH<br />
1946.8.17.14 - from Nickol Bay, WA]<br />
Sphenomorphus isolepis Swanson, 1976 - Lizards of Australia [p. 27]<br />
Glaphyromorphus isolepis Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 95].<br />
48
Australian Biodiversity Record, 2009 (3): 1-96<br />
Mawsoniascincus isolepis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 33] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus isolepis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 331]<br />
Glaphyromorphus isolepis Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 496-498]<br />
Glaphyromorphus isolepis Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[Pp. 226-227]<br />
Glaphyromorphus isolepis Wilson, 2005 - Field Guide Rept. Qld [Pp.128-129]<br />
Glaphyromorphus isolepis Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia<br />
2 nd Edition [p. 242-243]<br />
Description: This is a moderately slender but robust skink with a long tapering tail that is<br />
round in section. The base body colour is light orange or yellowish-brown over the head, body<br />
and tail, without any sharp line of demarcation between the dorsal and lateral zones unlike its<br />
close relative M. douglasi. Pattern comprises numerous darker brown or blackish flecks or<br />
short dashes over the dorsal part of the body and basal part of the tail; sometimes the darker<br />
flecking may have a longitudinal alignment. The lateral of the body is the same as the<br />
dorsum; however, the flecking is denser, resulting in a slightly darker brown upper lateral<br />
zone. The limbs and original tail are speckled or flecked with dark brown. The lateral area of<br />
the neck is darker brown with scattered white dots, and the labials are creamish, strongly<br />
edged with brown, the brown barring sometimes extending slightly under the lower jaw.<br />
Ventrally creamish-white. Some significant features of this species' morphology are: body<br />
scales smooth and shiny, in 25-32 rows at mid-body; mid-dorsal and mid-ventral scales<br />
subequal; parietals in contact behind the interparietal; prefrontal not contacting first preocular;<br />
prefrontals usually separated, but sometimes in narrow contact; supranasals absent; nasals<br />
separated; supraoculars 4; ear-opening present and conspicuous, and equal to or larger than<br />
the nasal scale; ear lobules absent; lower eyelid movable and scaly; 7 supralabials;<br />
postmental contacting a single infralabial on each side; well-developed pentadactyl limbs, that<br />
nearly meet or just overlap when adpressed; 4th toe much longer than 3rd; subdigital lamellae<br />
beneath 4th toe 19-25, divided basally. Attains a maximum total length of around 180 mm.<br />
and a snout-vent length of about 70 mm.<br />
Distribution: Traditionally regarded as occurring as a number of isolated populations over a<br />
large part of northern Australia, ranging from Exmouth Gulf in north-western Western<br />
Australia, through the Kimberley region and into the northern sector of the Northern Territory.<br />
However, in this work, I restrict Mawsoniascincus isolepis sensu stricto to a relatively small<br />
area in north-western Australia extending from Exmouth Gulf to Port Headland, and sparsely<br />
through the adjacent north-western Pilbara region. I regard the population inhabiting the<br />
Kimberleys of WA and the adjacent NT and into the Gulf country of western Queensland as<br />
being referable to Mawsoniascincus foresti.<br />
Habitat: This secretive species prefers denser areas of tropical savanna woodland or riparian<br />
habitats around perennial and non-perennial streams. Oviparous. Feeds on small<br />
invertebrates.<br />
Biology/Ecology: A terrestrial and largely crepuscular species that forages amongst heavily<br />
shaded, thick ground litter on sandy or loamy soil usually within a few metres of a<br />
watercourse of some sort or near shaded rocky outcrops. This species may become nocturnal<br />
in the early evening during warmer weather. It prefers refuges that provide a fairly humid<br />
microclimate, and shelters in abandoned burrows, under rocks, in crevices, beneath deep<br />
ground litter or under rotting logs.<br />
Survival Status: Protected under the WA Wildlife Conservation Act 1950 (as amended).<br />
Etymology: The name 'isolepis' means 'equal scale' in reference to the uniform size of the<br />
body scales in this species.<br />
Opacitascincus Wells and Wellington, 1985<br />
Opacitascincus Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp. Suppl.<br />
Ser. 1: 1-61 [36] [March 1985 on title page, but not published until September, 1985]. Type<br />
Species: Lygosoma crassicaudum Duméril and Bibron, 1851 by original designation.<br />
Diagnosis: A genus of small cryptozoic lizards of the family Scincidae from northern Australia,<br />
most closely related to the genus Glaphyromorphus and readily diagnosed by the following<br />
combination of characters: head shields regular, not fragmented; snout more strongly pointed<br />
49
Australian Biodiversity Record, 2009 (3): 1-96<br />
and head not as deep than in Glaphyromorphus; head barely distinct from neck; body scales<br />
smooth and glossy, in 20-24 rows at mid-body; mid-dorsal scales about the same size as midventrals<br />
(vs mid-dorsal scales conspicuously broader and much larger than mid-ventral scales<br />
in the genera Glaphyromorphus and Serenitas); paravertebrals similar in size to adjacent<br />
dorsal scales (vs paravertebrals broader than adjacent body scales in Serenitas); nasals<br />
separated; rostral contacts frontonasal; parietals in contact behind the interparietal; prefrontal<br />
contacting first preocular (vs prefrontal not contacting first preocular in Serenitas); prefrontals<br />
separated (vs prefrontals usually separated, but occasionally in narrow contact in Serenitas);<br />
supranasals absent; supralabials 6-8; supraoculars 4; ear-opening present but small and<br />
rounded in shape, and much larger than the nostril (vs ear-opening present but tiny, round,<br />
and not as large as the nasal scale in Glaphyromorphus, or ear-opening present and<br />
conspicuous, and equal to or larger than the nasal scale in Mawsoniascincus, or ear-opening<br />
more elliptical and about as large as nasal in the genus Serenitas); anterior ear lobules<br />
absent; lower eyelid movable and scaly; postmental contacting one or two infralabials on each<br />
side (vs postmental usually contacting only one infralabial on each side in Glaphyromorphus<br />
and Mawsoniascincus); well-developed but tiny pentadactyl limbs, that are greatly separated<br />
when adpressed (vs small limbs that are separated by about 3 limb-lengths when adpressed<br />
in Glaphyromorphus, or large limbs in contact or overlapping when adpressed in<br />
Mawsoniascincus, or large limbs that do not contact or overlap when adpressed - but only<br />
separated by about one limb length in the genus Serenitas); 4th toe much longer than 3rd;<br />
subdigital lamellae beneath 4th toe 15-22 smooth and entire (vs basally divided subdigital<br />
lamellae in Mawsoniascincus). Presacral vertebrae 29-32. Oviparous Attains a maximum total<br />
length of around 145 mm. and a snout-vent length of about 55 mm.<br />
Etymology: From the Latin, ‘Opacitas’ meaning shade, and scincus for lizard, used in<br />
reference to the shady, damp microhabitats used by these species of skinks.<br />
Content: Opacitascincus arnhemicus (Storr, 1967); Opacitascincus cracens (Greer, 1985)<br />
comb. nov.; Opacitascincus crassicaudus (Dumeril and Dumeril, 1851); and Opacitascincus<br />
darwiniensis (Storr, 1967); and Opacitascincus pumilus (Boulenger, 1887) comb. nov.<br />
Opacitascincus arnhemicus (Storr, 1967)<br />
Sphenomorphus crassicaudus arnhemicus Storr, G.M. (1967). The genus Sphenomorphus<br />
(Lacertilia: Scincidae) in Western Australia and the Northern Territory. J. R. Soc. West. Aust.<br />
50: 10-20 [18]. Type data: Holotype WAM R13513. Type Locality: Yirrkala, NT [12º15'S<br />
136º52'E].<br />
Patheticoscincus arnhemicus Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 101].<br />
Opacitascincus arnhemicus Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 36] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus arnhemicus Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 325]<br />
Glaphyromorphus darwiniensis arnhemicus Cogger, 2000 - Reptiles and Amphibians of<br />
Australia [p. 492]<br />
Glaphyromorphus crassicaudus arnhemicus Wilson and Swan, 2003 - Complete Guide to<br />
Reptiles of Australia [p. 224-225]<br />
Glaphyromorphus crassicaudus arnhemicus Wilson and Swan, 2008 - Complete Guide to<br />
Reptiles of Australia 2 nd Edition [p. 242-243]<br />
Description: This is a close relative of Opacitascincus pumilus and Opacitascincus<br />
crassicaudus, being of a similar slender body form and scalation. The base body colour is<br />
pale light brown, greyish-brown or chocolate brown over the head, body and tail. A pattern is<br />
usually absent, with the whole dorsum of the lizard uniform immaculate brown, unlike in O.<br />
crassicaudus where a dark vertebral stripe or dark paravertebral lines are usually present.<br />
Ventrally, creamish, occasionally with fine brownish flecking under the throat and tail. Some<br />
significant features of this species' morphology are: body scales smooth and shiny, in 20-22<br />
rows at mid-body; parietals in contact behind the interparietal; prefrontal contacting first<br />
preocular; prefrontals separated; supranasals absent; supralabials 5-7; nasals separated;<br />
supraoculars 4; ear-opening present but small and rounded in shape, and larger than the<br />
nostril; anterior ear lobules absent; lower eyelid movable and scaly; postmental contacting<br />
one or two (usually 2) infralabials on each side; well-developed pentadactyl limbs, that fail to<br />
overlap when adpressed; 4th toe much longer than 3rd; subdigital lamellae beneath 4th toe<br />
50
Australian Biodiversity Record, 2009 (3): 1-96<br />
18-22 smooth and entire. Attains a maximum total length of around 145 mm. and a snout-vent<br />
length of about 55 mm.<br />
Distribution: Restricted to the Arnhem Land region in the far northeast of the Northern<br />
Territory.<br />
Habitat: Occurs in a range of densely vegetated habitats, including monsoon forest, and<br />
riparian stands of savanna woodland often in association with rocky terrain.<br />
Biology/Ecology: This is a secretive, cryptozoic, burrowing species usually found in sandy<br />
loams under deep leaf-litter, or sheltering inside or under rotting logs in well-shaded stands of<br />
thick vegetation or even under rocks on soil. This skink usually favours sites that are refuges<br />
against the extreme tropical heat of its habitats - i.e. sites that retain a humid microclimate<br />
such as along the verges of watercourses, the bases of hills, rocky areas and of course<br />
stands of thick vegetation. Oviparous. Feeds on small invertebrates.<br />
Survival Status: Protected under the Northern Territory Parks and Wildlife Conservation Act<br />
(2007). Status unknown, but this species may be considered as potentially vulnerable due to<br />
its limited distribution and specialised habitat requirements. However, it is regarded as<br />
common.<br />
Etymology: The name 'arnhemicus' refers to the general area of the Type Locality for the<br />
species - Arnhem Land, Northern Territory.<br />
Opacitascincus cracens (Greer, 1985) comb. nov.<br />
Sphenomorphus cracens Greer, A.E. (1985). A new species of Sphenomorphus from northeastern<br />
Queensland. J. Herpet. 19(4): 469-473 [469]. Type data: Holotype QM J42714. Type<br />
Locality: 7.5 km W of Nettle Creek at Innot Hot Springs via Kennedy Highway, NE Qld.<br />
Sphenomorphus cracens Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 326]<br />
Glaphyromorphus cracens Cogger, 2000 - Reptiles and Amphibians of Australia [Pp. 492,<br />
497]<br />
Glaphyromorphus cracens Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[p. 224-225]<br />
Glaphyromorphus cracens Wilson, 2005 - Field Guide Rept. Qld [p.128]<br />
Glaphyromorphus cracens Swanson, 2007 - Field Guide to Austr. Reptiles [p. 171]<br />
Glaphyromorphus cracens Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia<br />
2 nd Edition [p. 240-241]<br />
Description: This is a slender and somewhat depressed skink with a moderately long tapering<br />
tail that is round in section. The base body colour is pale light brown or greyish brown or<br />
darker brown over the head, body and tail. Pattern may be bold or much reduced, and when<br />
present is usually restricted to the mid-dorsal scales being dotted with blackish or darker<br />
brown in 2 to 4 thin longitudinal paravertebral lines along the dorsum of the body between the<br />
nape and the hips. In other specimens the back may be unpatterned, with head and neck<br />
area, as well as the tail finely spotted with black. The upper lateral zone between the snout<br />
and the hind limbs is usually black, with a sharp line of demarcation between that and the<br />
dorsal colour in some specimens, or rough-edged in others. The lower lateral part of the body<br />
is much paler greyish and includes a lower density of black or brown spotting and flecking,<br />
usually arranged as short striations - particularly on the neck, that become progressively<br />
larger posteriorly, eventually smoothly merging with the tail pattern; the sides of the original<br />
tail are densely mottled with dark brown, but regenerated tails are heavily speckled with black<br />
on grey. The sides of the head are speckled or flecked with blackish, and the labials are<br />
boldly edged with black also. Ventrally, creamish to yellowish, with fine black spotting under<br />
the tail, and sometimes lines under the throat formed by thin dark edging to the scales. Some<br />
significant features of this species' morphology are: head shields regular, not fragmented;<br />
body scales smooth and shiny, in 20-22 rows at mid-body; paravertebral scales 72-87 in<br />
females, 66-83 in males; parietals in contact behind the interparietal; prefrontal contacting first<br />
preocular; prefrontals separated; supranasals absent; nasals separated; supraoculars 4; earopening<br />
present and minute, about twice the diameter of the nostril; anterior ear lobules<br />
absent; lower eyelid movable and scaly; postmental contacting two infralabials on each side;<br />
reduced, but well-developed pentadactyl limbs, that fail to overlap when adpressed; 4th toe<br />
much longer than 3rd; subdigital lamellae beneath 4th toe 13-17 smooth and entire. Presacral<br />
vertebrae number 31-33 (32-33 in females, 31-32 in males). Attains a maximum total length of<br />
around 130 mm. and a maximum snout-vent length of about 60 mm. Although there is no<br />
51
Australian Biodiversity Record, 2009 (3): 1-96<br />
significant difference in SVL between the sexes, females do tend to have a longer body<br />
length, and both sexes tend to become more elongate as they age.<br />
Distribution: Confined to a small area in north-eastern Queensland, between Wyandotte<br />
Creek, Chillagoe and Mt Mulligan on lower Cape York Peninsula.<br />
Habitat: Inhabits dry vine thickets, open tropical woodland, and in open sclerophyll forest,<br />
between 400 to 1000 m. altitude.<br />
Biology/Ecology: A secretive and crepuscular species that may be found sheltering beneath<br />
thick leaf-litter, logs and small rocks on loose sandy soil in well-shaded parts of thickly<br />
vegetated undulating areas. Feeds on small invertebrates. Oviparous.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Status unknown, but this species may<br />
be considered as potentially vulnerable due to its limited distribution and specialised habitat<br />
requirements.<br />
Etymology: The name 'cracens' is from the Latin and means ‘neat or graceful’ and alludes to<br />
the body form of the species.<br />
Opacitascincus crassicaudus (Dumeril and Dumeril, 1851)<br />
Lygosoma crassicaudum Duméril, A.M.C. and Duméril, A. (1851). Catalogue Méthodique de<br />
la Collection des Reptiles. Paris: Mus. Hist. Nat. iv 224 pp. [172] [pl. 4 fig. 1 in Jacquinot, J.<br />
and Guichenot, M.A. (1853). Reptiles et Poissons. In, Dumont d'Urville, M.J. (ed.) Voyage au<br />
Pôle Sud et dans l'Astrolabe et la Zélée, éxecuté pendant les années 1837-40. Zoologie 3 1-<br />
28. Paris: Gide et Baudry; as L. crassicaudum]. Type data: Holotype MNHP 2979. Type<br />
Locality: Oceania (original description cites Australia and Oceania).<br />
Patheticoscincus crassicaudus Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p.<br />
101].<br />
Opacitascincus crassicaudus Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 36] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus crassicaudus Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 327]<br />
Glaphyromorphus crassicaudus Cogger, 2000 - Reptiles and Amphibians of Australia [p. 491-<br />
492]<br />
Glaphyromorphus crassicaudus crassicaudus Wilson and Swan, 2003 - Complete Guide to<br />
Reptiles of Australia [p. 224-225]<br />
Glaphyromorphus crassicaudus Wilson, 2005 - Field Guide Rept. Qld [p.128]<br />
Glaphyromorphus crassicaudus crassicaudus Wilson and Swan, 2008 - Complete Guide to<br />
Reptiles of Australia 2 nd Edition [p. 240-241]<br />
Description: This is a slender, and somewhat depressed skink with a very long tapering tail<br />
that is round in section. The base body colour is pale light brown, yellowish-brown or<br />
chocolate brown over the head, body and tail. The dorsal pattern may be bold or absent, and<br />
when present is restricted to the two paravertebral scale rows being dotted or blotched with<br />
blackish or darker brown in varying density, forming two thin longitudinal paravertebral lines<br />
along the dorsum of the body and continuing along the tail as two rows of small blackish dots.<br />
In some individuals these paravertebral lines may coalesce and form a single narrow dark<br />
vertebral stripe, or fragment to create a narrow blotched or spotted vertebral line. There is a<br />
blackish canthal streak that runs through the eye and over the temporal area, by then<br />
broadened to form a dark upper lateral zone of the body and tail. This upper lateral area is<br />
usually wide, black or very dark brown and may be densely marked with fine white dots, or<br />
just present as a continuous dark stripe along the body and tail. There is usually a sharp line<br />
of demarcation between this lateral stripe and the dorsal colour in some specimens, or the<br />
boundary may be indefinite in others. The lower lateral part of the body is much paler greyish<br />
brown and includes a lower density of black or brown spotting and flecking. The sides of the<br />
head are finely speckled or flecked with darker brown, and the labials are boldly edged with<br />
darker brown also. Ventrally, creamish to yellowish, occasionally with fine brownish flecking<br />
under the throat and tail. Some significant features of this species' morphology are: body<br />
scales smooth and shiny, in 20-24 rows at mid-body; presacral vertebrae 29-32; parietals in<br />
contact behind the interparietal; prefrontal contacting first preocular; prefrontals separated;<br />
supranasals absent; supralabials 6-8 (usually 7); nasals separated; supraoculars 4; earopening<br />
present but small and rounded in shape, and larger than the nostril; anterior ear<br />
lobules absent; lower eyelid movable and scaly; postmental contacting one infralabial on each<br />
52
Australian Biodiversity Record, 2009 (3): 1-96<br />
side; well-developed pentadactyl limbs, that fail to overlap when adpressed; 4th toe much<br />
longer than 3rd; subdigital lamellae beneath 4th toe 19-22 smooth and entire. Attains a<br />
maximum total length of around 145 mm. and a snout-vent length of about 55 mm.<br />
Distribution: Known from about Chillagoe in far north Queensland, through much of eastern<br />
Cape York Peninsula to some of the islands of Torres Strait. Also occurs in New Guinea.<br />
Habitat: Occurs in a range of densely vegetated habitats, including tropical rainforest,<br />
monsoon forest, and riparian stands of savanna woodland. Often associated with rocky areas<br />
as well.<br />
Biology/Ecology: This is a secretive, cryptozoic, burrowing species usually found in sandy<br />
loams under deep leaf-litter, or sheltering inside or under rotting logs in well-shaded stands of<br />
thick vegetation or even under rocks on soil. This skink usually favours sites that are refuges<br />
against the extreme tropical heat of its habitats - i.e. sites that retain a humid microclimate<br />
such as the verges of watercourses, the bases of hills, rocky areas and of course stands of<br />
thick vegetation. Oviparous, producing up to 4 eggs in a clutch. Feeds on small invertebrates.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Regarded as common.<br />
Etymology: The name 'crassicaudus' means ‘fat-tail’, and probably refers to the rounded form<br />
of the tail in this and similar species.<br />
Opacitascincus darwiniensis (Storr, 1967)<br />
Sphenomorphus crassicaudus darwiniensis Storr, G.M. (1967). The genus Sphenomorphus<br />
(Lacertilia: Scincidae) in Western Australia and the Northern Territory. J. R. Soc. West. Aust.<br />
50: 10-20 [19]. Type data: Holotype WAM R23624. Type Locality: Howard Springs (15 airmiles<br />
E of Darwin), NT [12º28'S 131º03'E].<br />
Patheticoscincus darwiniensis Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p.<br />
101].<br />
Opacitascincus darwiniensis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 36] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus darwiniensis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 327]<br />
Glaphyromorphus darwiniensis darwiniensis Cogger, 2000 - Reptiles and Amphibians of<br />
Australia [p. 492]<br />
Glaphyromorphus darwiniensis Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 224-225]<br />
Glaphyromorphus darwiniensis Swanson, 2007 - Field Guide to Austr. Reptiles [p. 172]<br />
Glaphyromorphus darwiniensis Wilson and Swan, 2008 - Complete Guide to Reptiles of<br />
Australia 2 nd Edition [p. 242-243]<br />
Description: This is a slender, and somewhat depressed skink with a moderately long<br />
tapering tail that is round in section. The base body colour is pale light brown, greyish-brown<br />
or chocolate brown over the head, body and tail. A dorsal pattern may be present or absent. If<br />
absent the whole dorsum of the lizard is uniform immaculate brown. If present, a pattern may<br />
consist of scattered dark brown flecking over the dorsum in varying density. The commonest<br />
pattern consists of flecking that forms two distinct thin, longitudinal paravertebral lines along<br />
the dorsum of the body and these may continue along the anterior part of the tail as two rows<br />
of small blackish dots. In some individuals these paravertebral lines may coalesce and form a<br />
single narrow dark blackish vertebral stripe, or fragment to create a narrow blotched or<br />
spotted vertebral line. There is a weak brownish canthal streak that runs through the eye and<br />
over the temporal area, and onto the dorsolateral of the body to form an ill-defined dark upper<br />
lateral zone of the body and tail. This upper lateral area is usually marginally darker brown<br />
than the dorsum and is usually densely marked with darker and paler flecks and dots,<br />
sometimes in a variegated pattern. The lower lateral part of the body is much paler greyish<br />
brown and includes a lower density of brownish flecking. The sides of the head in patterned<br />
specimens may be finely speckled or flecked with darker brown, and the labials are creamishwhite,<br />
boldly edged with darker brown also. Ventrally, creamish, occasionally with fine<br />
brownish flecking under the throat and tail. Some significant features of this species'<br />
morphology are: body scales smooth and shiny, in 20-22 rows at mid-body; parietals in<br />
contact behind the interparietal; prefrontal contacting first preocular; prefrontals separated;<br />
supranasals absent; supralabials 5-7; nasals separated; supraoculars 4; ear-opening present<br />
but small, depressed and rounded in shape, and larger than the nostril; anterior ear lobules<br />
53
Australian Biodiversity Record, 2009 (3): 1-96<br />
absent; lower eyelid movable and scaly; postmental contacting one or two (usually 2)<br />
infralabials on each side; well-developed pentadactyl limbs, that fail to overlap when<br />
adpressed; 4th toe much longer than 3rd; subdigital lamellae beneath 4th toe 15-18 smooth<br />
and entire. Attains a maximum total length of around 145 mm. and a snout-vent length of<br />
about 55 mm.<br />
Distribution: Known from the far north of the Kimberleys in Western Australia, and into the<br />
north of the Northern Territory.<br />
Habitat: Occurs in a range of densely vegetated habitats, including monsoon forest, and<br />
riparian stands of savanna woodland. Often associated with rocky areas as well.<br />
Biology/Ecology: This is a secretive, cryptozoic, burrowing species usually found in sandy<br />
loams under deep leaf-litter, or sheltering inside or under rotting logs in well-shaded stands of<br />
thick vegetation or even under rocks on soil. It can be active both during the day and evening,<br />
but such activity is largely confined to burrowing through humus and loamy soils under<br />
suitable cover. This skink usually favours sites that are refuges against the extreme tropical<br />
heat of its habitats - i.e. sites that retain a humid microclimate such as the litter-covered<br />
verges of watercourses, the bases of hills, rocky areas and of course stands of thick<br />
vegetation. Oviparous, producing about 4-5 eggs in a clutch. Feeds on small invertebrates.<br />
Survival Status: Protected under the WA Wildlife Conservation Act 1950 (as amended) and<br />
the Northern Territory Parks and Wildlife Conservation Act (2007). Regarded as common.<br />
Etymology: The name 'darwiniensis' refers to the general area of the Type Locality for the<br />
species - Darwin, NT.<br />
Opacitascincus pumilus (Boulenger, 1887) comb. nov.<br />
Lygosoma ornatum Macleay, W. (1877). The lizards of the Chevert Expedition. Proc. Linn.<br />
Soc. N.S.W. 2: 60-69 [64] [1878 on title page; junior homonym of Tiliqua ornata Gray, 1843].<br />
Type data: holotype AM R31848. Type locality: Endeavour River, Qld.<br />
Lygosoma pumilum Boulenger, G.A. (1887). Catalogue of the Lizards in the British Museum<br />
(Natural History). 3. London: British Museum xii 575 pp. 40 pls [325, pl. 26 fig. 3]. Type data:<br />
Syntypes BMNH 1946.8.3.34, BMNH 1946.8.15.63. Type Locality: Cape York, QLD.<br />
Glaphyromorphus pumilus Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 95].<br />
Glaphyromorphus ornatum Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 36] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus pumilus Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 328]<br />
Glaphyromorphus pumilus Cogger, 2000 - Reptiles and Amphibians of Australia [p. 497-498]<br />
Glaphyromorphus pumilus Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[p. 228-229]<br />
Glaphyromorphus pumilus Wilson, 2005 - Field Guide Rept. Qld [p.130]<br />
Glaphyromorphus pumilus Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia<br />
2 nd Edition [p. 244-245]<br />
Description: The smallest member of the genus, this is a slender, and somewhat more<br />
depressed skink, but still with a very long tapering tail that is round in section. The base body<br />
colour is pale light brown, greyish brown, yellowish-brown or coppery brown over the head,<br />
body and tail. Pattern may be bold or much reduced, and when present is restricted to the<br />
scales being dotted with blackish or darker brown in varying density, with those on the middorsal<br />
scale rows being the largest and forming two thin longitudinal paravertebral lines along<br />
the dorsum of the body and tail. In some individuals these paravertebral lines may coalesce<br />
and form a single narrow vertebral stripe. The upper lateral zone is densely marked with fine<br />
blackish or dark brown spots, and in effect is almost completely black in some specimens,<br />
with a sharp line of demarcation between that and the dorsal colour in some specimens, or<br />
rough-edged in others. The lower lateral part of the body is much paler greyish brown and<br />
includes a lower density of black or brown spotting and flecking, but the sides of the tail are<br />
densely flecked with brown. The sides of the head are speckled or flecked with darker brown,<br />
and the labials are boldly edged with darker brown also. Ventrally, creamish to yellowish, with<br />
fine brownish spotting under the tail. Some significant features of this species' morphology<br />
are: head shields regular, not fragmented; body scales smooth and shiny, in 20-22 rows at<br />
mid-body; presacral vertebrae 32-36; parietals in contact behind the interparietal; prefrontal<br />
contacting first preocular; prefrontals separated; supranasals absent; nasals separated;<br />
supraoculars 4; ear-opening present but very small, not as large as the nasal scale; anterior<br />
54
Australian Biodiversity Record, 2009 (3): 1-96<br />
ear lobules absent; lower eyelid movable and scaly; postmental contacting one infralabial on<br />
each side; tiny, but well-developed pentadactyl limbs, that fail to overlap when adpressed; 4th<br />
toe much longer than 3rd; subdigital lamellae beneath 4th toe 16-20 smooth and entire.<br />
Attains a maximum total length of around 160 mm. and a snout-vent length of about 50 mm.<br />
Distribution: Known from only a few locations on eastern Cape York Peninsula, to about as far<br />
south as Cairns, Queensland.<br />
Habitat: Inhabits tropical savanna woodland or monsoon rainforest, usually in association with<br />
rock outcroppings.<br />
Biology/Ecology: This is a burrowing or cryptozoic species that constructs long tunnels in<br />
loamy soil beneath flat slabs of rock in shaded positions. It is oviparous, producing up to three<br />
eggs in a clutch, feeds on small invertebrates.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Regarded as common wherever it<br />
occurs.<br />
Etymology: The name 'pumilus' means ‘dwarf’, and refers to the small overall size of the<br />
species.<br />
Patheticoscincus Wells and Wellington, 1984<br />
Patheticoscincus Wells and Wellington, 1984 - Synop. Class Rept. Aust. Aust. J. Herp. 1(3-4):<br />
73-129 [101] [1983 on title page] - Type Species: Lygosoma australis Gray, 1839 by original<br />
designation. Patheticoscincus is available even though it is based upon a Type Species that<br />
has been rejected prior to 1961 (see Loveridge, 1934 - Bull. Mus. Comp. Zool., 77: 243-383).<br />
Technically, Lygosoma australis had never been rejected as a junior secondary homonym of<br />
Tiliqua australis Gray, 1838, until the actions of Cogger, Cameron and Cogger (1983, p.184)<br />
who arbitrary treated Lygosoma australis Gray, 1839 as a junior secondary homonym of<br />
Tiliqua australis Gray, 1838, which allowed the replacement of Lygosoma australis by the<br />
next available name - Hinulia gracilipes Steindachner, 1870 [see Herpetologische Notizen (II).<br />
Reptilien gesammelt Während einer Reise in Sengambien. Sitzungsberichte der Akademie<br />
der Wissenschaften in Wien, 62: 326-349 (p.342, pl. 5])].<br />
Diagnosis: As presently defined, a monotypic genus of small crepuscular Australian Scincid<br />
lizards, said to being close to the genera Glaphyromorphus or Hemiergis, but readily<br />
separated from all genera by the following combination of characters: Head scales regular,<br />
not fragmented; very elongate body, with a small, slightly depressed head, a pointed snout<br />
that is rounded in profile, and a long tapering tail (more than 3 times SVL) that is round in<br />
section (vs a relatively shorter more robust body and shorter tail - less than twice SVL - in<br />
Glaphyromorphus); body scales smooth and glossy; mid-dorsal scales about the same size<br />
as mid-ventrals (vs mid-dorsal scales conspicuously broader and much larger than midventral<br />
scales in Glaphyromorphus); paravertebrals similar in size to adjacent dorsal scales;<br />
nasals separated; supranasals absent; rostral contacts frontonasal; prefrontals usually<br />
separated; prefrontal contacting first preocular; parietals in contact behind the interparietal;<br />
nuchals 2-4; supraoculars 4; ear-opening present and conspicuous, much larger than the<br />
nasal scale (vs ear-opening absent in Hemiergis, and ear-opening present but tiny, round,<br />
and not as large as the nasal scale in Glaphyromorphus); ear lobules absent; lower eyelid<br />
movable and scaly (vs lower eyelid with clear palpebral disk in the genus Hemiergis);<br />
presuboculars 3; supralabials 7 (vs 6-8 in Opacitascincus); supraciliaries 5-7; postmental<br />
contacting two infralabials on each side (vs postmental usually contacting only one infralabial<br />
on each side in Glaphyromorphus, and postmental contacting one or two infralabials on each<br />
side in Opacitascincus); tiny, but well-developed pentadactyl limbs, that fail to overlap when<br />
adpressed by over four limb-lengths (vs well-developed but small pentadactyl limbs, that are<br />
greatly separated when adpressed in Opacitascincus, or small limbs that are separated by<br />
about 3 limb-lengths when adpressed in Glaphyromorphus, or large limbs in contact or<br />
overlapping when adpressed in Mawsoniascincus, or large limbs that do not contact or<br />
overlap when adpressed - but only separated by about one limb length in the genus<br />
Serenitas); 4th toe much longer than 3rd; subdigital lamellae beneath 4th toe smooth, usually<br />
entire but in some partly divided. Attains a maximum total length of around 200 mm. and a<br />
snout-vent length of about 80 mm. Ovoviviparous - producing live young (vs oviparous in the<br />
genera Glaphyromorphus and Opacitascincus).<br />
Etymology: Patheticoscincus is derived from the Greek, ‘pathetikos’, meaning ‘sensuous’, and<br />
the Latin ‘scincus’ = skink.<br />
Content: Patheticoscincus gracilipes (Steindachner, 1870).<br />
55
Australian Biodiversity Record, 2009 (3): 1-96<br />
Patheticoscincus gracilipes (Steindachner, 1870) comb. nov.<br />
Lygosoma australis Gray, J.E. (1839). Catalogue of the slender-tongued saurians, with<br />
descriptions of many new genera and species. (contd.). Ann. Mag. Nat. Hist. 2: 331-337 [332]<br />
[1839 on title page; junior homonym of Tiliqua australis Gray, 1838 [see Cogger, Cameron<br />
and Cogger (1983: p.184); Type data: Neotype WAM R24980. Subsequent designation: Storr,<br />
G.M. (1967). The genus Sphenomorphus (Lacertilia: Scincidae) in Western Australia and the<br />
Northern Territory. J. R. Soc. West. Aust. 50: 10-20. Type Locality: Albany, WA.<br />
Hinulia gracilipes Steindachner, F. 1870. Herpetologische Notizen (II). Reptilien gesammelt<br />
Während einer Reise in Sengambien. Sitzungsberichte der Akademie der Wissenschaften in<br />
Wien 62: 326-349 [342, pl. 5]. Type data: Syntypes NHMW 10141 2 specimens; syntype<br />
status implied in Museum records. Type Locality: ‘Australia, perhaps Rockhampton or Cape<br />
York, Qld’ [in error].<br />
Patheticoscincus australis Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 101].<br />
Patheticoscincus australis Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J.<br />
Herp. Suppl. Ser. 1: 1-61 [p. 36] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus australis Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 326]<br />
Glaphyromorphus gracilipes Cogger, 2000 - Reptiles and Amphibians of Australia [p. 495]<br />
Glaphyromorphus gracilipes Wilson and Swan, 2003 - Complete Guide to Reptiles of<br />
Australia [p. 226-227]<br />
Hemiergis gracilipes Bush, Maryan, Browne-Cooper and Robinson, 2007 - Reptiles and Frogs<br />
in the Bush: Southwestern Australia [p. 198-200]<br />
Glaphyromorphus gracilipes Wilson and Swan, 2008 - Complete Guide to Reptiles of<br />
Australia 2 nd Edition [p. 242-243]<br />
Description: This is a moderate-sized, very elongate skink with a slightly depressed head, and<br />
long body and long tapering tail that is round in section. The base body colour is rich<br />
chocolate-brown or sometimes pale light brown on the dorsum of the head, body and tail. The<br />
dorsal pattern may be bold or absent, and when present is restricted to the two mid-dorsal<br />
scale rows being dotted or blotched with blackish or darker brown in varying density, forming<br />
two thin longitudinal paravertebral lines along the dorsum of the body and continuing along<br />
the tail as small blackish dots. In some individuals these paravertebral lines may coalesce<br />
and form a single narrow dark vertebral stripe, or fragment to create a narrow blotched or<br />
spotted vertebral line. There is a blackish canthal streak that runs through the eye and over<br />
the temporal area, to form an obscure dark, ragged-edged upper lateral zone of the body and<br />
tail. This upper lateral area is usually narrow, black or very dark brown and may enclose a<br />
regular series of white spots. The lower lateral part of the body is much paler greyish-white<br />
and includes heavy black and white spotting and flecking, forming a fine reticulum along the<br />
entire body and tail. The sides of the head are densely speckled or flecked with black or<br />
darker brown on grey, and the labials are white, boldly edged with black. Ventrally, the body is<br />
pale yellowish, the throat white (occasionally with fine brownish flecking) and the tail whitish to<br />
greenish-yellow with black blotching. Some significant features of this species' morphology<br />
are: body scales smooth and shiny, in 19-22 rows at mid-body; parietals in contact behind the<br />
interparietal; prefrontals usually separated; prefrontal contacting first preocular; nuchals 2-4;<br />
supranasals absent; nasals separated; supraoculars 4; ear-opening present and conspicuous,<br />
much larger than the nasal scale; ear lobules absent; lower eyelid movable and scaly;<br />
presuboculars 3; supralabials 7; supraciliaries 5-7; postmental contacting two infralabials on<br />
each side; well-developed pentadactyl limbs, that fail to overlap when adpressed; 4th toe<br />
much longer than 3rd; subdigital lamellae beneath 4th toe 16-23 smooth, divided or entire.<br />
Attains a maximum total length of around 200 mm., and a snout-vent length of about 80 mm.<br />
Variation in morphology suggests that this species may be composite.<br />
Distribution: Confined to the extreme south-west of Western Australia.<br />
Habitat: Inhabits dense coastal heath and temperate wet sclerophyll forest.<br />
Biology/Ecology: This is a small burrowing species that is essentially crepuscular or nocturnal<br />
in habits and occupies sites that are moisture refuges such as areas of denser vegetation, the<br />
base of hills or rocky areas, and along the verges of water bodies such as creeks, marshes or<br />
swamps. It shelters under deep leaf-litter, inside or under rotting logs, down abandoned ant<br />
nests, and beneath small stones on sandy or loamy soil, into which it readily burrows when<br />
56
Australian Biodiversity Record, 2009 (3): 1-96<br />
disturbed. Ovoviviparous, producing up to 6 live young in a brood. Feeds on small<br />
invertebrates.<br />
Survival Status: Protected under the WA Wildlife Conservation Act 1950 (as amended).<br />
Status unknown, but this species may be considered as potentially vulnerable due to its<br />
limited distribution and specialised habitat requirements, but regarded as locally common in<br />
most areas.<br />
Etymology: The name 'gracilipes', means 'slender-foot' in reference to the weak limbs of the<br />
species.<br />
Rhiannodon gen. nov.<br />
Type Species: Lygosoma mjobergi Lonnberg and Andersson, 1915 [Results of Dr E.<br />
Mjoberg's Swedish Scientific Expeditions to Australia 1910-1913. VII. Reptiles collected in<br />
northern Queensland. K. Svenska Vetensk.-Akad. Handl., 52 (7): 1-9]<br />
Diagnosis: A genus of somewhat elongate, but solidly-built lizards of the family Scincidae<br />
from north-east Australian rainforests, and readily separated from all other genera by the<br />
following combination of characters: tail very long, fragile, tapering and round in section; head<br />
shields regular, not fragmented; body scales smooth and glossy; mid-dorsal scales not<br />
conspicuously broader and larger than mid-ventral scales (vs mid-dorsal scales<br />
conspicuously broader and much larger than mid-ventral scales in the genus<br />
Glaphyromorphus); supranasals absent; nasals separated; prefrontals usually separated;<br />
prefrontal not contacting first preocular (vs prefrontal contacting first preocular in<br />
Glaphyromorphus); parietals in contact behind the interparietal; supraoculars 4; ear opening<br />
present but small, about as large as the nasal scale (vs ear-opening not as large as the nasal<br />
scale in Glaphyromorphus); ear lobules absent; lower eyelid movable and scaly; supralabials<br />
6 (vs 7 in Glaphyromorphus); postmental contacting one infralabial on each side; welldeveloped<br />
pentadactyl limbs, that fail to overlap when adpressed - separated by about two<br />
forearm lengths (vs much smaller limbs separated by at least 3 limb-lengths when adpressed<br />
in Glaphyromorphus, or large limbs in contact or overlapping when adpressed in<br />
Mawsoniascincus, or large adpressed limbs that do not contact or overlap - but only separate<br />
by about one limb length in Serenitas, or very diminutive limbs much more greatly separated<br />
when adpressed in Opacitascincus and Patheticoscincus); 4th toe much longer than 3rd;<br />
subdigital lamellae smooth to bluntly keeled and entire. Oviparous.<br />
Etymology: 'Rhiannodon' is from Rhiannon, a Celtic fertility goddess.<br />
Content: Rhiannodon mjobergi (Lonnberg and Andersson, 1915) comb. nov.<br />
Rhiannodon mjobergi (Lonnberg and Andersson, 1915) comb. nov.<br />
Lygosoma mjobergi Lönnberg, E. and Andersson, L.G. (1915). Results of Dr. E. Mjöberg's<br />
Swedish Scientific Expeditions to Australia 1910-1913. VII. Reptiles collected in northern<br />
Queensland. K. Sven. Vetensk.-Akad. Handl. 52(7): 1-9 [6]. Type data: syntypes NHRM<br />
3217-8. Type Locality: Malanda and Cedar Creek, N Qld.<br />
Lygosoma darlingtoni Loveridge, A. (1933). New scincid lizards of the genera<br />
Sphenomorphus, Rhodona and Lygosoma from Australia. Occ. Pap. Boston Soc. Nat. Hist. 8:<br />
95-100 [98]. Type data: Holotype QM J5806. Type Locality: Millaa Millaa, Qld.<br />
Concinnia mjobergi Wells and Wellington, 1984 - Synopsis Cl. Rept. Austr. [p. 88].<br />
Concinnia mjobergi Wells and Wellington, 1985 - Classif. Amph. Rept. Aust. Aust. J. Herp.<br />
Suppl. Ser. 1: 1-61 [p. 26] [March 1985 on title page, but not published until September,<br />
1985].<br />
Sphenomorphus mjobergi Ehmann, 1992 - Encycl. Austr. Anim. Reptiles. [p. 328]<br />
Glaphyromorphus mjobergi Cogger, 2000 - Reptiles and Amphibians of Australia [p. 495-496]<br />
Glaphyromorphus mjobergi Wilson and Swan, 2003 - Complete Guide to Reptiles of Australia<br />
[p. 226-227]<br />
Glaphyromorphus mjobergi Wilson, 2005 - Field Guide Rept. Qld [p.129]<br />
Glaphyromorphus mjobergi Wilson and Swan, 2008 - Complete Guide to Reptiles of Australia<br />
2 nd Edition [p. 244-245]<br />
Description: This is another skink with an elongate, but robust body form, and a very long,<br />
fragile, tapering tail that is round in section. The base colour is rich reddish-brown with some<br />
specimens without any markings and others with each dorsal scale having a small darker<br />
brownish central spot or streak. The dorsolateral part of the neck and forebody has an<br />
57
Australian Biodiversity Record, 2009 (3): 1-96<br />
alternating series of bold creamish and brownish blotches. The lower lateral of the body is<br />
slightly lighter (greyish-brown) in base colour than the dorsum, with numerous scattered<br />
blackish flecks being present. The tail is weakly flecked with black and dark brown, and<br />
overall may appear slightly paler than the body, the limbs are darker brown with obscure<br />
darker variegations; the labials are obscurely barred with creamish and dark brown. Ventrally,<br />
whitish under body, but the scales under the throat may be edged with brown, and the<br />
posterior part of the tail may be heavily flecked with darker brown. Some significant features<br />
of this species' morphology are: head shields regular, not fragmented; body scales smooth<br />
and shiny, in 22-24 rows at mid-body; parietals in contact behind the interparietal; prefrontal<br />
not contacting first preocular; prefrontals usually separated; supranasals absent; nasals<br />
separated; supraoculars 4; ear-opening present, about as large as the nasal scale; ear<br />
lobules absent; lower eyelid movable and scaly; supralabials 6; postmental contacting one<br />
infralabial on each side; well-developed pentadactyl limbs, that fail to overlap when adpressed<br />
(separated by about two forearm lengths); 4th toe much longer than 3rd; subdigital lamellae<br />
beneath 4th toe 12-15, smooth and entire. Attains a maximum total length of around 330 mm.<br />
and a snout-vent length of about 100 mm.<br />
Distribution: This species is only known from a very small area of north-eastern Queensland,<br />
centred upon the Atherton Tableland and Mt Bartle Frere south of Cairns.<br />
Habitat: Inhabits monsoon vine forest, or montane rainforest above 650 m altitude.<br />
Biology/Ecology: A secretive largely cryptozoic and essentially diurnal, terrestrial and<br />
crepuscular species that burrows amongst leaf-litter in rainforest, and shelters beneath rotting<br />
logs and piles of ground debris usually in well-shaded, moist conditions. Oviparous. Feeds<br />
only on small invertebrates.<br />
Survival Status: Protected under the Qld Nature Conservation Act (1992) [see also the Qld<br />
Nature Conservation (Wildlife) Regulation Act (1994)]. Status unknown, but this species may<br />
be considered as potentially vulnerable due to its limited distribution and specialised habitat<br />
requirements. Regarded by some researchers as a rare species.<br />
Etymology: The name 'mjobergi' honours the Swedish zoologist, Dr E. Mjoberg, who was in<br />
charge of the 1910-1913 Swedish Scientific Expeditions to Australia.<br />
References<br />
Adams, S.M., Lui, S., Jones, S.M., Thompson, M.B. and Murphy, C.R. 2007 Uterine<br />
epithelial changes during placentation in the viviparous skink Eulamprus tympanum. Journal<br />
of Morphology, 268 (5): 385-400<br />
Ahl, E. 1925 Herpetologische Notizen. Zoologischer Anzeiger, 65: 18-20<br />
Allsop, D.J., Warner, D.A., Langkilde, T., Du, W., Shine, R. 2006 Do operational sex ratios<br />
influence sex allocation in viviparous lizards with temperature-dependent sex determination?<br />
Journal of Evolutionary Biology, 19 (4): 1175-1182<br />
Annable, T.J. 1983 Some observations on vocalization and the use of limb flaps in the<br />
Pygopodid lizard, Delma inornata Kluge. Herpetofauna, 14 (2): 80-82 [includes reports of<br />
vocalisation in water skinks - as Sphenomorphus tympanum and Sphenomorphus quoyii]<br />
Annable, T.J. 1995 Annotated checklist of the reptiles of Wagga Wagga and district, NSW.<br />
Herpetofauna, 25 (1): 22-27<br />
Anonymous 1976 Fauna of eastern Australian rainforest: Preliminary report on sites<br />
surveyed by the Queensland Museum in mid-eastern and north-eastern Queensland.<br />
Queensland Museum, Brisbane [Pp. i-iv, 1-78]<br />
Anonymous 1976 Report of a fauna survey, Whian Whian - Goonimbar State Forests.<br />
Wildlife Research Group, Brisbane<br />
Anonymous 1976 Fauna of eastern Australian rainforest: preliminary report of sites surveyed<br />
by the Queensland Museum in mid-eastern and north-eastern Queensland. Queensland<br />
Museum Brisbane; 78 pp<br />
58
Australian Biodiversity Record, 2009 (3): 1-96<br />
Anonymous 1977 Fauna of eastern Australian rainforest. II. Report on sites surveyed by the<br />
Queensland Museum in south-eastern and far-northern Queensland. Queensland Museum,<br />
Brisbane<br />
Anonymous 1997 NSW Comprehensive Regional Assessments: Vertebrate fauna surveys,<br />
1997-1998 summer survey season: Field survey methods. Report by NSW National Parks<br />
and Wildlife Service, Hurstville<br />
Anonymous 1998 Vertebrate Fauna Survey of Coolah Tops. Report compiled for the NPWS<br />
Mudgee Sub-District by the Sydney Zone CRA Unit, NSW National Parks and Wildlife<br />
Service, Hurstville<br />
Anonymous 1999 Flora and Fauna Survey in the Blacktown Area: Terrestrial and Aquatic<br />
Fauna Component. Report by Australian Museum Business Services for Snowy Mountains<br />
Engineering Corporation, Australia Pty Ltd<br />
Anonymous 2004 Systematic Survey of Vertebrate Fauna in Lane Cove National Park.<br />
Report by NSW Department of Environment and Conservation, Hurstville<br />
Anonymous 2004 Forest Management Plan for Gippsland. Victorian Department of<br />
Sustainability and Environment, Melbourne [Pp. i-xi, 1-227]<br />
Anstis, M. and Rankin, P.R. 1977 Reptiles and amphibians. [Pp.79-82]. In: Australian Littoral<br />
Society. An Investigation of Management Options for Towra Point, Botany Bay. Australian<br />
National Parks and Wildlife Service, Canberra.<br />
Antenor, A. 1973 Notes on Sphenomorphus tenuis. Bulletin of Herpetology [Royal<br />
Zoological Society of New South Wales], 1 (2): 10<br />
Aplin, K.P., How, R.A. and Boeadi, 1993. A new species of the Glaphyromorphus isolepis<br />
species group (Lacertilia; Scincidae) from Sumba Island, Indonesia. Records of the Western<br />
Australian Museum, 16: 235-242<br />
Aslin, H.J. (Editor) 1985 A List of the Vertebrates of South Australia. Biological Survey<br />
Coordinating Committee and the Department of Environment and Planning, South Australia,<br />
Adelaide [Pp. i-ii + 1-70]<br />
Auffenberg, W. 1980 The herpetofauna of Komodo with notes on adjacent areas. Bulletin of<br />
the Florida State Museum, Biological Sciences, 25: 39-156<br />
Austin, J.J. and Arnold, E.N. 2006 Using ancient and recent DNA to explore relationships of<br />
extinct and endangered Leiolopisma skinks (Reptilia: Scincidae) in the Mascarene islands.<br />
Molecular Phylogenetics and Evolution, 39 (2): 503-511<br />
Banks, C.B. 1987 Notes on birth and early development in three species of common<br />
Victorian reptiles. Victorian Naturalist, 104 (6): 178-182<br />
Barbour, T. 1914 On some Australasian reptiles. Proceedings of the Biological Society of<br />
Washington, 27: 201-206<br />
Barker, J. 1981 Amphibians and Reptiles of the Hastings River and Forbes River<br />
Catchments and the Upper Kunderang Brook and Mount Banda Banda. New South Wales<br />
National Parks and Wildlife Service, Sydney<br />
Barker, R.D. and Vestjens, W.J.M. 1989 The Food of Australian Birds. I. Non-Passerines.<br />
CSIRO Division of Wildlife Research, Canberra<br />
Barrett, C.L. 1950 Reptiles of Australia: Crocodiles, Snakes and Lizards. Cassell, Sydney<br />
[Pp. i-xiii, 1-168]<br />
59
Australian Biodiversity Record, 2009 (3): 1-96<br />
Baverstock, P.R. and Adams, M. 1987 Comparative rates of molecular, chromosomal and<br />
morphological evolution in some Australian vertebrates. [Pp. 175-188]. In: Campbell, K.S.W.<br />
and Day, M.F. (Editors): Rates of Evolution. Allen and Unwin, London<br />
Bennett, A.F. and John-Alder, H. 1986 Thermal relations orf some Australian skinks (Sauria:<br />
Scincidae). Copeia, 1986 (1): 57-64<br />
Bennett, R. 1997 Reptiles and frogs of the Australian Capital Territory. National Parks<br />
Association of the ACT, Canberra<br />
Blackburn, D.G. 1982 Evolutionary origins of viviparity in the Reptilia. I. Sauria. Amphibia-<br />
Reptilia, 3: 185-205<br />
Blamires, S.J. 1997 An extended breeding season of the Orange-sided Bar-lipped Skink,<br />
Glaphyromorphus douglasi. Herpetofauna, 27 (2): 59-60<br />
Blomberg, S.P. 1994 Body Size, Ecology, and Life History of the Southern Highland Water<br />
Skink, Eulamprus tympanum. PhD Thesis, University of Sydney<br />
Blomberg, S.P. and Shine, R. 2000 Size-based predation by Kookaburras (Dacelo<br />
novaeguineae) on lizards (Eulamprus tympanum: Scincidae): what determines prey<br />
vulnerability? Behavioral Ecology and Sociobiology, 48: 484-489 [actual identity of study<br />
specimens listed as Eulamprus tympanum may be E. heatwolei and/or E. tympanum]<br />
Blomberg, S.P. and Shine, R. 2001 Modelling life history strategies with capture recapture<br />
data: Evolutionary demography of the Water Skink Eulamprus tympanum. Austral Ecology,<br />
26: 349-359 [actual identity of study specimens listed as Eulamprus tympanum may be E.<br />
heatwolei and/or E. tympanum]<br />
Borges-Landaez, P.A. 1999 Maternal Thermoregulation and its Consequences for Offspring<br />
Fitness in the Eastern Water Skink (Eulamprus quoyii). PhD Thesis, University of Sydney<br />
Borges-Landaez, P.A. and Shine, R. 2003 Influence of toe-clipping on running speed in<br />
Eulamprus quoyii, an Australian Scincid lizard. Journal of Herpetology, 37(3): 592-595<br />
Boulenger, G.A. 1887 Catalogue of the Lizards in the British Museum (Natural History).<br />
Volume 3. British Museum, London [Pp. 1-575 + 40 plates; see p. 232, plate 13, figure 1; see<br />
also p. 230, 234, plate 15, figure 1]<br />
Boulenger, G.A. 1887 On a collection of reptiles and batrachians from Ferguson Islans,<br />
D’Entrecasteaux Group, British New Guinea. Annals and Magazine of Natural History, (6) 16:<br />
28-32<br />
Boulenger, G.A. 1897 Descriptions of new lizards and frogs from Mount Victoria, Owen<br />
Stanley Range, New Guinea, collected by Mr A.S. Anthony. Annals and Magazine of Natural<br />
History (6) 19: 6-13<br />
Boulenger, G.A. 1904 Note on Hinulia pardalis of Macleay. Annals and Magazine of Natural<br />
History (7) 14: 80<br />
Braithwaite, L.W., Austin, M.P., Margules, C.R., Catling, P.C. and Bedward, M. 1988 Jervis<br />
Bay Flora and Fauna. Survey and Assessment of Specific Site for the Jervis Bay Armament<br />
Depot Environmental Impact Statement.<br />
Brattstrom, 1971 Critical thermal maxima of some Australian skinks. Copeia, 1971 (3): 554-<br />
557<br />
Brazenor, C.W. 1936 The Reptiles and Amphibians of Victoria. [Pp. 25-38]. In: Gawler, O.<br />
(Editor): Victorian Yearbook for 1934-35. Government Printer, Melbourne<br />
60
Australian Biodiversity Record, 2009 (3): 1-96<br />
Brazenor, C.W. 1947 A preliminary report on the biology and ecology of the Snowy River<br />
area in north-eastern Victoria. Amphibians and Reptiles. Memoirs of the National Museum of<br />
Victoria, 15: 156-158<br />
Breeden, S. and Breeden, K. 1967 Animals of Eastern Australia. A Photographic Account of<br />
the Mammals, Reptiles and Amphibia. Sydney [Pp. 1-128]<br />
Broadbent, J.A. and Clark, S.S. (Editors) 1976 A Faunal Survey of East Australian<br />
Rainforests, Interim Report. Australian Museum, Sydney [Pp. 1-132]<br />
Brongersma, L.D. 1942 Notes on Scincid lizards. Zoologische Mededeelingen [Leiden], 24:<br />
125-152<br />
Brongersma, L.D. 1942 On the arrangement of the scales on the dorsal surface of the digits<br />
in Lygosoma and allied genera. Zoologische Mededeelingen [Leiden], 24: 153-158<br />
Broom, R. 1898 On the lizards of the Chillagoe district, north Queensland. Proceedings of<br />
the Linnean Society of New South Wales, 22 (3): 639-645<br />
Brown, G.W. 1991 Ecological feeding analysis of south-eastern Australian Scincids (Reptilia:<br />
Lacertilia). Australian Journal of Zoology, 39: 9-29<br />
Brown, G.W. and Nelson, J.L. 1992 Habitat Utilisation by Heliothermic Reptiles of Different<br />
Successional Stages of Eucalyptus regnans (Mountain Ash) Forest in the Central Highlands<br />
of Victoria. Victoria Department of Conservation and Natural Resources, [Melbourne], SSP<br />
Technical Report No 17<br />
Brown, G.W. and Nelson, J.L. 1993 Influence of successional stage of Eucalyptus regnans<br />
(Mountain Ash) on habitat use by reptiles in the Central Highlands, Victoria. Australian<br />
Journal of Ecology, 18 (4): 405-417<br />
Brown, G.W. and Nicholls, A.O. 1993 Comparative census techniques and modelling of<br />
habitat utilization by reptiles in northern Victoria. [Pp. 283-290]. In: Lunney, D. and Ayers, D.<br />
(Editors): Herpetology in Australia: A Diverse Discipline. Royal Zoological Society of New<br />
South Wales, Mosman [Pp. 1-414]<br />
Browne, R.K. 2002 Darkey Creek addition to Yengo National Park: Vertebrate Fauna<br />
Survey. Report for the NSW NPWS, Hurstville<br />
Brown, R.P. 2005 Large subunit mitochondrial rRNA secondary structures and site-specific<br />
rate variation in two lizard lineages. Journal of Molecular Evolution, 60: 45-60<br />
Burt, C.E. and Burt, M.D. 1932 Herpetological results of the Whitney South Sea Expedition.<br />
VI. Pacific Island amphibians and reptiles in the collection of the American Museum of Natural<br />
History. Bulletin of the American Museum of Natural History, 63: 461-597<br />
Busch, B.H. 1898 Beitrag zur Kenntniss der Gaumenbildung bei den Reptilien Zoologische<br />
Jahrbuch, Abteilung fur Anatomie und Ontogenie der Tiere, 11: 441-500 [includes detail of<br />
Eulamprus quoyii anatomy]<br />
Bush, B., Maryan, B., Browne-Cooper, R. and Robinson, D. 2007 Reptiles and Frogs in the<br />
Bush: Southwestern Australia. University of Western Australia Press, Crawley [Perth] [Pp. i-<br />
ix, 1-302]<br />
Bustard, H.R. 1964 Reproduction in the Australian rainforest skinks, Siaphos equalis and<br />
Sphenomorphus tryoni. Copeia, 1964 (4): 715-716<br />
Bustard, H.R. 1970 Australian Lizards. Collins, Sydney [Pp. 1-162]<br />
61
Australian Biodiversity Record, 2009 (3): 1-96<br />
Caley, M.J. and Schwarzkopf, L. 2004 Complex growth rate evolution in a latitudinally<br />
widespread species. Evolution: International Journal of Organic Evolution, 58 (4): 862-869.<br />
Cameron, E.E. and Cogger, H.G. 1992 The Herpetofauna of the Weipa Region, Cape York<br />
Peninsula. Technical Reports of the Australian Museum 7: 1-200<br />
Catford, A., Cogger, H.G., Larkins, D. and Thorn, B. 1980 A Plan for Management for South<br />
Turramurra Bushland. South Turramurra Environment Protection, Sydney [see Appendix E.<br />
Reptiles and Amphibians]<br />
Caughley, J. and Gall, B. 1995 Relevance of zoogeographical transition to conservation of<br />
fauna: Amphibians and reptiles in the south-western slopes of New South Wales. Australian<br />
Zoologist, 21: 513-529<br />
Choquenot, D. and Greer, A.E. 1989 Intrapopulational and interspecific variation in digital<br />
limb bones and presacral vertebrae of the genus Hemiergis (Lacertilia, Scincidae). Journal of<br />
Herpetology, 23: 274-281<br />
Clancy, G.P. 1992 Fauna Survey, Wingham Management Area, Part 3: Reptiles and<br />
Amphibians. Forestry Commission of New South Wales [Sydney], Forest Resources Series<br />
No 21<br />
Clayton, M., Wombey, J.C., Mason, I.J., Chesser, R.T. and Wells, A. 2006 CSIRO List of<br />
Australian Vertebrates: A Reference with Conservation Status. CSIRO Publishing,<br />
Collingwood [Melbourne] [Pp. 1-162 [30]<br />
Cogger, H.G. 1960 Snakes, lizards and chelonians. Australian Museum Magazine, 13 (8):<br />
250-253<br />
Cogger, H.G. 1962 Snakes, Lizards and Chelonians. In: The Natural History of Sydney.<br />
Australian Museum, Sydney<br />
Cogger, H.G. 1967 Australian Reptiles in Colour. Reed, Sydney [Pp. 1-112]<br />
Cogger, H.G. 1972 Keys to the frogs and reptiles of the central coast of New South Wales.<br />
Part II. Lizards and Snakes. Herpetofauna, 5 (3): 9-15<br />
Cogger, H.G. 1972 Australian Reptiles in Colour. Reed, Sydney [Revised Edition; Pp. 1-<br />
112]<br />
Cogger, H.G. 1972 Snakes, Lizards and Chelonians. [Pp. 35-38]. In: The Natural History of<br />
Sydney. Australian Museum, Sydney [2nd Edition; Pp. 1-63]<br />
Cogger, H.G. 1973 Classification of Australian skinks. Herpetofauna, 6 (2): 7-14<br />
Cogger, H.G. 1975 Reptiles and Amphibians of Australia. Reed, Sydney [1st Edition]<br />
Cogger, H.G. 1979 Type specimens of reptiles and amphibians in the Australian Museum.<br />
Records of the Australian Museum, 32 (4): 163-210<br />
Cogger, H.G. 1979 Reptiles and Amphibians of Australia. Reed, Sydney [2nd Edition]<br />
Cogger, H.G. 1983 Reptiles. [Pp. 30-32]. In: Haigh, C. (Editor): Wetlands in New South<br />
Wales. New South Wales National Parks and Wildlife Service, Sydney [Pp. 1-72]<br />
Cogger, H.G. 1983 Reptiles and Amphibians of Australia. Reed, Sydney [3rd Edition]<br />
Cogger, H.G. 1984 Australian Reptiles in Colour. Sydney, Reed Books.<br />
62
Australian Biodiversity Record, 2009 (3): 1-96<br />
Cogger, H.G. 1986 Reptiles and Amphibians of Australia. Reed, Sydney [4th Edition; Pp. 1-<br />
688]<br />
Cogger, H.G. 1988 Reptiles and Amphibians of Australia. Reed, Sydney [A reprinting, but<br />
due to changes, this should be cited a 5th Edition]<br />
Cogger, H.G. 1989 Australian Reptiles in Colour. Treasure Press Australia, Port Melbourne<br />
['totally revised edition'; Pp. 1-112]<br />
[Cogger, H.G. et al] 1991 Decision of the Commission. Three works by Richard W. Wells<br />
and C. Ross Wellington: Proposed suppression for nomenclatural purposes. Bulletin of<br />
Zoological Nomenclature, 48 (4): 337-338 [Authorship not stated on original publication, but<br />
subsequently determined; note that the three works were not suppressed]<br />
Cogger, H.G. 1992 Reptiles and Amphibians of Australia. Reed, Sydney [This should be<br />
cited as the 6th Edition; Pp. 1-775]<br />
Cogger, H.G. 1994 Reptiles and Amphibians of Australia. Reed, Sydney [This should be<br />
cited as the 7th Edition - another substantially altered edition that included an updated<br />
Appendix of recently described taxa]<br />
Cogger, H.G. 1996 Reptiles and Amphibians of Australia. Reed, Sydney [This should be<br />
cited as the 8th Edition]<br />
Cogger, H.G. 2000 Reptiles and Amphibians of Australia. New Holland, Sydney [Pp. 1-808;<br />
Note: Due to the substantially altered texts represented by some earlier so-called "reprintings"<br />
of this work, the various stated “Editions’ are partly in error. Although the 2000 Edition was<br />
published as the "6th Edition" of the original 1975 work, in actuality, this should be more<br />
correctly regarded as a 9th Edition]<br />
Cogger, H.G. and Heatwole, H.F. 1981 The Australian reptiles: Origins, biogeography,<br />
distribution patterns and island evolution. [Pp. 1331-1373] In: Keast, A. (Editor): Ecological<br />
Biogeography of Australia. Junk, The Hague [Monographiae Biologicae, Volume 41; Pp. 1-<br />
2142]<br />
Cogger, H.G. and Heatwole, H.F. 1984 The Australian reptiles: Origins, biogeography,<br />
distribution patterns and island evolution. [Pp. 343-370]. In: Archer, M.A. and Clayton, G.<br />
(Editors): Vertebrate Zoogeography and Evolution in Australia. (Animals in Space Time).<br />
Hesperian Press, Carlisle [Republication of Cogger, H.G. and Heatwole, H. (1981)]<br />
Cogger, H.G. and Lindner, D.A. 1974 Frogs and reptiles. In: Frith, H.J. and Calaby, J.H.<br />
(Editors): Fauna Survey of the Port Essington District, Cobourg Peninsula, Northern Territory<br />
of Australia. CSIRO Division of Wildlife Research, Technical Paper, No 28: 63-107<br />
Cogger, H.G. and Webber, P. 1976 Reptiles and Amphibians. [Pp. 67-84]. In: Broadbent, J.<br />
and Clark, S. (Editors): A Faunal Survey of East Australian Rainforests, Interim Report.<br />
Australian Museum, Sydney<br />
Cogger, H.G., Cameron, E.E. and Cogger, H.M. 1983 Zoological Catalogue of Australia.<br />
Volume 1. Amphibia and Reptilia. Australian Government Publishing Service, Canberra [Pp.<br />
i-vi, 1-313]<br />
Cogger, H.G., Cameron, E.E., Sadlier, R.A. and Eggler, P. 1993 The Action Plan for<br />
Australian Reptiles. Australian Nature Conservation Agency [Canberra], Endangered Species<br />
Program, Project No 124 [Pp. 1-254]<br />
Copland, S.J. 1946 Catalogue of reptiles in the Macleay Museum I. Sphenomorphus<br />
pardalis (Macleay) and Sphenomorphus nigricaudis nigricaudis (Macleay). Proc. Linn. Soc.<br />
N.S.W. 70: 291-311 [298, pl. 11 fig. 2]<br />
63
Australian Biodiversity Record, 2009 (3): 1-96<br />
Couper, P.J., Covacevich, J.A., Janetzki, H. and McDonald, K. 2000 Lizards. [Pp. 202-233].<br />
In: Ryan, M. and Burwell, C. (Editors): Wildlife of Tropical North Queensland. Queensland<br />
Museum, Brisbane<br />
Covacevich, J.A. 1971 Amphibian and Reptile Type-Specimens in the Queensland Museum.<br />
Memoirs of the Queensland Museum, 16 (1): 49-68<br />
Covacevich, J.A. 1974 The frogs and reptiles of the islands of Moreton Bay and a narrow<br />
coastal strip between Noosa and Tweed Heads. In: Coastal Management Investigation<br />
Queensland-New South Wales Border to Northern Boundary of Noosa Shire. Co-ordinator<br />
General's Department, Brisbane<br />
Covacevich, J.A. 1975 Reptiles. In: The National Estate in the Moreton and Wide Bay -<br />
Burnett Regions.<br />
Covacevich, J.A. 1976 Amphibians and Reptiles. [Pp. 16-18]. In: Covacevich, J.A. (Editor):<br />
Fauna of Eastern Australian Rainforests - Preliminary report on sites surveyed by the<br />
Queensland Museum in mid-eastern and north-eastern Queensland. Queensland Museum,<br />
Brisbane [March 1976]<br />
Covacevich, J.A. 1995 The reptiles of Moreton Bay. In: Pearn, J. (Editor): Characters, Coves<br />
and Cliffs. Amphion Press, Brisbane [Pp. 1-139]<br />
Covacevich, J.A. and Couper, P.J. 1991 Atlas of Queensland's frogs, reptiles, birds and<br />
mammals. Part 1.2 The reptile records. [Pp. 45-140]. In: Ingram, G.J. and Raven, R.J.<br />
(Editors): Atlas of Queensland's Frogs, Reptiles, Birds and Mammals. Queensland Museum,<br />
Brisbane [Pp. 1-391]<br />
Covacevich, J.A. and Couper, P.J. 1994 Type specimens of frog and reptile species,<br />
Queensland Museum: Recent additions and new information. Memoirs of the Queensland<br />
Museum, 37 (1): 53-65<br />
Covacevich, J.A. and Ingram, G.J. 1975 The reptiles of Stradbroke Island. Proceedings of<br />
the Royal Society of Queensland, 86 (10): 55-60<br />
Covacevich, J.A. and Ingram, G.J. 1980 The endemic frogs and reptiles of Cape York<br />
Peninsula. [Pp. 49-57]. In: Stevens, N.C. and Bailey, A. (Editors): Contemporary Cape York<br />
Peninsula. Royal Society of Queensland, Brisbane<br />
Covacevich, J. and McDonald, K.R. 1980 Two new species of skinks from mid-eastern<br />
Queensland rainforest. Memoirs of the Queensland Museum, 20: 95-101 [96, pl. 1a]<br />
Covacevich, J.A. and McDonald, K.R. 1991 Frogs and reptiles of tropical and subtropical<br />
eastern Australian rainforests: Distribution patterns and conservation. [Pp. 281-309]. In:<br />
Werren, G. and Kershaw, P. (Editors): The Rainforest Legacy. Volume 2: Flora and Fauna of<br />
the Rainforests. Australian National Rainforests Study. Volume 2. Flora and Fauna of<br />
Rainforests. Special Australian Heritage Publication Series, 7 (2): 1-414 [Australian<br />
Government Publishing Service, Canberra]<br />
Covacevich, J.A. and McDonald, K.R. 1991 Reptiles. [Pp. 69-82]. In: Nix, H.A. and Switzer,<br />
M.A. (1991): Rainforest Animals. Atlas of vertebrates endemic to Australia's wet tropics.<br />
Kowari, No 1<br />
Covacevich, J.A. and McDonald, K.R. 1993 Distribution and conservation of frogs and<br />
reptiles of Queensland rainforests. Memoirs of the Queensland Museum, 34 (1): 189-200<br />
Covacevich, J.A. (Editor) 1976 Fauna of Eastern Australian Rainforests - Preliminary Report<br />
on Sites Surveyed by the Queensland Museum in Mid-Eastern and North-Eastern<br />
Queensland. Queensland Museum, Brisbane [March 1976]<br />
64
Australian Biodiversity Record, 2009 (3): 1-96<br />
Covacevich, J.A. (Editor) 1977 Fauna of Eastern Australian rainforests. 2. Preliminary<br />
Report on Sites Surveyed by the Queensland Museum in Southeastern and far North-eastern<br />
Qld., with Additional Results from Sites Surveyed Previously in North-eastern Qld.<br />
Queensland Museum, Brisbane [Pp. i-v, 1-87]<br />
Covacevich, J.A., Ingram, G.J. and Czechura, G.V. 1982 Rare frogs and reptiles of Cape<br />
York Peninsula, Australia. Biological Conservation, 22: 283-294<br />
Covacevich, J. and Ingram, G.J. 1980 The endemic frogs and reptiles of Cape York<br />
Peninsula. [Pp. 49-57]. In: Stevens, N.C. and Bailey, A. (Editors): Contemporary Cape York<br />
Peninsula. Royal Society of Queensland; Brisbane<br />
Covacevich, J. and McDonald, K.R. 1980 Two new species of skinks from mid-eastern<br />
Queensland rainforest. Mem. Qld Mus. 20: 95-101 [97, pl. 16]<br />
Coventry, A.J. 1970 Reptile and Amphibian Type Specimens housed in the National<br />
Museum of Victoria. Memoirs of the National Museum of Victoria, 31: 115-124<br />
Coventry, A.J. and Robertson, P. 1980 New records of Scincid lizards from Victoria.<br />
Victorian Naturalist, 97 (5): 190-193<br />
Cowled, C. 1974 A check list of reptiles of the Cooranbong area. Hunter Natural History, 6<br />
(1): 49-50<br />
Coyne, P.C., Hinchey, M.D. and Jenkins, R.W.G. 1979 Beecroft Peninsula. A Survey of the<br />
Natural Resources of Department of Defense Controlled Land. Australian National Parks and<br />
Wildlife Service, Canberra<br />
Crombie, R.I. and Pregill, G.K. 1999 A checklist of the herpetofauna of the Palau Islands<br />
(Republic of Belau), Oceania. Herpetological Monographs, 13: 29-80<br />
Crome, B. 1981 The Ground Herpetofauna of three Eucalypt Woodlands near Armidale,<br />
New South Wales. BSc (Honours) Thesis, University of New England, Armidale<br />
Crome, F.H.J. 1990 Rainforest successions and vertebrates. [Pp. 53-64]. In: Webb, L.J. and<br />
Kikkawa, J. (Editors): Australian Tropical Rainforests: Science-Values-Meaning. CSIRO,<br />
Melbourne<br />
Cronin, L. 2009 Cronin's Key Guide. Australian Reptiles and Frogs. Jacana Books [Allen and<br />
Unwin], Crows Nest [Sydney] [Pp. 1-230]<br />
Czechura, G.V. 1986 An introduction to the frogs and reptiles of Kroombit Tops,<br />
southeastern Queensland. Queensland Naturalist, 27 (1-4):<br />
Czechura, G.V. 1987 Distant exiles: Frogs and reptiles recorded from Kroombit Tops,<br />
southeastern Queensland. Queensland Naturalist, 27 (1-4): 61-67 [dated December, 1986]<br />
Czechura, G.V. 1991 The Blackall-Conondale Ranges: Frogs, reptiles and fauna<br />
conservation. [Pp. 311-324]. In: Werren, G. and Kershaw, P. (Editors): The Rainforest<br />
Legacy. Australian National Rainforests Study. Volume 2. Flora and Fauna of Rainforests.<br />
Special Australian Heritage Publication Series, 7 (2) [Australian Government Publishing<br />
Service, Canberra]<br />
Czechura, G.V. and Covacevich, J.A. 1985 Poorly known reptiles in Queensland. [Pp. 471-<br />
476]. In: Grigg, G., Shine, R. and Ehmann, H. (Editors): Biology of Australasian Frogs and<br />
Reptiles. Surrey Beatty and Sons, Sydney [Note that the publication date is erroneously<br />
given as August, 1985 - actually published in November 1985]<br />
Dale, F.D. 1973 Forty Queensland Lizards. Queensland Museum Booklet No 8: 1-64<br />
65
Australian Biodiversity Record, 2009 (3): 1-96<br />
Daly, G. 1994 Jervis Bay National Park. Reptile and Amphibian Survey. Report to Australian<br />
Nature Conservation Agency, Canberra<br />
Daly, G. 1996 Reptiles and Amphibians of Beecroft Peninsula. Report to Australian Nature<br />
Conservation Agency, Canberra<br />
Daly, G. 1998 Reptiles and Amphibians of Jervis Bay National Park. Report to NSW<br />
National Parks and Wildlife Service, Nowra<br />
Daly, G. 2000 Island populations: Reptiles and amphibians of the Jervis Bay region on the<br />
south coast of New South Wales. Herpetofauna, 30 (1): 11-17<br />
Daly, G. 2004 Surveys of reptiles and amphibians on the south-western slopes of New<br />
South Wales. Herpetofauna, 34 (1): 2-16<br />
Daly, G. 2006 Reptiles and amphibians of Wadbilliga National Park and environs on the<br />
south coast of New South Wales. Herpetofauna, 37 (1): 45-62<br />
Daly, G. 2007 Reptiles and amphibians of Morton National Park and environs on the south<br />
coast of New South Wales. Herpetofauna, 36 (1):<br />
Daly, G., Gosper, C.R. and German, P. 1998 Fauna of Cudmirrah and Conjola National<br />
Parks, Shoalhaven City. Report to NSW National Parks and Wildlife Service, Ulladulla Office<br />
Daly, G., Pennay, M. and Gosper, C. 2001 Surveys of reptiles and amphibians at Razorback<br />
Nature Reserve, Keverstone State Forest and the Abercrombie Caves region of New South<br />
Wales. Herpetofauna, 31 (2): 82-91<br />
Daniels, C.B. 1983 Running: An escape strategy enhanced by autotomy. Herpetologica, 39<br />
(2): 162-165<br />
Daniels, C.B. 1984 The Adaptations to a Riparian Habitat by the Eastern Water Skink<br />
Sphenomorphus quoyii. PhD Thesis, University of New England, Armidale<br />
Daniels, C.B. 1985 The effect of infection by a parasitic worm on swimming and diving in the<br />
Water Skink, Sphenomorphus quoyii. Journal of Herpetology, 19 (1): 160-162<br />
Daniels, C.B. 1985 The effect of tail autotomy on the exercise capacity of the Water Skink,<br />
Sphenomorphus quoyii. Copeia, 1985 (4): 1074-1077<br />
Daniels, C.B. 1987 Aspects of the aquatic feeding ecology of the riparian skink<br />
Sphenomorphus quoyii. Australian Journal of Zoology, 35 (3): 253-258<br />
Daniels, C.B. 1990 The relative importance of host behaviour, method of transmission and<br />
longevity on the establishment of an Acanthocephalan population in two reptilian hosts.<br />
Memoirs of the Queensland Museum, 29: 367-374<br />
Daniels, C.B. and Heatwole, H. 1986 Predators of the Water Skink, Sphenomorphus quoyii.<br />
Herpetofauna, 16 (1): 6-15 [not 1984 as printed on cover]<br />
Daniels, C.B. and Heatwole, H. 1990 Factors affecting the escape behaviour of a riparian<br />
lizard. Memoirs of the Queensland Museum, 29: 375-387<br />
Daniels, C.B. and Simbotwe, M.P. 1984 The biology of Acanthocephalian parasites of<br />
Australian skinks. Journal of Herpetology, 18 (2): 211-213<br />
Daniels, C.B., Flaherty, S.P. and Simbotwe, M.P. 1986 Tail size and effectiveness of<br />
autotomy in a lizard. Journal of Herpetology, 20 (1): 93-96<br />
66
Australian Biodiversity Record, 2009 (3): 1-96<br />
Daniels, C.B., Heatwole, H. and Oakes, N. 1987 Heating and cooling rates in air and during<br />
diving of the Australian water skink, Sphenomorphus quoyii. Comparative Biochemistry and<br />
Physiology, (A) - Molecular and Integrative Physiology, 87 (2): 487-492<br />
Daniels, C.B., Oakes, N. and Heatwole, H. 1987 Physiological diving adaptations of the<br />
Australian Water Skink Sphenomorphus quoyii. Comparative Biochemistry and Physiology,<br />
(A) - Molecular and Integrative Physiology, 88 (2): 187-199<br />
Davey, K. 1970 Australian Lizards. Lansdowne, Melbourne [Pp. 1-111]<br />
Davey, K. 1977 Australian Lizards. Periwinkle Books (Paul Hamlyn), Dee Why, Sydney [2nd<br />
Edition; Pp. 1-111]<br />
Davis, H.F.C., Day, M.F. and Waterhouse, D.F. 1938 Notes on the terrestrial ecology of the<br />
Five Islands. I. Proceedings of the Linnean Society of New South Wales, 63 (5-6): 357-388<br />
De Lissa, G. 1981 Notes on the skink Sphenomorphus tenuis. Herpetofauna, 13 (1): 33<br />
[Record of Sphenomorphus tenuis laying eggs presumably in error]<br />
De Rooij , N. 1915 The Reptiles of the Indo-Australian Archipelago. I. Lacertilia, Chelonia,<br />
Emydosauria. E.J. Brill, Leiden [Pp. i-xiv, 1-384]<br />
De Vis, C.W. 1888 A contribution to the herpetology of Queensland. Proc. Linn. Soc. N.S.W.<br />
(2) 2: 811-826 [817]<br />
Done, B.S. and Heatwole, H. 1977 Social behavior of some Australian skinks. Copeia,<br />
1977: 419-430<br />
Doria, G. 1874 Enumerazione dei rett ili raccolti dal Dott . O. Beccari in Amboina, alle Isole<br />
Aru ed alle Isole Kei durante gli anni 1872-73. Annali del Museo Civico di Storia Naturale di<br />
Genova, 6: 325-357<br />
Doughty, P.D. 1996 Life-history Evolution in Australian Lizards: Allometric, Energetic and<br />
Comparative Perspectives. PhD Thesis, School of Biological Science, University of Sydney<br />
[actual identity of study specimens listed as Eulamprus tympanum may be E. heatwolei<br />
and/or E. tympanum]<br />
Doughty, P.D. and Shine, R. 1997 Detecting life history trade-offs: Measuring enery stores in<br />
capital breeders reveals costs of reproduction. Oecologica, 110: 508-513 [actual identity of<br />
study specimens listed as Eulamprus tympanum may be E. heatwolei and/or E. tympanum]<br />
Doughty, P.D. and Shine, R. 1998 Reproductive energy allocation and long-term energy<br />
stores in a viviparous lizard (Eulamprus tympanum). Ecology, 79 (3): 1073-1083 [actual<br />
identity of study specimens listed as Eulamprus tympanum may be E. heatwolei and/or E.<br />
tympanum]<br />
Doughty, P.D., Shine, R. and Lee, M.S.Y. 2003 Energetic costs of tail loss in a montane<br />
Scincid lizard. Comparative Biochemistry and Physiology, Part A Molecular and Integrative<br />
Physiology, 135 (2): 215-219 [actual identity of study specimens maybe E. heatwolei and/or<br />
E. tympanum]<br />
Duméril, A.M.C. and Bibron, G. 1839 Erpétologie Générale ou Histoire Naturelle Complète<br />
des Reptiles. Paris: Roret Vol. 5 i-viii, 1-854 pp. [726, 728]<br />
Duméril, [A.] M.C. and Duméril, [A.] M.A. 1851 Catalogue Méthodique de la Collection des<br />
Reptiles. Mus. Hist. Nat., Paris [Pp. i-iv, 1-224; Gide et Baudry, Paris]<br />
Eberhard, I.H. and Schulz, L. 1973 A survey of the vertebrate fauna of the Cotter River<br />
catchment, Australian Capital Territory. ACT Conservation and Agriculture Branch<br />
[Canberra], Conservation Memorandum No 1: 1-46<br />
67
Australian Biodiversity Record, 2009 (3): 1-96<br />
Edgar, B. and Stephens, S. 1993 Commonwealth legislation relevant to reptiles and<br />
amphibians. [Pp. 39-42]. In: Lunney, D. and Ayers, D. (Editors): Herpetology in Australia: A<br />
Diverse Discipline. Royal Zoological Society of New South Wales, Sydney [an unnumbered<br />
'Transactions of the Royal Zoological Society of New South Wales']<br />
Ehmann, H.F.W. 1992 Encyclopaedia of Australian Wildlife. Reptiles. Australian Museum,<br />
Sydney [Pp. 1-495]<br />
Ehmann, H.F.W. 1995 Lizards. [Pp. 103-108]. In: Ehmann, H.F.W. and Tyler, M.J. (Editors):<br />
Australian Reptiles and Frogs - The multi-media experience. Webster Publishing, Sydney<br />
[CD ROM]<br />
Ehmann, H.F.W. and Cogger, H.G. 1985 Australia's endangered herpetofauna - A review of<br />
criteria and policies. [Pp. 435-447]. In: Grigg, G., Shine, R. and Ehmann, H. (Editors): Biology<br />
of Australasian Frogs and Reptiles. Surrey Beatty and Sons, Sydney [Note that the<br />
publication date is erroneously given as August, 1985 - actually published in November 1985]<br />
Elphick, M., Thomas, J. and Shine, R. 2006 Courtship and copulation in the Southern Water<br />
Skink, Eulamprus heatwolei. Herpetofauna, 36 (1): 25-26<br />
Emison, W.B., Porter, J.W., Norris, K.C. and Apps, G.J. 1972 Survey of the vertebrate fauna<br />
of the Grampians-Edenhope area of southwestern Victoria. Memoirs of the National Museum<br />
of Victoria, No 39: 281-363<br />
Emison, W.B., Porter, J.W., Norris, K.C. and Apps, G.J. 1975 Ecological distribution of the<br />
vertebrate animals of the volcanic plains - Cape Otway Range area of Victoria. Victorian<br />
Fisheries and Wildlife Division, Fisheries and Wildlife Paper No 6: 1-93<br />
Feder, M.E., Bennett, A.F., Burggren, W.W. and Huey, R.B. (Editors) 1987 New Directions in<br />
Ecological Physiology. Cambridge University Press, New York [Pp. 1-364]<br />
Fischer, J.G. 1883 Beschreibung neuer Reptilien. Jahresbericht über das Naturhistorische<br />
Museum zu Hamburg (Aus dem Osterprogramm des Akademischen Gymnasium), 1882: 1-16<br />
Fischer, J.G. 1884 Herpetologische Bemerkungen. Abhandlungen aus dem Gebiete der<br />
Naturwissenschaft en herausgegeben vom Naturwissenschaft lichen Verein in Hamburg, 8: 1-<br />
11<br />
Fischer, J., Lindenmayer, D.B., Barry, S. and Flowers, E. 2005 Lizard distribution patterns in<br />
the Tunut fragmentation “Natural Experiment” in south-eastern Australia. Biological<br />
Conservation, 123: 301-315<br />
Fitch, H.S. 1970 Reproductive cycles in lizards and snakes. University of Kansas Museum of<br />
Natural History, Miscellaneous Publications, No 52: 1-247<br />
Fitzgerald, M. 1995 A Survey of Herpetofauna of Southern and Western Portions of Yengo<br />
National Park. A Report to the NSW National Parks and Wildlife Service, Central Coast<br />
District, Gosford. Kendall and Kendall Consultants, Sydney<br />
Fitzsimons, J.A., Williams, C. and FitzSimons, P. 2006 Ecological attributes of strategic land<br />
acquisitions for addition to Victoria’s public protected area estate: 2004-2005. Victorian<br />
Naturalist, 123 (3): 134-145<br />
Fitzinger, L.J. 1826 Neue Classification der Reptilien nach ihren Natürlichen verwandtschaft<br />
en. Nebst einer verwandtschaft s- Tafel und einem verzeichnisse der Reptilien- Sammlung<br />
des K. K. Zoologischen Museum’s zu Wien: [i-v],1-128. Verlage von J.G. Heubner, Wien<br />
Fitzinger, L.J. 1843 Systema Reptilium. Fasciculus Primus. Amblyglossae. Braumüller et<br />
Seidel Bibliopolas, Vindobonae [Pp. i-vi, 1-106; see p. 22]<br />
68
Australian Biodiversity Record, 2009 (3): 1-96<br />
Fowler, J. 1974 The hybridization of an Alpine Water Skink and a Common Water Skink.<br />
South Australian Herpetologist, 2 (1): 13<br />
Fowler, J. 1978 Breeding. South Australian Herpetology Group Newsletter [Adelaide], 1978<br />
(April): 4<br />
Fowler, J. 1985 The hybridization of an Alpine Water Skink and a Common Water Skink.<br />
South Australian Herpetology Group Newsletter [Adelaide], 1985 (February): 4<br />
Fraser, S.P. and Grigg, G.C. 1984 Control of thermal conductance is insignificant to<br />
thermoregulation in small reptiles. Physiological Zoology, 57 (4): 392-400<br />
Frauca, H. 1966 Harry Frauca's Book of Reptiles. Jacaranda, Brisbane [Pp. 1-100]<br />
Frauca, H. 1973 Australian Reptile Wonders. Rigby, Sydney<br />
Frauca, H. 1977 Australian Reptile Wonders. Rigby, Adelaide [2nd Edition]<br />
Frauca, H. 1982 What Animal is That? A Guide to Australian Amphibians, Insects,<br />
Mammals, Reptiles and Spiders. Reed, Sydney<br />
Frauca, H. 1991 What Animal is That? A Guide to Australian Amphibians, Insects,<br />
Mammals, Reptiles and Spiders. Currawong Press, Sydney [Reed Books] [3 rd Edition;(8pp),<br />
1-229]<br />
Frauca, H. and Frauca, C. 1970 A Pictorial Encyclopaedia of Australian Wildlife. Lansdowne,<br />
Melbourne [Pp. 1-112]<br />
Frith, C.B. and Frith, D.W. 1987 Australian Tropical Reptiles and Frogs. Tropical Australian<br />
Graphics, Paluma [Qld]<br />
Frith, C.B. and Frith, D.W. 1991 Australian Tropical Reptiles and Frogs.<br />
Frith and Frith Books, Malanda, Queensland [2nd Edition]<br />
Fyfe, G. 2008 Skinks. Family Scincidae. [Pp. 259-388]. In: Swan, M. (Editor): Keeping and<br />
Breeding Australian Lizards. Mike Swan Herp Books, Melbourne<br />
Garman, S. 1901 Some reptiles and batrachians from Australasia. Bulletin of the Museum of<br />
Comparative Zoology [Harvard], 39: 1-14 [p.8]<br />
Goldingay, R.L., Daly, G. and Lemckert, F. 1996 Assessing the impacts of logging on<br />
reptiles and frogs in the montane forests of southern New South Wales. Wildlife Research,<br />
23 (4): 495-510<br />
Goodman, B.A. 1997 The effects of local environmental conditions on the life history<br />
parameters of two populations of the Southern Water Skink, Eulamprus t. tympanum. BSc<br />
(Honours) Thesis, La Trobe University, Bundoora<br />
Goodman, B.A. 2003 The effects of thermal regime and food availability on growth rates of<br />
two populations of the Southern Water Skink, Eulamprus tympanum. In: Abstracts from the<br />
26th AGM of ASH Yungaburra, Queensland 1998. Newsletter of the Australian Society of<br />
Herpetologists 40 (May 2003): 24<br />
Goodman, B.A. 2008 Glaphyromorphus nigricaudus prey piracy. Herpetological Review, 39<br />
(3): 349-350<br />
Gow, G.F. 1981 Checklist of reptiles and amphibians of the northern section of Northern<br />
Terrotory. Northern Territory Naturalist, 4: 14-19<br />
69
Australian Biodiversity Record, 2009 (3): 1-96<br />
Gray, J.E. 1831 A synopsis of the species of the Class Reptilia. [Pp. 483-600]. In: Griffith, E.<br />
and Pidgeon, E. (Editors): The Animal Kingdom arranged in conformity with its organization,<br />
by the Baron Cuvier, member of the Institute of France, &c. &c. &c. with additional<br />
descriptions of all the species hitherto named, and of many not before noticed. Volume 9. The<br />
class Reptilia arranged by the Baron Cuvier, with specific descriptions. Whittaker, Treacher,<br />
and Co., London [p. 71]<br />
Gray, J.E. 1838 Catalogue of the slender-tongued saurians, with descriptions of many new<br />
genera and species. Annals and Magazine of Natural History, (2) 2: 287-293<br />
Gray, J.E. 1839 Catalogue of the slender-tongued saurians, with descriptions of many new<br />
genera and species. (contd.). Ann. Mag. Nat. Hist. 2: 331-337 [332]<br />
Gray, J.E. 1845 Catalogue of the Specimens of Lizards in the Collection of the British<br />
Museum. London: British Museum [Pp. i-xxviii, 1-289] [see p. 70, 74]<br />
Gray, J.E. 1845 Reptiles. [Pp. 1-8, plates 1-4, 8-9, 12-14, 20]. In: Richardson, J. and Gray,<br />
J.E. (Editors): The Zoology of the Voyage of H.M.S. Erebus and Terror, under the Command<br />
of Captain Sir James Clark Ross, R.N., F.R.S., during the years 1839 to 1843. Volume 2.<br />
Longman, Brown, Green and Longmans, London<br />
Gray, J.E. 1867 Fasciculus of the Lizards of Australia and New Zealand. London<br />
Green, D. 1973 The reptiles of the outer north-western suburbs of Sydney. Herpetofauna, 6<br />
(2): 2-5<br />
Green, K. and Osborne, W.S. 1979 A summer vertebrate fauna survey above 1500m in the<br />
Gungarten region of Kosciusko National Park, New South Wales. Victorian Naturalist, 96:<br />
176-184<br />
Greer, A.E. 1967 A new generic arrangement for some Australian Scincid lizards. Breviora,<br />
267: 1-19<br />
Greer, A.E. 1970 A new subfamilial classification of Scincid lizards. Bulletin of the Museum<br />
of Comparative Zoology, Harvard, 139: 151-183<br />
Greer, A.E. 1970 The relationships of the skinks referred to the genus Dasia. Breviora, 348:<br />
1-30<br />
Greer, A.E. 1974 The generic relationships of the scincid lizard genus Leiolopisma and its<br />
relatives. Australian Journal of Zoology, Supplementary Series, No 31: 1-67<br />
Greer, A.E. 1976 A most successful invasion: The diversity of Australian skinks. Australian<br />
Natural History, 18: 428-433<br />
Greer, A.E. 1979 A phylogenetic subdivision of Australian skinks. Records of the Australian<br />
Museum, 32: 339-371<br />
Greer, A.E. 1979a Eremiascincus, a new generic name for some Australian sand-swimming<br />
skinks (Lacertilia: Scincidae). Records of the Australian Museum, 32 (7): 321-338 [+Figures<br />
1-5]<br />
Greer, A.E. 1979b A phylogenetic subdivision of Australian skinks. Rec. Aust. Mus. 32: 339-<br />
371<br />
Greer, A.E. 1979 A new Sphenomorphus (Lacertilia: Scincidae) from the rainforests of<br />
northeastern Queensland. Records of the Australian Museum, 32: 373-382 [p. 373, figure 1].<br />
Greer, A.E. 1980 Critical thermal maximum temperatures in Australian Scincid lizards: Their<br />
ecological and evolutionary significance. Australian Journal of Zoology, 28: 91-02<br />
70
Australian Biodiversity Record, 2009 (3): 1-96<br />
Greer, A.E. 1983 The Australian Scincid lizard genus Calyptotis De Vis: Resurrection of the<br />
name, description of four new species, and discussion of relationships. Records of the<br />
Australian Museum, 35: 29-59<br />
Greer, A.E. 1985 A new species of Sphenomorphus from north-eastern Queensland. Journal<br />
of Herpetology, 19(4): 469-473 [see p. 469].<br />
Greer, A.E. 1989 The Biology and Evolution of Australian Lizards. Surrey Beatty and Sons,<br />
Chipping Norton [Sydney] [Pp. i-xvi, 1-264]<br />
Greer, A.E. 1990 The Glaphyromorphus isolepis species group (Lacertilia: Scincidae):<br />
Diagnosis of the taxon, and description of a new species from Timor. Journal of Herpetology,<br />
24: 372-377<br />
Greer, A.E. 1990 Notes on reproduction in the skink Sphenomorphus darwiniensis.<br />
Northern Territory Naturalist, 12: 27-28<br />
Greer, A.E. 1992 Revision of the species previously associated with the Australian Scincid<br />
lizard Eulamprus tenuis. Records of the Australian Museum, 44 (1): 7-19<br />
Greer , A.E. and Cogger, H.G. 1985 Systematics of the reduced-limbed and limbless skinks<br />
currently assigned to the genus Anomalopus (Lacertilia: Scincidae). Records of the<br />
Australian Museum, 37: 11-54<br />
Greer, A.E. and Parker, F. 1967 A new Scincid lizard from the northern Solomon Islands.<br />
Breviora, 275: 1-20<br />
Greer, A.E. and Parker, F. 1974 The fasciatus species group of Sphenomorphus (Lacertilia:<br />
Scincidae): notes on eight previously described species and descriptions of three new<br />
species. Papua New Guinea Scientific Society Proceedings, 25: 31-61<br />
Greer, A.E. and Shea, G.M. 2000 A phylogenetically important Lygosomine skink<br />
resurrected from taxonomic obscurity: Lygosoma unilineatum de Rooij , 1915. Journal of<br />
Herpetology, 34: 85-91<br />
Greer, A.E. and Shea, G.M. 2004 A new character within the taxonomically difficult<br />
Sphenomorphus group of Lygosomine skinks, with a description of a new species from New<br />
Guinea. Journal of Herpetology, 38: 79-87<br />
Griffiths, K. 1984 Reptiles and Frogs of Australia. View Productions, Sydney [Pp. 1-96]<br />
Griffiths, K. 1987 Reptiles of the Sydney Region. Three Sisters Productions, Winmalee<br />
[NSW; Pp. 1-120]<br />
Griffiths, K. 1996 Australia's Reptiles and Frogs. A Guide to Identification and Captive Care.<br />
Topmill Press, Sydney [Pp. 1-80]<br />
Griffiths, K. 1997 Frogs and Reptiles of the Sydney Region. University of New South Wales<br />
Press, Kensington [Pp. 1-128]<br />
Grigg, G.C. and Harlow, P. 1981 A fetal-maternal shift of blood oxygen affinity in an<br />
Australian viviparous lizard Sphenomorphus quoyii (Reptilia, Scincidae). Journal of<br />
Comparative Physiology, (B) 142: 495-499<br />
Gruca, M. and Grigg, G.C. 1980 Methemoglobin reduction in crocodile blood: are high levels<br />
of MetHb typical of healthy reptiles? Journal of Experimental Zoology, 213 (2): 305-308<br />
[includes data on Eulamprus quoyii]<br />
71
Australian Biodiversity Record, 2009 (3): 1-96<br />
Guibé, J. 1954 Catalogue des Types de Lézards du Muséum National d'Histoire Naturelle.<br />
Paris: Muséum National d'Histoire Naturelle 119 pp.)]<br />
Günther, A. 1875 Reptiles. A list of saurians of Australia and New Zealand. [Pp. 9-19]. In:<br />
Richardson, J. and Gray, J.E. (Editors): Zoology of the Voyage of H.M.S. Erebus and Terror.<br />
Volume 2. E.W. Janson, London [p.11; as Hinulia gastrosticta]<br />
Günther, A. 1876 Descriptions of new species of reptiles from Australia. J. Mus. Godeffroy<br />
5: 45-47 [45]<br />
Günther, A. 1877 Description of three new species of lizards from the islands of Torres<br />
Straits. Annals and Magazine of Natural History, (4) 19: 413-415<br />
Hardy, C.J., Hardy, C.M. and Hardy, J.P. 1979 Reptiles of Dobroyd Head Reserve.<br />
Koolewong, 8 (4) 1979: 13-18<br />
Harlow, P.S. and Straaten, M. van der 1976 Reptiles of the Oxford Falls area.<br />
Herpetofauna, 8 (1): 6-7<br />
Hausmann, F. 2003 The Utility of Linear Riparian Rainforest for Vertebrates on the Atherton<br />
and Evelyn Tablelands, North Queensland. MPhilos. Thesis, Australian School of<br />
Environmental Studies, Faculty of Environmental Sciences, Griffith University, Brisbane<br />
Hawkeswood, T.J. 1997 A preliminary survey of the vertebrate fauna of the Boydtown<br />
development and surrounding areas, Twofold Bay, southern New South Wales. Report by<br />
Pelican Environmental Surveys, Sydney [Pp. 1-22]<br />
Hayes, C., Scott, I.A.W. and Keogh, S.J. 2003 Development of microsatellite markers for<br />
investigating paternity in the Southern Water Skink Eulamprus heatwolei. In: Abstracts from<br />
the 27th AGM of ASH Ross River, Northern Territory 1999. Newsletter of the Australian<br />
Society of Herpetologists 40 (May 2003): 45<br />
Head, M.L. 2003 Scent of a woman: can male water skinks (Eulamprus heatwolei)<br />
distinguish between receptive and nonreceptive females via chemoreception?. In: Abstracts<br />
from the 28th AGM of ASH Gumleaves, Tasmania 2001. Newsletter of the Australian Society<br />
of Herpetologists 40 (May 2003): 75<br />
Head, M.L., Keogh, J.S. and Doughty, P. 2002 Experimental evidence of an age-specific<br />
shift in chemical detection of predators in a lizard. J. Chem. Ecol., 28(3):541-554<br />
Head, M.L., Keogh, J.S. and Doughty, P. 2005 Male Southern Water Skinks (Eulamprus<br />
heatwolei) use both visual and chemical cues to detect female sexual receptivity. Acta<br />
Ethologica, 8: 79-85<br />
Heard, G. and Black, D. 2003 A survey of the reptile fauna inhabiting the Mt Meg Flora and<br />
Fauna Reserve, north-east Victoria. Victorian Naturalist, 120(3): 84-91<br />
Heatwole, H. 1976 Reptile Ecology. University of Queensland Press, St Lucia [Brisbane]<br />
[Pp. 1-178]<br />
Heatwole, H.F. and Veron, J.E.N. 1977 Vital limit and evaporative water loss in lizards<br />
(Reptilia, Lacertilia): A critique and new data. Journal of Herpetology, 11 (3): 341-348<br />
Heazelwood, P. 1977 Victorian reptiles - A distribution survey. Victorian Herpetological<br />
Society Newsletter, 6: 16-18<br />
Hediger, H. 1933 Über die von Herrn Dr A. Bühler auf der Admiralitäts-Gruppe und einigen<br />
benachbarten Inseln gesammelten Reptilien und Amphibien. Verhandlungen der<br />
Naturforschenden Gesellschaft in Basel, 44: 28-52<br />
72
Australian Biodiversity Record, 2009 (3): 1-96<br />
Hediger, H. 1934 Beitrag zur Herpetologie und Zoogeographie New Britanniens und einiger<br />
umliegender Gebiete. Zoologische Jahrbücher. Abteilung für Systematik, Ökologie und<br />
Geographie der Tiere, 65: 441-585<br />
Hines, H. 1991 Results of a fauna survey of the Davis Creek section, Mt Royal State Forest,<br />
NSW. Report prepared for the Forestry Commission of New South Wales, Sydney<br />
Hodges, K.M., Rowell, D.M. and Keogh, J.S. 2007 Remarkably different phylogeographic<br />
structure in two closelt related lizard species in a zone of sympatry in south-eastern Australia.<br />
Journal of Zoology, 272: 64-72<br />
Homan, P. 2005 A survey of the vertebrate fauna of the Black Range, near Stawell.<br />
Victorian Naturalist, 122(2): 94-102<br />
Honda, M., Ota, H., Kobayashi, M., Nabhitabhata, J., Yong, H.-S., and Hikida, T. 2000<br />
Phylogenetic relationships, character evolution and biogeography of the subfamily<br />
Lygosominae (Reptilia: Scincidae) inferred from mitochondrial DNA sequences. Molecular<br />
Phylogenetics and Evolution, 15 (3): 452-461<br />
Horner, P.G. 1992 Skinks of the Northern Territory. Northern Territory Museum, Darwin<br />
Horning, D.S. 1993 The amphibians and reptiles in the Macleay Museum, University of<br />
Sydney. [Pp. 227-228]. In: Lunney, D. and Ayers, D. (Editors): Herpetology in Australia: A<br />
Diverse Discipline. Royal Zoological Society of New South Wales, Mosman<br />
Hoser, R.T. 1989 Australian Reptiles and Frogs. Pierson and Co., Mosman [Pp. 1-238]<br />
Hoser, R.T. 1990 Some experiences when photographing reptiles - The stories behind the<br />
photos. Herptile, 15 (4): 128-136a<br />
Hoser, R.T. 2005 High density hibernacula in Southern Water Skinks Eulamprus tympanum.<br />
Victorian Naturalist, 122 (2): 119<br />
Hosie, M.J., Adams, S.M., Thompson, M.B. and Murphy, C.R. 2003 Viviparous lizard,<br />
Eulamprus tympanum, shows changes in the uterine surface epithelium during early<br />
pregnancy that are similar to the plasma membrane transformation of mammals. Journal of<br />
Morphology, 258 (3): 346-357<br />
Hosie, M.J., Thompson, M.B. and Murphy, C.R. 2001 Changes in the uterine surface<br />
epithelium during pregnancy in the viviparous lizard, Eulamprus tympanum. Microscopy<br />
Society of Southern Africa Proceedings, 31: 60<br />
Hoskin, C.J. and Couper, P.J. 2004 A new species of Glaphyromorphus (Reptilia: Scincidae)<br />
from Mt Elliot, north-eastern Queensland. Aust. J. Zool. 52: 183-190<br />
Hough, I. 1998 Cryptococcosis in an Eastern Water Skink. Australian Veterinary Journal, 76<br />
(7): 471-472<br />
Houston, T.F. 1973 Reptiles of South Australia. A brief synopsis. South Australian<br />
Yearbook, 1973 [11 pp.]<br />
Hudson, S. 1996 Natural toe loss in southeastern Australian skinks: Implications for marking<br />
lizards by toe-clipping. Journal of Herpetology, 30 (1): 106-110<br />
Hutchinson, M.N. 1979 The reptiles of Kinglake National Park. Victorian Naturalist, 96: 124-<br />
134<br />
Hutchinson, M.N. 1983 The Generic Relationships of the Australian Lizards of the Family<br />
Scincidae. A Review and Immunological Reassessment. PhD Thesis, La Trobe University,<br />
Bundoora, Victoria [Pp. 1-294]<br />
73
Australian Biodiversity Record, 2009 (3): 1-96<br />
Hutchinson, M.N. 1993 Family Scincidae. [Pp. 261-279]. In: Glasby, C.J., Ross, G.J.B. and<br />
Beesley, P.L. (Editors): Fauna of Australia. Volume 2A. Amphibia and Reptilia. Australian<br />
Government Publishing Service, Canberra<br />
Hutchinson, M.N. and Edwards, A. 2000 Reptiles and amphibians. [Pp. 99-128]. In:<br />
Robinson, A.C. et al. (Editors): A List of the Vertebrates of South Australia. South Australia<br />
Department of Environment and Heritage, Adelaide<br />
Hutchinson, M.N. and Rawlinson, P.A. 1995 The water skinks (Lacertilia: Eulamprus) of<br />
Victoria and South Australia. Records of the South Australian Museum, 28 (2): 185-207<br />
[junior author deceased at time of publication]<br />
Iglesias, S., Thompson, M.B., and Seebacher, F. 2003 Energetic cost of a meal in a frequent<br />
feeding lizard. Comparative Biochemistry and Physiology - Part A: Molecular and Integrative<br />
Physiology, 135 (3):377-382<br />
Ingram, G.J. and Raven, R.J. (Editors) 1991 Atlas of Queensland's Frogs, Reptiles, Birds<br />
and Mammals. Queensland Museum, Brisbane [Pp. 1-391]<br />
Jacobson, K. 1973 Reptiles of the Tamworth area. Herpetofauna, 6 (1): 20-22 [see also<br />
initial report of this area's herpetofauna by Jacobson, K. (1972) Herpetofauna, 5 (1) : 23]<br />
Jacquinot, H. and Guichenot, A. 1853 Reptiles et poissons. [Pp. 1-56]. In: Hombron, M. and<br />
Jacquinot, H. (Editors): Zoologie. Tome 3. In: Dumont d’Urville, J. (Editor): Voyage au Pôle<br />
Sud et dans l’Océanie sur les corvett es “l’Astrolabe” et “la Zélée” exécuté par ordre du Roi<br />
pendant les années 1837-1840. Gide et Baudry, Paris [see pl. 4 fig. 1]<br />
James, C.D. and Shine, R. 1988 Life-history strategies of Australian lizards: a comparison<br />
between the tropics and the temperate zone. Oecologia, 75: 307-316<br />
Jenkins, R.W.G. 1987 Reptile and amphibian fauna. [Pp. 286-299]. In: Pigeon House and<br />
Beyond. A Guide to the Budawang Range and Environs. Budawang Committee, Sydney [Pp.<br />
1-306]<br />
Jenkins, R.W.G. and Bartell, R.J. 1980 A Field Guide to Reptiles of the Australian High<br />
Country. Inkata Press, Melbourne [Pp. 1-278]<br />
John-Alder, H.B. and Bennett, A.F. 1987 Thermal adaptations in lizard muscle function.<br />
Journal of Comparative Physiology (B), 157: 241-252<br />
Kavanagh, R.P. and Stanton, M.A. 2005 Vertebrate species assemblages and species<br />
sensitivity to logging in the forests of north-eastern New South Wales. Forest Ecology and<br />
Management, 209 (3): 309-341<br />
Keast, J.A. 1959 The reptiles of Australia. [Pp. 115-135]. In: Keast, A., Crocker, R.L. and<br />
Christian, C.S. (Editors): Biogeography and Ecology in Australia. W. Junk, The Hague<br />
[Monographiae Biologicae, 8; Pp. 1-640]<br />
Keast, J.A., Crocker, R.L. and Christian, C.S. (Editors) 1959 Biogeography and Ecology in<br />
Australia. Junk, The Hague [Monographiae Biologicae, No 8; Pp. 1-640]<br />
Keast, J.A. 1962 Vertebrate speciation in Australia: Some comparisons between Birds,<br />
Marsupials and Reptiles. [Pp. 380-407]. In: Leeper, G.W. (Editor): The Evolution of Living<br />
Organisms. A Symposium to Mark the Centenary of Darwin's 'Origin of Species' and of the<br />
Royal Society of Victoria held in Melbourne, December 1959. Melbourne University Press,<br />
Melbourne<br />
Keast, J.A. (Editor) 1981 Ecological Biogeography of Australia. Junk, The Hague<br />
[Monographiae Biologicae, Volume 41; 3 volumes; Pp. 1-2142]<br />
74
Australian Biodiversity Record, 2009 (3): 1-96<br />
Kendall, K., Anderson, D., Fitzgerald, M. and Steed, A. 1995 Bat and Herpetofauna Survey<br />
of Yengo National Park. Report for NSW NPWS, Hurstville<br />
Kendall & Kendall Environmental and Ecological Consultants 1995 Draft Bat and<br />
Herpetofauna Survey of Yengo National Park. Report for NSW NPWS, Hurstville<br />
King, D. 1964 The osteology of the Water Skink, Lygosoma (Sphenomorphus) quoyii.<br />
Australian Journal of Zoology, 12 (2): 201-216<br />
King, M. 1990 Chromosomal and immunogenetic data: A new perspective on the origin of<br />
Australian reptiles. [Pp. 153-180]. In: Olmo, E. (Editor): Cytogenetics of Amphibians and<br />
Reptiles. Birkhauser Verlag, Basle<br />
Kinghorn, J.R. 1928 Herpetology of the Solomon Islands. Records of the Australian<br />
Museum, 16: 123-178<br />
Kinghorn, J.R. 1931 Herpetological Notes. 2. Records of the Australian Museum, 18 (3): 85-<br />
91<br />
Kinghorn, J.R. 1932 Herpetological Notes. 4. Records of the Australian Museum, 18: 355-363<br />
[Pp.358, 359]<br />
Kinghorn, J.R. 1968 Reptiles. [Pp. 1-125]. In: Animals of the World: Australia. Hamlyn<br />
Publishing, Sydney<br />
Kingston, T.J., Pulsford, I.F. and Smith, P. 1979 Fauna Survey of the Newnes Plateau/Colo<br />
River area. Australian Museum, Sydney [Report for the Electricity Commission of New South<br />
Wales; Pp. 1-45, + 14 Tables, 11 Figures, 20 Plates]<br />
Knights, E. 2003 Home Range and Feeding Ecology of the Carangamite Water Skink,<br />
Eulamprus tympanum marnieae. BSc (Honours) Thesis, La Trobe University, Bundoora<br />
Kopstein, F. 1926 Reptilien von den Molukken und den benachbarten Inseln. Zoologische<br />
Mededeelingen [Leiden], 9: 71-112<br />
Kutt, A.S. 1993 Initial observations on the effect of thinning Eucalypt regrowth on<br />
heliothermic skinks in lowland forest, East Gippsland Victoria. [Pp. 187-196]. In: Lunney, D.<br />
and Ayers, D.Y. (Editors): Herpetology in Australia: A Diverse Discipline. Royal Zoological<br />
Society of New South Wales, Mosman [Sydney]<br />
Kutt, A.S. 2004 Patterns in the composition and distribution of the vertebrate fauna, desert<br />
uplands bioregion, Queensland. PhD Thesis, James Cook University, Townsville<br />
Kutt, A.S., Kemp, J.E., McDonald, K.R., Williams, Y., Williams, S.E., Hines, H.B., Hero, J.-M.<br />
and Torr, G. 2005 Vertebrate fauna survey of White Mountains National Park in the Desert<br />
Uplands Bioregion, central-north Queensland. Australian Zoologist, 33 (1): 17-38<br />
Langkilde, T. and Shine, R. 2004 Competing for crevices: interspecific conflict influences<br />
retreat-site selection in montane lizards. Oecologia, 140 (4):684-691<br />
Langkilde, T. and Shine, R. 2005 Different optimal offspring sizes for sons versus daughters<br />
may favor the evolution of temperature-dependent sex determination in viviparous lizards.<br />
Evolution, 59 (10): 2275-2280<br />
Langkilde, T. and Shine, R. 2006 How much stress do researchers inflict on their study<br />
animals? A case study using a Scincid lizard, Eulamprus heatwolei. J. Exp. Biol., 209<br />
(6):1035-1043<br />
75
Australian Biodiversity Record, 2009 (3): 1-96<br />
Langkilde, T. and Shine, R. 2007 Interspecific conflict in lizards: Social dominance depends<br />
upon an individual’s species not its body size. Austral Ecology, 32 (8): 869-877<br />
Langkilde, T., Lance, V.A. and Shine, R. 2005 Ecological consequences of agonistic<br />
interactions in lizards. Ecology, 86 (6): 1650-1659<br />
Langkilde, T., O’Connor, D. and Shine, R. 2003 Shelter-site use by five species of montane<br />
Scincid lizards in south-eastern Australia. Australian Journal of Zoology, 51: 175-186<br />
Law, B.S. 1986 Habitat Selection in Water Skinks, Eulamprus quoyii: The Role of<br />
Temperature, Biotic and Abiotic Factors. BSc (Honours) Thesis, University of Sydney,<br />
Sydney<br />
Law, B.S. 1990 Notes on the importance of water to Water Skinks (Eulamprus quoyii).<br />
Herpetofauna, 20 (1): 28-29<br />
Law, B.S. 1991 Ontogenetic habitat shift in the eastern Australian water skink (Eulamprus<br />
quoyii). Copeia, 1991 (4): 1117-1120<br />
Law, B.S. and Bradley, R.A. 1990 Habitat use and basking site selection in the water skink,<br />
Eulamprus quoyii. Journal of Herpetology, 24 (3): 235-240<br />
Le Breton, M.J. 1990 Comments on the Type Locality of the Blue Mountains Water Skink,<br />
Costinisauria leuraensis (Wells and Wellington, 1984). Australian Herpetologist, No 536: 1-3<br />
Le Breton, M.J. 1992 Notes on the Blue Mountains Water Skink, Costinisauria leuraensis<br />
(Wells and Wellington)(Lacertilia: Scincidae). Sydney Basin Naturalist, 1: 101-103<br />
Le Breton, M.J. 1994 Endangered Fauna Survey of the Blackheath and Katoomba Water<br />
Board Catchment Areas, Blue Mountains NSW. Amphibians and Reptiles. Report to the<br />
Water Board of New South Wales, Sydney<br />
Le Breton, M.J. 1996 Habitat and Distribution of the Blue Mountains Swamp Skink<br />
Eulamprus leuraensis. BSc (Honours) Thesis, School of Biological Science, University of<br />
New South Wales<br />
Lesson, R-P. 1826 Reptile. In: Atlas de Zoologie.Voyage autour de monde, exécuté par<br />
ordre du Roi, sur la corvett e de sa Majesté La Coquille, pendant les années 1822-1825.<br />
Arthus Bertrand, Paris<br />
Lima, A.P., Magnusson, W.E. and Williams, D.G. 2000 Differences in diet among frogs and<br />
lizards coexisting in subtropical forests of Australia. Journal of Herpetology, 34(1): 40-46<br />
Lintermans, M. 1992 Predation on Eulamprus tympanum by Rainbow Trout. Herpetofauna,<br />
22 (1): 34-35<br />
Littlejohn, M.J. and Rawlinson, P.A. 1971 Amphibians and reptiles of Victoria. Victorian<br />
Year Book No. 85: 1-36<br />
Longman, H.A. 1918 Notes on some Queensland and Papuan reptiles. Mem. Qld Mus. 6:<br />
37-44 [38]<br />
Lönnberg, E. and Andersson, L.G. 1913 Results of Dr. E. Mjöberg's Swedish Scientific<br />
Expeditions to Australia 1910-1913. III. Reptiles. Kongliga Svenska Vetenskaps-Akademiens<br />
Handlingar, 52 (3): 1-173 [p.9]<br />
Lönnberg, E. and Andersson, L.G. 1915 Results of Dr. E. Mjöberg's Swedish Scientific<br />
Expeditions to Australia 1910-1913. VII. Reptiles collected in northern Queensland. Kongliga<br />
Svenska Vetenskaps-Akademiens Handlingar, 52 (7): 1-9 [p.5, p.6]<br />
76
Australian Biodiversity Record, 2009 (3): 1-96<br />
Loveridge, A. 1933 New scincid lizards of the genera Sphenomorphus, Rhodona and<br />
Lygosoma from Australia. Occ. Pap. Bost. Soc. Nat. Hist. 8: 95-100 [98]<br />
Loveridge, A. 1934 Australian reptiles in the Museum of Comparative Zoology, Cambridge,<br />
Massachusetts. Bulletin of the Museum of Comparative Zoology [Harvard], 77 (6): 243-383<br />
Loveridge, A. 1948 New Guinean reptiles and amphibians in the Museum of Comparative<br />
Zoölogy and United States National Museum. Bulletin of the Museum of Comparative<br />
Zoology [Harvard], 101: 305-430<br />
Low, T. 1978 The reptiles of Magnetic Island, Nth Queensland. Herpetofauna, 9 (2): 10-14<br />
Lucas, A.H.S. and Frost, C. 1894 The lizards indigenous to Victoria. Proceedings of the<br />
Royal Society of Victoria, (ns) 6: 24-92<br />
Lucas, A.H.S. and Frost, C. 1902 A census of Australian lizards. Report of the Australian<br />
and New Zealand Association for the Advancement of Science, 8: 256-261<br />
Lucas, A.H.S. and LeSouef, W.H.D. 1909 The Animals of Australia. Mammals, Reptiles and<br />
Amphibians. Whitcombe and Tombs, Melbourne [Pp. i-xi, 1-327]<br />
Lunney, D. and Ayers, D.Y. 1993 The official status of frogs and reptiles in New South<br />
Wales. [Pp. 404-408]. In: Lunney, D. and Ayers, D. (Editors): Herpetology in Australia: A<br />
Diverse Discipline. Royal Zoological Society of New South Wales, Mosman<br />
Lunney, D. and Barker, J. 1986 Survey of reptiles and amphibians of the coastal forests near<br />
Bega, NSW. Australian Zoologist, 22 (3): 1-9<br />
Lunney, D., Curtin, A., Ayers, D.Y., Cogger, H.G. and Dickman, C.R. 1996 An ecological<br />
approach to identifying the endangered fauna of New South Wales. Pacific Conservation<br />
Biology, 2: 212-231<br />
Lunney, D., Curtin, A.L., Ayers, D.Y., Cogger, H.G., Dickman, C.R., Maitz, W., Law, B.S. and<br />
Fisher, D. 2000 The threatened and non-threatened native vertebrate fauna of New South<br />
Wales: Status and ecological attributes. Environmental and Heritage Monograph Series, No<br />
4: 1-134 [New South Wales National Parks and Wildlife Service, Hurstville]<br />
Lunney, D., Eby, P. and O'Connell, M. 1991 Effects of logging, fire and drought on three<br />
species of lizards in Mumbulla State Forest on the south coast of New South Wales.<br />
Australian Journal of Ecology, 16 (1): 33-46<br />
Lyon, B. 1972 Area survey of reptiles in the outer north-eastern Brisbane suburbs: Geebung,<br />
Wavell Heights, Virginia, part Zillmere and Boondall. Herpetofauna, 5 (3): 2-4<br />
Mackay, B.G., Nix, H., Hitchcock, and Jones, L. 2001 The Natural Heritage Significance of<br />
Cape York Peninsula. ANUTECH Pty Ltd for Queensland Environment Protection Agency,<br />
Brisbane [Pp. i-viii, 1-186]<br />
Mackay, R.D. 1959 Reptiles of Lion Island, New South Wales. Australian Zoologist, 12 (4):<br />
308-309<br />
Macleay, W. 1877 The lizards of the Chevert Expedition. Proceedings of the Linnean Society<br />
of New South Wales, 2 (1): 60-69 [p. 63] [1878 on title page]<br />
Malone, B. 2003 Temporal variation in life history traits of a population of Southern Water<br />
Skinks (Eulamprus t. tympanum). In: Abstracts from the 27th AGM of ASH Ross River,<br />
Northern Territory 1999. Newsletter of the Australian Society of Herpetologists 40 (May<br />
2003): 49<br />
77
Australian Biodiversity Record, 2009 (3): 1-96<br />
Mansergh, I.M. 1982 Notes on the range extension of the Alpine Water Skink<br />
(Sphenomorphus kosciuskoi) in Victoria. Victorian Naturalist, 99 (3): 123-124<br />
Mansergh, I.M., Davey, G. and Robertson, P. 1993 Reptiles and amphibians of Victoria -<br />
legislation. [Pp. 373-376]. In: Lunney, D. and Ayers, D. (Editors): Herpetology in Australia: A<br />
Diverse Discipline. Royal Zoological Society of New South Wales, Mosman<br />
Markwell, K. and Knight, R. 1986 An inventory of the herpetofauna of the south eastern<br />
section of Myall Lakes National Park, NSW. Hunter Wetlands Trust, Scientific Paper No 1: 1-<br />
19<br />
Martin, K.C. 1973 An interesting rain forest inhabitant. Herpetofauna, 6 (2): 2<br />
Mather, P.B. 1978 An Assessment of the Ecological Requirements of Sphenomorphus<br />
tympanum (CTF) (Scincidae) - A Forest Dependant Resident. BSc (Honours) Thesis, La<br />
Trobe University, Bundoora [Pp. 1-97]<br />
McCoy, M. 1980 Reptiles of the Solomon Islands. Wau Ecology Institute Handbook (7): i-vi,<br />
1-80<br />
McArtney, I.B. 1968 Reptiles and amphibians of the Bathurst district, New South Wales.<br />
Australian Zoologist, 14 (3): 265-267<br />
McKay, J.L. 2007 Carlia gracilis, Glaphyromorphus darwiniensis feeding aggregation.<br />
Herpetological Review, 38 (4): 450-451<br />
McPhee, D.R. 1959 Some Common Snakes and Lizards of Australia. Jacaranda, Brisbane<br />
[Pp. 1-125]<br />
McPhee, D.R. 1963 Some Common Snakes and Lizards of Australia. Jacaranda, Brisbane<br />
[Second Edition; Pp. 1-125]<br />
McPhee, D.R. 1979 The Observer's Book of Snakes and Lizards of Australia. Methuen,<br />
Sydney [Pp. 1-157]<br />
Menkhorst, P.W. and Gilmore, A.M. 1979 Mammals and reptiles of north-central Victoria.<br />
Memoirs of the National Museum of Victoria, No 40: 1-33<br />
Meredith, C., Hudson, S., Robertson, P. and Clemann, N. 2003 Alpine Water Skink<br />
Eulamprus kosciuskoi. Flora and Fauna Guarantee Act 1988, Action Statement No 114<br />
[Victorian Department of Sustainability and Environment, Melbourne]<br />
Meredith, J. 1954 Reptiles of the Central Tablelands, NSW. Reptilia [Sydney], 1 (2): 6-7<br />
Meredith, J. and Cann, G. 1952 Reptiles of the Central Tablelands. Being a record, in picture<br />
and story, of a lizard-hunting expedition to the Tableland region west of Sydney and north of<br />
Canberra. Wild Life [Melbourne], 15 (3): 223-229 [junior author not C. Cann as printed]<br />
Mertens, R. 1922 Verzeichnis der Typen in der herpetologischen Sammlung des<br />
Senckenbergischen Museums. Senckenbergiana, 4: 162-183<br />
Mertens, R. 1924 Herpetologische Mitteilungen. Senckenbergiana, 6: 177-185<br />
Mertens, R. 1929 Die Rassen des Smaragdskinkes, Dasia smaragdinum Lesson.<br />
Zoologischer Anzeiger, 84: 209-220<br />
Mertens, R. 1946 Die warn- und Droh-reaktionen der reptilien. Abhandlungen hrgs. von der<br />
Senckenbergischen Naturforschenden Gesellschaft [Frankfurt am Main], 471: 1-108<br />
78
Australian Biodiversity Record, 2009 (3): 1-96<br />
Mertens, R. 1967 Die herpetologische Sektion des Natur-Museums und Forschungs-<br />
Institutes Senckenberg in Frankfurt a.M. nebst einem Verzeichnis ihrer Typen.<br />
Senckenbergiana biologica, (A) 48: 1-106<br />
Meyer, A.B. 1874 Übersicht der von mir auf Neu-Guinea und den Inseln Jobi, Mysore und<br />
Mafoor im Jahre 1873 gesammelten Amphibien. Monatsberichte der königlichen Akademie<br />
der Wissenschaft en zu Berlin, 1874: 128-140<br />
Meyer, G. 1977 Reptiles of Timbertop, Mt Bulla, Victoria. Victorian Herpetological Society<br />
Newsletter, No 5: 2-3<br />
Michael, D.R. 2004 Sistribution, habitat preferences and conservation status of reptiles in<br />
the Albury-Wodonga region. Victorian Naturalist, 121: 180-193<br />
Millar, B. 1978 Cox's Scrub Trip Report November 27th, 1977. South Australian<br />
Herpetologist, 1978 (April): 5<br />
Milledge, D. 1993 The herpetofauna of northeastern New South Wales forests and the<br />
forestry EIS process. [Pp. 353-355]. In: Lunney, D. and Ayers, D. (Editors): Herpetology in<br />
Australia: A Diverse Discipline. Royal Zoological Society of New South Wales, Mosman<br />
Milton, D.A. 1980 A comparison of three techniques used in a reptile survey of the<br />
Conondale Ranges. Victorian Naturalist, 97: 26-31<br />
Mincham, H. 1970 Reptiles of Australia and New Zealand. Rigby, Adelaide [Pp. 1-63]<br />
Mittleman, M.B. 1952 A generic synopsis of the lizards of the subfamily Lygosominae.<br />
Smithsonian Miscellaneous Collections, 117(4069): 1-35<br />
Monk, K.A., De Fretes, Y. and Reksodiharjo-Lilley, G. 1997 The Ecology of Nusa Tenggara<br />
and Maluku. [Pp. i-xvii, 1-966]. In: The Ecology of Indonesia. Volume V. Periplus Editions,<br />
Hong Kong<br />
Moritz, C., Schneider, C., Cunningham, M. and McDonald. K.R. 2003 Genes, herps and<br />
refuges: Effects of rainforest contraction on evolution of rainforest herpetofauna. In: Abstracts<br />
from the 26th AGM of ASH Yungaburra, Queensland 1998. Newsletter of the Australian<br />
Society of Herpetologists 40 (May 2003): 29<br />
Morrison, S.F. 2003 Territoriality in the Water Skink Eulamprus heatwoli [sic]. In: Abstracts<br />
from the 27th AGM of ASH Ross River, Northern Territory 1999. Newsletter of the Australian<br />
Society of Herpetologists 40 (May 2003): 53<br />
Morrison, S.F., Keogh, J.S. and Scott, I.A.W. 2002 Molecular determination of paternity in a<br />
natural population of the multiply mating polygynous lizard Eulamprus heatwolei. Molecular<br />
Ecology, 11 (3): 535-545<br />
Murphy, M.J. 1994 Reptiles and amphibians of Seven Mile Beach National Park, NSW.<br />
Herpetofauna, 24 (2): 24-30<br />
Murphy, M.J. 1996 Relict herpetofauna of a small bushland remnant in Sydney, NSW.<br />
Herpetofauna, 26 (1): 45<br />
Murphy, M.J. 1997 Survey of the Herpetofauna of the Bomaderry Creek urban bushland at<br />
Nowra, NSW. Herpetofauna, 27 (2): 46-48<br />
Murphy, M.J. and Daly, G. 1999 Survey of the reptiles and amphibians of the escarpment<br />
and riverine forests north west of Nowra, NSW. Herpetofauna, 28 (2): 16-21 [dated 1998, but<br />
not published until 1999]<br />
79
Australian Biodiversity Record, 2009 (3): 1-96<br />
Myers, S.D. and Dashper, S.G. 1999 A survey of the vertebrate fauna of the Rushworth<br />
State Forest [Victoria, Australia]. Victorian Naturalist, 116: 131-141<br />
Mys, B. 1988 The zoogeography of the Scincid lizards from North Papua New Guinea<br />
(Reptilia: Scincidae). I. The distribution of the species. Bulletin de l’Institut Royal des<br />
Sciences Naturelles de Belgique, 58: 127-183<br />
Newsome, A.E., McIlroy, J.C. and Catling, P.C. 1975 The effects of an extensive wildfire on<br />
populations of twenty ground vertebrates in south-east Australia. Proceedings of the<br />
Ecological Society of Australia, 9: 107-123<br />
Nix, H.A. 1991 Biogeography: Pattern and process. [Pp. 10-39]. In: Nix, H.A. and Switzer,<br />
M.A. (1991): Rainforest Animals. Atlas of vertebrates endemic to Australia's wet tropics.<br />
Kowari, No 1<br />
Nix, H.A. and Switzer, M.A. 1991 Rainforest Animals. Atlas of vertebrates endemic to<br />
Australia's wet tropics. Kowari, No 1: i-xii, 1-112 [Australian National Parks and Wildlife<br />
Service, Canberra]<br />
Norris, K.C., Gilmore, A.M. and Menkhorst, P.W. 1979 The vertebrate fauna of South<br />
Gippsland, Victoria. Memoirs of the National Museum of Victoria, 40: 105-199<br />
Norris, K.C., Mansergh, I.M., Ahern, L.D., Belcher, C.A., Temby, I.D. and Walsh, N.G. 1983<br />
Vertebrate Fauna of the Gippsland Lakes Catchment, Victoria. Victoria Fisheries and Wildlife<br />
Division, Occasional Paper, No 1: 1-158<br />
O’Connor, D. 2003 Molecular Systematics of the genus Eulamprus (Scincidae): preliminary<br />
results from mitochondrial DNA analysis. In: Abstracts from the 26th AGM of ASH<br />
Yungaburra, Queensland 1998. Newsletter of the Australian Society of Herpetologists, 40<br />
(May 2003): 29<br />
O’Connor, D. and Moritz, C. 2003 A molecular phylogeny of the Australian skink genera<br />
Eulamprus, Gnypetoscincus and Nangura. Australian Journal of Zoology, 51 (4) 2003: 317-<br />
330<br />
O’Meally, D. and Colgan, D.J. 2005 Genetic ranking for biological conservation using<br />
information from multiple species. Biological Conservation, 122 (3): 395-407<br />
Oudemans, J.T. 1894 Eidechsen und Schildkroten. [Pp. 127-146]. In: Semon, R. (Editor):<br />
Zoologische Forschungsreisen in Australien und dem Malayischen Archipel. 5. Denkschriften<br />
der Medicinisch-Naturwissenschaftlichen Gesellschaft zu Jena, 8: 127-146 [Gustav Fischer,<br />
Jena]<br />
Packard, G.C., Tracy, C.R. and Roth, J.J. 1977 The physiological ecology of reptilian eggs<br />
and embryos, and the evolution of viviparity within the Class Reptilia. Biological Reviews, 52:<br />
71-105<br />
Pails, R. 1977 Reptiles of the Ballarat region, Vict. (40 km radius). Newsletter of the<br />
Victorian Herpetological Society, No 3: [5-7]<br />
Pails, R. 1978 Reptiles of the Ballarat region Victoria. Herpetofauna, 10 (1): 26-28<br />
Pails, R. 1978 Reptiles of the Ballarat region, Vict. (40 km radius). Victorian Herpetological<br />
Society Newsletter, No 9: 8<br />
Pails, R. 1979 Water Skink (Sphenomorphus tympanum). Victorian Herpetological Society<br />
Newsletter, No 13: 12<br />
80
Australian Biodiversity Record, 2009 (3): 1-96<br />
Parks, S. and Tasoulis, T. 1984 Reptiles of the Awabakal reserve - A checklist. [Pp. 109-<br />
110]. In: Gilligan, B. (Editor): Awabakal Nature Reserve Reference Handbook. New South<br />
Wales Department of Education, Sydney [Pp. 1-114]<br />
Pengilley, R.K. 1972 Systematic Relationships and Ecology of Some Lygosomine Lizards<br />
from Southeastern Australia. PhD Thesis, Australian National University, Canberra [2<br />
volumes]<br />
Penn, A.M., Sherwin, W.B., Lunney, D. and Banks, P.B. 2003 The effects of a low-intensity<br />
fire on small mammals and lizards in a logged, burnt forest. Wildlife Research, 30(5) 477-486<br />
Peters, W.C.H. 1854 Diagnosen neuer Batrachier, welche zusammen mit der früher (24. Juli<br />
und 17. August) gegebenen Übersicht der Schlangen und Eidechsen mitgetheilt werden.<br />
Bericht über die zur Bekantmachung geeigneten Verhandlungen der königlich-preussischen<br />
Akademie der Wissenschaft en zu Berlin, 1854: 614-628<br />
Peters, W.C.H. 1871 Über einige Arten der herpetologischen Sammlung des Berliner<br />
Zoologischen Museums. Mber. K. Preuss. Akad. Wiss. Berl. 1871: 644-652 [646] [1872 on<br />
title page]<br />
Peters, W. and Doria, G. 1878 Catalogo dei Rettili e dei Batraci raccolti da O. Beccari, L.M.<br />
d'Albertis A.A. Bruijn nella sotto-regione Austro-Malese. Ann. Mus. Civ. Stor. Nat. Genova,<br />
13: 323-450 [p. 344].<br />
Peterson, G.N.L. 1997 Ecology, Evolution and Conservation of the Eulamprus quoyii<br />
Complex in Central Southwestern Victoria. BSc (Honours) Thesis, Department of Zoology, La<br />
Trobe University, Bundoora<br />
Peterson, G.N.L. 1999 Distribution and Conservation Status of the Corangamite Water Skink<br />
(Eulamprus tympanum marnieae) on the Victorian Volcanic Plain. Report to the Research<br />
Advisory Group of the Grassy Ecosystem Reference Group, Parks Victoria, Melbourne.<br />
Department of Zoology, La Trobe University, Bundoora<br />
Peterson, G.N.L. 2000 Corangamite Water Skink (Dreeite) Recovery Plan. Research Phase.<br />
Annual Report to September, 2000. Report to the Endangered Species Program,<br />
Environment Australia, Canberra<br />
Peterson, G.N.L. 2001 Corangamite Water Skink (Dreeite) Recovery Plan. Research Phase.<br />
Annual Report to September, 2001. Report to the Endangered Species Program,<br />
Environment Australia, Canberra<br />
Peterson, G.N.L. 2002 Corangamite Water Skink (Dreeite) Recovery Plan. Research Phase.<br />
Annual Report to September, 2002. Report to the Endangered Species Program,<br />
Environment Australia, Canberra<br />
Peterson, G.N.L. 2003 Microhabitat utilisation in the Eulamprus tympanum complex in<br />
central southwest Victoria. In: Abstracts from the 26th AGM of ASH Yungaburra, Queensland<br />
1998. Newsletter of the Australian Society of Herpetologists 40 (May 2003): 30<br />
Peterson, G.N.L. 2006 Threatened Species and Farming. Corangamite Water Skink:<br />
Monitoring of Modified Management Regimes. ESAI Sub-Project 05118 Ecologically<br />
Sustainable Agriculture Initiative. Protection of Threatened Species in Agricultural<br />
Landscapes [Pp. 1-60]<br />
Peterson, G.N.L. and Malone, B. 2003 Taxonomic and conservation status of the<br />
Corangamite Water Skink (Eulamprus tympanum marnieae). In: Abstracts from the 26th AGM<br />
of ASH Yungaburra, Queensland 1998. Newsletter of the Australian Society of Herpetologists<br />
40 (May 2003): 31<br />
81
Australian Biodiversity Record, 2009 (3): 1-96<br />
Phillips, S.S. 1987 Herpetofauna of Yengo National Park and Parr State Recreation Area.<br />
Report for NSW NPWS<br />
Phillips, S.S. 1993 Conserving the herpetofauna of Queensland - A look at the Nature<br />
Conservation Act 1992. [Pp. 377-381]. In: Lunney, D. and Ayers, D. (Editors): Herpetology in<br />
Australia: A diverse discipline. Royal Zoological Society of New South Wales, Sydney [an<br />
unnumbered 'Transactions of the Royal Zoological Society of New South Wales']<br />
Phillips, S.S. 2000 Survey for Reptiles, Amphibians and Mammals inhabiting coastal lowland<br />
areas associated with the proposed Tugun by-pass. Report to Queensland Main Roads and<br />
PPK, Brisbane<br />
Popper, J.S. 1980 The Foraging Behaviour of Sphenomorphus quoyii (Scincidae). BSc<br />
(Honours) Thesis, Flinders University, Adelaide<br />
Pyke, G.H. 1999 Green and Golden Bell Frog. Nature Australia, 1999 (Autumn): 48-59 [also<br />
mentions Eulamprus quoyii]<br />
Pyke, G.H. and Miehs, A. 2001 Predation by Water Skinks (Eulamprus quoyii) on tadpoles<br />
and metamorphs of the Green and Golden Bell Frog (Litoria aurea). Herpetofauna, 31 (2):<br />
99-101<br />
Quoy, J.R.C. and Gaimard, J.P. 1824 Zoologie. In : Freycinet, L.C.D. Voyage Autour du<br />
Monde Exécute sur l'Uranie et la Physicienne pendant les années 1817-1820. Paris [Pp. i- iv,<br />
1-712 [see p.178, pl. 42 fig. 1]<br />
Rankin, P.R. 1973 The Barred-sided Skink Sphenomorphus tenuis tenuis (Gray) in the<br />
Sydney region. Herpetofauna, 6 (1): 8-14<br />
Rankin, P.R. 1978 Notes on the biology of the skink Sphenomorphus pardalis (Macleay),<br />
including a captive breeding record. Herpetofauna, 10: 4-7<br />
Rawlinson, P.A. 1969 The reptiles of East Gippsland. Proceedings of the Royal Society of<br />
Victoria, 82 (1): 113-128 ['East Gippsland Symposium, No 7']<br />
Rawlinson, P.A. 1969 The reptiles of Victoria. Victoria's Resources, 11 (3): 13-17<br />
Rawlinson, P.A. 1971 The reptiles of West Gippsland. Proceedings of the Royal Society of<br />
Victoria, 84 (1): 37-51<br />
Rawlinson, P.A. 1971 Reptiles of Victoria. [Pp. 11-36]. In: Arnold, V.H. (Editor): Victorian<br />
Year Book No 85. Victorian Government Printer, Melbourne [note also published as a<br />
separate booklet]<br />
Rawlinson, P.A. 1974 Biogeography and ecology of the reptiles of Tasmania and the Bass<br />
Strait Area. [Pp. 291- 338]. In: Williams, W.D. (Editor): Biogeography and Ecology in<br />
Tasmania. Junk, The Hague [Pp. 1-498; Monographiae Biologicae, No 25]<br />
Reeder, T.W. 2003 A phylogeny of the Australian Sphenomorphus group (Scincidae:<br />
Squamata) and the phylogenetic placement of the crocodile skinks (Tribolonotus): Bayesian<br />
approaches to assessing congruence and obtaining confidence in maximum likelihood<br />
inferred relationships. Molecular Phylogenetics and Evolution, 27 (3): 384-397<br />
Robert, K.A. 1999 Embryonic Development and Metabolism in the Viviparous Lizard,<br />
Eulamprus tympanum. BSc (Honours) Thesis, University of Sydney<br />
Robert, K.A. 2003 Temperature-dependent sex determination in the viviparous lizard<br />
Eulamprus tympanum. PhD Thesis, Faculty of Biological Science, University of Sydney<br />
82
Australian Biodiversity Record, 2009 (3): 1-96<br />
Robert, K.A. and Thompson, M.B. 2000 Energy consumption by embryos of a viviparous<br />
lizard, Eulamprus tympanum, during development. Comparative Biochemistry and<br />
Physiology, (A) - Molecular and Integrative Physiology, 127 (4): 481-486<br />
Robert, K.A. and Thompson, M.B. 2000 Influence of feeding on the metabolic rate of the<br />
lizard, Eulamprus tympanum. Copeia, 2000 (3): 851-855<br />
Robert, K.A. and Thompson, M.B. 2001 Sex determination. Viviparous lizard selects sex of<br />
embryos. Nature, 412 (6848): 698-699<br />
Robert, K.A. and Thompson, M.B. 2007 Is basking opportunity in the viviparous lizard,<br />
Eulamprus tympanum, compromised by the presence of a predator scent? Journal of<br />
Herpetology, 41 (2): 287-293<br />
Robert, K.A., Thompson, M.B.and Seebacher, F. 2003 Faculative sex allocation in the<br />
viviparous lizard Eulamprus tympanum, a species with temperature-dependent sex<br />
determination. Australian Journal of Zoology, 51 (4): 367-370<br />
Robert, K.A., Thompson, M.B.and Seebacher, F. 2006 Thermal biology of a viviparous lizard<br />
with temperature-dependant sex determination. Journal of Thermal Biology, 31 (4): 292-301<br />
Robertson, P. 1981 Comparative reproductive ecology of two southeastern Australian<br />
skinks. [Pp. 25-37]. In: Banks, C.B. and Martin, A.A. (Editors): Proceedings of the Melbourne<br />
Herpetological Symposium. Zoological Board of Victoria, Melbourne<br />
Robertson, P. 1998 Corangamite Water Skink (Eulamprus tympanum marnieae) Recovery<br />
Plan 1998-2003. Biodiversity Group, Environment Australia, Canberra<br />
Robertson, P. and Lowe, K. 1999 Corangamite Water Skink (Dreeite). Ecology and Status.<br />
Report to the Endangered Species Program, Environment Australia, Canberra<br />
Robertson, P. and Peterson, G.N.L. 2000 Management Options and Guidelines for<br />
Eulamprus tympanum marnieae Sites. Report to the Corangamite Water Skink National<br />
Recovery Team, Melbourne<br />
Robertson, P., Peterson, G.N.L. and Malone, B. 1999 Survey for the Corangamite Water<br />
Skink, Eulamprus tympanum marnieae. Report to Victorian Department of Natural Resources<br />
and Environment, Melbourne<br />
Robinson, M. 2004 Lizard predation of frog spawn. Herpetofauna, 34 (1): 61 [Eulamprus<br />
quoyii]<br />
Rohr, D.H. 1993 Life-history Variation in a Lowland and Highland Population of the<br />
Southern Water Skink, Eulamprus tympanum. BSc (Honours) Thesis, La Trobe University,<br />
Melbourne<br />
Rohr, D.H. 1997 Demographic and life-history variation in two proximate populations of a<br />
viviparous skink separated by a steep altitudinal gradient. Journal of Animal Ecology, 66:<br />
567-578<br />
Ryan, M. (Editor) 2000 Wildlife of Tropical North Queensland. Queensland Museum,<br />
Brisbane<br />
Sadlier, R.A. 1998 Recognition of Eulamprus tryoni (Longman), a Scincid lizard endemic to<br />
the McPherson Ranges of eastern Australia. Memoirs of the Queensland Museum, 42 (2):<br />
573-578<br />
Salkeld, D.J. 2004 Eulamprus quoyii (Eastern Water Skink) Predation. Herpetological<br />
Review, 35 (4): 389<br />
83
Australian Biodiversity Record, 2009 (3): 1-96<br />
Salkeld, D.J. and Schwarzkopf, L. 2003 Lizards, parasites and ecology (Eulamprus and<br />
haemogregarines) [poster]. In: Abstracts from the 28th AGM of ASH Gumleaves, Tasmania<br />
2001. Newsletter of the Australian Society of Herpetologists 40 (May 2003): 87<br />
Salkeld, D.J. and Schwarzkopf, L. 2005 Epizootiology of blood parasites in an Australian<br />
lizard: A mark-recapture study of a natural population. International Journal for Parasitology,<br />
35 (1): 11-18<br />
Sass, S. 2003 A survey of the reptiles of Wagga Wagga, NSW. Herpetofauna, 33 (1): 18-23<br />
Sass, S., Watson, D.M. and Wilson, A. 2008 The reptile fauna of the Upper Billabong Creek<br />
Catchment Area, southern New South Wales. Herpetofauna, 38 (1): 41-50<br />
Scanlon, J.D. 2001 Notes on Herpetofauna of Bendalong (south coast of NSW), with<br />
reproductive data on Elapid snakes and a range extension for Hemiaspis signata.<br />
Herpetofauna, 30 (2): 36-41 [dated 2000, but not published until 2001]<br />
Schlagbohmer, P. 1991 Angaben zu Sphenomorphus quoyii. Unveröffentlicht [2 pp.]<br />
Schmida, G.E. 1985 The Cold-Blooded Australians. A unique photographic study of<br />
Australia's reptiles, amphibians and freshwater fish. Doubleday, Sydney [Pp. 1-208]<br />
Schulz, M and Eyre, T. 1997 Observations on some reptiles from Minnie Water, northeastern<br />
New South Wales. Herpetofauna, 27 (1): 41-42<br />
Schuster, M.N. 1981 Relict lizards and rainforest refugia in eastern Australia: An ecohistorical<br />
interpretation. Queensland Geographical Journal, (3) 6: 49-56<br />
Schwarzkopf, L. 1991 Costs of Reproduction in the Viviparous Skink, Eulamprus tympanum.<br />
PhD Thesis, University of Sydney [actual identity of study specimens listed as Eulamprus<br />
tympanum may be E. heatwolei and/or E. tympanum]<br />
Schwarzkopf, L. 1992 Costs of Reproduction in the Viviparous Skink Eulamprus tympanum.<br />
Australian Journal of Ecology, 17 (2): 230-232 [PhD Thesis abstract only] [actual identity of<br />
study specimens listed as Eulamprus tympanum may be E. heatwolei and/or E. tympanum]<br />
Schwarzkopf, L. 1992 Annual variation of litter size in a viviparous skink. Herpetologica, 48:<br />
390-395 [actual identity of study specimens listed as Eulamprus tympanum may be E.<br />
heatwolei and/or E. tympanum]<br />
Schwarzkopf, L. 1993 Cost of reproduction in water skinks. Ecology, 74 (7): 1970-1981<br />
[actual identity of study specimens listed as Eulamprus tympanum may be E. heatwolei<br />
and/or E. tympanum]<br />
Schwarzkopf, L. 1996 Decreased food intake in reproducing lizards: A fecundity-dependent<br />
cost of reproduction? Australian Journal of Ecology, 21: 355-362 [actual identity of study<br />
specimens listed as Eulamprus tympanum may be E. heatwolei and/or E. tympanum]<br />
Schwarzkopf, L. 1998 Evidence of geographic variation in lethal temperature but not activity<br />
temperature of a lizard. Journal of Herpetology, 32 (1): 102-106<br />
Schwarzkopf, L. 2005 Sexual dimorphism in body shape without sexual dimorphism in body<br />
size in water skinks (Eulamprus quoyii). Herpetologica, 61 (2): 116-123<br />
Schwarzkopf, L. and Shine, R. 1991 Thermal biology of reproduction in viviparous skinks,<br />
Eulamprus tympanum: Why do gravid females bask more? Oecologia, 88 (4): 562-569<br />
[actual identity of study specimens listed as Eulamprus tympanum may be E. heatwolei<br />
and/or E. tympanum]<br />
84
Australian Biodiversity Record, 2009 (3): 1-96<br />
Schwarzkopf, L. and Shine, R. 1992 Costs of reproduction in lizards: Escape tactics and<br />
susceptibility to predation. Behavioral Ecology and Sociobiology, 31: 17-25<br />
Scott, F., Parker, F. and Menzies, J.I. 1977 A checklist of the amphibians and reptiles of<br />
Papua New Guinea. Wildlife in Papua New Guinea, 77/3: 1-18<br />
Scott, I.A.W., Gottsberger, B., Keogh, J.S. and Schwarzkopf, L. 2003 Phylogeographic<br />
relationships among populations of the Eastern Water Skink Eulamprus quoyi. In: Abstracts<br />
from the 28th AGM of ASH Gumleaves, Tasmania 2001. Newsletter of the Australian Society<br />
of Herpetologists 40 (May 2003): 87<br />
Scott, I.A.W., Hayes, C.M., Keogh, J.S. and Morrison, S. 2001 Isolation and characterization<br />
of novel microsatellite markers from the Australian water skink Eulamprus kosciuskoi and<br />
cross-species amplification in other members of the species group. Molecular Ecology Notes,<br />
1: 28-30<br />
Scott, I.A.W. and Keogh, J.S. 2003 Genetic Variability Within and Between Populations of<br />
Corangamite Water Skink (Eulamprus tympanum marnieae) and Southern Water Skink<br />
(Eulamprus tympanum tympanum) in Western Victoria. Report to Victorian Department of<br />
Natural Resources and Environment, Melbourne. School of Botany and Zoology, Australian<br />
National University, Canberra<br />
Scroggie, M. 2002 An Assessment of Monitoring Requirements for the Corangamite Water<br />
Skink, Eulamprus tympanum marnieae. Victorian Department of Sustainability and<br />
Environment, Arthur Rylah Institute for Environmental Research, Parkville<br />
Scroggie, M. 2005 An Analysis of Monitoring Data for the Corangamite Water Skink,<br />
Eulamprus tympanum marnieae. Victorian Department of Sustainability and Environment,<br />
Arthur Rylah Institute for Environmental Research, Parkville<br />
Shea, G.M. 1986 Island herpetofaunas in New South Wales: A review. Herpetofauna, 16<br />
(2): 30-38 [not 1985 as printed on cover]<br />
Shea, G.M. 1987 Bibliography of herpetological references in Australian ornithological<br />
journals. Smithsonian Herpetological Information Service Publication [Washington], No 73: 1-<br />
45<br />
Shea, G.M. and Greer, A.E. 1999 Two senior synonyms and a name change for the New<br />
Guinea skink Sphenomorphus stickeli (Loveridge, 1948). Journal of Herpetology, 33: 136-<br />
141<br />
Shea, G.M. and Michels, J.P. 2008 A replacement name for Sphenomorphus keiensis<br />
(Kopstein, 1926) from the southeastern Moluccas, Indonesia (Reptilia: Squamata: Scincidae)<br />
with a redescription of the species. Zoologische Mededelingen [Leiden], 82 (52): 737-747<br />
Shea, G.M. and Peterson, M. 1985 The Blue Mountains Water Skink, Sphenomorphus<br />
leuraensis (Lacertilia: Scincidae): A redescription, with notes on its natural history.<br />
Proceedings of the Linnean Society of New South Wales, 108 (2): 141-148<br />
Shea, G.M. and Sadlier, R.A. 1999 A Catalogue of the Non-Fossil Amphibian and Reptile<br />
Type Specimens in the Collection of the Australian Museum: Types currently, previously and<br />
purportedly present. Technical Reports of the Australian Museum 15: 1-91<br />
Sheldon, R.A. 2005 Corangamite Wetlands Strategy, 2006-2011. Corangamite Catchment<br />
Management Authority, Colac (Victoria) [Pp. i-ix, 1-106]<br />
Shields, J.M., York, A. and Binns, D.L. 1991 Flora and fauna survey, Mt Royal Management<br />
Area, Newcastle region. Forestry Commission of New South Wales, Forest Resources Series<br />
No 16<br />
85
Australian Biodiversity Record, 2009 (3): 1-96<br />
Shine R. 1980 ‘Costs’ of reproduction in reptiles. Oecologia, 46: 92-100<br />
Shine R. 1983 Reptilian viviparity in cold climates: thesting the assumptions of an<br />
evolutionary hypothesis. Oecologia, 57: 397-405<br />
Shine R. 1983 Reptilian reproductive modes: an oviparity-viviparity continuum.<br />
Herpetologica, 39: 1-8<br />
Shine R. 1984 Physiological and ecological questions on the evolution of reptilian viviparity.<br />
[pp. 147-154]. In: Seymour, R.S. (Editor): Respiration and Metabolism of Embryonic<br />
Vertebrates. W. Junk Publishers, Dordrecht<br />
Shine, R. 1984 Reproductive biology and food habits of the Australian Elapid snakes of the<br />
genus Cryptophis. Journal of Herpetology, 18 (1): 33-39<br />
Shine R. 1985 The evolution of viviparity in reptiles: an ecological analysis. [Pp.605-694]. In:<br />
Gans, C. and Billett, F. (Editors): Biology of the Reptilia. Volume 15. John Wiley and Sons,<br />
Inc., New York [Pp. 1-731]<br />
Shine R. 1991 Australian Snakes: A Natural History. Reed Books, Sydney [Pp. 1-223]<br />
Shine, R. 2004 Does viviparity evolve in cold climate reptiles because pregnant females<br />
maintain stable (not high) body temperatures? Evolution: International Journal of Organic<br />
Evolution, 58 (8): 1809-1818.<br />
Shine, R. 2004 Incubation regimes of cold-climate reptiles: the thermal consequences of<br />
nest-site choice, viviparity and maternal basking. Biological Journal of the Linnean Society,<br />
83 (2): 145-155<br />
Shine, R., Barrott, E.G. and Elphick, M.L. 2002 Some like it hot: Effects of forest clearing on<br />
nest temperatures of montane reptiles. Ecology, 83: 2808-2815<br />
Shine, R., Elphick, M.L. and Barrott, E.G. 2003 Sunny side up: Lethally high, not low,<br />
temperatures may prevent oviparous reptiles from reproducing at high elevations. Biological<br />
Journal of the Linnean Society, 78: 325-334<br />
Shine R. and Berry, J.F. 1978 Climatic correlates of live-bearing in squamate reptiles.<br />
Oecologia, 33: 261-268<br />
Shine R. and Bull, J.J. 1979 The evolution of live-bearing in lizards and snakes. American<br />
Naturalist, 113: 905-923<br />
Shine, R. and Harlow, P. 1993 Maternal thermoregulation influences offspring viability in a<br />
viviparous lizard. Oecologia, 96(1): 122-127<br />
Shine R. and Koenig, J. 2001 Snakes in the garden: an analysis of reptiles “rescued” by<br />
community-based wildlife carers. Biological Conservation, 102 (3): 271-283<br />
Siebenrock, F. 1892 Zur Kentniss des Kopfskelettes der Scincoiden, Anguiden und<br />
Gerrhosauriden. Annalen der K.K. Naturhistorisches Hofmuseum, 8: 163-196 [includes detail<br />
of Eulamprus quoyii anatomy]<br />
Siebenrock, F. 1895 Zur Kentniss des Kopfskelettes des Rumpfskelettes der Scincoiden,<br />
Anguiden und Gerrhosauriden. Annalen der K.K. Naturhistorisches Hofmuseum, 10: 17-40<br />
[includes detail of Eulamprus quoyii anatomy]<br />
Singh, S., Smyth, A.K. and Blomberg, S.P. 2002 Effect of a control burn on lizards and their<br />
structural environment in a eucalypt open-forest. Wildlife Research, 29 (5): 447-454<br />
86
Australian Biodiversity Record, 2009 (3): 1-96<br />
Skinner, A. 2007 Phylogeny and evolution of Lerista (Lygosominae, Scincidae, Squamata).<br />
PhD Thesis, School of Earth and Environmental Sciences: Environmental Biology, University<br />
of Adelaide<br />
Skinner, A. 2007 Phylogenetic relationships and rate of early diversification of Australian<br />
Sphenomorphus Group Scincids (Scincoidea, Squamata). Biological Journal of the Linnean<br />
Society, 92: 347-366<br />
Skinner, A., Lee, M.S.Y. and Hutchinson, M.N. 2008 Rapid and repeated limb loss in a clade<br />
of Scincid lizards. BMC Evolutionary Biology, 8: 310 [9 pages; downloaded 23 April, 2009<br />
from www.biomedcentral.com/content/pdf/1471-2148-8-310.pdf]<br />
Slater, K.R. 1978 Reptiles and amphibians. [Pp. 80-86]. In: Gunn, R.G. (Editor): Volume 2.<br />
Bio-physical background studies. As part of: Austin, M.P. and Cocks, K.D. (Editors): Land Use<br />
in Methods of Acquiring and Using Information to Analyse Regional Land Use Options.<br />
Commonwealth Scientific and Industrial Research Organisation, Melbourne [Pp. 1-119]<br />
Smales, I.J. 1981 The herpetofauna of Yellingbo State Faunal Reserve. Victorian Naturalist,<br />
98 (6): 234-246<br />
Smith, J. and Smith, P. 1990 Fauna of the Blue Mountains. Kangaroo Press, Sydney [Pp. 1-<br />
95]<br />
Smith, M.A. 1937 A review of the genus Lygosoma (Scincidae: Reptilia) and its allies.<br />
Records of the Indian Museum, 39: 213-234<br />
Spellerberg, I.F. 1972 Temperature tolerances of southeast Australian reptiles examined in<br />
relation to reptile thermoregulatory behaviour and distribution. Oecologia, 9: 23-46<br />
Spellerberg, I.F. 1972 Thermal ecology of allopatric lizards (Sphenomorphus) in southeast<br />
Australia. I. The environment and lizard critical temperatures. Oecologia, 9 (4): 371-383<br />
Spellerberg, I.F. 1972 Thermal ecology of allopatric lizards (Sphenomorphus) in southeast<br />
Australia. II. Physiological aspects of thermoregulation. Oecologia, 9 (4): 385-398<br />
Spellerberg, I.F. 1972 Thermal ecology of allopatric lizards (Sphenomorphus) in southeast<br />
Australia. III. Behavioural aspects of thermoregulation. Oecologia, 11 (1): 1-16<br />
Stapley, J. and Keogh, J.S. 2004 Exploratory and antipredator behaviours differ between<br />
territorial and non-territorial male lizards. Animal Behavior, 68: 841-846<br />
Stapley, J. and Keogh, J.S. 2005 Behavioral syndromes influence mating systems: Floater<br />
pairs of a lizard have heavier offspring. Behavioral Ecology, 2005: 1-7<br />
Steindachner, F. 1870 Herpetologische Notizen (II). Reptilien gesammelt Während einer<br />
Reise in Sengambien. Sitzungsber. Akad. Wiss. Wien 62: 326-349 [342, pl. 5]<br />
Sternfeld, R. 1918 Zur Tiergeographie Papuasiens und der pazifischen Inselwelt.<br />
Abhandlungen der Senckenbergischen naturforschenden Gesellschaft, 36: 375-436<br />
Stevens, A. 1979 Reptiles observed in the Gembrook area, Dandenong Ranges, Victoria.<br />
Victorian Herpetological Society Newsletter, No 14: 12<br />
Storr, G.M. 1964 Ctenotus, a New Generic name for a Group of Australian Skinks. Western<br />
Australian Naturalist, 9 (4): 84-85<br />
Storr, G.M. 1964 Some aspects of the geography of Australian reptiles. Senckenbergiana<br />
Biologia, 45 (3-5): 577-589<br />
87
Australian Biodiversity Record, 2009 (3): 1-96<br />
Storr, G.M. 1967 The genus Sphenomorphus (Lacertilia: Scincidae) in Western Australia and<br />
the Northern Territory. Journal of the Royal Society of Western Australia, 50: 10-20 [p.19]<br />
Storr, G.M. 1972 Revisionary notes on the Sphenomorphus isolepis complex (Lacertilia:<br />
Scincidae). Zoologische Mededelingen [Leiden], 47: 1-5 [p.1]<br />
Storr, G.M. 1974 Revision of the Sphenomorphus richardsonii species-group (Lacertilia:<br />
Scincidae). Records of the Western Australian Museum, 3: 66-70<br />
Storr, G.M., Smith, L.A. and Johnstone, R.E. 1981 Lizards of Western Australia. I. Skinks.<br />
University of Western Australia Press and Western Australian Museum, Perth [Pp. 1-200]<br />
Stuart-Fox, D.M., Schneider, C.J., Moritz, C. and Couper, P.J. 2001 Comparative<br />
phylogeography of three rainforest-restricted lizards from mid-east Queensland. Australian<br />
Journal of Zoology, 49 (2) 2001: 119-127<br />
Sumner, J. 2003 The effect of rainforest fragmentation on reptiles and microhylid frogs in the<br />
wet tropics of Australia In: Abstracts from the 26th AGM of ASH Yungaburra, Queensland<br />
1998. Newsletter of the Australian Society of Herpetologists 40 (May 2003): 34<br />
Swan, G. 1990 A Field Guide to the Snakes and Lizards of New South Wales. Three Sisters<br />
Publications, Winmalee [Sydney; Pp. 1-224]<br />
Swan, G. 1998 Green Guide. Snakes and Other Reptiles of Australia. New Holland, Sydney<br />
[Pp. 1-96]<br />
Swan, G., Shea, G.M. and Sadlier, R. 2004 A Field Guide to Reptiles of New South Wales.<br />
New Holland, Sydney [Pp. 1-302]<br />
Swan, M. (Editor) 2008 Keeping and Breeding Australian Lizards. Mike Swan Herp Books,<br />
Melbourne [Pp. 1-615]<br />
Swanson, S. 1976 Lizards of Australia. Angus and Robertson, Sydney [Pp. 1-80 + Plates]<br />
Swanson, S. 2007 Field Guide to Australian Reptiles. Steve Parish Publishing, Archerfield<br />
[Brisbane] [Pp. 1-272]<br />
Thomas, A.J. 2004 Habitat preferences of the terrestrial vertebrate fauna of Weipa, Cape<br />
York Peninsula. Masters (Research) Thesis, James Cook University, Townsville<br />
Thomas, D.J. and Gilmore, A.M. 1976 An annotated list of the terrestrial vertebrates of the<br />
Dartmouth dam inundation area. Victorian Fisheries and Wildlife Paper, No 10: 1-25<br />
Thomas, D.J. and Gilmore, A.M. 1976 The terrestrial vertebrate fauna of the Dartmouth Dam<br />
inundation area. Australian Wildlife Research, 3: 189-208<br />
Thompson, J.M. 1977 Embryo-Maternal Relationships in a Viviparous Skink,<br />
Sphenomorphus quoyii (Dumeril and Bibron). PhD Thesis, University of Sydney [Pp. 1-158]<br />
Thompson, J.M. 1977 Embryo-maternal relationships in a viviparous skink Sphenomorphus<br />
quoyii (Lacertilia: Scincidae). [Pp. 279-288]. In: Calaby, J.H. and Tyndale-Biscoe, C.H.<br />
(Editors): Reproduction and Evolution. Fourth International Symposium on the Comparative<br />
Biology of Reproduction. Australian Academy of Science, Canberra<br />
Thompson, J.M. 1978 Vertebrates of the Brisbane River Valley, Queensland, Australia.<br />
Proceedings of the Royal Society of Queensland, 89: 121-128<br />
Thompson, J.M. 1981 A study of sources of nutrients for embryonic development in a<br />
viviparous lizard, Sphenomorphus quoyii. Comparative Biochemistry and Physiology, (A) 70:<br />
509-518<br />
88
Australian Biodiversity Record, 2009 (3): 1-96<br />
Thompson, J.M. 1982 Uptake of inorganic Ions from the maternal circulation during<br />
development of the embryo of a viviparous lizard, Sphenomorphus quoyii. Comparative<br />
Biochemistry and Physiology, (A) 71: 107-112<br />
Thompson, M.B. and Speake, B.K. 2003 Energy and nutrient utilisation by embryonic<br />
reptiles. Comparative Biochemistry and Physiology - Part A: Molecular and Integrative<br />
Physiology, 133: 529-538<br />
Thompson, M.B., Adams, S.M., Herbert, J.F., Biazik, J.M. and Murphy, C.R. 2004 Placental<br />
function in lizards. Proceedings of the Third International Conference of Comparative<br />
Physiology and Biochemistry , International Congress Series, 1275: 218-225<br />
Thompson, M.B., Speake, B.K., Russell, K.J. and McCartney, R.J. 2001 Nutrient uptake by<br />
embryos of the Australian viviparous lizard Eulamprus tympanum. Physiological and<br />
Biochemical Zoology, 74(4): 560-567<br />
Thompson, M.B., Stewart, J.R., Speake, B.K., Hosie, M.J. and Murphy, C.R. 2002 Evolution<br />
of viviparity: What can Australian lizards tell us? Comparative Biochemistry and Physiology,<br />
(B) - Biochemical and Molecular Biology, 131 (4): 631-643<br />
Thomson, M., Herbert, J.F. and Thompson, M.B. 2006 Tyrosine phosphorylated proteins in<br />
the reproductive tract of the viviparous lizard Eulamprus tympanum and the oviparous lizard<br />
Lampropholis guichenoti. Comparative Biochemistry and Physiology, (B) - Biochemical and<br />
Molecular Biology, 144 (3): 382-386<br />
Thomson, M., Herbert, J.F., Murphy, C.R. and Thompson, M.B. 2005 HoxA10-like proteins<br />
in the reproductive tract of the viviparous lizard Eulamprus tympanum and the oviparous<br />
lizard Lampropholis guichenoti. Comparative Biochemistry and Physiology, (B) - Biochemical<br />
and Molecular Biology, 142 (1):123-127<br />
Tilley, S.J. 1984 Skeletal Variation in the Australian Sphenomorphus Group (Lacertilia:<br />
Scincidae). PhD Thesis, Department of Zoology, La Trobe University, Bundoora [Melbourne]<br />
Torr, G.A. 1993 A survey of the reptiles and amphibians of the Mossman Gorge section of<br />
Daintree National Park, Queensland. [Pp. 75-79]. In: Lunney, D. and Ayers, D. (Editors):<br />
Herpetology in Australia: A Diverse Discipline. Royal Zoological Society of New South Wales,<br />
Mosman<br />
Torr, G.A. and Brown, K.S. 1992 Aboreality in the skink Sphenomorphus fuscicaudis?<br />
Herpetofauna, 21 (2): 32 [Dated 1991, but not published until 1992]<br />
Turner, G. 2007 Notes on the habits of three skinks from the Mt Bartle Frere summit, north<br />
Queensland. Herpetofauna, 37 (1): 2-7<br />
Uller, T., While, G.M., Wapstra, E., Warner, D.A., Goodman, B.A., Schwarzkopf, L.,<br />
Langkilde, T., Doughty, P., Radder, R.S., Rohr, D.H., Bull, C.M., Shine, R. and Olsson, M.<br />
2008 Evaluation of offspring size-number invariants in 12 species of lizard. Journal of<br />
Evolutionary Biology, 22 (1): 143-151<br />
Veron, J.E.N. 1969 The reproductive cycle of the Water Skink, Sphenomorphus quoyii.<br />
Journal of Herpetology, 3 (1-2): 55-63<br />
Veron, J.E.N. 1969 An analysis of the stomach contents of the Water Skink,<br />
Sphenomorphus quoyii. Journal of Herpetology, 3 (3-4): 187-189<br />
Veron, J.E.N. and Heatwole, H. 1970 Temperature relations of the Water Skink,<br />
Sphenomorphus quoyii. Journal of Herpetology, 4 (3-4): 141-153<br />
89
Australian Biodiversity Record, 2009 (3): 1-96<br />
Waite, E.R. 1929 The Reptiles and Amphibians of South Australia. Government Printer,<br />
Adelaide [Published posthumously; Handbooks of the Flora and Fauna of South Australia,<br />
Edited by Hale, H.M. and issued by the British Science Guild, South Australian Branch,<br />
Adelaide; Pp. 1-270 + 192 figures; see also facsimile reprint of 1993 by SSAR]<br />
Waldren, I. 1993 Reptiles of East Gippsland and the New South Wales border. Monitor:<br />
Bulletin of the Victorian Herpetological Society, 5 (2): 51-58<br />
Warburg, M.R. 1966 On the water economy of several Australian geckos, Agamids, and<br />
skinks. Copeia, 1966 (2): 230-235<br />
Watharow, S. 2001 Prevalence of the Plerocercoid of Spirometra erinacei (Cestoda) in three<br />
species of Elapid snakes in the Melbourne region. Herpetofauna, 31 (1): 28-33 [infection of<br />
Eulamprus quoyii also reported]<br />
Webb, G.A. 1985 Habitat use and activity patterns in some southeastern Australian skinks.<br />
[Pp. 23-30]. In: Grigg, G., Shine, R. and Ehmann, H. (Editors): Biology of Australasian Frogs<br />
and Reptiles. Surrey Beatty and Sons, Sydney [Note that the publication date is erroneously<br />
given as August, 1985 - actually published in November 1985]<br />
Webb, G.A. 1991 A survey of the reptiles and amphibians of Bondi State Forest and<br />
surrounding areas, near Bombala, New South Wales. Australian Zoologist, 27: 14-19<br />
Webb, G.A. 1995 Effects of logging on lizards in eucalypt forest at Eden, New South Wales.<br />
Australian Forestry, 58 (4): 155-159<br />
Webb, G.A. 1995 Diet and food selection in a community of small ground-dwelling lizards<br />
and frogs in southeastern Australia. Herpetofauna, 25(2): 36-44<br />
Webb, G.A. and Simpson, J.A 1986 Some unusual food items for the southern Blotched<br />
Blue-tongue Lizard Tiliqua nigrolutea (Quoy and Gaimard) at Bombala, New South Wales.<br />
Herpetofauna, 16 (2): 44-49 [not 1985 as printed on cover]<br />
Weekes, H.C. 1927 Placentation and other phenomena in the Scincid lizard Lygosoma<br />
(Hinulia) quoyi. Proceedings of the Linnean Society of New South Wales, 52: 449-554<br />
Weekes, H.C. 1927 A note on reproductive phenomena in some lizards. Proceedings of the<br />
Linnean Society of New South Wales, 52 (2): 25-32<br />
Weekes, H.C. 1933 On the distribution, habitat and reproductive habits of certain European<br />
and Australian snakes and lizards, with particular regard to their adoption of viviparity.<br />
Proceedings of the Linnean Society of New South Wales, 58: 270-274<br />
Weekes, H.C. 1934 The corpus luteum in certain oviparous and viviparous reptiles.<br />
Proceedings of the Linnean Society of New South Wales, 59 (5-6): 380-391<br />
Weekes, H.C. 1935 A review of placentation among reptiles with particular regard to the<br />
function and evolution of the placenta. Proceedings of the Zoological Society, London, 1935:<br />
625-645<br />
Weigel, J. 1988 Care of Australian Reptiles in Captivity. Reptile Keepers Association,<br />
Gosford [Pp. 1-143]<br />
Welch, K.R.G., Cooke, P.S. and Wright, A.S. 1990 Lizards of the Orient: A Checklist. Robert<br />
E. Kreiger Publishing Co., Malabar; Pp. i-v, 1-162]<br />
Wellington, R.C. 1984 Reply on water skink controversy. Blue Mountains Gazette<br />
[Springwood], 18 July: 6<br />
90
Australian Biodiversity Record, 2009 (3): 1-96<br />
Wellington, R.C. and Wells, R.W. 1990 Reptiles and Amphibians of Longneck Lagoon.<br />
Worldata, Sydney [Pp. 1-17]<br />
Wellington, R.C. and Wells, R.W. 1992 A listing of the Herpetofauna - Reptiles and<br />
Amphibians - known from State Forests in the Wyong Management Area (Ourimbah,<br />
Watagans, Olney, McPherson, Wyong and Strickland State Forests). Australian<br />
Environmental Surveys, Gosford [6 pp.]<br />
Wellington, R.C. and Wells, R.W. 1994 Herpetofaunal Survey of the Ravensworth State<br />
Forest area for the proposed extension of the Mount Owen Coal Project, Hebden, New South<br />
Wales. Australian Environmental Surveys, Gosford for Resource Planning Pty Ltd [Pp. 1-19]<br />
Wellington, R.C. and Wells, R.W. 1995 Fauna Survey of the Morisset Forestry District -<br />
Central Coast, NSW - Reptiles and Amphibians. Morisset Forestry District Environmental<br />
Impact Statement. Supporting Document No. 7: Pp. 1-80, + i-xlvii [State Forests of New South<br />
Wales, Pennant Hills]<br />
Wellington, R.C. and Wells, R.W. 1995 Fauna Survey of the Morisset Forestry District<br />
Central Coast, NSW: Reptiles and Amphibians. Morisset Forestry District Environmental<br />
Impact Statement, Supporting Document No. 7. Forestry Commission of NSW, Pennant Hills<br />
Wellington, R.C., Wells, R.W. and LeBreton, M. 1993 Fauna Survey of the Morisset Forestry<br />
District - Central Coast, NSW - Reptiles and Amphibians. Draft Report. Australian<br />
Environmental Surveys, Gosford for State Forests of New South Wales [Pp. 1-51, + i-xxxvi]<br />
Wells, R.W. 1988 A reptile-collecting trip to Pulbah Island, Lake Macquarie, New South<br />
Wales. Australian Herpetologist, No 134: 1-2<br />
Wells, R.W. 1988 A checklist of the amphibians and reptiles of Rookwood Cemetary,<br />
Sydney, New South Wales. Australian Herpetologist, No 510: 1-3<br />
Wells, R.W. 1993 An annotated bibliography of herpetological articles published in the<br />
serials: 'The Australian Reptile Club Journal' (1952), 'Reptilia' (1954) and 'Herpetofauna'<br />
(1963-1990). Special Publications of the Hawkesbury Herpetological Society, No 1: 1-192<br />
Wells, R.W. 1993 Comments on the original herpetofauna of the open grassy woodland<br />
habitat of the Hawkesbury River, and a few notes on the herpetofauna recently observed near<br />
Wilberforce, NSW. Hawkesbury Herpetologist, 3: 11-14<br />
Wells, R.W. 1996 Report on a Herpetofaunal Survey of the Sydney Freight Terminal area<br />
Chullora, New South Wales. Report to Connell-Wagner Pty Ltd, Neutral Bay<br />
Wells, R.W. 2007 Environmental Assessment and Application of Section 5A EPA Act (1979)<br />
8-Point Tests of Significance for Lot 5, DP 843548, Ourimbah Creek Road, Ourimbah, New<br />
South Wales, in relation to Proposed Construction of a Residential Dwelling and Shed.<br />
Australian Biodiversity Record, 2007 (9): 1-220<br />
Wells, R.W. 2007 A Review of Threatened Species Considerations for the Proposed<br />
Rezoning of Lot 2, DP 534168 and Lot 11, DP 1044935 Minmi Road, Fletcher, New South<br />
Wales for Northwest Residential Pty Ltd. Australian Biodiversity Record, 2007 (10): 1-72<br />
Wells, R.W. 2007 Environmental Assessment for Proposed Subdivision of Lot 1, DP 546852<br />
Eagle Avenue, Hawks Nest, New South Wales. Australian Biodiversity Record, 2007 (11): 1-<br />
176<br />
Wells, R.W. 2009 Distribution and Habitat Preferences of Reptiles and Amphibians in the<br />
Sydney Basin, New South Wales. Envirodata - Environmental Management Services,<br />
Lismore [in press]<br />
91
Australian Biodiversity Record, 2009 (3): 1-96<br />
Wells, R.W. 2009 The Vertebrates of Australia. A Synoptic Classification of the Fishes,<br />
Frogs, Reptiles, Birds and Mammals, with an Assessment of their Distribution Patterns,<br />
Habitat Preferences, their general Ecology and an Introductory Bibliography. Envirodata -<br />
Environmental Management Services, Lismore [in press]<br />
Wells, R.W. 2009 Bibliography of Australian Herpetology. Part 1. An annotated bibliography<br />
of herpetological articles published in the serials 'The Australian Reptile Club Journal' (1952),<br />
'Reptilia' (1954), and 'Herpetofauna' (1963-1990). Australian Biodiversity Record, 2009 (2): 1-<br />
241<br />
Wells, R.W. and Turner, J.R. 1988 Checklist of the reptiles, frogs and Jewel Beetles of the<br />
Agnes Banks area, New South Wales, Australia. Australian Herpetologist, No 515: 1-9<br />
Wells, R.W. and Wellington, R.C. 1984 A Synopsis of the Class Reptilia in Australia.<br />
Australian Journal of Herpetology, 1 (3-4): 73-129<br />
Wells, R.W. and Wellington, R.C. 1985 A Classification of the Amphibia and Reptilia of<br />
Australia. Australian Journal of Herpetology, Supplementary Series No 1: 1-61<br />
Wells, R.W. and Wellington, R.C. 1988 A checklist of the amphibians and reptiles known<br />
from the lower Blue Mountains region, Sydney Basin, New South Wales, Australia. Australian<br />
Herpetologist, No 508: 1-7<br />
Wells, R.W. and Wellington, R.C. 1988 The amphibians and reptiles of the Blue Mountains<br />
region, Sydney Basin, New South Wales, Australia. Australian Herpetologist, No 504: 1-12<br />
Wells, R.W. and Wellington, R.C. 1988 Preliminary checklist of the amphibians and reptiles<br />
of the Kanangra Plateau, Sydney Basin, New South Wales, Australia. Australian<br />
Herpetologist, No 507: 1-3<br />
Wells, R.W. and Wellington, R.C. 1988 Amphibians and reptiles of the upper Cox's River<br />
area, Sydney Basin, New South Wales, Australia, with comments on Greer and Cogger's<br />
recent reclassification of the genus Anomalopus (sensu lato). Australian Herpetologist, No<br />
505: 1-15<br />
Wells, R.W. and Wellington, R.C. 1989 A Checklist of the Amphibians and Reptiles known<br />
from the Cumberland Plain Region, Sydney Basin, New South Wales, Australia. Australian<br />
Herpetologist, 506: 1-34<br />
Wells, R.W. (Editor) 1973 Reptilia: Collection of magazines issued by the Australian Reptile<br />
Club January to July, 1954. Australian Herpetological Society, Sydney [Combined reprints of<br />
'Reptilia', Volume 1 - issues dated January, March-April, May, June and July only- February<br />
issue missing because unknown at time of reprint]<br />
Werren, G.L. and King, D. 1991 Conservation and Management. [Pp. 40-42]. In: Nix, H.A.<br />
and Switzer, M.A. (1991): Rainforest Animals. Atlas of vertebrates endemic to Australia's wet<br />
tropics. Kowari, No 1 [Daryl King]<br />
Werren, G.L., Hawkes, T., Lethbridge, P. and Telford, L. 1995 Reptiles and amphibians of<br />
East Trinity Inlet, Cairns. Chondro, 3 (1): 44-49<br />
Whitaker, R., Whitaker, Z. and Mills, D. 1982 Reptiles of Papua New Guinea. Wildlife in<br />
Papua New Guinea, 82/2: 1-53<br />
White, A.W. 2007 Herpetofauna of the Malabar headland. Herpetofauna, 37 (1): 36-41<br />
White, A.W. and Burgin, S. 2004 Current status and future prospects of reptiles and frogs in<br />
Sydney’s urban-impacted bushland reserves. [Pp. 19-23]. In: Lunney, d. and Vurgin, S.<br />
(Editors): Urban Wildlife: More than Meets the Eye. Royal Zoological Society of New South<br />
Wales, Sydney<br />
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Whiting, A.S. 2004 Phylogenetic Systematics and Evolution within the Family Scincidae.<br />
PhD Thesis, Department of Integrative Biology, Brigham Young University<br />
Wilcox, R. 1999 Herpetofauna of the Endeavour Valley region, north Queensland. Monitor,<br />
Journal of the Victorian Herpetological Society,<br />
Williams, D. 1998 Reptiles of the Bendigo District. A checklist. Monitor: Journal of the<br />
Victorian Herpetological Society, 19 (1): 50<br />
Williams, W.D. 1992 The Biological Status of Lake Corangamite and Other Lakes in Western<br />
Victoria. Department of Zoology, University of Adelaide<br />
Williams, W.D. 1993 Legislation and protection of reptiles and frogs in the ACT. [Pp. 58]. In:<br />
Lunney, D. and Ayers, D. (Editors): Herpetology in Australia: A Diverse Discipline. Royal<br />
Zoological Society of New South Wales, Mosman<br />
Williams, S.E. 2006 Vertebrates of the Wet Tropics Rainforests of Australia. Species<br />
Distribution and Biodiversity. Rainforest CRC, James Cook University, Cairns [Cooperative<br />
Research Centre for Tropical Rainforest Ecology and Management; Pp. i-xii, 1-267]<br />
Wilson, E.E. 2001 Influences of Female Mate Choice and Male Behavioural Strategies on<br />
Paternity Success in the Southern Water Skink Eulamprus heatwolei: An Experimental and<br />
Molecular Approach. BSc (Honours) Thesis, Australian National University, Canberra<br />
Wilson, R.S. and Booth, D.T. 1998 Effect of tail loss on reproductive output and its<br />
ecological significance in the skink Eulamprus quoyii. Journal of Herpetology, 32 (1): 128-131<br />
Wilson, S.K. 2005 A Field Guide to Reptiles of Queensland. Reed New Holland, Sydney [Pp.<br />
1-256]<br />
Wilson, S.K. and Knowles, D.G. 1988 Australia's Reptiles - A Photographic Reference to the<br />
Terrestrial Reptiles of Australia. Collins, Melbourne [Pp. 1-447]<br />
Wilson, S.K. and Swan, G. 2003 A Complete Guide to Reptiles of Australia. Reed New<br />
Holland, Sydney [Pp. 1-448]<br />
Wilson, S.K. and Swan, G. 2003. Reptiles of Australia. Princeton University Press, Princeton,<br />
New Jersey [Pp. 1-480]<br />
Wilson, S.K. and Swan, G. 2008 A Complete Guide to Reptiles of Australia. Reed New<br />
Holland, Sydney [2 nd Edition; Pp. 1-512]<br />
Wilson, S.K. and Swan, G. 2009 What Lizard is That? Introducing Australian Lizards. Reed<br />
New Holland, Sydney [Pp. 1-184]<br />
Worrell, E. 1963 Reptiles of Australia: Crocodiles - Turtles - Tortoises - Lizards - Snakes.<br />
Describing all Australian species, their appearance, their haunts, their habits, with over 330<br />
illustrations, many in full colour. Angus and Robertson, Sydney [Pp. i-xv + 1-207]<br />
Worrell, E. 1966 Australian Snakes, Crocodiles, Tortoises, Turtles, Lizards. Angus and<br />
Robertson, Sydney [Pp. 1-64]<br />
Worrell, E. 1970 Reptiles of Australia: Crocodiles - Turtles - Tortoises - Lizards - Snakes.<br />
Describing their appearance, their habits, with over 330 illustrations, many in full colour.<br />
Angus and Robertson, Sydney [2nd Edition, without synonymic checklist; Pp. i-xv + 1-169]<br />
Zietz, F.R. 1920 Catalogue of Australian lizards. Records of the South Australian Museum,<br />
1 (3): 181-228<br />
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Zweifel, R.G. 1980 Results of the Archbold Expeditions. No 103. Frogs and lizards from the<br />
Huon Peninsula, Papua New Guinea. Bulletin of the American Museum of Natural History,<br />
165: 387-434<br />
[Bibliographic Note: Numerous other articles are known that mention species included in this<br />
paper, but only a selection have been cited in the above reference list. The author can<br />
provide bibliographic assistance with additional citations if required]<br />
Notice of Impending Taxonomic Study on some Extra-limital Sphenomorphines<br />
Depending upon which authority one considers the best fit, the genus Sphenomorphus can<br />
have only a few included species or numerous. Although somewhat less than in the past, the<br />
genus is still generally believed to include so many highly divergent species that it is<br />
untenable for this group to be seriously regarded as a single genus for much longer. As a<br />
start to the reclassification of Sphenomorphus, I am also currently considering the<br />
phylogenetic positions of at least the following species traditionally placed in that genus for a<br />
forthcoming paper on the group: Sphenomorphus abdictus Brown and Alcala, 1980;<br />
Sphenomorphus acutus (Peters, 1864); Sphenomorphus aesculeticola Inger, Lian, Lakim and<br />
Yambun, 2001; Sphenomorphus aignanus (Boulenger, 1898); Sphenomorphus alfredi<br />
(Boulenger, 1898); Sphenomorphus amblyplacodes (Vogt, 1932); Sphenomorphus annectens<br />
(Boulenger, 1897); Sphenomorphus anomalopus (Boulenger, 1890); Sphenomorphus anotus<br />
Greer, 1973; Sphenomorphus arborens (Taylor, 1917); Sphenomorphus assatus (Cope,<br />
1864); Sphenomorphus atrigularis (Stejneger, 1905); Sphenomorphus beauforti (De Jong,<br />
1927); Sphenomorphus beyeri (Taylor, 1922); Sphenomorphus bignelli Schmidt, 1932;<br />
Sphenomorphus biparietalis (Taylor, 1918); Sphenomorphus brunneus Greer and Parker,<br />
1974; Sphenomorphus buenloicus Darevsky and Nguyen Van Sang, 1983; Sphenomorphus<br />
buettikoferi (Lidth De Jeude, 1905); Sphenomorphus bukitensis Grismer, 2007;<br />
Sphenomorphus butleri (Boulenger, 1912); Sphenomorphus cameronicus (Smith, 1924);<br />
Sphenomorphus celebense (Muller, 1894); Sphenomorphus cherriei (Cope, 1893);<br />
Sphenomorphus cinereus Greer and Parker, 1974; Sphenomorphus concinnatus (Boulenger,<br />
1887); Sphenomorphus consobrinus (Peters and Doria, 1878); Sphenomorphus cophias<br />
(Boulenger, 1908); Sphenomorphus courcyanum (Annandale, 1912); Sphenomorphus coxi<br />
(Taylor, 1915); Sphenomorphus cranei (Schmidt, 1932); Sphenomorphus crassa Inger, Lian,<br />
Lakim and Yambun, 2001; Sphenomorphus cryptotis Darevsky, Orlov and Cuc, 2004;<br />
Sphenomorphus cumingi (Gray, 1845); Sphenomorphus cyanolaemus Inger and Hosmer,<br />
1965; Sphenomorphus darlingtoni Loveridge, 1945; Sphenomorphus decipiens (Boulenger,<br />
1894); Sphenomorphus derroyae (De Jong, 1927); Sphenomorphus devorator Darevsky,<br />
Orlov and Cuc, 2004; Sphenomorphus diwata Brown and Rabor, 1967; Sphenomorphus<br />
dorsicatenatus (Deraniyagala, 1953); Sphenomorphus dussumieri (Dumeril and Bibron,<br />
1839); Sphenomorphus fasciatus (Gray, 1845); Sphenomorphus florensis (Weber, 1890);<br />
Sphenomorphus forbesi (Boulenger, 1888); Sphenomorphus fragilis (Macleay, 1877);<br />
Sphenomorphus fragosus Greer and Parker, 1967; Sphenomorphus fuscolineatus Greer and<br />
Shea, 2004; Sphenomorphus grandisonae Taylor, 1962; Sphenomorphus granulatus<br />
(Boulenger, 1903); Sphenomorphus haasi Inger and Hosmer, 1965; Sphenomorphus hallieri<br />
(Lidth De Jeude, 1905); Sphenomorphus helenae (Cochran, 1927); Sphenomorphus incertus<br />
(Stuart, 1940); Sphenomorphus incognitus (Thompson, 1912); Sphenomorphus indicus<br />
(Gray, 1853); Sphenomorphus ishaki Grismer, 2006; Sphenomorphus jagori (Peters, 1864);<br />
Sphenomorphus jeudei (Boulenger, 1897); Sphenomorphus jobiensis (Meyer, 1874);<br />
Sphenomorphus kinabaluensis (Bartlett, 1895); Sphenomorphus kitangladensis Brown, 1995;<br />
Sphenomorphus knollmanae Brown, Ferner and Ruedas, 1995; Sphenomorphus kuehnei<br />
(Roux, 1910); Sphenomorphus langkawiensis Grismer, 2008; Sphenomorphus<br />
laterimaculatus Brown and Alcala, 1980; Sphenomorphus latifasciatus (Meyer, 1874);<br />
Sphenomorphus lawtoni Brown and Alcala, 1980; Sphenomorphus leptofasciatus Greer and<br />
Parker, 1974; Sphenomorphus leucospilos (Peters, 1872); Sphenomorphus lineopunctulatus<br />
Taylor, 1962; Sphenomorphus llanosi (Taylor, 1919); Sphenomorphus longicaudatus (De<br />
Rooij, 1915); Sphenomorphus loriae (Boulenger, 1897); Sphenomorphus louisiadensis<br />
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(Boulenger, 1903); Sphenomorphus luzonense (Boulenger, 1894); Sphenomorphus<br />
maculatus (Blyth, 1853); Sphenomorphus maculicollus Bacon, 1967; Sphenomorphus<br />
maindroni (Sauvage, 1878); Sphenomorphus malayanum (Doria, 1888); Sphenomorphus<br />
megalops (Annandale, 1906); Sphenomorphus melanopogon (Dumeril and Bibron, 1839);<br />
Sphenomorphus meyeri (Doria, 1874); Sphenomorphus microtympanus Greer, 1973;<br />
Sphenomorphus mimicus Taylor, 1962; Sphenomorphus mimikanum (Boulenger, 1914);<br />
Sphenomorphus mindanensis (Taylor, 1915); Sphenomorphus minutus (Meyer, 1874);<br />
Sphenomorphus modigliani (Boulenger, 1895); Sphenomorphus moszkowskii (Vogt, 1912);<br />
Sphenomorphus muelleri (Schlegel, 1837); Sphenomorphus multisquamatus Inger, 1958;<br />
Sphenomorphus murudensis Smith, 1925; Sphenomorphus necopinatus (Brongersma, 1942);<br />
Sphenomorphus neuhaussi (Vogt, 1911); Sphenomorphus nigriventris (De Rooij, 1915);<br />
Sphenomorphus nigrolabris (Gunther, 1873); Sphenomorphus nigrolineata (Boulenger, 1897);<br />
Sphenomorphus oligolepis (Boulenger, 1914); Sphenomorphus papuae (Kinghorn, 1928);<br />
Sphenomorphus parvus (Boulenger, 1897); Sphenomorphus praesignis (Boulenger, 1900);<br />
Sphenomorphus pratti (Boulenger, 1903); Sphenomorphus puncticentralis Iskandar, 1994;<br />
Sphenomorphus rarus Myers and Donnelly, 1991; Sphenomorphus rufocaudatus Darevsky<br />
and Nguyen van Sang, 1983; Sphenomorphus sabanus Inger, 1958; Sphenomorphus<br />
sananus (Kopstein, 1926); Sphenomorphus sanctus (Dumeril and Bibron, 1839);<br />
Sphenomorphus sarasinorum (Boulenger, 1897); Sphenomorphus schlegeli (Dunn, 1927);<br />
Sphenomorphus schultzei (Vogt, 1911); Sphenomorphus scotophilus (Boulenger, 1900);<br />
Sphenomorphus scutatus (Peters, 1867); Sphenomorphus shelfordi (Boulenger, 1900);<br />
Sphenomorphus sibuensis Grismer, 2006; Sphenomorphus simus (Sauvage, 1879);<br />
Sphenomorphus solomonis Boulenger, 1887; Sphenomorphus steerei (Stejneger, 1908);<br />
Sphenomorphus stellatus (Boulenger, 1900); Sphenomorphus stickeli Loveridge, 1948;<br />
Sphenomorphus striatopunctatum (Boulenger, 1907); Sphenomorphus striolatus (Weber,<br />
1890); Sphenomorphus tagapayo Brown, McGuire, Ferner and Alcala, 1999; Sphenomorphus<br />
taiwanensis Chen and Lue, 1987; Sphenomorphus tanahtinggi Inger, Lian, Lakim and<br />
Yambun, 2001; Sphenomorphus tanneri Greer and Parker, 1967; Sphenomorphus taylori<br />
(Burt, 1930); Sphenomorphus temmincki (Dumeril and Bibron, 1839); Sphenomorphus<br />
tenuiculus (Mocquard, 1890); Sphenomorphus tersus (Smith, 1916); Sphenomorphus textum<br />
(Muller, 1894); Sphenomorphus transversus Greer and Parker, 1971; Sphenomorphus<br />
tridigitus (Bourret, 1939); Sphenomorphus tritaeniatus (Bourret, 1937); Sphenomorphus<br />
tropidonotus (Boulenger, 1897); Sphenomorphus undulatus (Peters and Doria, 1878);<br />
Sphenomorphus vanheurni (Brongersma, 1942); Sphenomorphus variegatus (Peters, 1867);<br />
Sphenomorphus victoria Brown and Alcala, 1980; Sphenomorphus wolfi (Sternfeld, 1918);<br />
Sphenomorphus wollastoni (Boulenger, 1914); Sphenomorphus woodfordi (Boulenger, 1887);<br />
Sphenomorphus wrighti (Taylor, 1925); Sphenomorphus zimmeri (Ahl, 1933).<br />
I would be pleased to collaborate with any researcher interested in assisting with this project.<br />
My email address is: biospherica@live.com.au<br />
Richard Wells<br />
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Australian Biodiversity Record<br />
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