Bassiana duperreyi (GRAY, 1838)
|Higher Taxa||Scincidae, Eugongylinae, Sauria (lizards)|
|Common Names||Bold-striped Cool-skink, Three-lined Skink|
|Synonym||Tiliqua duperreyi GRAY 1838: 292|
Lygosoma duperreyii - DUMÉRIL & BIBRON 1839: 715 (part.)
Eulepis duperreyi — FITZINGER 1843 (fide SMITH 1937: 223)
Leiolopisma duperreyi — GREER 1982
Leiolopisma trilineatum — GREER 1982
Leiolopisma trilineatum — COGGER 1983
Acritoscincus duperreyi — WELLS & WELLINGTON 1984
Acritoscincus duperreyi — WELLS & WELLINGTON 1985: 23
Acritoscincus buddeni WELLS & WELLINGTON 1985: 22
Bassiana duperreyi - HUTCHINSON et al. 1990
Pseudemoia duperreyi - FRANK & RAMUS 1995
Leiolopisma eulepis — FRANK & RAMUS 1995: 188 (nom. nud.)
Bassiana duperreyi — COGGER 2000: 561
Bassiana duperreyi — FLATT et al. 2001
Bassiana duperreyi — DUBEY & SHINE 2010
Acritoscincus duperreyi — WILSON & SWAN 2010: 144
|Distribution||Australia (New South Wales, South Australia, Tasmania, Victoria)|
Type locality: Tasmania Map legend:
- Region according to the TDWG standard, not a precise distribution map.
NOTE: TDWG regions are generated automatically from the text in the distribution field and not in every cases it works well. We are working on it.
|Types||Lectotype: MNHN (was MNHNP) 7102 (total length 131.5 mm), from Tasmania (original description cites Kangaroo Is., S. A.), designated by Rawlinson (cited as “in prep.” by COGGER 1983).|
Syntypes: MNHP 7102 (Tasmania, two specimens), from New Zealand and Tasmania (original description cites New Zealand and Australia).
|Comment||Nomenclature of this species need revision.|
Synonymy: partly after SHEA & SADLIER 1999.
Reproduction: oviparous. Bassiana duperreyi has been studied because of its extraembryonic membrane development which seems to be significant for the evolution of placentation. There seems to be both temperature-dependent (TSD) and genetic sex determination (GSD) in this species (SHINE et al. 2002). Radder et al. (2009) show that sex in this species also depends on egg size. In fact, if (and only if) eggs are incubated at low temperatures, removing yolk from a newly laid egg turns the offspring into a male. Adding yolk from a larger (but not smaller) egg turns the recipient egg's offspring into a female. Remarkably, then, offspring sex in this species is the end result of an interaction between three mechanisms: sex chromosomes, nest temperatures, and yolk allocation.
Type species: Tiliqua duperreyi is also the type species of the genus Eulepis. Probably listed in error by FRANK & RAMUS 1995.