Nephrurus amyae COUPER, 1994
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| Higher Taxa | Carphodactylidae, Gekkota, Sauria, Squamata (lizards: geckos) |
| Subspecies | |
| Common Names | E: Centralian Rough Knob-tail gecko G: Australischer Knopfschwanzgecko, Grosser Rauer Knopfschwanzgecko |
| Synonym | Nephrurus amyae COUPER in COUPER & GREGSON 1994: 60 Nephrurus amyae — COGGER 2000: 741 Nephrurus amyae — OLIVER & BAUER 2011 Nephrurus amyae — COGGER 2014: 264 Nephrurus amyae — CHAPPLE et al. 2019: 101 |
| Distribution | Australia (Northern Territory) Type locality: Winnecke Goldfields, Garden Stn, N of Alice Springs, NT |
| Reproduction | oviparous |
| Types | Holotype: AMS R104458 |
| Diagnosis | DIAGNOSIS N. amyae is the largest and most spinose member of the N. asper species group. Its large size distinguishes it from other members of this group (max SVL 135mm vs 114mm N. asper, 121mm N. sheai). It is further distinguished from N. asper and N. sheai by the spinosity of the its rump and thighs (extremely spinose vs moderately spinose). The arrangement of the basal scales surrounding the tubercules on the rump and thighs also separates N. amyae from N. asper and N. sheai. In N. amyae the basal scales are irregular in size and in most specimens examined, some of the basal scales are greater than half the height of the central scale. In N. asper and N. sheai the basal scales are uniform in size and less than half the height of the central scale. In the KS2 analysis N. amyae and N. asper (excluding broad-banded CYP specimens which are not significantly separable from other QLD populations of this species) show significant separation of the shape of frequency distributions for; KW, HW, S, NL, R & I. N. amyae and N. sheai show significant separation of the shape of frequency distributions for; KW, HW, HL, S, NL, SL, IL, R & I (Table 1). (Couper & Gregson 1994) Unfortunately we had to temporarily remove additional information as this was scraped by multiple AI companies who sell that data to their customers. These details, e.g. detailed descriptions or comparisons (about 3702 characters) are available for collaborators and contributors. Please contact us for details. |
| Comment | Distribution: for a map of localities see Oliver et al. 2022: 217 (Fig. 1). |
| Etymology | Named after the daughter of the describer, Amy Couper (b. 1993). |
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