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• W1993580092 abstract "This revision of the New Zealand Scincidae recognises 22 species, in the genera Leiolopisma Duméril & Bibron and Cyclodina Girard. The following species are redescribed: L.fallai McCann; L. suteri (Boulenger); L. smithi (Gray); L. homalonotum (Boulenger); L. moco (Duméril & Bibron); L. infra‐punctatum (Boulenger); L. striatum (Buller); L. zelandicum (Gray); L. nigriplantare (Peters); L. lineoocellatum (Duméril & Duméril); L. grande (Gray); L. otagense McCann; L.(?) fasciolare (Girard); C. ornata (Gray); C. aenea Girard; C. oliveri (McCann); C. alani (Robb); and C. macgregori (Robb). L.(?) fasciolare is included in Leiolopisma only provisionally pending further examination; doubts regarding its inclusion in the New Zealand herpetofauna are raised. Leiolopisma gracilicorpus, L. chloronoton, L. acrinasum, and Cyclodina whitakeri are erected as new species. Only 2 subspecies are recognised, in L. nigriplantare. L. n. nigriplantare includes animals described earlier as L. dendyi (Boulenger) and L. turbotti McCann, and L. n. maccanni includes those animals referred to under the name L. zelandica by McCann (1955). Two forms of L. otagense are recognised, but are not accorded subspecific status. L. pachysomaticum Robb, 1975 is reduced to synonymy with Cyclodina oliveri. Hinulia variegata Buller is declared a nomen dubium. Electrophoretic studies of lactate dehydrogenase (LDH) isozymes and haem compounds appear to confirm the species recognised on morphological characteristics. Analyses of LDH isozymes suggest close phylogenetic relationships within 3 groups of species: Leiolopisma striatum and L. zelandicum; Cyclodina ornata and C. aenea; and C. oliveri, C. alani, and C. whitakeri. Investigations into the relative evolutionary stability of haemoglobins and morphological characters indicate that rates of evolution may differ, both within and between species. Evidence is presented to show that the evolution of haemoglobins cannot necessarily be taken to have occurred at similar rates overall in the New Zealand skink species. It is suggested that Cyclodina arose from a pre‐Leiolopisma stock before the development of the palpebral disc characteristic of Leiolopisma. The genus Leiolopisma is thought to have arisen in a region north of Australia, and to have given rise in that area to 2 early offshoots, the first represented today by L. spenceri and L. palfreymani and the second by L. telfairi and L. lichenigera. Subsequent dispersal of the genus is believed to have been via the New Caledonian region, where further divergence resulted in forms now present in Australia (L. coventryi and L. entrecasteauxi) and New Zealand (the entire Leiolopisma fauna). The New Zealand Leiolopisma species are all endemic at the specific level, and are likely to represent late Pliocene invasions. The Australian Leiolopisma species characterised by fused frontoparietals are considered to represent a second invasion of that continent from the New Caledonian region. Cyclodina probably reached New Zealand via the New Caledonian region, at latest by the early Pleistocene. The genus has not been recorded from outside New Zealand (although revision of the generic placement of L. euryotis, from New Caledonia, is necessary owing to its strong affinities with Cyclodina). Uncertainty as to the effects of early Pleistocene glaciations on the distribution and isolation of the New Zealand species inhibits discussion of their zoogeography. Nevertheless, 3 geographic groups of species are recognised in the New Zealand Leiolopisma fauna. The northernmost is believed to have arisen from invaders from the New Caledonian region; the central and southern groups from an easterly movement of invaders from Australia. L. suteri probably represents yet another invasion. The present distribution of species indicates that the following refuges persisted in the South Island during the last Pleistocene glaciation: coastal Fiordland; Southland and Stewart Island; Otago and Banks Peninsulas; and the Nelson/Marlborough Sounds region. Isolation of populations in the vicinity of the Otago and Banks Peninsulas has probably been important in the divergence of 2 forms within L. otagense. Haem banding patterns suggest that relict populations of L. nigriplantare exist at Te Anau and on Stewart Island, and a post‐Pleistocene reinvasion of the central South Island by that species is indicated. Subspeciation of L. nigriplantare on the Chatham Islands is also thought to have occurred after the Pleistocene." @default.
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• W1993580092 date "1977-09-01" @default.
• W1993580092 modified "2023-09-24" @default.
• W1993580092 title "The New Zealand Scincidae (Reptilia: Lacertilia); a taxonomic and zoogeographic study" @default.
• W1993580092 cites W1044399172 @default.
• W1993580092 cites W106058189 @default.
• W1993580092 cites W1752411179 @default.
• W1993580092 cites W1973026538 @default.
• W1993580092 cites W1976577083 @default.
• W1993580092 cites W1982752465 @default.
• W1993580092 cites W1984594606 @default.
• W1993580092 cites W1984771051 @default.
• W1993580092 cites W1989414716 @default.
• W1993580092 cites W1996655166 @default.
• W1993580092 cites W2002474487 @default.
• W1993580092 cites W2003538512 @default.
• W1993580092 cites W2007993714 @default.
• W1993580092 cites W2009774590 @default.
• W1993580092 cites W2014137589 @default.
• W1993580092 cites W2021818436 @default.
• W1993580092 cites W2025801790 @default.
• W1993580092 cites W2030192930 @default.
• W1993580092 cites W2031940798 @default.
• W1993580092 cites W2039602594 @default.
• W1993580092 cites W2042773346 @default.
• W1993580092 cites W2047033556 @default.
• W1993580092 cites W2053204881 @default.
• W1993580092 cites W2062149436 @default.
• W1993580092 cites W2062701350 @default.
• W1993580092 cites W2064336742 @default.
• W1993580092 cites W2068512620 @default.
• W1993580092 cites W2076394737 @default.
• W1993580092 cites W2078438085 @default.
• W1993580092 cites W2111301002 @default.
• W1993580092 cites W2112494939 @default.
• W1993580092 cites W2143651184 @default.
• W1993580092 cites W2155143999 @default.
• W1993580092 cites W2168560502 @default.
• W1993580092 cites W2292385629 @default.
• W1993580092 cites W2297916808 @default.
• W1993580092 cites W2317900112 @default.
• W1993580092 cites W2319921015 @default.
• W1993580092 cites W2321206247 @default.
• W1993580092 cites W2323421497 @default.
• W1993580092 cites W2327146344 @default.
• W1993580092 cites W2327299767 @default.
• W1993580092 cites W2328429758 @default.
• W1993580092 cites W2329045593 @default.
• W1993580092 cites W2329657888 @default.
• W1993580092 cites W2330356190 @default.
• W1993580092 cites W2332292554 @default.
• W1993580092 cites W2335074908 @default.
• W1993580092 cites W2335119236 @default.
• W1993580092 cites W2412380253 @default.
• W1993580092 cites W2580381564 @default.
• W1993580092 cites W258377559 @default.
• W1993580092 cites W2755025798 @default.
• W1993580092 cites W2979644715 @default.
• W1993580092 cites W4230230939 @default.
• W1993580092 cites W4230523353 @default.
• W1993580092 cites W4249901201 @default.
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• W1993580092 cites W4255134113 @default.
• W1993580092 cites W4366739361 @default.
• W1993580092 cites W798094395 @default.
• W1993580092 doi "https://doi.org/10.1080/03014223.1977.9517956" @default.
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