| Lacerta anatolica WERNER, 1900 Lacerta anatolica aegaea EISELT & SCHMIDTLER, 1986 Anatololacerta anatolica aegaea MAYER, 2015 Anatololacerta anatolica anatolica MAYER, 2015 |
| The subspecies Lacerta anatolica aegaea (EISELT & SCHMIDTLER, 1986) from Samsundağ national park south of Kuşadası, validated by ÇETIN (2006), has been synonymized by BELLATI et al. (2015).
www.lacerta.de, 2019 |
Werner, F. (1900) - Beschreibung einer bisher noch unbekannter Eidechse aus Kleinasien Lacerta anatolica. - Anzeiger / Akademie der Wissenschaften in Wien, 37: 269-271.  Çetin, T. (2006) - Lacerta anatolica anatolica ve Lacerta anatolica aegaea alttrlerinin taksonomik ve sitogenetik incelenmesi. - MSc thesis. Ege Universitesi Fen Bilimleri Enstitüsü. 49 pp.   × In this study, two subspecies of Lacerta anatolica (Lacerta anatolica anatolica and Lacerta anatolica aegaea), which are distributed in the Northwest and the West Anatolia, are investigated karyologically and taxonomically. The total of 32 specimens are collected and L . a. anatolica (9 males,9 females) and L . a. aegaea (8 males, 6 females) subspecies are studied at 4 different localities. Totally 19 specimens are studied cytogenetically; 9 of them belong to L . a. aegaea (5 m., 4 f.) subspecies and 10 of them belong to L . a. anatolica (6 m., 4 f.) subspecies. Consequently, taxonomic findings relating to two subspecies are arrangement with study of Eiselt and Schmidtler (1986). The result of cytogenetic study displayed that both subspecies has similar karyotypes and these karyotypes possess 2n=38 chromosomes. Bellati, A. & Carranza, S. & Garcia-Porta, J. & Fasola, M. & Sindaco, R. (2015) - Cryptic diversity within the Anatololacerta species complex (Squamata: Lacertidae) in the Anatolian Peninsula: Evidence from a multi-locus approach. - Molecular Phylogenetics and Evolution, 82 (Part A): 219-233. × The rapid development of innovative molecular tools for characterizing biodiversity is leading to an extensive and sometimes unexpected renovation of taxonomic classifications. Particularly, for species having allopatric or parapatric distributions or resulting from recent speciation processes, the absence of clear phenotypic differentiation may hinder the recognition of closely related taxa, while intraspecific polymorphism may be confused with the presence of more than one single species. In the present work, we apply different phylogenetic methods in order to infer relationships within the genus Anatololacerta, and to assess the taxonomy of this morphologically diversified group of lizards endemic to western and southern Anatolia and some neighboring Aegean islands. According to morphology, three species have been recognized (Anatololacerta anatolica, A. oertzeni and A. danfordi) as well as several subspecies, but small variation at immunological markers led some authors to join all the populations into one single taxon, A. danfordi. By selecting both mitochondrial and nuclear informative markers, we tested the effectiveness of classical “gene tree” (i.e. Bayesian Inference) vs. innovative (i.e. coalescent-based) “species tree” methods in resolving the Anatololacerta taxonomic enigma, as a case in point for similar studies on species complexes resulting from non-obvious and cryptic diversification patterns. According to our results, the “gene tree” method failed in resolving phylogenetic relationships among clades, whereas the multi-locus “species tree” approach, coupled with species delimitation methods, allowed the identification of four well distinct species. These species probably diversified in different allopatric refugia located in southern and western Anatolia, where isolated populations may have persisted during Pleistocene glacial cycles. Mayer, W. (2015) - Die Taxa der Familie Lacertidae – eine kommentierte Liste. (Zuletzt aktualisiert am 04.07.2015). - lacerta.de. 62 pp.
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