Pedioplanis undata (SMITH, 1838) https://www.lacerta.de/AS/Taxon.php?Genus=44&Species=203&Lang=eng
Individual analyses of each gene separately supported different nodes in the phylogeny
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Pedioplanis undata (SMITH, 1838) https://www.lacerta.de/AS/Taxon.php?Genus=44&Species=203
Individual analyses of each gene separately supported different nodes in the phylogeny
Lacerta bilineata bilineata DAUDIN, 1802 https://www.lacerta.de/AS/Taxon.php?Genus=30&Species=100&Subspecies=215
phylogeography of the Lacerta viridis complex using the mitochondrial cytochrome b gene
Pedioplanis undata (SMITH, 1838) https://www.lacerta.de/AS/Taxon.php?Genus=44&Species=203&Lang=ger
Individual analyses of each gene separately supported different nodes in the phylogeny
Lacerta schreiberi BEDRIAGA, 1878 https://www.lacerta.de/AS/Taxon.php?Genus=30&Species=108
showed depleted levels of genetic diversity, indicating that severe restrictions to gene
Meroles cuneirostris (STRAUCH, 1867) https://www.lacerta.de/AS/Taxon.php?Genus=46&Species=213&Lang=ger
We sequenced sections of the widely used mitochondrial genes coding for 16S rRNA,
Adolfus jacksoni (BOULENGER, 1899) https://www.lacerta.de/AS/Taxon.php?Genus=50&Species=271&Lang=eng
two nuclear [(c-mos (oocyte maturation factor) and RAG1 (recombination activating gene
Tropidosaura montana rangeri – Bibliografie https://www.lacerta.de/AS/Bibliografie.php?Genus=43&Species=192&Subspecies=310&Taxon=1
We sequenced sections of the widely used mitochondrial genes coding for 16S rRNA,
Ichnotropis capensis (SMITH, 1838) https://www.lacerta.de/AS/Taxon.php?Genus=45&Species=205
We sequenced sections of the widely used mitochondrial genes coding for 16S rRNA,
Meroles cuneirostris (STRAUCH, 1867) https://www.lacerta.de/AS/Taxon.php?Genus=46&Species=213
We sequenced sections of the widely used mitochondrial genes coding for 16S rRNA,