The only Italian population of the Eastern Montpellier snake is found on Lampedusa, a small island in the Strait of Sicily, Mediterranean Sea. This population is currently attributed to Malpolon insignitus based only on morphology. Here, we present the first genetic data on this population, based on mitochondrial cytochrome b and 12S ribosomal RNA data. Our results confirm that the population on Lampedusa belongs to M. insignitus, falling within a clade that also includes Tunisian populations, and presents private haplotypes for both markers. Their slight differentiation from the Tunisian populations suggests an origin linked to natural expansion from Africa, during the latest glaciation events
Geographic range size and genetic diversity are key correlates of extinction risk and evolutionary p...
Owing to its temperature dependence and low vagility, the asp viper (Vipera aspis) is an interesting...
Grass snakes are widely distributed across the Western Palearctic. Recent phylogeographic studies pr...
The only Italian population of false smooth snakes is found on Lampedusa, a small island located in ...
The only Italian population of false smooth snakes is found on Lampedusa, a small island located in ...
Variation in 815 bp of mitochondrial DNA from two gene fragments (300 bp of cytochrome b and 395–515...
The phylogeography of the colubrid snake Hierophis viridiflavus was estimated using ND4 mtDNA sequen...
Hemorrhois hippocrepis is a colubrid snake with a West Mediterranean distribution. It is widespread ...
The Southern smooth snake, Coronella girondica, is a small-sized colubrid found in Northwest Africa ...
The phylogeography of the colubrid snake Hierophis viridiflavus was estimated using ND4 mtDNA sequen...
The Southern smooth snake, Coronella girondica, is a small-sized colubrid found in Northwest Africa ...
Comparing mitochondrial and genomic phylogenies is an essential tool for investigating speciation pr...
Mitochondrial DNA (1075 bp: cytochrome b, 300 bp; 12S rRNA, 393 bp; and 16S rRNA, 382 bp) corroborat...
AbstractThe molecular phylogeography of the viperine snake, Natrix maura (Linnaeus, 1758), was inves...
Geographic range size and genetic diversity are key correlates of extinction risk and evolutionary p...
Geographic range size and genetic diversity are key correlates of extinction risk and evolutionary p...
Owing to its temperature dependence and low vagility, the asp viper (Vipera aspis) is an interesting...
Grass snakes are widely distributed across the Western Palearctic. Recent phylogeographic studies pr...
The only Italian population of false smooth snakes is found on Lampedusa, a small island located in ...
The only Italian population of false smooth snakes is found on Lampedusa, a small island located in ...
Variation in 815 bp of mitochondrial DNA from two gene fragments (300 bp of cytochrome b and 395–515...
The phylogeography of the colubrid snake Hierophis viridiflavus was estimated using ND4 mtDNA sequen...
Hemorrhois hippocrepis is a colubrid snake with a West Mediterranean distribution. It is widespread ...
The Southern smooth snake, Coronella girondica, is a small-sized colubrid found in Northwest Africa ...
The phylogeography of the colubrid snake Hierophis viridiflavus was estimated using ND4 mtDNA sequen...
The Southern smooth snake, Coronella girondica, is a small-sized colubrid found in Northwest Africa ...
Comparing mitochondrial and genomic phylogenies is an essential tool for investigating speciation pr...
Mitochondrial DNA (1075 bp: cytochrome b, 300 bp; 12S rRNA, 393 bp; and 16S rRNA, 382 bp) corroborat...
AbstractThe molecular phylogeography of the viperine snake, Natrix maura (Linnaeus, 1758), was inves...
Geographic range size and genetic diversity are key correlates of extinction risk and evolutionary p...
Geographic range size and genetic diversity are key correlates of extinction risk and evolutionary p...
Owing to its temperature dependence and low vagility, the asp viper (Vipera aspis) is an interesting...
Grass snakes are widely distributed across the Western Palearctic. Recent phylogeographic studies pr...