Sea snakes of the genus Hydrophis are important components of animal diversity in Iranian waters of the Persian Gulf and Gulf of Oman. Ten species of Hydrophis have been identified from the these waters and, in this study, genetic structure of seven species was compared with other populations in the eastern Indian Ocean and the West Pacific. We found that six species (H. platurus, H. cyanocinctus, H. spiralis, H. schistosus, H. gracilis, and H. lapemiodes) show high genetic similarity with conspecific populations in the Indian Ocean and Australia. However, H. curtus from southern Iran shows a high level of genetic differentiation from conspecific populations in Sri Lanka and Indonesia (0.6% and 6% genetic distance from Sri Lankan samples fo...
Hydrophiine sea snakes are the most speciose group of extant marine reptiles. Species occur in a va...
Aim: There are several competing hypotheses to explain the high species richness of the Indo-Austral...
Using a suite of 10 highly variable microsatellite loci, we conducted genetic paternity analyses for...
The Indo-Australian archipelago (IAA) supports the world's highest diversity of marine fish, inverte...
Pleistocene sea level changes substantially shaped the biogeography of northern Australia and the In...
Viviparous sea snakes are an exceptionally diverse radiation of secondarily marine reptiles that inh...
Evolutionary relationships within and between the marine hydrophiine sea snake groups have been infe...
A new species of viviparous sea snake, Hydrophis donaldi sp. nov. (Hydrophiinae), is described from ...
Comparative phylogeography can inform many macroevolutionary questions, such as whether species dive...
We developed ten microsatellite loci for the elegant sea snake, Hydrophis elegans, from partial geno...
The Persian Gulf is known as the westernmost distribution limit for sea snakes, except for Hydrophis...
One of the most prolific radiations of venomous snakes, the Australo-Melanesian Hydrophiinae include...
The viviparous sea snakes (Hydrophiini) are by far the most successful living marine reptiles, with ...
The definitive version is available at www.blackwell-synergy.comPhylogenetic relationships among Hyd...
We present a striking case of phenotypic convergence within the speciose and taxonomically unstable ...
Hydrophiine sea snakes are the most speciose group of extant marine reptiles. Species occur in a va...
Aim: There are several competing hypotheses to explain the high species richness of the Indo-Austral...
Using a suite of 10 highly variable microsatellite loci, we conducted genetic paternity analyses for...
The Indo-Australian archipelago (IAA) supports the world's highest diversity of marine fish, inverte...
Pleistocene sea level changes substantially shaped the biogeography of northern Australia and the In...
Viviparous sea snakes are an exceptionally diverse radiation of secondarily marine reptiles that inh...
Evolutionary relationships within and between the marine hydrophiine sea snake groups have been infe...
A new species of viviparous sea snake, Hydrophis donaldi sp. nov. (Hydrophiinae), is described from ...
Comparative phylogeography can inform many macroevolutionary questions, such as whether species dive...
We developed ten microsatellite loci for the elegant sea snake, Hydrophis elegans, from partial geno...
The Persian Gulf is known as the westernmost distribution limit for sea snakes, except for Hydrophis...
One of the most prolific radiations of venomous snakes, the Australo-Melanesian Hydrophiinae include...
The viviparous sea snakes (Hydrophiini) are by far the most successful living marine reptiles, with ...
The definitive version is available at www.blackwell-synergy.comPhylogenetic relationships among Hyd...
We present a striking case of phenotypic convergence within the speciose and taxonomically unstable ...
Hydrophiine sea snakes are the most speciose group of extant marine reptiles. Species occur in a va...
Aim: There are several competing hypotheses to explain the high species richness of the Indo-Austral...
Using a suite of 10 highly variable microsatellite loci, we conducted genetic paternity analyses for...