Genetic diversity and population structure of New Zealand populations of the pot-belly seahorse Hippocampus abdominalis were explored via three mitochondrial DNA markers (814 bp of cytochrome b, 624 bp of cytochrome oxidase 1 and 404 bp of the control region) and four microsatellite loci (Habd3, Habd6, Habd7 and Habd9). These markers revealed between 0.7–2.2% sequence divergence and 32–46 alleles with low differentiation among populations around the coastline. In total, 169 seahorses (79 females and 90 males) were sampled with 36 sequences generated for each marker and 166 genotypes attained. It is hoped that this new knowledge will aid in the development of future conservation management
Phylogenetic relationships among two species of seahorses (Hippocampus kuda & H. trimaculatus) a...
We report the isolation and characterization of 15 (12 di-, 1 tri- and 2 tetranucleotide) microsatel...
Species of the family Syngnathidae are increasingly being investigated for conservation purposes bu...
Genetic diversity and population structure of New Zealand populations of the pot-belly seahorse Hipp...
This study investigates the diversity and population differentiation of the New Zealand Pot-belly se...
The seahorse Hippocampus guttulatus reaches its highest abundance in confined environments, where it...
Population genetic of seahorses is confidently influenced by their species-specific ecological requi...
This first genetic study of Hippocampus hippocampus covers the species' entire geographic range and ...
Population genetic of seahorses is confidently influenced by their species-specific ecological requi...
Genetic stock structure analysis of two seahorse species from the south east and south west coasts o...
Not AvailableGenetic diversity of seahorse species was studied using 12 polymorphic microsatellite D...
The seahorse Hippocampus guttulatus reaches its highest abundance in confined environments, where it...
140-142Phylogenetic relationships among two species of seahorses (Hippocampus kuda & H. trimacu...
Understanding the population structure and evolutionary history of the eastern Pacific seahorse Hipp...
Seahorse populations are declining year by year not only in India but also throughout the world, bec...
Phylogenetic relationships among two species of seahorses (Hippocampus kuda & H. trimaculatus) a...
We report the isolation and characterization of 15 (12 di-, 1 tri- and 2 tetranucleotide) microsatel...
Species of the family Syngnathidae are increasingly being investigated for conservation purposes bu...
Genetic diversity and population structure of New Zealand populations of the pot-belly seahorse Hipp...
This study investigates the diversity and population differentiation of the New Zealand Pot-belly se...
The seahorse Hippocampus guttulatus reaches its highest abundance in confined environments, where it...
Population genetic of seahorses is confidently influenced by their species-specific ecological requi...
This first genetic study of Hippocampus hippocampus covers the species' entire geographic range and ...
Population genetic of seahorses is confidently influenced by their species-specific ecological requi...
Genetic stock structure analysis of two seahorse species from the south east and south west coasts o...
Not AvailableGenetic diversity of seahorse species was studied using 12 polymorphic microsatellite D...
The seahorse Hippocampus guttulatus reaches its highest abundance in confined environments, where it...
140-142Phylogenetic relationships among two species of seahorses (Hippocampus kuda & H. trimacu...
Understanding the population structure and evolutionary history of the eastern Pacific seahorse Hipp...
Seahorse populations are declining year by year not only in India but also throughout the world, bec...
Phylogenetic relationships among two species of seahorses (Hippocampus kuda & H. trimaculatus) a...
We report the isolation and characterization of 15 (12 di-, 1 tri- and 2 tetranucleotide) microsatel...
Species of the family Syngnathidae are increasingly being investigated for conservation purposes bu...