140-142Phylogenetic relationships among two species of seahorses (Hippocampus kuda & H. trimaculatus) and one species of pipe fish (Syngnathoides biaculeatus) from Gulf of Mannar were analysed using cytochrome b gene (cyt b) sequence data (Acc. No. EF 189158 & EF 189167). The genetic distance value between H. kuda and H. trimaculatus was found to be 0.155; while between H. kuda and S. biaculeatus, it was 0.256, and between H. trimaculatus and S. biaculeatus, 0.290. The percentage of identical pairs between H. kuda and H. trimaculatus was 85.90, and between H. kuda and S. biaculeatus, 79.19. The percentage of transition and transversion between two seahorse species (H. kuda & H. trimaculatus) was lesser than bet...
This thesis investigates the potential role of historical isolation of ocean basins in promoting di...
The seahorse Hippocampus guttulatus reaches its highest abundance in confined environments, where it...
Seahorse (Hippocampus spp.) is a protected animal as stated in Appendix II, Convention ofInternation...
Phylogenetic relationships among two species of seahorses (Hippocampus kuda & H. trimaculatus) a...
Genetic stock structure analysis of two seahorse species from the south east and south west coasts o...
Population genetic of seahorses is confidently influenced by their species-specific ecological requi...
Population genetic of seahorses is confidently influenced by their species-specific ecological requi...
Seahorse populations are declining year by year not only in India but also throughout the world, bec...
Mitochondrial control region (mtDNA CR) diversity within and among 6 seahorse populations associated...
Not AvailableTraditionally, fish species identification is based on morphological characters, yet, i...
Accurate information of taxonomy and geographic range of seahorse species (genus Hippocampus) is the...
This study investigates the diversity and population differentiation of the New Zealand Pot-belly se...
Genetic diversity and population structure of New Zealand populations of the pot-belly seahorse Hipp...
This first genetic study of Hippocampus hippocampus covers the species' entire geographic range and ...
Interested in providing a better understanding of population connectivity and\ud the identification ...
This thesis investigates the potential role of historical isolation of ocean basins in promoting di...
The seahorse Hippocampus guttulatus reaches its highest abundance in confined environments, where it...
Seahorse (Hippocampus spp.) is a protected animal as stated in Appendix II, Convention ofInternation...
Phylogenetic relationships among two species of seahorses (Hippocampus kuda & H. trimaculatus) a...
Genetic stock structure analysis of two seahorse species from the south east and south west coasts o...
Population genetic of seahorses is confidently influenced by their species-specific ecological requi...
Population genetic of seahorses is confidently influenced by their species-specific ecological requi...
Seahorse populations are declining year by year not only in India but also throughout the world, bec...
Mitochondrial control region (mtDNA CR) diversity within and among 6 seahorse populations associated...
Not AvailableTraditionally, fish species identification is based on morphological characters, yet, i...
Accurate information of taxonomy and geographic range of seahorse species (genus Hippocampus) is the...
This study investigates the diversity and population differentiation of the New Zealand Pot-belly se...
Genetic diversity and population structure of New Zealand populations of the pot-belly seahorse Hipp...
This first genetic study of Hippocampus hippocampus covers the species' entire geographic range and ...
Interested in providing a better understanding of population connectivity and\ud the identification ...
This thesis investigates the potential role of historical isolation of ocean basins in promoting di...
The seahorse Hippocampus guttulatus reaches its highest abundance in confined environments, where it...
Seahorse (Hippocampus spp.) is a protected animal as stated in Appendix II, Convention ofInternation...