Comparisons between the population genetic variability of endemic and non-endemic species provide valuable information for the conservation of the endemic species. Comparisons between the endemic and non-endemic species are seldom carried out with con-generic and co-occurring species. In this study, we have compared three pairs of con-specific endemic and non-endemic rattan species at three locations in the Central Western Ghats, one of the global biodiversity hot-spots located in India. We have analyzed the demographic structure of these species across these three sites. We found that overall the endemic rattan species suffered from poor regeneration compared to their con-specific and con-generic non endemic rattan species. We also used mo...
Random amplified polymorphic DNA (RAPD) marker-based analysis was carried out to study the extent of...
We analysed genetic diversity across the natural populations of three montane plant species in the W...
Not AvailableThe genetic diversity analysis of eight populations of Nardostachys jatamansi DC. colle...
Comparisons between the population genetic variability of endemic and non-endemic species provide va...
Comparisons between the population genetic variability of endemic and non-endemic species provide va...
Rattans, the climbing palms, are one of the most important non-wood forest produce supporting the li...
273-283Calamus nambariensis Becc. and C. tenuis Roxb. are the rattan species of high economic signif...
Not AvailableSoutheast Asia hosts a great diversity of different rattan genotypes. There are 5 gener...
Cross-species amplification of microsatellite loci is considered to be a time-saving as well as a co...
We analysed genetic diversity across the natural populations of three montane plant species in the W...
Population genetic theory and methodology were applied to the study of endemic plant species. Levels...
Abstract Background South Africa's long and extensive trade activity has ensured ample opportunities...
There are four species of Graptophyllum (Acanthaceae) in Australia which span a gradient in rarity a...
Background: South Africa's long and extensive trade activity has ensured ample opportunities for exo...
Background: South Africa's long and extensive trade activity has ensured ample opportunities for exo...
Random amplified polymorphic DNA (RAPD) marker-based analysis was carried out to study the extent of...
We analysed genetic diversity across the natural populations of three montane plant species in the W...
Not AvailableThe genetic diversity analysis of eight populations of Nardostachys jatamansi DC. colle...
Comparisons between the population genetic variability of endemic and non-endemic species provide va...
Comparisons between the population genetic variability of endemic and non-endemic species provide va...
Rattans, the climbing palms, are one of the most important non-wood forest produce supporting the li...
273-283Calamus nambariensis Becc. and C. tenuis Roxb. are the rattan species of high economic signif...
Not AvailableSoutheast Asia hosts a great diversity of different rattan genotypes. There are 5 gener...
Cross-species amplification of microsatellite loci is considered to be a time-saving as well as a co...
We analysed genetic diversity across the natural populations of three montane plant species in the W...
Population genetic theory and methodology were applied to the study of endemic plant species. Levels...
Abstract Background South Africa's long and extensive trade activity has ensured ample opportunities...
There are four species of Graptophyllum (Acanthaceae) in Australia which span a gradient in rarity a...
Background: South Africa's long and extensive trade activity has ensured ample opportunities for exo...
Background: South Africa's long and extensive trade activity has ensured ample opportunities for exo...
Random amplified polymorphic DNA (RAPD) marker-based analysis was carried out to study the extent of...
We analysed genetic diversity across the natural populations of three montane plant species in the W...
Not AvailableThe genetic diversity analysis of eight populations of Nardostachys jatamansi DC. colle...