Mountain systems throughout the globe are conspicuously sensitive to on-going climate
alterations. This condition is much more detrimental in the Himalaya, where the rate of …

The threat of habitat fragmentation and population isolation looms large over much of
biodiversity in this human-dominated epoch. Species-rich South Asia is made particularly …

Climate change has a significant impact on the distribution of species over time. In response,
species may shift, contract, extend or fragment their distributions to track preferred …

Wildlife management in rapid changing landscapes requires critical planning through cross
cutting networks, and understanding of landscape features, often affected by the …

Reducing conflict between humans and wildlife is considered a top conservation priority.
However, increasingly human-induced disturbances across natural landscapes have …

Large mammals that occur in low densities, particularly in the high-altitude areas, are
globally threatened due to fragile climatic and ecological envelopes. Among bear species …

In a macroecological approach, we have used the data abundant species or archetypal
cohorts as proxies for the data deficient species, to model their distributions. Upon …

Climate change is causing many irreversible changes in the Himalayan ecosystems. In this
study, an attempt was made to understand the ecological response of medicinal plant …

Large forested landscapes often harbour significant amount of biodiversity and support
mankind by rendering various livelihood opportunities and ecosystem services. Their …

Anthropogenic climate change can have a negative impact on the distribution of habitat
specialist species with narrow distributional ranges. Among the many areas around the …