Research overview: connectivity planning for climate-driven range shifts

As climate change shifts the distribution of suitable habitat, connectivity must allow species to track those changes by moving to newly suitable areas, adding a dynamic dimension to corridor planning. This overview surveys research on designing connectivity for big cats under climate change, including identifying climate corridors that link current habitats to projected future refugia. Studies model how warming may relocate suitable conditions for species such as snow leopards and lynx, and how connectivity can enable range shifts or, if blocked, trap populations in declining habitat. Researchers integrate climate projections with connectivity models to prioritize linkages that will matter over coming decades. The overview frames climate-informed connectivity as an emerging priority, arguing that corridors should be planned not only for present movement but for the future redistribution of habitat. It matters because static reserves alone cannot accommodate the shifting ranges a warming world imposes on carnivores.