Here we used data from field cameras in 2010 and 2011 to examine how human presence, prey, and tigers influence leopard spatiotemporal activity patterns in and around Nepal's Chitwan National Park, part of a global biodiversity hotspot.
In the absence of tourist activity, leopards tended to move more frequently, leopard detection rates increased by 70% and activity shifted towards being more diurnal.
We found that leopards were adjusting their spatiotemporal activity patterns to both tigers and people, but by different mechanisms.
To conserve the felid species, it is important to understand the activity patterns of Amur leopards, including its interactions with Amur tigers, prey, and human activities.
Despite pervasive human presence, people on foot and vehicles had no significant effect on leopard detection and space use, but leopard temporal activity was displaced from those periods of time with highest human activity.
We built landscapes of movement activities of lions to investigate the relationships with leopard movements.
Both tigers and leopards were more diurnal than nocturnal, which corresponded with the activity patterns of wild boar and muntjac.
Leopard density was unchanged between the two periods, however the movement and activity patterns were clearly different.
Src-homology-2-domain-containing PTP 2 (Shprovidesides a particularly striking example of the connection between misregulation of PTP activity and human pathogenesis: germline Shp2 mutations cause Noonan and Leopard syndromes, both of which can lead to cancer predisposition.
It has been shown that clouded leopards are present in areas of heavy logging and high human activity, with suggestions that home range size may be larger in such habitats [ 4] and consequently, densities lower.
