Nepal has released its first-ever national estimate of the snow leopard population, placing the figure at 397 individuals with a mean density of 1.56 leopards per 100 square kilometers. The comprehensive assessment was led by the Department of National Parks and Wildlife Conservation (DNPWC) and the Department of Forests and Soil Conservation (DoFSC), with collaboration from conservation institutions and researchers, including WWF Nepal.
“This national estimate is a historic step in Nepal’s conservation journey,” said Ram Chandra Kandel, director-general of DNPWC. “It not only provides a clearer picture of the snow leopard population but also strengthens our strategy for long-term conservation.”
The data, gathered between 2015 and 2024, utilized advanced techniques such as camera trapping and genetic analysis of scat samples. The assessment followed the PAWS (Population Assessment of the World’s Snow Leopards) methodology developed under the Global Snow Leopard & Ecosystem Protection Program (GSLEP).
Badri Raj Dhungana, director-general of DoFSC, emphasized that a significant portion of snow leopard habitat lies outside protected areas. “This highlights the need for stronger community-based conservation, improved habitat connectivity and mitigation of human-wildlife conflict,” he said.
Ghana Shyam Gurung, country representative of WWF Nepal, hailed the estimate as a critical milestone. “This baseline will guide future interventions and ensure resources are directed where they’re most needed,” he said, underlining the importance of local partnerships in the face of climate change and infrastructure expansion.
The study compiled data from seven key snow leopard regions, reflecting Nepal’s leadership in high-altitude biodiversity conservation. It also places the country alongside Mongolia, Bhutan and India, which have completed similar assessments in recent years. Despite being found across 12 countries in Asia, snow leopards remain one of the least-studied big cats. A 2021 WWF report found that only 23 percent of their global range has been systematically studied, with less than three percent yielding data on population abundance.
