Title
Predicting potential habitat and population size for reintroduction of the Far Eastern leopards in the Russian Far East
Author(s)
Hebblewhite, M.;Miguelle, D. G.;Murzin, A. A.;Aramilev, V. V.;Pikunov, D. G.
Published
2011
Publisher
Biological Conservation
Abstract
The Far Eastern Leopard (Panthera pardus orientalis; Schlegel, 1857) is perhaps the world's most endangered large felid subspecies occurring in a single population of,30 adults, and faces immediate risk of extinction unless additional populations can be established within its historical range in the Russian Far East. We used locations of leopard tracks (and their ungulate prey) collected from snow track surveys from 1997 to 2007 to develop resource selection functions (RSF) to identify potential habitat for reintroduction. We compared models that include prey versus those based on landscape covariates. and also included covariates related to human-induced mortality. To estimate potential population size, we used a habitat-based population estimate based on the ratio of population size and RSF value of occupied range. Far Eastern leopards selected for areas with high ungulate density, lower-elevation Korean pine forests on southwest facing slopes, and in areas far from human activity. Using this RSF model, we identified a total of 10,648 km(2) in eight patches > 500 km(2) of potential Far Eastern leopard habitat that could harbor a potential population of 105.3 (57.9-147.2) adults. In combination with the existing population, successful reintroductions could result in a total of 139.2 (76.5-194.6) adult leopards, a 3-4-fold increase in population size. Our habitat models assist the reintroduction planning process by identifying factors that predict presence and potential suitable habitat. Identifying the highest quality, most connected patches, in combination with appropriate selection and training of released animals, is recommended for successfully reintroducing Far Eastern leopards, and potentially other endangered carnivores into the wild. (C) 2011 Elsevier Ltd. All rights reserved.
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PUB13966