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      Status assessment of the Endangered snow leopard Panthera uncia and other large mammals in the Kyrgyz Alay, using community knowledge corrected for imperfect detection

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          Abstract

          The Endangered snow leopard Panthera unciaoccurs in the Central Asian Mountains, which cover c. 2 million km 2. Little is known about its status in the Kyrgyz Alay Mountains, a relatively narrow stretch of habitat connecting the southern and northern global ranges of the species. In 2010 we gathered information on current and past (1990, the last year of the Soviet Union) distributions of snow leopards and five sympatric large mammals across 14,000 km 2of the Kyrgyz Alay. We interviewed 95 key informants from local communities. Across 49 400-km 2grid cells we obtained 1,606 and 962 records of species occurrence (site use) in 1990 and 2010, respectively. The data were analysed using the multi-season site occupancy framework to incorporate uncertainty in detection across interviewees and time periods. High probability of use by snow leopards in the past was recorded in > 70% of the Kyrgyz Alay. Between the two sampling periods 39% of sites showed a high probability of local extinction of snow leopard. We also recorded high probability of local extinction of brown bear Ursus arctos(84% of sites) and Marco Polo sheep Ovis ammon polii(47% of sites), mainly in regions used intensively by people. Data indicated a high probability of local colonization by lynx Lynx lynxin 41% of the sites. Although wildlife has declined in areas of central and eastern Alay, regions in the north-west, and the northern and southern fringes appear to retain high conservation value.

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          A brief guide to model selection, multimodel inference and model averaging in behavioural ecology using Akaike’s information criterion

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            Multiple causes of high extinction risk in large mammal species.

            Many large animal species have a high risk of extinction. This is usually thought to result simply from the way that species traits associated with vulnerability, such as low reproductive rates, scale with body size. In a broad-scale analysis of extinction risk in mammals, we find two additional patterns in the size selectivity of extinction risk. First, impacts of both intrinsic and environmental factors increase sharply above a threshold body mass around 3 kilograms. Second, whereas extinction risk in smaller species is driven by environmental factors, in larger species it is driven by a combination of environmental factors and intrinsic traits. Thus, the disadvantages of large size are greater than generally recognized, and future loss of large mammal biodiversity could be far more rapid than expected.
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              Avoiding Pitfalls When Using Information-Theoretic Methods

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                Author and article information

                Journal
                applab
                Oryx
                Oryx
                Cambridge University Press (CUP)
                0030-6053
                1365-3008
                April 2016
                September 9 2015
                : 50
                : 02
                : 220-230
                Article
                10.1017/S0030605315000502
                c50e2a7b-097a-4e3b-9394-aa861ca3694c
                © 2015
                History

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