Information on species distribution and habitat use is one of the important aspects of wildlife ecology. Such information is critical for the successful conservation of the species (Braun, 2005). Species distribution models are being widely used in wildlife studies to answer some of those key biological questions (Sinclair et al., 2006).Distribution models establish a quantitative relationship between the relative occurrence of species and their bio-physical and environmental conditions in the landscape (
Disturbances caused by livestock grazing are considered as a key attributable factor for the habitat loss of red panda. The present study was carried out in Eastern Nepal mainly focusing on the habitat preferences of red panda and impacts of livestock grazing on it. In total, 15 linear transects were delineated at an elevation interval of 100 m assessing indirect signs of red panda and livestock. Habitat preferences of red panda, vegetation abundance, coverage percentage of vegetation layers (canopy and shrub layer) and distance to water source were recorded using randomly plotted 58 quadrats of 10 m × 10 m. Questionnaire survey and Key Informant Interviews were carried out to evaluate the perception of local community on conservation threats and importance of red panda conservation. Jaccard's similarity index was used to determine the spatial habitat overlap of livestock and red panda. Litsea elongata, Lithocarpus pachyphylla and Rhododendron falconeri were the most common species in the study area. Grazing signs were observed from 51% of red panda habitats in the study area. Livestock herding has induced negative impacts on the habitat of red panda inside the community forests. The study findings will extend the existing body of knowledge regarding the status of red panda in Eastern Himalayas. In addition, this research will help in the formulation of effective legal and strategic framework of sustainable grazing management.
An endangered species, the Himalayan Red Panda Ailurus fulgens is one of the most iconic and sought-after species in the world. Although a symbolic species of the Himalayas, it is threatened by habitat loss, fragmentation, and poaching. The data collection was carried out in accordance with the Red Panda community-based monitoring protocol. Threats to the Himalayan Red Panda within the study area are reported based on key informant interviews and direct field observation. This paper provides new evidence for the presence of Himalayan Red Pandas beyond their previously-known westernmost limit (81.687778°E) across its distribution range. An average encounter rate of 0.92 signs/km was recorded from the surveyed community forests. Trees were the most preferred substrates used for defecation. Extensive resource collection, poaching, overgrazing and forest fires are identified as some of the most significant threats. In general, the study contributes to the conservation of the Himalayan Red Panda in western distribution ranges.
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