Crab-Eating Mongoose Herpestes urva: Occurrence and its Activity in Mid-Hills of Nepal

H. P. Sharma, Binaya Adhikari, S. Bhandari, K. Baral, Ripu Mardan Kunwar
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引用次数: 8

Abstract

Small carnivores are able to adapt to patchy forests and human dominated landscape in proximity to water sources. Small carnivore’s population is declining due to anthropogenic effects, and in most of the areas, their occurrence is little known. We aimed to identify the spatial occurrence of crab-eating mongoose, the factors affecting the occurrence of species and coexistence with other species using camera trap. The crab-eating mongoose mostly preferred the shrub-land habitat (65%) and followed by agriculture land, forest and grassland. Almost all preferred habitats were near to water sources. The occurrence of crab-eating mongoose was influenced by human disturbances. Their occurrences were decreased with increasing disturbances. In addition, the crab-eating mongoose’s occurrence was also decreased with increasing distance to water sources. The movement activities of crab-eating mongoose were varied according to time period (F = 6; df = 14; p < 0.013), and was mostly active at day to mid-night (16.00 to 12.00 hours) and mid-night to early morning (12.00 to 8.00 hours). The crab-eating mongoose co-exists with other carnivores including Leopard, Jungle cat, Masked-palm civet, Small Indian mongoose, Leopard cat, Yellow-throated martin, and Large Indian civet. In addition, its occurrence was affected by human interference. The data available from this study can be used to develop site/species-specific conservation plans that aid stewardship for biodiversity conservation.
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尼泊尔中部山区食蟹猫鼬乌尔疱疹的发生与活动
小型食肉动物能够适应斑驳的森林和靠近水源的人类主导的景观。由于人类活动的影响,小型食肉动物的数量正在下降,在大多数地区,它们的发生情况鲜为人知。采用相机诱捕法对食蟹猫鼬的空间发生、物种发生的影响因素及与其他物种的共存情况进行了调查。食蟹猫鼬以灌木地为主(65%),其次为农田、森林和草地。几乎所有的首选栖息地都靠近水源。食蟹猫鼬的发生受人为干扰的影响。它们的发生随着干扰的增加而减少。此外,食蟹猫鼬的发生也随着离水源距离的增加而减少。食蟹猫鼬的运动活动随时间的变化而变化(F = 6;Df = 14;P < 0.013),主要活跃在白天至午夜(16.00 ~ 12.00 h)和午夜至清晨(12.00 ~ 8.00 h)。以螃蟹为食的猫鼬与其他食肉动物共存,包括豹、丛林猫、果子狸、小印度猫鼬、豹猫、黄喉马丁和大印度果子狸。此外,其发生还受到人为干扰的影响。从这项研究中获得的数据可用于制定特定地点/物种的保护计划,以帮助管理生物多样性保护。
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