亚洲象在土地利用马赛克中的行为:对印度阿纳马莱山人象共存的保护意义

Anand Kumar Mavatur, Mewa Singh
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引用次数: 18

摘要

了解人类主导的景观中大象的行为可以促进解决冲突的管理工具的创造,并有助于促进人象共存。我们研究了瓦尔帕莱高原亚洲象(大象Maximus)的行为,这是一个220平方公里的景观矩阵,由热带雨林碎片、茶叶、咖啡和桉树种植园组成,并与印度西高止山脉的阿纳马莱山的人类有关。数据采集采用扫描取样法。在开阔的茶树冠层生境中,大象的摄食量最低,在有冠层覆盖的咖啡、桉树人工林和植被茂密的自然植被中,大象的摄食量逐渐增加。在森林碎片和河流植被中,大象的警戒行为最低,因为它们可以避免遇到人类。由于人类活动频繁,这种行为在茶园达到顶峰。大象在茶叶中保持较近的个体间距离,在咖啡、桉树和自然植被的冠层栖息地中,这一距离逐渐增加。预测变量,如人类的存在和与大象的接近导致大象的摄食减少和躁动增加,而与大象的定居点距离不影响大象的行为。我们发现,在超过30米的阈值距离内,少于10人对大象的摄食、休息和运动的影响最小,并降低了大象的警惕行为。因此,我们建议,保护和不转换冠层栖息地,保持人与象的最小阈值距离,将有助于促进象的正常活动,并有助于促进人象在此类景观中的共存。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Behavior of Asian elephant (Elephas maximus) in a land-use mosaic: conservation implications for human-elephant coexistence in the Anamalai hills, India
Understanding behavior of elephants in human-dominated landscapes can facilitate creation of management tools for conflict resolution and help foster human-elephant coexistence. We studied behavior of Asian elephants (Elephas Maximus) in the Valparai plateau, a 220 km² landscape matrix of rainforest fragments, tea, coffee, and Eucalyptus plantations, and in relation to humans in the Anamalai Hills of the Western Ghats of India. We employed scan sampling method for data collection. Feeding by elephants was lowest in open canopy habitat of tea, and it gradually increased in canopy covered plantations of coffee and Eucalyptus and in densely covered natural vegetation. Vigilance behavior of elephants was lowest in forest fragments and riverine vegetation as they could avoid encountering humans. This behavior peaked in tea plantations due to intense human activity there. Elephants maintained closer inter-individual distances in tea and this distance gradually increased in canopy habitats of coffee, Eucalyptus and natural vegetation. Predictor variables such as human presence and proximity to elephants resulted in reduced feeding and increased agitation in elephants while distance of settlements to elephants did not influence behavior of elephants. We found that fewer than 10 people at a threshold distance of more than 30 m had minimum impact on feeding, resting, and movement and decreased vigilant behavior in elephants. We, therefore, suggest that protection and non-conversion of canopy habitats and maintaining minimum threshold distance of humans from elephants would foster normal activities of elephants and help promote human-elephant coexistence in such landscapes.
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