利用卫星遥测技术研究印度古吉拉特邦绍拉什特拉地区六种秃鹫的活动模式

IF 1.7 Q3 ECOLOGY Ecologies Pub Date : 2022-10-18 DOI:10.3390/ecologies3040035
M. Ram, Aradhana Sahu, S. Tikadar, D. Gadhavi, T. A. Rather, L. Jhala, Y. Zala
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引用次数: 0

摘要

关于秃鹫活动范围和迁徙模式的信息对保护至关重要。秃鹫分布在人类主导的景观中的广阔区域,在那里,人类活动可能会影响它们的长期生存。本文使用六种秃鹫的11只个体的卫星遥测来评估它们的活动范围和季节性活动模式。这项研究旨在了解秃鹫每天和每月的活动距离、它们的栖息地大小,以及繁殖季节对资源利用率和活动率的影响。2020年10月至2021年11月期间,共收集了114820个地点。结果表明,在印度秃鹫(Gyps indicus)、白臀秃鹫(Gyps bengalensis)和红头秃鹫(Sarcogyps calvus)等常驻物种的繁殖季节,核心区域的大小比非繁殖季节要小。秃鹫的日活动和月活动(平均值)在繁殖季节也有所减少。按95%和50%的利用率分布计算,繁殖季节和非繁殖季节的年度家庭范围和核心区域不同。迁徙的秃鹫在数天和数月内的移动距离明显长于常驻物种。它们每年的迁徙模式也因时间和迁徙路线而异。
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Home Range, Movement and Activity Patterns of Six vulture Species Using Satellite Telemetry in Saurashtra landscape, Gujarat, India
The information on the ranging behaviour and migration pattern of vultures is of critical conservation importance. Vultures’ range over vast areas in human-dominated landscapes where anthropogenic activities may influence their long-term survival. This paper uses the satellite telemetry of 11 individuals of six vulture species to assess their home ranges and seasonal movement patterns. The study aimed to find daily and monthly distances covered by vultures, their home range size, and the influence of breeding season on resource utilisation and activity rates. A total of 114,820 locations were collected between October 2020 and November 2021. The results indicate that the size of the core area is smaller during the breeding season of the resident species, such as the Indian vulture (Gyps indicus), white-rumped vulture (Gyps bengalensis), and red-headed vulture (Sarcogyps calvus) than the non-breeding season. vulture’s daily and monthly movement (mean) also decreased in the breeding season. The annual home range and core areas, calculated as 95% and 50%Utilisation Distribution differed between breeding and non-breeding seasons. The migratory vultures moved significantly longer distances across days and months than the resident species. Their annual migration patterns also differed with respect to time and migration routes.
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