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让工作服务于渔猫保护:连接互动式野生迁地保护谱系中各种群的蓝图。

Making Work for Fishing Cat Conservation: A Blueprint for Connecting Populations across an Interactive Wild Ex Situ Spectrum.

作者信息

Adhya Tiasa, Singh Simran, Gottumukkala Himaja Varma, Banerjee Aditya, Chongder Ishita, Maity Sulata, Reddy P Anuradha

机构信息

The Fishing Cat Project, Fishing Cat Conservation Alliance, P.O. Box 1488, Navasota, TX 77868, USA.

CSIR-Centre for Cellular and Molecular Biology, Uppal Road, Hyderabad 500 007, India.

出版信息

Animals (Basel). 2024 Sep 25;14(19):2770. doi: 10.3390/ani14192770.

Abstract

The One Plan Approach advocates for a hybrid species management framework, wherein captive-bred populations are considered metapopulations nested within a broader network of zoos and wild populations Additionally, the Opportunities to Thrive framework aims to enhance animal welfare by addressing the physiological, psychological, and emotional needs of captive individuals, thereby improving conservation outcomes. Here, we present an integrated framework for the conservation of a globally threatened wetland wild cat species, the fishing cat, by synthesizing optimal ex situ management practices and in situ conservation strategies. Further, we examined the genetic constitution of the founder population in a fishing cat captive breeding program that was recently initiated by the West Bengal Zoo Authority, India and conducted a population viability analysis to suggest how best to maintain the genetic diversity of the population. We found that the present genetic diversity of 56% and maximum carrying capacity of the captive population (30 individuals) can be maintained for more than 100 years with a combination of supplementation and harvesting. Keeping stochastic events in mind, the introduction of two adult males and females to the existing population each year will seamlessly allow the harvesting of two adult males and two adult females every alternate year to supplement wild populations. Further, we adopted the proposed integrated framework to delineate recommendations for the supplementation of wild populations in West Bengal. We used environmental criteria known to influence fishing cat occurrence to identify 21 potential reintroduction zones in the Sundarbans landscape and Terai region in northern West Bengal with habitable areas for the fishing cat that are larger than the maximum known species' home range. Our study is timely and insightful because it provides a holistic blueprint for implementing the One Plan Approach in safeguarding a threatened species.

摘要

“一体化保护计划”倡导一种混合物种管理框架,即圈养繁殖种群被视为嵌套在更广泛的动物园和野生种群网络中的集合种群。此外,“茁壮成长机会”框架旨在通过满足圈养个体的生理、心理和情感需求来提高动物福利,从而改善保护成果。在此,我们通过综合最佳的迁地管理实践和就地保护策略,提出了一个用于保护全球受威胁的湿地野生猫科动物渔猫的综合框架。此外,我们研究了印度西孟加拉邦动物园管理局最近启动的渔猫圈养繁殖计划中奠基种群的基因构成,并进行了种群生存力分析,以建议如何最好地维持该种群的遗传多样性。我们发现,通过补充和收获相结合的方式,圈养种群目前56%的遗传多样性和最大承载能力(30只个体)可以维持100多年。考虑到随机事件,每年向现有种群引入两只成年雄性和雌性个体,将无缝地允许每隔一年收获两只成年雄性和两只成年雌性个体以补充野生种群。此外,我们采用了提议的综合框架来划定西孟加拉邦野生种群补充的建议。我们利用已知会影响渔猫出现的环境标准,在孙德尔本斯景观和西孟加拉邦北部的特莱地区确定了21个潜在的重新引入区域,这些区域有适合渔猫居住的区域,面积大于已知该物种最大的家域范围。我们的研究及时且具有洞察力,因为它为实施“一体化保护计划”保护受威胁物种提供了一个全面的蓝图。

https://cdn.ncbi.nlm.nih.gov/pmc/blobs/c4e8/11475073/35b1bb17ab2e/animals-14-02770-g001.jpg

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