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Conservationscapes: an interdisciplinary framework to link species-focused conservation to human systems

机译:保护CAPES:一个跨学科框架,用于将焦点的保护与人类系统联系起来

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Effective conservation of species requires an understanding of both the ecological characteristics of threats to the species in question, as well as the social and governance context of those threats. However, data on such characteristics and context are often lacking. This paper proposes the conservationscape framework as a guide for filling these data gaps, through interdisciplinary research that links species-focused conservation to a broader, human-inclusive understanding of threats and possible solutions. This framework, adapted from other social-ecological system frameworks, outlines (1) basic characteristics of species and the threats they face, (2) social factors (including economic and cultural factors) that influence human activities linked to these threats, and (3) governance context, or how human activities are managed (eg through regulations or institutions). The accidental capture, or bycatch, of marine mammals - specifically, Irrawaddy dolphins (Orcaella brevirostris) - by small-scale fisheries offers a practical example of how this framework can be used to develop a holistic understanding of conservation threats and possible solutions. For many conservation issues, this framework could help provide critical information, elucidate patterns and priorities through cross-site comparisons, and reduce the gap between research and effective conservation by informing solutions that integrate the human dimension.
机译:有效保护物种需要了解对有问题的物种的威胁的生态特征以及这些威胁的社会和治理背景。但是,通常缺乏关于这种特征和上下文的数据。本文通过跨学科研究提出了保守框架作为填补这些数据差距的指南,使得将物种的保护与对威胁和可能的解决方案的更广泛的,人类包容性的理解联系起来。该框架,改编自其他社会生态系统框架,概述(1)物种的基本特征以及他们面临的威胁,(2)影响与这些威胁相关的人类活动的社会因素(包括经济和文化因素),并(3 )治理背景,或如何管理人类活动(例如通过法规或机构)。小型渔业的毫无意识的捕获或兼职捕获或兼职捕获,或者是小规模渔业的实际例子提供了该框架如何用于制定对保护威胁和可能的解决方案的整体理解。对于许多保护问题,本框架可以通过跨场比较提供关键信息,阐明模式和优先级,并通过通知整合人类维度的解决方案来降低研究和有效保护之间的差距。

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