The Cornwall Beaver Project: navigating the social-ecological complexity of rewilding as a nature-based solution

Mike Jones, Chris Jones
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Abstract

The story of the Cornwall Beaver Project is presented as the foundation of a review of the literature to consider the effects of beavers on geomorphological and hydrological processes, habitats, biodiversity, and people in agricultural landscapes in the UK. The review includes a comparison of the principles for rewilding as an approach to ecological restoration with IUCNs principles for Nature-based Solutions together with a summary of beaver reintroduction in Europe, and the impacts of beavers on hydrological and geomorphological processes, biodiversity and the human-wildlife conflict that arises from reintroduction. We note that rewilding principles require a paradigm shift in the relationship between humans and the rest of nature and a corresponding application of systems thinking to research, practice and policy. The combination of experiential and formal knowledge is assessed using a social-ecological systems framework to consider the potential of beavers to mitigate climate change impacts on agricultural landscapes in the UK and how rewilders might navigate the social complexity of beaver reintroduction to achieve large scale system transformation. We discuss the different lines of evidence about the impacts of beavers on landscapes as viewed through a system lens and conclude that: (1) beaver dams have considerable potential to store water but their ability to reduce flood risk is difficult to assess because of the complex interactions between the material available for dam construction, geomorphology, and the duration, extent and intensity of rainfall events; (2) beaver dams, especially when combined with buffer zones along water courses have considerable potential to enhance the resilience of agricultural landscapes and support a shift from intensive to agroecological farming; (3) scaling beaver reintroduction will evolve with the application of policies and practices that enhance the ability of land users to adapt and learn how to coexist with beavers. Our review proposes a low conflict strategy for rewilding with beavers that includes changes from a policy of conflict avoidance to a proactive policy to support practices that apply the tools of social-ecological systems science to the body of knowledge about the interactions between beavers and their environment.
康沃尔海狸项目:将野化作为基于自然的解决方案,驾驭社会生态的复杂性
康沃尔海狸项目的故事将作为文献综述的基础,以考虑海狸对英国农业景观中的地貌和水文过程、栖息地、生物多样性和人类的影响。该综述包括野化作为生态恢复方法的原则与世界自然保护联盟(IUCN)基于自然的解决方案原则的比较,以及在欧洲重新引入海狸的概述,海狸对水文和地貌过程、生物多样性的影响,以及重新引入海狸引起的人类与野生动物之间的冲突。我们注意到,野化原则要求转变人与自然之间的关系模式,并在研究、实践和政策中相应应用系统思维。我们使用社会生态系统框架评估了经验知识与正式知识的结合,以考虑海狸减轻气候变化对英国农业景观影响的潜力,以及野化工作者如何驾驭海狸放归的社会复杂性,实现大规模的系统转型。我们从系统角度讨论了海狸对景观影响的不同证据,并得出以下结论:(1) 海狸坝具有相当大的蓄水潜力,但其降低洪水风险的能力却很难评估,因为可用于建造水坝的材料、地貌以及降雨事件的持续时间、范围和强度之间存在复杂的相互作用;(2) 海狸坝,尤其是与水道沿岸缓冲区相结合时,在提高农业景观的恢复能力和支持从集约型农业向生态农业转变方面具有相当大的潜力;(3) 海狸的规模化重新引入将随着政策和实践的应用而发展,这些政策和实践将提高土地使用者适应和学习如何与海狸共存的能力。我们的综述提出了海狸野化的低冲突战略,包括从避免冲突的政策转变为积极主动的政策,以支持将社会生态系统科学工具应用于海狸与其环境之间相互作用的知识体系的实践。
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