The Tree of Knowledge (ToK): communicating the complexity of forest resilience.

知识树（ToK）：传达森林恢复力的复杂性。

• 批准号: NE/Y004124/1
• 负责人: Ruth Mitchell
• 金额: $ 9.66万
• 依托单位: James Hutton Institute
• 依托单位国家: 英国
• 项目类别: Research Grant
• 财政年份: 2023
• 资助国家: 英国
• 起止时间: 2023 至 无数据
• 项目状态: 未结题
• 来源: https://gtr.ukri.org/projects?ref=NE%2FY004124%2F1
• 关键词: Tree; Knowledge; ToK; communicating; complexity

The UK research councils are nearing the end of a five-year programme of research called 'Future of UK Treescapes' which aims to 'understand the environmental and societal benefits of landscapes in which trees play a significant role'. To gain maximum benefit from this research the results need to be synthesized and made available, using appropriate language, and using a range of formats, to relevant stakeholders.The Tree of Knowledge (ToK) project is a knowledge exchange project that will synthesize work from three projects (DiversiTree, MEMBRA and newLEAF) within the Future of UK Treescapes Programme, communicate the results to forest managers, policy makers and the public and in liaison with stakeholders co-develop guidance on how to implement the results both in forest management and in policy.The three projects ToK will synthesis cover different aspects of forest resilience. Resilience is the ability of a system, such as a forest, to recover from a disturbance. Currently the UK government is encouraging an increase in forest cover as part of its plans to store more carbon, to mitigate climate change. However, many of the UK's trees are threatened by climate change and a range of pests and diseases, which might limit their ability to contribute to carbon storage and the wide range of other benefits delivered by trees. We therefore need to make our forests resilient to these future threats. Resilience is delivered by multiple interacting factors, but a key parameter is diversity. More diverse systems are generally more resilient. Diversity occurs at many different levels. Species diversity is the number of different tree species within an area and is the research focus of the DiversiTree project. Genetic diversity is variation among individuals within a species and is the focus of the newLEAF project. Epigenetics are the biochemical changes within a tree in response to stresses during its life and may be described as the 'memory' of the tree, this is the focus of the MEMBRA project. Forest managers are advised that diversity increases resilience, but the practical implementation of diversity concepts can be complex and nuanced and may involve trade-offs between tree species, genetic diversity and epigenetic memory. In addition, genetic diversity and epigenetics are hard to visualize and interpret on the ground. The ToK project will make species diversity, genetic diversity, and epigenetic memory, more visible to forest managers, policy makers, and the public. It will explain why these concepts are important to understand and provide stakeholders with improved knowledge to evaluate diversity and resilience in the context of their own forests, such that decision-making is easier.There are three stages to ToK. First, we bring together researchers from DiversiTree, newLEAF and MEMBRA to synthesize current knowledge of the benefits, risks and uncertainties of species diversity, genetic diversity, and epigenetic memory for increasing resilience. We will identify consistent messages from across these projects, reducing the risk that stakeholders will receive conflicting information from three projects which ultimately all have the same aim of increasing forest resilience. Second, we will work with forest practitioners and policy makers to co-develop outputs from the synthesis that meet real world needs. Finally, the project will leave a range of co-developed outputs. Our research notes and webinars (recorded for future use) will provide practical guidance for practitioners on how to include species diversity, genetic diversity, and epigenetic memory within their forest planning. Our policy brief will provide guidance on results from the project that policy makers need to consider. Finally, our animated film, blogs, infographics, and podcast will increase the visibility, understanding and raise awareness of species diversity, genetic diversity, and epigenetic memory amongst the public.

英国研究委员会即将结束一项名为“英国树木景观的未来”的五年研究计划，该计划旨在“了解树木在其中发挥重要作用的景观的环境和社会效益”。为了从这项研究中获得最大的利益，需要综合研究结果，并使用适当的语言和一系列格式向相关利益攸关方提供。（DiversiTree、MEMBRA和newLEAF）在英国树木逃逸计划的未来内，将结果传达给森林管理人员，政策制定者和公众，并与利益相关者联络，共同制定关于如何在森林管理和政策中实施成果的指导。复原力是一个系统（如森林）从干扰中恢复的能力。目前，英国政府正在鼓励增加森林覆盖率，作为其储存更多碳的计划的一部分，以减缓气候变化。然而，英国的许多树木受到气候变化和一系列病虫害的威胁，这可能会限制它们为碳储存做出贡献的能力，以及树木带来的广泛的其他好处。因此，我们需要使我们的森林能够抵御这些未来的威胁。复原力由多种相互作用的因素提供，但一个关键参数是多样性。更多样化的系统通常更有弹性。多样性发生在许多不同的层面。物种多样性是指一个地区内不同树种的数量，是多样性树项目的研究重点。遗传多样性是一个物种内个体之间的变异，是newLEAF项目的重点。表观遗传学是一棵树在其生命过程中应对压力的生化变化，可以被描述为树的“记忆”，这是MEMBRA项目的重点。森林管理人员被告知，多样性增加复原力，但多样性概念的实际实施可能是复杂和微妙的，可能涉及树种，遗传多样性和表观遗传记忆之间的权衡。此外，遗传多样性和表观遗传学很难在实地可视化和解释。ToK项目将使森林管理者、政策制定者和公众更加了解物种多样性、遗传多样性和表观遗传记忆。它将解释为什么这些概念对于理解和向利益攸关方提供更好的知识以评估其自身森林的多样性和复原力非常重要，从而使决策更容易。首先，我们汇集了来自DiversiTree，newLEAF和MEMBRA的研究人员，以综合目前对物种多样性，遗传多样性和表观遗传记忆的益处，风险和不确定性的了解，以提高复原力。我们将从这些项目中确定一致的信息，减少利益相关者从三个项目中收到相互矛盾的信息的风险，这些项目最终都有提高森林复原力的相同目标。第二，我们将与森林工作者和决策者合作，共同开发满足真实的世界需求的综合成果。最后，该项目将留下一系列共同开发的产出。我们的研究笔记和网络研讨会（记录供未来使用）将为从业者提供实用指导，指导他们如何将物种多样性，遗传多样性和表观遗传记忆纳入森林规划。我们的政策简报将为决策者需要考虑的项目结果提供指导。最后，我们的动画电影，博客，信息图表和播客将增加公众对物种多样性，遗传多样性和表观遗传记忆的了解和认识。