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首页> 外文期刊>Philosophical Transactions of the Royal Society of London, Series B. Biological Sciences >Conclusion: applying South East Asia Rainforest Research Programme science to land-use management policy and practice in a changing landscape and climate
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Conclusion: applying South East Asia Rainforest Research Programme science to land-use management policy and practice in a changing landscape and climate

机译:结论:将东南亚雨林研究计划科学应用于不断变化的景观和气候的土地使用管理政策和实践

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摘要

The context and challenges relating to the remaining tropical rainforest are briefly reviewed and the roles which science can play in addressing questions are outlined. Key messages which articles in the special issue, mainly based on projects of the Royal Society South East Asia Rainforest Research Programme (SEARRP), have raised of relevance to policies on land use, land management and REDDt are then considered. Results from the atmospheric science and hydrology papers, and some of the ecological ones, demonstrate the very high ecosystem service values of rainforest (compared with oil palm) in maintaining high biodiversity, good local air quality, reducing greenhouse emissions, and reducing landslide, flooding and sedimentation consequences of climate change—and hence provide science to underpin the protection of remaining forest, even if degraded and fragmented. Another group of articles test ways of restoring forest quality (in terms of biodiversity and carbon value) or maintaining as high biodiversity and ecological functioning levels as possible via intelligent design of forest zones and fragments within oil palm landscapes. Finally, factors that have helped to enhance the policy relevance of SEARRP projects and dissemination of their results to decision-makers are outlined.
机译:简要回顾了与剩余热带雨林有关的背景和挑战,并概述了科学在解决问题中可以发挥的作用。然后考虑本期特刊中主要基于皇家学会东南亚雨林研究计划(SEARRP)项目提出的关键信息,这些关键信息提出了与土地利用,土地管理和REDDt政策相关的信息。大气科学和水文学论文以及一些生态学论文的结果表明,雨林(与油棕相比)在维持高生物多样性,良好的当地空气质量,减少温室气体排放以及减少滑坡,洪水方面具有很高的生态系统服务价值。以及气候变化带来的沉积后果,因此提供了科学基础,以保护剩余的森林,即使其退化和破碎。另一组文章测试了通过智能设计林区和油棕景观中的碎片来恢复森林质量(就生物多样性和碳价值而言)或保持尽可能高的生物多样性和生态功能水平的方法。最后,概述了有助于增强SEARRP项目的政策相关性以及将其结果传播给决策者的因素。

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