讲座题目：Long term drivers of aboveground-belowground linkages and ecosystem functioning
主 讲 人：David Wardle (教授)
主 持 人：阎恩荣 (教授)
开始时间：2023年4月28日 13:30
讲座地址：闵行校区 资环楼352
主办单位：生态与环境科学学院、科技处
报告人简介：
All terrestrial ecosystems consist of communities of aboveground and belowground organisms, which interact with each other over short time scales, but which both drive and respond to processes that operate over much longer time scales. Here I illustrate the linkage between short-term interactions between aboveground and belowground biota, and long term ecological processes, using examples from our work across natural environmental gradients of fire history on lake islands in northern Sweden, ecosystem development and decline across long term chronosequences, and elevational gradients in mountain environments. In combination, these examples highlight that understanding aboveground-belowground linkages offer many insights about the abiotic and biotic drivers of ecosystems, including those that operate over much longer time scales that the linkages themselves operate such as climate and geology, as well as those that are relevant to understanding the ecosystem impacts of human-driven global change.
主 讲 人：David Wardle (教授)
主 持 人：阎恩荣 (教授)
开始时间：2023年4月28日 13:30
讲座地址：闵行校区 资环楼352
主办单位：生态与环境科学学院、科技处
报告人简介：
David Wardle博士现任新加坡南洋理工大学教授，主要从事生态系统结构与功能(包括碳固持)、岛屿生态学方面研究，在地上-地下群落相互联系及其对陆地生态系统功能的反馈方面取得了杰出成就，是生物多样性与生态系统功能研究的国际权威之一。他于2013年当选新西兰皇家科学会会士，2020年当选为欧洲人文和自然科学院院士，并获得多项奖励，包括美国生态学会R. H. Whittaker杰出生态学家奖(2020)、Rosén´s Linneus Prize(2016)、Wallenberg Scholars award(2010，2016)等。截至目前，David Wardle博士已发表412篇学术论文，包括27篇Science和Nature、7篇Nature/Science子刊，引用超过10万次，H-指数128。David Wardle曾担任国际顶尖期刊Science的Reviewing editor(2009-2016)，并多次被ISI/Clarivate评为“高被引作者”。2021年，他在“生态学与进化”领域全球顶尖学者第19名。
报告内容简介:
All terrestrial ecosystems consist of communities of aboveground and belowground organisms, which interact with each other over short time scales, but which both drive and respond to processes that operate over much longer time scales. Here I illustrate the linkage between short-term interactions between aboveground and belowground biota, and long term ecological processes, using examples from our work across natural environmental gradients of fire history on lake islands in northern Sweden, ecosystem development and decline across long term chronosequences, and elevational gradients in mountain environments. In combination, these examples highlight that understanding aboveground-belowground linkages offer many insights about the abiotic and biotic drivers of ecosystems, including those that operate over much longer time scales that the linkages themselves operate such as climate and geology, as well as those that are relevant to understanding the ecosystem impacts of human-driven global change.