9月26日(周一)上午10:00-11:30 Prof. Shing Yip Lee 2016年学术报告之二十二“Recent advances in understanding and harnessing the ecosystem services of mangroves”

Recent advances in understanding and harnessing the ecosystem services of mangroves

发布人:环境科学与工程学院
主题
Recent advances in understanding and harnessing the ecosystem services of mangroves
活动时间
-
活动地址
中山大学南校园地环大楼B401
主讲人
Prof. Shing Yip Lee
主持人
彭逸生 讲师

报告题目:Recent advances in understanding and harnessing the ecosystem services of mangroves

报告 人:Prof. Shing Yip Lee

       School of Environment / Australian Rivers Institute, Griffith University, Co-chair, Mangrove Specialist Group, IUCN 

时  间:2016年9月26日(周一)上午10:00-11:30  

地  点:中山大学南校园地环大楼B401

主  持:彭逸生 讲师

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报告人简介:

Prof. SY Lee has been researching on the ecology of mangrove ecosystems for more than 20 years. He has an international reputation in mangrove and estuarine ecosystem ecology through my research on estuarine, especially mangrove, function and services in the last 25 years after his examination of the ‘outwelling’ concept (Lee 1995, Hydrobiologia 295:203-212, cited 230 times – Google Scholar) in mangroves initiated a shift of one of the most important paradigms in mangrove trophic ecology. His recent work is concentrated on the role of key animals such as grapsid crabs in mangrove ecosystem function and services such as trophodynamics (focusing on poorly known but potentially important trophic linkages), or their nursery/coastal protection/carbon sequestration roles. He has published a career total of >150 refereed publications to date, with a current h-index of 30/41 (ISI Web of Science/Google Scholar). His average number of citations per year is consistently >250 (ISI) in the past few years for a relatively small field. Currently, his areas of expertise cover: (1) Estuarine ecology and management; (2) Ecosystem services and function of coastal wetlands especially mangroves and salt marshes; (3) Tropical marine biology (crustaceans, fish) and aquaculture; (4) Application of chemical tracers (stable isotopes, lipid biomarkers) to trophic ecology; (5) Impact of urbanisation including pollution on coastal ecosystem function; and (6) Novel analytical and measurement techniques for studying coastal ecosystem function.