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Research Interests:
Land Surface Dynamics Modeling with an emphasis on quantifying the impacts of land use and climate change on ecosystem services (e.g., carbon cycle)
Dr. Shuguang (Leo) Liu, Research Ecologist at USGS/EROS, specializes in development and applications of complex modeling and decision-support systems to simulate human-land-atmosphere interactions and environmental consequences at the site to global scales. With funding from the US Geological Survey, NASA, Department of Defense, USAID and NSF, Dr. Liu's current research activities include (1)developing advanced data assimilation systems to enhance capability in monitoring and forecasting the status and trends of terrestrial ecosystems using models and observations from ground and space, (2)quantifying the spatial and temporal dynamics of CO2 exchange between the terrestrial biosphere and the atmosphere with a special emphasis on the impacts of land use and climate change for the United States and Africa, (3)investigating the impacts of soil erosion and deposition on ecosystem productivity, soil profile evolution, and atmospheric CO2 concentration, (4)developing a spatially distributed biogeochemical modeling system to support the sustainable management of a military installation, and (5)simulate the economic and environmental consequences of biofuel industry in the northern Great Plains.
Land Surface Dynamics Modeling with an emphasis on quantifying the impacts of land use and climate change on ecosystem services (e.g., carbon cycle)
Dr. Shuguang (Leo) Liu, Research Ecologist at USGS/EROS, specializes in development and applications of complex modeling and decision-support systems to simulate human-land-atmosphere interactions and environmental consequences at the site to global scales. With funding from the US Geological Survey, NASA, Department of Defense, USAID and NSF, Dr. Liu's current research activities include (1)developing advanced data assimilation systems to enhance capability in monitoring and forecasting the status and trends of terrestrial ecosystems using models and observations from ground and space, (2)quantifying the spatial and temporal dynamics of CO2 exchange between the terrestrial biosphere and the atmosphere with a special emphasis on the impacts of land use and climate change for the United States and Africa, (3)investigating the impacts of soil erosion and deposition on ecosystem productivity, soil profile evolution, and atmospheric CO2 concentration, (4)developing a spatially distributed biogeochemical modeling system to support the sustainable management of a military installation, and (5)simulate the economic and environmental consequences of biofuel industry in the northern Great Plains.
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论文共 316 篇作者统计合作学者相似作者
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Global change biologyno. 4 (2024): e17280-e17280
Zhiqiang Li, Qinxiang Wu,Yuanying Peng,Junjie Lei,Shuguang Liu, Can Mao, Xin Liu,Jun Wang,Wende Yan,Xiaoyong Chen
FORESTSno. 1 (2024)
Forest Ecosystems (2024): 100165
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Forestsno. 4 (2024)
Baojing Wei, Xue Mao,Shuguang Liu,Maochou Liu, Zhao Wang,Peng Kang,Haiqiang Gao,Wenxi Tang,Shuailong Feng, Zhenzhen Pan
Journal of Environmental Management (2024): 120921
FOREST ECOSYSTEMS (2024)
SCIENCE OF THE TOTAL ENVIRONMENT (2024): 168349-168349
peiyang Ren,Daju Wang,Xiaosheng Xia,Xiuzhi Chen,Zhangcai Qin,Jing Wei,Shuguang Liu, Michael O'Sullivan,Wenping Yuan
Environmental Research Letters (2024)
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