STUDY ON GLOBAL CHANGE AND TERRESTRIAL ECOSYSTEMS:HISTORY AND PROSPECT
Fu Bojie, Niu Dong, Shidong Zhao
Abstract
Fu Bojie, Niu Dong, Shidong Zhao
Abstract
As one of the core projects of IGBP and the global change study, GCTE-Global Change and Terrestrial Ecosystems is a hot research topic for the global ecological community. Since its inception in 1980s, a series of important results have been achieved by the scientists, including Chinese scientists in this area, which significantly advances the study on global change in the world. To meet the needs for scientific, technological and socio-economic development in China, we proposed four areas on which the Chinese scientists should focus their study of global change and terrestrial ecosystems in future, including: (1) Metabolism and coupling mechanism of key life elements in terrestrial ecosystems in China; (2) Implications of terrestrial ecosystems in areas sensitive to global change and in important transects on global change; (3) Interactions between biogeochemical cycle of C, N, P, S in China and global change; and (4) Development of regional dynamic vegetation model which meets the actual needs of China.
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As one of the core projects of IGBP and the global change study, GCTE-Global Change and Terrestrial Ecosystems is a hot research topic for the global ecological community. Since its inception in 1980s, a series of important results have been achieved by the scientists, including Chinese scientists in this area, which significantly advances the study on global change in the world. To meet the needs for scientific, technological and socio-economic development in China, we proposed four areas on which the Chinese scientists should focus their study of global change and terrestrial ecosystems in future, including: (1) Metabolism and coupling mechanism of key life elements in terrestrial ecosystems in China; (2) Implications of terrestrial ecosystems in areas sensitive to global change and in important transects on global change; (3) Interactions between biogeochemical cycle of C, N, P, S in China and global change; and (4) Development of regional dynamic vegetation model which meets the actual needs of China.
Key concepts: Global change, Terrestrial ecosystem, China, Ecosystem, Biogeochemical cycle, Environmental resource management, Terrestrial plant, Environmental science