"973" project "an oasis in arid areas, desertification process and its impact on human activities, climate change and regulation in response to the" Second Work Conference held in Lanzhou
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February 28 --- 3 Day 1 Month, National "973" project "an oasis in arid areas, desertification process and its impact on human activities, climate change and regulation in response to the" Second Work Conference held in Lanzhou. Project Leader of the people on the research objectives, research content, the early stage of the project progress, work plan for 2009 to the participating experts, such as the report.
It is learned that the National "973" project "an oasis in arid areas, desertification process and its impact on human activities, climate change response and control" is activated by the end of 2008, the project chief scientist for the Chinese Academy of Sciences, Cold and Arid Regions Environmental and Engineering Research Institute of King Tao researcher. Projects to be carried out by human activities, climate change under the influence of Oasis and desertification water, soil, gas, process and interaction studies to point (the field station, represented by small-scale regional) - zone (inland river Basin) - Noodles (arid zone) combine field observation, experimentation and simulation study of combining the study area will promote the interconnection of field research stations, field stations Driven improve the level of scientific research for the arid zone epicontinental comprehensive study process to provide a powerful platform , but also enhance the scale of different arid zone epicontinental the level of scientific understanding of the process, so that our country arid zone epicontinental process at the level of research on the existing foundation to be a larger upgrade.
It is understood that this project will be implemented in a more comprehensive understanding of Oasis and desertification process characteristics and spatio-temporal patterns, in-depth understanding of the oasis, desertification water, soil, gas, process, and their interaction mechanisms, a more comprehensive manner interpretation of the oasis, desertification processes and the inherent law of development, the establishment of vegetation dynamics model, implementation of the Water and Salt Movement and quantitative simulation of wind erosion process, the initial stated oasis, desertification and watershed ecohydrological process interaction mechanism, and create with independent intellectual property rights ecohydrological Distributed watershed model.
During the meeting, Wang Tao, chief scientist researcher on various research projects and research projects coordinated. He expressed the hope that the subject should carry forward the team spirit, to emancipate the mind, forward-looking planning, solid progress of the job, the successful completion of the expected mission.
It is learned that the National "973" project "an oasis in arid areas, desertification process and its impact on human activities, climate change response and control" is activated by the end of 2008, the project chief scientist for the Chinese Academy of Sciences, Cold and Arid Regions Environmental and Engineering Research Institute of King Tao researcher. Projects to be carried out by human activities, climate change under the influence of Oasis and desertification water, soil, gas, process and interaction studies to point (the field station, represented by small-scale regional) - zone (inland river Basin) - Noodles (arid zone) combine field observation, experimentation and simulation study of combining the study area will promote the interconnection of field research stations, field stations Driven improve the level of scientific research for the arid zone epicontinental comprehensive study process to provide a powerful platform , but also enhance the scale of different arid zone epicontinental the level of scientific understanding of the process, so that our country arid zone epicontinental process at the level of research on the existing foundation to be a larger upgrade.
It is understood that this project will be implemented in a more comprehensive understanding of Oasis and desertification process characteristics and spatio-temporal patterns, in-depth understanding of the oasis, desertification water, soil, gas, process, and their interaction mechanisms, a more comprehensive manner interpretation of the oasis, desertification processes and the inherent law of development, the establishment of vegetation dynamics model, implementation of the Water and Salt Movement and quantitative simulation of wind erosion process, the initial stated oasis, desertification and watershed ecohydrological process interaction mechanism, and create with independent intellectual property rights ecohydrological Distributed watershed model.
During the meeting, Wang Tao, chief scientist researcher on various research projects and research projects coordinated. He expressed the hope that the subject should carry forward the team spirit, to emancipate the mind, forward-looking planning, solid progress of the job, the successful completion of the expected mission.
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