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Chinese Academy of Sciences (CAS)
Institution
Section overview
Description
Chinese Academy of Sciences (CAS) is a leading academic institution and comprehensive research and development center in natural science, technological science and high-tech innovation in China. It was founded in Beijing on 1st November 1949 on the basis of the former Academia Sinica (Central Academy of Sciences) and Peiping Academy of Sciences.
Activities
- Research
Subordinate institutions
Involved in research projects
- Application package 'Soil and Environment Research' TP1: Implications of land use depended soil structure dynamics on the preferential transfer of water and dissolved substances in paddy rice fields in the space scale (1)
- Application package 'Soil and Environment Research' TP11: Effects of elevated CO2 concentrations on carbon turnover in crop rotations studied in a Chinese and a German free air carbon dioxide enrichment (FACE) approach (1)
- Dissolved organic matter driven changes in minerals and organic-mineral interactions during paddy soil development
- FOR 536 P10: Influence of grazing pressure on the carbon isotope compostion of the grassland of China: Spatio-temporal variations at multiple scales
- FOR 536 P7: Regional water balance and matter flow
- FOR 536 P8: Impact of grazing on hydraulic, thermal and mechanical soil properties of grassland soils in the steppe ecosystem of the Xilin River Basin (Inner Mongolia)
- FOR 536 Z1: MAGIM project coordination, coordination of MAGIM spatial experiments and development of a Geo Information System (GIS) for the Xilin river catchment
- FOR 995 P1: Changes in the mineral composition of paddy soils upon redox cycles
- FOR 995 P2: Redox-controlled mineral-associated organic matter stabilization in paddy soils
- FOR 995 P3: Cycling and ageing of amino acid nitrogen during paddy soil development
- FOR 995 P4: Production and stabilization of dissolved organic matter in paddy soils depending on redox conditions
- FOR 995 P5: Microbial carbon and nitrogen cycling in recent and ancient paddy soils
- FOR 995 P6: 14C AMS as a tracer and dating tool in the study of paddy soil carbon dynamics
- FOR 995 P7: Lipid biogeochemistry of paddy soils
- FOR 995 TZ: Project coordination, coordination and design of spatial sampling and geostatistical analyses of redox-sensitive SOM parameters in paddy soils
- Productivity and botanical diversity in the steppe grassland of Inner Mongolia - contributions of grazing intensity and potential of forage legume species
Contact
Chinese Academy of Sciences
(CAS)
52 Sanlihe Rd.
100864 Beijing
China
China
Phone: 86 10 68597289
Fax: 86 10 68512458
Email: cas_en(@)stimes.cn
