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FOR 536: Matter fluxes in grasslands of the Xilin river watershed, Inner Mongolia as influenced by stocking rate (MAGIM)
Collaborative Project
Coordinating institution:
Institute for Meteorology and Climate Research Atmospheric Environmental Research
Collaborative Projects
Subprojects P
Leading institution:
Institute for Meteorology and Climate Research Atmospheric Environmental Research
Research projects
- FOR 536 P1: Amount, composition, and turnover of organic matter pools in grassland soils under typical steppe vegetation types of the Xilin River Basin (Inner Mongolia) with different grazing management
- FOR 536 P2: Nitrogen supply of grassland and its belowground productivity as influenced by stocking rate, management and availability of water
- FOR 536 P3: Mid term effects of grazing intensity on yield formation and forage quality in grassland ecosystems in Inner Mongolia with special reference to water supply
- FOR 536 P4: Impact of grazing intensity of sheep on biomass availability, feed intake, feed quality and animal productivity in Inner Mongolian steppe
- FOR 536 P5: Quantification and biogeochemical modeling of C and N turnover processes and biosphere-atmosphere exchange of C and N compounds
- FOR 536 P6: Extrapolating water and carbon fluxes of managed grasslands in time and space based on surface and airborne observations
- 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 P9: Regional identification of sensitive areas for wind-driven matter fluxes and quantification of wind-driven matter fluxes across ecosystem boundaries
- FOR 536 P10: Influence of grazing pressure on the carbon isotope compostion of the grassland of China: Spatio-temporal variations at multiple scales
Coordination Area Z
Leading institution:
Institute of Landscape Ecology and Resources Management