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Chinese Agricultural University
Institution
Section overview
Description
As it develops itself into an internationalised institution, China Agricultural University considers international exchange and cooperation to be a significant component of its mission. The university currently has established relationship, via exchange of memoranda of understanding or agreements, with 64 universities from 25 countries in North America, Europe, Asia, and Oceania. In addition, a number of contacts with international organizations have been established. A worldwide network for academic exchange and collaboration is under cultivation, and exchange of students between partner universities has been encouraged. A wide scope of communication and cooperation has been promoted.
Activities
- Research
Involved in research projects
- Bilateral project - Design of environment-friendly sprayers for bigger fields
- 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 P9: Regional identification of sensitive areas for wind-driven matter fluxes and quantification of wind-driven matter fluxes across ecosystem boundaries
- GRK 1070 SP 1.3: Modeling and measuring nitrogen deposition in the North China Plain
- GRK 1070 SP 1.2: Optimisation of soil organic matter management under intensive cropping in the North China Plain
- GRK 1070 SP 1.1: A combined BaPS-13C stable isotope technique to study the interaction between C and N turnover in alkaline agricultural soils of the North China Plain
- GRK 1070 SP 1.4: Further development and evaluation of laser spectroscopic in-situ measurement techniques for highly sensitive detection of climate relevant trace gas fluxes in the North China Plain
- GRK 1070 SP 2.1: Design, modeling and evaluation of improved cropping strategies and multi-level interactions in mixed cropping systems in the North China Plain
- GRK 1070 SP 2.2: QTL analysis and optimization of breeding schemes for improved nitrogen-use efficiency of maize and wheat for sustainable cropping systems in the North China Plain
- GRK 1070 SP 2.3: Decision support systems for weed management in North China Plain production systems
- GRK 1070 SP 2.4: Precision irrigation and fertigation technology for improving water- and fertilizer-efficiency of North China Plain production systems
- GRK 1070 SP 3.1: Economic analysis on the effects of management and policy measures aiming at a reduction of the environmental burden from high-level agricultural production in the North China Plain
- GRK 1070 SP 3.2: Development and implementation of an Integrated Agro-Environmental Information System at regional levels of different scales in the North China Plain
- GRK 1070 SP 3.3: Property rights and access to credit, inputs and agricultural knowledge in the North China Plain: implications for technical efficiency, sectoral change, and rural income inequality
- GRK 2366: Adaptation of maize-based food-feed-energy systems to limited phosphate resources
- Implementation of biological methods into integrated plant protection strategies against biotic stresses in Chinese greenhouse vegetable production
- Innovative model and demonstration based water management for resource efficiency in integrated multitrophic agriculture and aquaculture systems. Innovative Aquaponics for Professional Application
- Productivity and botanical diversity in the steppe grassland of Inner Mongolia - contributions of grazing intensity and potential of forage legume species
- Sustainable and productive grassland use by grazing sheep in the Inner Mongolian steppe - Impact of long-term grazing intensity, grazing management, and feed supplementation on feed intake and quality as well as on animals behaviour and growth
Contact
Chinese Agricultural University
Beijing
China
China
Phone: +86 10 62732736
Fax: +86 10 62731055
Email: cauie(@)cau.edu.cn
