Innovative nitrogen management technologies to improve agricultural production and environmental protection in intensive Chinese agriculture. Subproject: Plant Nutrition and Field Trials in North China
- Status
- abgeschlossen
- Projektbeginn
- 01.09.2008
- Projektende
- 31.08.2011
- Förderkennzeichen
- BMBF (Jülich): 0330800E
- Projekt-Homepage
- http://www.nitrogen-management.de/
New technologies and innovative agricultural practices together with a guidance of policy and decision makers will optimize the agricultural production and protect the environment inintensive Chinese agriculture. The project will strongly contribute to extending technology inChina by formulating and implementing agro-tech extension programs, by introducing, testingand demonstrating new techniques, products, innovative management practices and extensionwork in different representative cropping systems and for different farm sizes. The aim is to reduce the excessive mineral nitrogen fertilization for a highly sustainable and resource-saving production in intensive Chinese agriculture. Improvements in nitrogen and water management will be able to dramatically optimize China’s agriculture in terms of productivity, cost efficiency, resilience and self-sufficiency, to protect the environment from nitrogenpollution, to decrease global warming and to relieve the energy crisis.
Beteiligte Personen
- Prof. Dr. Zhang Fusuo, Prof. Dr. Chen Xinping
Beteiligte Einrichtungen
- (1) Institute of Geoecology, Braunschweig Technical University; (2) College of Resources and Environmental Sciences (CRES), China Agricultural University (CAU), Beijing
Förderer
Publikationen im Rahmen des Projekts
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Yield and N use efficiency of a maize–wheat cropping system as affected by different fertilizer management strategies in a farmer’s field of the North China Plain
2015: Hartmann T.E., Yue S.C., Schulz R., He X., Chen X.P., Zhang F.S., Müller T.
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Model-based optimisation of nitrogen and water management for wheat-maize systems in the North China Plain
2014: Michalczyk A., Kersebaum K. C. ,Roelcke M., Hartmann T.,Yue S.-C.,Chen X.P., Zhang F.
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Nitrogen dynamics, apparent mineralization and balance calculations in a maize - wheat double cropping system of the North China Plain.
2014: Hartmann T.E., Yue S.C., Schulz R., Chen X.P., Zhang F.S., Müller T.
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Einfluss der Stickstoffform, der Bewässerungsart und der Einarbeitung von Ernterückständen auf den Boden-pH und das Wachstum von Tomaten
2012: Kesenheimer K.
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Alternative Stickstoff-Düngestrategien zu einer Weizen/Mais-Doppelfruchtfolge in der Nordchinesischen Tiefebene
2011: Hartmann T., Schulz R., Müller T., Chen X., Zhang F.