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Reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization. Subproject 8: Field trials to GHG emissions at the site Berge
Project
Project code: 22403912
Contract period: 01.08.2012
- 31.07.2016
Purpose of research: Applied research
no details
Section overview
Subjects
- Crop Production
- Specialised crops
- Renewable Resources
- Climate Change
Framework programme
Funding programme
Excutive institution
Funding institution
Project management agencies
Associated projects: Reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization
- Reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization. Subproject 7:
- Joint research project: Mitigation of greenhouse gas emissions from rapeseed cultivation with special focus on nitrogen fertilization; Project part 1: Site-specific GHG-calculation of rapeseed cultivation
- Reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization. Subproject 6: Field trials to GHG emissions on site Hohenschulen, evaluation of climate change mitigation options and regional modeling
- Reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization. Subproject 4: Analysis and evaluation of field trials at the site Merbitz
- Reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization. Subproject 3: Field trials to GHG emissions at the site Merbitz
- Joint project: reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization; Project coordination, building a network and transnational data analysis and evaluation
- Joint project: reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization; Subproject 5: Evaluation of rapeseed crop rotations, taking into account reference farms and completed trials
- Collaborative project: Reducing greenhouse gas emissions in rapeseed cultivation with special reference to nitrogen fertilization. Subproject 2: field trials to GHG emissions at the Dedelow site and analysis of humus effectiveness of rapeseed crop rotations