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Search for: fh62VKoX2FU0lEOwkF43GA7tzz7cUk55eQG9OuEGpGyuFcwfwqofu1SOH9bhwXJO, 10 of 7967 ResultsSorting
Relevancy: 10%
GABI 2 - Metabolomics Platform: Transferring functional genomics technology from Arabidopsis to crop plants: metabolic profiling in aid of rapeseed biotechnology (Project)
...GABI 2 - Metabolomics Platform: Transferring functional genomics technology from Arabidopsis to crop plants: metabolic profiling in aid of rapeseed biotechnology...
Funding period: 2004 - 2007
Relevancy: 10%
Development and harmonization of diagnostic procedures for pests and diseases (Project)
...Virus- and phytoplasma diseases, e.g. grapevine leafroll or Flavescence dorée are regulated by quarantine or certification systems. ...
Funding period: 2008 - 2018
Relevancy: 10%
Association of Organic Processors (Institution)
...Bundesverband Naturkost Naturwaren (BNN) e.V. is the Association of Organic Processors, Wholesalers and Retailers which represents the interests of the organic food and natural goods sector on a political and economical level. ...
Relevancy: 10%
Application of the EO-LDAS Prototype (Earth Observation - Land Data Assimilation System) and Data Base to Prepare Sentinel-2 Assimilation (Project)
...The application of the EO-LDAS-prototype, a data assimilation scheme of Sentinel-2 satellite data, aims at improving the monitoring of the vegetated land surface with satellite observations. ...The multi-year campaigns of vegetation parameters and the continuous eddy covariance flux measurements (CO2, H2O) allow to evaluate the EO-LDAS-prototype as well as to develop and calibrate the modeling system. ...
Funding period: 2013 - 2016
Relevancy: 10%
Application of the EO-LDAS Prototype (Earth Observation - Land Data Assimilation System) and Data Base to Prepare Sentinel-2 Assimilation (Project)
...The application of the EO-LDAS-prototype, a data assimilation scheme of Sentinel-2 satellite data, aims at improving the monitoring of the vegetated land surface with satellite observations. ...The multi-year campaigns of vegetation parameters and the continuous eddy covariance flux measurements (CO2, H2O) allow to evaluate the EO-LDAS-prototype as well as to develop and calibrate the modeling system. ...
Funding period: 2013 - 2017
Relevancy: 10%
Collaborative project: Improved assessment of the greenhouse gas emission reduction by catch crops in arable crop production and development of an advisory tool for more precise nitrogen fertilization after catch crop cultivation – subproject 1 (Project)
...On sandy soils with maize cropping sequences prone to leaching losses (Kiel, Uelzen), direct N2O emissions from CC could be compensated by reduced indirect emissions from NO3 leaching, lower N fertilizer need and long-term carbon sequestration (best effect: oilseed radish, saia oat). In sugar beet cropping sequences on loess soils (Göttingen, Stuttgart), higher direct N2O emissions from CC cultivation could not be compensated by positive CC services (fertilizer need, carbon sequestration) (best effect summer vetch). ...On loamy sites, the avoidance of direct N2O emissions should be the focus of the cultivation decision....
Funding period: 2018 - 2021
Relevancy: 10%
Collaborative project: Improved assessment of the greenhouse gas emission reduction by catch crops in arable crop production and development of an advisory tool for more precise nitrogen fertilization after catch crop cultivation – subproject 2 (Project)
...On sandy soils with maize cropping sequences prone to leaching losses (Kiel, Uelzen), direct N2O emissions from CC could be compensated by reduced indirect emissions from NO3 leaching, lower N fertilizer need and long-term carbon sequestration (best effect: oilseed radish, saia oat). In sugar beet cropping sequences on loess soils (Göttingen, Stuttgart), higher direct N2O emissions from CC cultivation could not be compensated by positive CC services (fertilizer need, carbon sequestration) (best effect summer vetch). ...On loamy sites, the avoidance of direct N2O emissions should be the focus of the cultivation decision....
Funding period: 2018 - 2021
Relevancy: 10%
Collaborative project: Improved assessment of the greenhouse gas emission reduction by catch crops in arable crop production and development of an advisory tool for more precise nitrogen fertilization after catch crop cultivation – subproject 3 (Project)
...On sandy soils with maize cropping sequences prone to leaching losses (Kiel, Uelzen), direct N2O emissions from CC could be compensated by reduced indirect emissions from NO3 leaching, lower N fertilizer need and long-term carbon sequestration (best effect: oilseed radish, saia oat). In sugar beet cropping sequences on loess soils (Göttingen, Stuttgart), higher direct N2O emissions from CC cultivation could not be compensated by positive CC services (fertilizer need, carbon sequestration) (best effect summer vetch). ...On loamy sites, the avoidance of direct N2O emissions should be the focus of the cultivation decision....
Funding period: 2018 - 2021
Relevancy: 10%
Collaborative project: Improved assessment of the greenhouse gas emission reduction by catch crops in arable crop production and development of an advisory tool for more precise nitrogen fertilization after catch crop cultivation – subproject 4 (Project)
...On sandy soils with maize cropping sequences prone to leaching losses (Kiel, Uelzen), direct N2O emissions from CC could be compensated by reduced indirect emissions from NO3 leaching, lower N fertilizer need and long-term carbon sequestration (best effect: oilseed radish, saia oat). In sugar beet cropping sequences on loess soils (Göttingen, Stuttgart), higher direct N2O emissions from CC cultivation could not be compensated by positive CC services (fertilizer need, carbon sequestration) (best effect summer vetch). ...On loamy sites, the avoidance of direct N2O emissions should be the focus of the cultivation decision....
Funding period: 2018 - 2021
Relevancy: 10%
Collaborative project: Improved assessment of the greenhouse gas emission reduction by catch crops in arable crop production and development of an advisory tool for more precise nitrogen fertilization after catch crop cultivation – subproject 5 (Project)
...On sandy soils with maize cropping sequences prone to leaching losses (Kiel, Uelzen), direct N2O emissions from CC could be compensated by reduced indirect emissions from NO3 leaching, lower N fertilizer need and long-term carbon sequestration (best effect: oilseed radish, saia oat). In sugar beet cropping sequences on loess soils (Göttingen, Stuttgart), higher direct N2O emissions from CC cultivation could not be compensated by positive CC services (fertilizer need, carbon sequestration) (best effect summer vetch). ...On loamy sites, the avoidance of direct N2O emissions should be the focus of the cultivation decision....
Funding period: 2018 - 2021
