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Search for: fh62VKoX2FU0lEOwkF43GA7tzz7cUk55eQG9OuEGpGyuFcwfwqofu1SOH9bhwXJO, 10 of 7899 ResultsSorting
Relevancy: 22%
Combined application of the natural abundance stable isotope and 15N tracing methods to quantify denitrification in agricultural soils in field studies (Project)
...Can the isotopic analyses of the intermediate denitrification product, N2O, be helpful to estimate soil N2-fluxes? Denitrification is an anaerobic microbial process of successive reduction of nitrate (NO3-) and nitrite (NO2-) to N2 through the following reaction steps: NO3- - NO2- - NO - N2O - N2. ...This method has been applied in numerous laboratory but few field studies, showing that the fraction of N2O reduction to N2 (i.e. the ‘product ratio’: N2O/(N2O+N2)) during denitrification ranging from 0 to 1 is extremely variable. ...Isotopic analyses of N2O is altered during the partial N2O reduction to N2. ...
Funding period: 2015 - 2018
Relevancy: 22%
Collaborative project: Sensor-aided, tree-specific mechanical flower thinning. Subproject 1 (Project)
...The high level of innovation is given by a) the novel approach to thin fruit trees adaptively leading to an enhanced degree of mechanization and automation of flower thinning as an essential measure in orchards; b) the new technologies involved (mobile sensor system for assessing flower density, spatial information system, controllable actuator); c) agronomic algorithms for controlling adaptive mechanical thinning. The proposed project comprises three work packages: 1.) Sensors (lead: CLK); 2.) Algorithms and Modelling (lead: ATB); 3.) ...
Funding period: 2014 - 2017
Relevancy: 22%
Collaborative project: Sensor-aided, tree-specific mechanical flower thinning. Subproject 2 (Project)
...The high level of innovation is given by a) the novel approach to thin fruit trees adaptively leading to an enhanced degree of mechanization and automation of flower thinning as an essential measure in orchards; b) the new technologies involved (mobile sensor system for assessing flower density, spatial information system, controllable actuator); c) agronomic algorithms for controlling adaptive mechanical thinning. The proposed project comprises three work packages: 1.) Sensors (lead: CLK); 2.) Algorithms and Modelling (lead: ATB); 3.) ...
Funding period: 2014 - 2017
Relevancy: 22%
Collaborative project: Sensor-aided, tree-specific mechanical flower thinning. Subproject 3 (Project)
...The high level of innovation is given by a) the novel approach to thin fruit trees adaptively leading to an enhanced degree of mechanization and automation of flower thinning as an essential measure in orchards; b) the new technologies involved (mobile sensor system for assessing flower density, spatial information system, controllable actuator); c) agronomic algorithms for controlling adaptive mechanical thinning. The proposed project comprises three work packages: 1.) Sensors (lead: CLK); 2.) Algorithms and Modelling (lead: ATB); 3.) ...
Funding period: 2014 - 2017
Relevancy: 22%
Collaborative project: Sensor-aided, tree-specific mechanical flower thinning. Subproject 4 (Project)
...The high level of innovation is given by a) the novel approach to thin fruit trees adaptively leading to an enhanced degree of mechanization and automation of flower thinning as an essential measure in orchards; b) the new technologies involved (mobile sensor system for assessing flower density, spatial information system, controllable actuator); c) agronomic algorithms for controlling adaptive mechanical thinning. The proposed project comprises three work packages: 1.) Sensors (lead: CLK); 2.) Algorithms and Modelling (lead: ATB); 3.) ...
Funding period: 2014 - 2017
Relevancy: 22%
Collaborative project: Sensor-aided, tree-specific mechanical flower thinning. Subproject 5 (Project)
...The high level of innovation is given by a) the novel approach to thin fruit trees adaptively leading to an enhanced degree of mechanization and automation of flower thinning as an essential measure in orchards; b) the new technologies involved (mobile sensor system for assessing flower density, spatial information system, controllable actuator); c) agronomic algorithms for controlling adaptive mechanical thinning. The proposed project comprises three work packages: 1.) Sensors (lead: CLK); 2.) Algorithms and Modelling (lead: ATB); 3.) ...
Funding period: 2014 - 2017
Relevancy: 22%
Collaborative project: Sensor-aided, tree-specific mechanical flower thinning. Subproject 6 (Project)
...The high level of innovation is given by a) the novel approach to thin fruit trees adaptively leading to an enhanced degree of mechanization and automation of flower thinning as an essential measure in orchards; b) the new technologies involved (mobile sensor system for assessing flower density, spatial information system, controllable actuator); c) agronomic algorithms for controlling adaptive mechanical thinning. The proposed project comprises three work packages: 1.) Sensors (lead: CLK); 2.) Algorithms and Modelling (lead: ATB); 3.) ...
Funding period: 2014 - 2017
Relevancy: 22%
Yield increase of permanent lignocellulosic crops by and for biochar - TI (Project)
...The aim of DauerCo@l is to evaluate the use of biochar for the physical and chemical amelioration of marginal sandy and clayey soils. ...Experiments with fast-growing trees (poplar) will be carried out for this purpose. In DauerCo@l, the biochar will be used in this lignocellulosic permanent crop to exploit its potential as a C sink. ...
Funding period: 2025 - 2026
Relevancy: 22%
Yield increase of permanent lignocellulosic crops by and for biochar - TU Braunschweig (Project)
...The aim of DauerCo@l is to evaluate the use of biochar for the physical and chemical amelioration of marginal sandy and clayey soils. ...Experiments with fast-growing trees (poplar) will be carried out for this purpose. In DauerCo@l, the biochar will be used in this lignocellulosic permanent crop to exploit its potential as a C sink. ...
Funding period: 2025 - 2026
Relevancy: 22%
Yield increase of permanent lignocellulosic crops by and for biochar - Forschungsring e.V. (Project)
...The aim of DauerCo@l is to evaluate the use of biochar for the physical and chemical amelioration of marginal sandy and clayey soils. ...Experiments with fast-growing trees (poplar) will be carried out for this purpose. In DauerCo@l, the biochar will be used in this lignocellulosic permanent crop to exploit its potential as a C sink. ...
Funding period: 2025 - 2026
