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Search for: erz0sxl5g8vvmvn4ys3t2pck0tnkfwpqiy0xemsfsppa1u1ofavfhpib7g9htmdy, 10 of 7966 ResultsSorting
Relevancy: 30%
Collaborative project: Equipment classification for saving of plant protection products based on deposit and efficacy trials in orchards and viticulture - subproject 3 (Project)
...This classification shall be taken into account for the risk assessment in the context of plant protection product approval.The OptiSpray project is divided into 4 work areas (WA) with 13 work packages (WP). These are described below. WA 1 Basic requirements • WP 1.1 Control and reporting • WP 1.2 Conception of the overall system WA 2 Orchards • WP 2.1 Establishment of the deposition measurement module for orchards • WP 2.2 Deposition measurements with the deposition measurement module for orchards • WP 2.3 Deposition measurements in natural orchards • WP 2.4 Efficacy trials in natural orchards WA 3 Viticulture • WP 3.1 Establishment of the deposition meas...
Funding period: 2021 - 2024
Relevancy: 30%
Collaborative project: Equipment classification for saving of plant protection products based on deposit and efficacy trials in orchards and viticulture - subproject 4 (Project)
...The OptiSpray project is divided into 4 work areas (WA) with 13 work packages (WP). These are described below. WA 1 Basic requirements • WP 1.1 Control and reporting • WP 1.2 Conception of the overall system WA 2 Orchards • WP 2.1 Establishment of the deposition measurement module for orchards • WP 2.2 Deposition measurements with the deposition measurement module for orchard • WP 2.3 Deposition measurements in natural orchards • WP 2.4 Efficacy trials in natural orchards WA 3 Viticulture • WP 3.1 Establishment of the deposition meas...
Funding period: 2021 - 2024
Relevancy: 30%
Collaborative project: Equipment classification for saving of plant protection products based on deposit and efficacy trials in orchards and viticulture -subproject 5 (Project)
...This classification shall be taken into account for the risk assessment in the context of plant protection product approval.The OptiSpray project is divided into 4 work areas (WA) with 13 work packages (WP). These are described below. WA 1 Basic requirements • WP 1.1 Control and reporting • WP 1.2 Conception of the overall system WA 2 Orchards • WP 2.1 Establishment of the deposition measurement module for orchards • WP 2.2 Deposition measurements with the deposition measurement module for orchards • WP 2.3 Deposition measurements in natural orchards •WP 2.4 Efficacy trials in natural orchards WA 3 Viticulture • WP 3.1 Establishment of the deposition meas...
Funding period: 2021 - 2024
Relevancy: 30%
Collaborative project: Equipment classification for saving of plant protection products based on deposit and efficacy trials in orchards and viticulture - Teilprojekt 6 (Project)
...The OptiSpray project is divided into 4 work areas (WA) with 13 work packages (WP). These are described below. WA 1 Basic requirements • WP 1.1 Control and reporting • WP 1.2 Conception of the overall system WA 2 Orchards • WP 2.1 Establishment of the deposition measurement module for orchards • WP 2.2 Deposition measurements with the deposition measurement module for orchards • WP 2.3 Deposition measurements in natural orchards • WP 2.4 Efficacy trials in natural orchards WA 3 Viticulture • WP 3.1 Establishment of the deposition meas...
Funding period: 2021 - 2024
Relevancy: 30%
Collaborative project: Equipment classification for saving of plant protection products based on deposit and efficacy trials in orchards and viticulture - subproject 7 (Project)
...This classification shall be taken into account for the risk assessment in the context of plant protection product approval.The OptiSpray project is divided into 4 work areas (WA) with 13 work packages (WP). These are described below. WA 1 Basic requirements • WP 1.1 Control and reporting • WP 1.2 Conception of the overall system WA 2 Orchards• WP 2.1 Establishment of the deposition measurement module for orchards • WP 2.2 Deposition measurements with the deposition measurement module for orchards • WP 2.3 Deposition measurements in natural orchards • WP 2.4 Efficacy trials in natural orchards WA 3 Viticulture • WP 3.1 Establishment of the deposition meas...
Funding period: 2021 - 2024
Relevancy: 30%
Collaborative project: Equipment classification for saving of plant protection products based on deposit and efficacy trials in orchards and viticulture - subproject 8 (Project)
...Working plan The OptiSpray project is divided into 4 work areas (WA) with 13 work packages (WP). These are described below. WA 1 Basic requirements • WP 1.1 Control and reporting • WP 1.2 Conception of the overall system WA 2 Orchards • WP 2.1 Establishment of the deposition measurement module for orchards • WP 2.2 Deposition measurements with the deposition measurement module for orchards • WP 2.3 Deposition measurements in natural orchards • WP 2.4 Efficacy trials in natural orchards WA 3 Viticulture • WP 3.1 Establishment of the d...
Funding period: 2021 - 2024
Relevancy: 30%
Collaborative project : Equipment classification for saving of plant protection products based on deposit and efficacy trials in orchards and viticulture - subproject 9 (Project)
...The OptiSpray project is divided into 4 work areas (WA) with 13 work packages (WP). These are described below. WA 1 Basic requirements • WP 1.1 Control and reporting • WP 1.2 Conception of the overall system WA 2 Orchards• WP 2.1 Establishment of the deposition measurement module for orchards • WP 2.2 Deposition measurements with the deposition measurement module for orchards • WP 2.3 Deposition measurements in natural orchards • WP 2.4 Efficacy trials in natural orchards WA 3 Viticulture • WP 3.1 Establishment of the deposition meas...
Funding period: 2021 - 2024
Relevancy: 30%
Collaborative project: Nitrogen Stabilization and Subsurface Placement as Innovative Technologies Enhancing the Resource Efficiency of Fertilized Urea - subproject 1 (Project)
...The project deals with two frequently mentioned options for NH3 mitigation following urea fertilization: (1) Stabilization: A combined use of urease and nitrification inhibitors is seen to reduce N losses significantly avoiding pollution swapping and providing further agronomic benefit. (2) Subsurface placement: A special side dressing technology injecting granular urea in combination with a mechanic weed control is seen to reduce NH3 emissions and, in addition, to improve soil properties and crop development. ...Six working packages (WP) were defined to organize the project work corresponding to scientific and logistic aspects: Key element of the experimental design is an agronomic crop rotation (WP 1) with integrated NH3 and N2O measurements (WP 2 and WP 3) performing the different urea fertilization technologies. ...In addition, data sets of field, greenhouse and lab tests will be used in modeling approaches describing N loss processes (WP 4). Calculations of NUE, emission factors (NH3, N2O) and three-year N balances as well as life cycle assessments (WP 5) will be based on the findings in WP 1 to 4. ...
Funding period: 2016 - 2020
Relevancy: 30%
Collaborative project: Nitrogen Stabilization and Subsurface Placement as Innovative Technologies Enhancing the Resource Efficiency of Fertilized Urea - subproject 2 (Project)
...The project deals with two frequently mentioned options for NH3 mitigation following urea fertilization: (1) Stabilization: A combined use of urease and nitrification inhibitors is seen to reduce N losses significantly avoiding pollution swapping and providing further agronomic benefit. (2) Subsurface placement: A special side dressing technology injecting granular urea in combination with a mechanic weed control is seen to reduce NH3 emissions and, in addition, to improve soil properties and crop development. ...Six working packages (WP) were defined to organize the project work corresponding to scientific and logistic aspects: Key element of the experimental design is an agronomic crop rotation (WP 1) with integrated NH3 and N2O measurements (WP 2 and WP 3) performing the different urea fertilization technologies. ...In addition, data sets of field, greenhouse and lab tests will be used in modeling approaches describing N loss processes (WP 4). Calculations of NUE, emission factors (NH3, N2O) and three-year N balances as well as life cycle assessments (WP 5) will be based on the findings in WP 1 to 4. ...
Funding period: 2016 - 2020
Relevancy: 30%
Collaborative project: Nitrogen Stabilization and Subsurface Placement as Innovative Technologies Enhancing the Resource Efficiency of Fertilized Urea - subproject 3 (Project)
...The project deals with two frequently mentioned options for NH3 mitigation following urea fertilization: (1) Stabilization: A combined use of urease and nitrification inhibitors is seen to reduce N losses significantly avoiding pollution swapping and providing further agronomic benefit. (2) Subsurface placement: A special side dressing technology injecting granular urea in combination with a mechanic weed control is seen to reduce NH3 emissions and, in addition, to improve soil properties and crop development. ...Six working packages (WP) were defined to organize the project work corresponding to scientific and logistic aspects: Key element of the experimental design is an agronomic crop rotation (WP 1) with integrated NH3 and N2O measurements (WP 2 and WP 3) performing the different urea fertilization technologies. ...In addition, data sets of field, greenhouse and lab tests will be used in modeling approaches describing N loss processes (WP 4). Calculations of NUE, emission factors (NH3, N2O) and three-year N balances as well as life cycle assessments (WP 5) will be based on the findings in WP 1 to 4. ...
Funding period: 2016 - 2020
