We use cookies on our website. Some are necessary for the operation of the website. You can also allow cookies for statistical purposes. You can adjust the data protection settings or agree to all cookies directly.
Data Protection Declaration
Imprint
pre agro
Collaborative Project
Coordinating institution:
Institute for Land Use Systems
Information Technology is playing an ever-increasing role in arable farming. The combination of new sensors, on-board computers, electronically-controlled machinery, standardised interfaces and both privately and publicly available databases will provide the basis for comprehensive information-driven plant production. An essential technical component for this is Precision Farming, an umbrella term for new production and management techniques in crop production. Precision Farming (or Precision Agriculture) is based on the use of location and crop-monitoring data in the decision-making process.
Collaborative Projects
Project Domain (PD) 1: Value Chain of Food
Leading institution:
German Agricultural Society
Research projects
- The Acceptance of Precision Agriculture among farmers, advisers, instructors and agritechnological industries in Germany
- Identification and implementation of sustainable development, product and process quality and traceability in the added value chain food – content-related, organisational, technical and institutional solution approaches
- Technology development through participation and cooperation of consumers in the value chain
- Economics of precision farming in the overall operation
- Economic importance of a planar introduction of Precision Farming in Germany
PD 2: Information Management
Leading institution:
Professorship for Geodesy and Geoinformatics
Research projects
- Integration of Automated Process Data Acquisition in Information Flows
- Standardisation of office software for precision farming enabling simplified data managment.
- Geodata infrastructure for Precision Farming and Project Information System
- agroXML - A Standardized File Format for Data Exchange in Information Directed Plant Production especially with regard to Precision Farming
- Specific steps for effective transfer and training for precision farming
- Integration of automatic process documentation in information flows
- Standardized information delivery using external heterogeneous databases through the operation and implementation and integration to the extended value chain
- Substantive scientific and technical structuring of the overall project management
PD 3: Characterisation of Sites and Crop Stands
Leading institution:
Institute of Soil Landscape Research
Research projects
- Developing methods for spatial analysis and modelling of root growth with particular emphasis on soil and plant water effects
- Collection of stand conditions by remote sensing for model-supported analysis of current earnings targets
- Development of an inclusive site analysis based on different non-invasive procedure
- Development and validation of a method for interactive model-based generation of yield maps of heterogeneous field beats expectations
PD 4: Site Specific Cropping
Leading institution:
Department Agronomy
Research projects
- Use of sensor technologies to estimate and assets the effects of various plant diseases on crop growth and development
- Basics of plant protection in Precision Farming
- Operating on-farm experiments in precision farming
- Nature conservation importance of precision farming in a landscape context
- Integrated crop management in precision farming as the central level of the information driven plant production
