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Collaborative project: Breeding fast growing tree species of the genus Populus, Robinia and Salix for the production of renewable resources in the short rotation. Subproject 2: Breeding, genetic characterisation, and capacity assessment of Populus-poplar and black locust (Project)

Breeding of fast-growing varieties of the genus Populus, Robinia, and Salix for the production of renewable resources in short rotation coppice plantations. Main objectives are selection, genetic characterisation, testing of resistance, and hybridisation of poplars within the section Populus as well as the cultivation of plants for test plantations. Plus trees and stands of black locust will be...


Funding period: 2014 - 2019

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BonaRes (Modul A, Phase 2): SOILAssist - Sustainable protection and improvement of soil functions with intelligent land management strategies – a practical on the fly assistance system for farmers - subproject B (Project)

The SOILAssist project, organized as multidisciplinary, practice and basic principal orientated consortium, focus primarily on the prevention of negative changes in soil structure and functionality by agricultural machineries and the optimization of soil structure and functionality by optimizing field traffic, machinery specifications, management practices and application techniques. In the last...


Funding period: 2018 - 2021

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BonaRes (Modul A, Phase 2): SOILAssist - Sustainable protection and improvement of soil functions with intelligent land management strategies – a practical on the fly assistance system for farmers - subproject C (Project)

The SOILAssist project, organized as multidisciplinary, practice and basic principal orientated consortium, focus primarily on the prevention of negative changes in soil structure and functionality by agricultural machineries and the optimization of soil structure and functionality by optimizing field traffic, machinery specifications, management practices and application techniques. In the last...


Funding period: 2018 - 2021

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BonaRes (Modul A, Phase 2): SOILAssist - Sustainable protection and improvement of soil functions with intelligent land management strategies – a practical on the fly assistance system for farmers - subproject D (Project)

The SOILAssist project, organized as multidisciplinary, practice and basic principal orientated consortium, focus primarily on the prevention of negative changes in soil structure and functionality by agricultural machineries and the optimization of soil structure and functionality by optimizing field traffic, machinery specifications, management practices and application techniques. In the last...


Funding period: 2018 - 2021

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Development of a regionalized EU-wide operational model to assess the impact of Common Agricultural Policy on farming sustainability, Task 2: Development of a farm typology and integration of farm system models for a regionalized agricultural sector (Project)

The main aim of introducing farm types into the system was to ameliorate the analysis of agricultural policies linked to structural variables such as farm size or stocking density, and to allow for income analysis at the farm type level. In other words, the introduction of data for single farms from the FADN database reduces the aggregation bias of the model at the regional level. The farm group...


Funding period: 2005 - 2007

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Collaborative project: Development of a method for testing authenticity of grains (variety, purity of variety, geographic origin, cultivation method, unknown adulteration) by means of combination of stabile isotope analysis with different spectral product fingerprints. Subproject 2 (Project)

Checking the origin of grains, i.e., which type / variety, cultivation region or cultivation method, is important for guaranteed authentic food, which consumers increasingly appreciate. The AgrOr project consortium used an analytical ecosystem for this. A large number of samples were systematically examined with various analytical technologies such as NMR, IRMS, IR, RAMAN, LCMS in order to...


Funding period: 2016 - 2019

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Collaborative project: Resource efficient plant protection based on a data driven multi-scale approach for the process chain: Diseases detection - decision support - demand specific fungicide application - subproject 2 (Project)

By increasing resource efficiency, agriculture can make an important contribution to increasing raw material productivity, which is anchored in the German government's sustainability strategy. In order to achieve this increase, a systemic approach for the needs-based use of fungicides for leaf diseases in winter wheat and sugar beet was researched and implemented as a prototype. Essential...


Funding period: 2016 - 2019