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Collaborative project: Regional renaissance of rye and rapeseed aiming at reducing problems in crop and animal production by reevaluation of rye constituents and their use for sustainable production in terms of environment, animal welfare and consumer protection. Subproject 3 (Project)

The use of rye as a robust cereal with high resistance to diseases and drought and low demands on fertilizers and pesticides, as well as rapeseed as a regional source of protein in pig feeding, offers opportunities to make modern animal nutrition concepts more climate-adapted and sustainable. The results of the project "6-R-concept" show that the use of even larger quantities of rye and rapeseed...


Funding period: 2018 - 2021

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Collaborative project: Breeding methodically optimized intercropping of Andean Lupin and Maize as well as White Lupin and Oat with the aim of biomass production by using ecosystem services of Lupins. Subproject 3: Determination of the biogas and methane yields (Project)

The integration of lupins with high biomass potential into new cultivation systems will enable the exploitation of ecosystem services of leguminous crops for energy crop cultivation in the coming project. The system of intercropping maize with Andean lupins (Lupinus mutabilis) is to be based on the hybrid breeding methodology of combining optimized partners that have been tested and selected for...


Funding period: 2019 - 2022

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Collaborative project: Evaluation of anthracnose resistant breeding lines from white lupine aiming at the development of varieties with particular emphasis on agronomical features and technological processing processing performences – Subproject 2 (Project)

Evaluation of breeding material of white lupin (Lupinus albus L.) with improved resistance to anthracnose aiming at the development of new varieties with special focus on agronomic traits and technological processing properties The aim of this study was to develop new varieties of white lupin with improved resistance to anthracnose. In three years, 20 breeding lines were evaluated on up to six...


Funding period: 2012 - 2015

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Collaborative project: Development of a highly sensitive molecular method for diagnosis of Rubus stunt phytoplasma in rasberries, considering aspects of vector biology, modes of transmission and management strategies - subproject 2 (Project)

Rubus stunt is a bacterial plant disease that is caused in raspberries and other Rubus species by so called phytoplasmas, and can lead to significant yield losses. For a successful control of Rubus stunt, early identification of infected and often symptomless plants is of utmost importance. Thus, for detecting phytoplasmas a fast and highly sensitive molecular method (a Multiplex TaqMan qPCR...


Funding period: 2013 - 2016

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Collaborative project: Identification of closely linked markers for wheat leaf and stripe rust resistance genes and virulence monitoring in open land populations of wheat leaf and stripe rusts - subproject 2 (Project)

Leaf rust and yellow rust are among the most important leaf pathogens in wheat and can cause high yield losses. In the IdMaRo project, molecular markers for various leaf and yellow rust resistance genes were developed and validated. The virulence against the tested resistance genes of the nationwide leaf- and yellow rust populations was shown at six locations. These findings help to harness the...


Funding period: 2014 - 2018

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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