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Drafting of strategies and solutions for good practices for soil use with straw management and conservational soil tillage (precision farming) (Project)

Intensive soil tillage systems provide a low topsoil protection and lead to a strong soil loosening. This increases the danger of silting, soil erosion and soil compaction. The loosening depth effects the degree of soil cover, the infiltration through aeration and load bearing capacity of the soil. Comprehensive total area soil protection as well as the prevention of silting and soil erosion can...


Funding period: 1993 - 2022

Relevancy: 100%

Establishment of innovative breeding approaches to make sunflower competitive as an oil and protein crop for the German market (Project)

These framework conditions result in the following scientific project objectives for the ProSun project: - Understanding the genetic basis for knowledge-based increase of protein content with sufficiently high oil content, earliness and disease resistance. - Optimization of high-throughput phenotyping and speed breeding in standardized conditions as a basis for increasing and accelerating...


Funding period: 2023 - 2026

Relevancy: 100%

Collaborative project: Genetic analysis and modeling of wheat-rust interaction to develop stable, multi-resistant wheat varieties - subproject B (Project)

At 13 locations, 400 observation plots are grown annually. Throughout the project period, results of rust bonitures from multi-site trials are transmitted. In parallel, single-spore inoculations are carried out based on the respective previous year's collections of prevalent rust races in order to test the effectiveness of resistance detached from environmental effects for individual isolates....


Funding period: 2023 - 2028

Relevancy: 100%

Collaborative project: Sustainable winter oilseed rape production through breeding improvement of the NUE and optimization of the cultivation system - subproject A (Project)

In NAWIRA, it is foreseen to initially grow 300 test hybrids at different locations under different N levels and two different N fertilization regimes (nitrate- vs. ammonium-emphasized) and use them as a training data set for genomic selection models. Using these, test hybrids are identified from an expanded pool of approximately 600 genotypes that are at elite levels but differ in terms of...


Funding period: 2023 - 2026

Relevancy: 100%

Improvement of stone bunt and dwarf stone bunt resistance in bread wheat by systematic use of genetic variation (Project)

In order to identify unknown resistances from genetic resources in addition to effective already known resistances, artificial inoculation will be performed under controlled conditions. Thus, after using isolates known to overcome known BT resistance, previously unused resistance can be identified in the present set of 450 genotypes. These results will be validated and statistically evaluated by...


Funding period: 2023 - 2028

Relevancy: 100%

Effective combination of Phages and Antibiotics for improved Therapy of Klebsiella pneumoniae (Project)

This project will investigate the suitability of combined bacteriophage and antibiotic approaches to reduce multidrug-resistant Klebsiella pneumoniae infections, particularly in humans. The project is concerned with the characterization of a K. pneumoniae strain collection corresponding to a One Helath approach. These strains will then be characterized in detail phaeotypically and genetically. In...


Funding period: 2023 - 2026

Relevancy: 100%

Success Climate Go! Success Factors for Regional Climate Governance in Saxony-Anhalt (Project)

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Funding period: 2023 - 2025

Relevancy: 100%

AbDü From waste to fertilizer ? the black soldier fly as a living bioreactor (Project)

 AbDü - From waste to fertilizer. The project aims to efficiently use agricultural side streams from the vegetable production and process as fertilizer. For this purpose, a fully automated bioreactor is being developed, which utilizes processed agricultural residues to convert them into fertilizer using the Black Soldier Fly. This conversion is carried out through the consumption of residues by...


Funding period: 2023 - 2025

Relevancy: 100%

Agri-PV Field Garden (Project)

Agri-PV represents a process for the simultaneous use of land for crop production and photovoltaics. According to current knowledge, this can become an important building block for the energy transition. From the perspective of an agricultural business, there are challenges that still need to be solved for practical implementation. The aim of the project is to develop a practical and sustainable...


Funding period: 2023 - 2025