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Joint project: oil plants as intercrops. Subproject 4: Field and plot trials under Lower Saxon site conditions (Project)

The global demand for plant oil is increased by population growth and feedstock demand from the biofuel sector and other industries. It is a key challenge to produce additional plant oil volumes in a sustainable way and without any negative impact on ecosystems. One approach could be double-cropping systems based on short seasoned oil crops. Such systems allow for a feedstock production without...


Funding period: 2015 - 2018

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Collaborative project: Development of biomarker for host determinants of acute and chronical mastitis in cattle, Subproject 4 (Project)

The overall aim of the project is to provide biomarker for selecting individuals with superior immune competence for improved cattle breeding. To this end, an interdisciplinary collaboration of experts in dairy cattle medicine, immunology, molecular biology and genetics and molecular microbiology is established. This team will discover the genetic and immunophysiological background of divergent...


Funding period: 2015 - 2018

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Collaborative project: Broadening the genetic base and developing new (selection-) strategies for hybrid barley breeding. Subproject 4 (Project)

Hybrid varieties make a significant contribution to improving and securing yields and quality, increasing nutrient and water use efficiency, and thus conserving natural resources in global winter barley cultivation. In SpeedBarley, the genetic width of future winter barley variety development has been extended by crosses with spring barley, thus achieving significant progress in pool formation in...


Funding period: 2016 - 2020

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Collaborative project: Optimized Nitrogen Fertilization by Multi Parametric Data Fusion and Precise Real-time Application. Subproject 4 (Project)

FuzzyFarmer pursued an overall concept to improve site-specific nitrogen fertilization. An expert system was developed to fuse information from a real-time sensor with soil maps, allowing flexible adaptation to dynamic environmental conditions. Optimal control techniques were used to develop methods for spread pattern optimization in centrifugal spreaders. The real-time data fusion and...


Funding period: 2018 - 2021

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Collaborative project: Fast flowering in winter wheat by vernalization-independent induction of spike formation - subproject 4 (Project)

The FASTFLOW project aims at shortening the time needed per generation in the context of winter wheat breeding by overcoming the requirement for cold- and shortday-induced vernalization, which will significantly accelerate breeding progress. The methods to be developed are based on the treatment of seedlings with technically produced active substances, whose natural counterparts are known to...


Funding period: 2020 - 2023