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Collaborative project: Developing of a central online-analyzing and steering unit for milk production 'OASE' – Subproject 2 (Project)

Gentle milking by quarter-individual milking systems reduces udder problems and results in economic advantages for the dairy industry. The objective of the project was to compare two milking systems (conventional and quarter-individual) with regard to their physiological effects on dairy cow. The characteristic of MultiLactor® is the single tube system of milk tubes in contrast to conventional...


Funding period: 2008 - 2011

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Collaborative project: Conservation of resources and increase in efficiency in horticultural production by a comprehensive data management – Subproject 2 (Project)

The research project deals with comprehensive data management of horticultural farms. In this context, the software package 'ProdIS-Plant' was developed. ProdIS-Plant provides the necessary data base to optimize resource usage in terms of environmental and economical aspects. Providing comprehensive company data management, a high level of transparency in the production process is possible and...


Funding period: 2008 - 2011

Relevancy: 1%

Collaborative project: Sustainable maintenance of grain maize production by improving classical resistance against the European corn borer– Subproject 2 (Project)

Aim of the project was to implement resistance against the European Corn Borer (ECB; Ostrinia nubilalis Hb.) in maize. ECB is a major pest in maize and is advantaged in development and spreading over Europe by global warming. In this context resistance breeding is one of the most important strategies to reduce yield loss by ECB. The project focused on two main objectives: The genetic...


Funding period: 2011 - 2014

Relevancy: 1%

Collaborative project: Heat stress of maize - using new breeding methods to increase the tolerance – Subproject 2 (Project)

It is expected that climate change leads in Central Europe to an increase of the frequency as well as the intensity of heat waves. The aim of this project was to lay the scientific basis for the improvement of maize's heat tolerance by breeding. In a first step, a method has been developed that allows the quantification of heat tolerance in multiple environments in a multivariate context. A...


Funding period: 2011 - 2014