Bioeconomic production systems are highly complex. We develop concepts how to use digital technologies and methods of data science to control material flows and processes in a knowledge-based, temporally and spatially differentiated and increasingly automated manner ...

Our research focusses on livestock-environment interaction - aiming at a transparent, animal-friendly, environmentally friendly and economic production. Our research follows the One Health approach - thus including the perspective of preventive health care into agriculture. 

Digital and automated applications will help to ensure that water, fertilisers and pesticides are used precisely and in accordance with the requirements of plants. This saves resources and enables optimum yields. We are also developing smart assistance systems for fruit cultivation - automated and energy-autarchic.

How to process plants from peatlands, such as rushes or sedges, into sustainable biobased products? What does management adapted to high water levels look like that is both practicable and profitable for farmers? We research these issues and develop innovative solutions for practical application. Peatland protection is climate protection!

These digital tools enable us to better understand the highly complex interactions and utilisation pathways of a variety of processes, products and residues in bioeconomic systems and to design them in an applicable way.

How should packaging be designed to preserve the quality and safety of fresh products such as strawberries or salad for as long as possible? We optimize the packaging design to extend the shelf life of food products and to reduce losses …

Insects can provide high-quality proteins and fats and are attractive in terms of resource consumption. We develop eco-innovative technological solutions for the use of insect fractions, including proteins, lipids and chitin. 

How can residual materials be converted into valuable materials? Whether rice bran, organic textile remains or the contents of organic waste bins: we use biotechnology to produce biobased chemicals such as lactic acid that can be further processed into biopolymers such as PLA ... 

Whether energy source, peat substitute and soil additive, the applications of biochar are manifold. To produce biochar, biomass such as agricultural residues are incompletely burned to prevent their rapid microbial degradation and to bind carbon...