Research & Projects

„LTE hub“ Halle
Research hub on long-term field experiments (LTEs)
Collaborative network & interdisciplinary collaboration

Main Interest

Designing sustainable cropping systems: here we are analysing the impact of crop rotation diversification, introducing legumes and catch crops.

Assessing the impact of current and future climate scenarios on production risk and environmental adaptability of cropping systems depending on agronomic management

Developing agronomic strategies to improve soil fertility: here we are mainly interested in soil biological and physical parameter.

Designing soil conserving strategies and site adapted methods of soil cultivation

Key factors: soil cultivation, crop rotation, catch crops, plant residues, biostimulants

Key methods: lab analyses, field experiments (exact/on-farm), statistical analyses, agroecosystem modelling, empirical studies

Current Projects

DiP-SuSAKlim

Superfood from Saxony-Anhalt; climate-adapted crop rotations in organic farming and development of digital value chains for marketing


DiP-iQ Hanf

Digitalisation in the quality management of the industrial hemp value chain


EXACT

Single-plant-specific fertilization for resource-efficient and demand-optimized cultivation of rapeseed and maize in equidistant seeding


NitriKlim

Site-differentiated evaluation and crediting of nitrification inhibitors as a climate change mitigation measure in crop production

Completed projects

Effect of inhibited ammonium sulphate urea on the increase of the nitrogen use efficiency and reduction of ammonia and nitrous oxide emissions due to mineral fertilization


Effects of heat emission of an underground high voltage direct current transmission on soils and crops in Saxony-Anhalt


Impact of diverse production systems on yield stability and environmental adaptability of wheat and barley: a study based on long-term field experiments


Wheat in efficient crop rotations in the interplay of an ideal development of nutrients