Our research group specializes in utilizing natural genetic variation to understand the molecular and physiological basis of agronomically important traits in cereals. We have comprehensive know-how in genetic mapping, QTL cloning via fine mapping, and gene function analysis through transgenesis. Additionally, our team can contribute to research on abiotic stress physiology, with a particular specialization in drought stress. We can contribute to field-level phenotyping under control and stress conditions, as well as to statistical analysis of complex genetic and phenotypic datasets. This combination of molecular genetics and stress physiology expertise allows us to bridge laboratory discoveries with agronomically relevant field validation. Collectively, these capabilities position our group to contribute to a consortium requiring molecular genetic characterization, trait dissection, or physiological investigation of trait variation in cereals.

The Institute for Breeding Research on Agricultural Crops is located in Groß Lüsewitz, Mecklenburg-Western Pomerania, near Rostock, Germany. We are one of 18 specialized research institutes under the Julius Kühn Institute—Federal Research Centre for Cultivated Plants (JKI). JKI functions as an independent higher federal authority within the portfolio of the Federal Ministry of Food and Agriculture (BMEL).
Our institute encompasses the complete spectrum of contemporary breeding research, spanning from fundamental trait phenotyping to precision breeding methodologies, including marker-assisted selection and genomic prediction. In addition, the institute covers molecular genetics for gene discovery and validation, the development of innovative breeding methodologies, and a specialized focus on stress resilience under variable environmental conditions. This comprehensive research portfolio enables us to address agronomic challenges ranging from yield optimization to adaptation to climate variability and resource-limited production systems.
Our research institute boasts state-of-the-art facilities, including 57 hectares of trial area, an organic research field, and rainout shelters for drought-stress research. Complementing these field resources are extensive greenhouse facilities for controlled-environment studies and modern, fully equipped molecular and analytical laboratories that support cutting-edge genomic and metabolomic research.