Lukas Kronenberg

The paper characterizes a common buckwheat germplasm collection to identify agronomic traits and candidate genes for breeding improved varieties.

This study shows that extending stem elongation duration in wheat increases grain number and weight, with independent genetic factors affecting timing and yield components.

The paper introduces a large-scale wheat phenotyping dataset with time series imaging and trait data across six years, enabling studies on genotype-environment interactions and crop modeling.

This study identifies genetic markers and candidate genes associated with wheat tolerance to Zymoseptoria tritici using genome-wide association, revealing a trade-off between tolerance and resistance.

The paper introduces a two-stage statistical approach to analyze spatio-temporal high-throughput phenotyping data, enabling the estimation of longitudinal genetic signals in plant growth.