Jochem B. Evers

The paper models auxin-mediated root plasticity to show how local and systemic responses to nitrogen influence uptake and use, revealing a trade-off between avoidance and tolerance strategies.

This study quantifies how cereal plant trait plasticity affects weed suppression in intercrops, showing trait-specific responses and legume compensation for weakly competitive cereals.

This study uses FSP modeling to disentangle the contribution of trait plasticity in maize and soybean intercropping systems, finding photosynthesis has the greatest impact on maize yield.

The paper introduces VPL, a Julia-based framework for building, simulating, and visualizing functional-structural plant models, with a case study on intercropping legumes and cereals.

This study quantifies how maize plant traits influence nitrogen uptake and use using a plant model, identifying key traits for breeding improved nitrogen use efficiency.