Florian P. Schiestl

This study shows that elevated temperatures reshape phenotypic selection on plant traits and their plasticity, with effects depending on biotic interactions.

The paper examines how abiotic and biotic factors influence genomic divergence in plants coevolving with butterflies and bumblebees across different temperature environments.

The paper tests the geographic mosaic theory of coevolution by experimentally showing how temperature and bumblebee presence influence plant-butterfly coevolutionary trajectories over generations.

This study shows biotic interactions enhance local adaptation to soil in Brassica rapa by promoting antagonistic pleiotropy through evolutionary history involving herbivory and pollination.

This study quantifies selection for later flowering in an orchid, finding strong selection due to frost damage and weak selection due to pollinator activity, with no evidence of increasing desynchronization from climate change.