Jon Ågren

This study links fungal community composition to plant phenotype under moderate warming by showing fungal variation better predicts phenotypic responses than host-microbiome origin matching.

The paper introduces a panel of near-isogenic lines from Arabidopsis thaliana to study additive and non-additive genetic effects on ecologically important traits, identifying FLC's role and novel epistatic interactions in flowering time.

This study examines how bird and bee pollinators influence selection on flower color in Cyrtanthus obliquus, showing that secondary pollinators contribute to shaping complex color signals.

This study uses museum specimens and field collections of Arabidopsis thaliana to analyze genetic diversity and temporal changes, finding genetic stasis and mixed signals of adaptation.

The paper tests a theoretical prediction about how growing season length affects optimal flowering time in plants, finding strong support in common-garden experiments.

The study compares adaptation to soil type and climate in two Arabidopsis thaliana populations, finding that soil adaptation contributes little to overall adaptive differentiation.