Simone Fior

This study identifies polygenic adaptation in Dianthus sylvestris to soil conditions during postglacial range expansion, showing pleiotropy and soil heterogeneity influence genetic variation.

The paper examines adaptive genetic variation in Lactuca serriola along a precipitation gradient, identifying candidate genes under selection and predicting adaptive shifts in response to climate change.

This study shows that climatic shifts drive adaptive divergence in Dianthus sylvestris by shaping life-history strategies through selection on growth and reproductive traits at different elevations.

The paper develops target capture probes and a bioinformatics pipeline for phylogenomic studies in rosewoods and legumes, revealing new species and gene tree discordance.