Elia Vajana

The paper shows rapid evolutionary responses to climate change in maritime pine despite widespread adaptive lag, using genomic data and simulations.

This study examines how demographic history affects the vulnerability of six European forest tree species to climate change by analyzing population genomic data.

This study assesses climate maladaptation risk in English yew populations using genomic offset methods, identifying climate-associated loci and predicting vulnerability in Mediterranean and high-elevation populations.

The paper analyzes genetic diversity and distinctiveness of Quercus robur populations across Italy, revealing latitudinal trends and highlighting conservation priorities.

The paper develops a spatial conservation planning approach to protect intraspecific genetic diversity in three Mediterranean forest tree species by identifying key sites for conservation.

BITE, an R package, wraps SNP quality control, Kolmogorov-Smirnov-checked representative subsampling, color-consistent ancestry plots, and bootstrap-supported TreeMix gene-flow trees for biodiversity genomics.