G. G. Vendramin

The paper uses population genomic analyses to show that forest trees maintained genetic diversity despite Pleistocene climate changes.

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.

This study examines the evolutionary history of Norway and Siberian spruce, revealing recurrent hybridization and gene flow across glacial cycles, with distinct genetic clusters and refugia shaping their distribution.

This study examines how warmer springs affect germination timing of cork oak populations across their range, finding earlier germination under increased temperatures.

The paper identifies genomic targets of microgeographic adaptation in Eperua falcata using whole-genome sequencing and a custom Bayesian model, revealing divergence in stress responses and biotic interactions.

This study investigates the genetic structure of European black pine, showing that its weak genetic structure and admixed populations result from late Pleistocene or early Holocene fragmentation and gene flow.

The paper uses genomic data to infer the demographic history of Norway spruce and quantify recent material transfers in a Swedish breeding program.

This study links dendroecological data with genetic association analysis in silver fir, identifying 15 candidate genes related to stress response traits archived in tree rings.