GIOVANNI GIUSEPPE VENDRAMIN

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

The paper presents haplotype-resolved chromosome-level genome assemblies for four European white oak species, providing resources for comparative genomics and pangenome studies.

The paper presents a chromosome-level genome assembly of Cupressus sempervirens, revealing insights into conifer genome evolution and the role of transposable elements.

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 examines how temperature affects germination of cork oak acorns from different populations, finding that warmer-origin seeds germinate more quickly, synchronously, and successfully.

This study shows that higher genetic load, caused by deleterious mutations, is associated with reduced tree growth in maritime pine.

This study evaluates genomic offset predictions in maritime pine using multiple methods and data sources, finding strong associations with mortality but not height.

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.

This paper uses near-infrared spectroscopy to classify Abies alba seed origin and predict germination properties non-destructively.

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

This study examines genetic indicators in marginal and core populations of maritime pine, finding reduced genetic diversity and increased differentiation with geographic marginality, but no correlation between inbreeding and marginality.

The paper estimates polygenicity and negative selection for fitness traits in maritime pine across environments and years, finding stable polygenicity and evidence of negative selection.