Marta Benito Garzón

This study shows that the climate of oak populations at seed origin strongly influences their germination and seedling responses to warming, with species-specific patterns and trade-offs in fitness traits under different temperature regimes.

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

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

This study examines how acorn mass and population aridity influence morphological and physiological traits in Quercus suber seedlings, revealing distinct adaptive strategies across life stages.

The paper combines climatic and genomic data to improve predictions of tree height growth across a wide geographic range using maritime pine provenances.

The paper uses forest inventory data to distinguish between local adaptation and phenotypic plasticity in tree species across climate gradients.