Marina de Miguel

This paper presents a standardized whole-genome variant dataset of 547 grapevine accessions, including domesticated and wild Vitis species, for genetic and genomic research.

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 identifies conserved and species-specific gene expression patterns in wild Vitis species under drought stress, linking non-plastic gene expression to root phenotypes involved in drought adaptation.

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.

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

The paper assesses genetic variation in maritime pine for traits related to growth, phenology, and susceptibility to pathogens and pests, finding significant heritability and trait correlations.