Carlos M. Herrera

The paper examines subindividual epigenetic and phenotypic variation in plants, finding correlations between branch-level epigenetic divergence in leaves and pollen grains from the same branches.

This study shows that yeast species alter the sugar gradient in nectar of Gladiolus illyricus inflorescences, overriding plant-intrinsic patterns.

This study analyzes pollinator abundance and diversity patterns in a Mediterranean assemblage over 29 years, finding stable species abundance distributions and habitat-specific diversity variations.

The paper investigates whether epigenetic mosaicism in somatic tissues of Pistacia terebinthus trees persists in reproductive cells, finding that intraplant methylation variation is retained in pollen.

This study examines how DNA methylation affects drought responses in Erodium cicutarium by combining demethylating agents with drought stress, revealing epigenetic impacts on growth and reproduction.

The paper investigates how nectar yeasts affect among-plant variation in nectar sugar concentration, finding that yeasts reduce plant-specific differences by 79%.

This study investigates the thermal ecology of summer-blooming thistles in hot environments, finding that flower heads maintain cooler temperatures than ambient air, potentially benefiting plant reproduction and insect interactions.

This study tracks 128 plants over 38 years to show that lifetime fecundity schedules vary among individuals and are subject to selection.

The paper compares epigenetic and genetic spatial structures in Mediterranean mountain plants, finding that narrow endemics show lower epigenetic differentiation than widespread congeners.