María Esther Nieto‐Blázquez

The study shows that mutation rates in Chironomus riparius vary with temperature differently across populations from Central Europe and the Mediterranean.

The paper examines recombination rates in Chironomus riparius across latitudes, seasons, and experimental conditions, finding environmental and selection influences on recombination dynamics.

This study identifies genomic features that influence mutation distribution in Chironomus riparius, showing that coding regions are protected while repetitive elements and gene proximity shape mutational patterns.

This study shows climate change drives rapid genomic selection in Fagus sylvatica, with intense selection on heat and drought stress genes in young growth classes, but high-emission scenarios may exceed adaptive capacity.

This study shows that cryptic genetic variation in Chironomus riparius is dynamically released across a temperature gradient, challenging the idea that such variation only emerges under extreme conditions.

This study examines coevolution between a host and parasitic ant species across a climate gradient, revealing asymmetric genomic responses and shared adaptations to environmental pressures.