David López‐Idiáquez

The paper examines feather microstructure variation in great tits across urban-rural pairs, finding elevation and UV-B radiation, not urbanisation, drive geographic differences.

The paper shows that the strength of developmental carry-over from natal to adult body mass in great tits varies with environmental conditions, driven by non-genetic factors rather than gene-by-environment interactions.

This study examines the impact of an extreme heatwave on breeding success and growth in great and blue tits, finding reduced breeding success and nestling body mass.

This study shows that great tits adjust their breeding timing to track specific temperatures, enhancing reproductive success in response to climate change.

This study shows that great tit nestlings experience different impacts from extreme climate events depending on their developmental stage, with cold events early on and rain events later having the strongest effects.

The paper analyzes long-term changes in body mass of great tits, finding that early-life environmental factors drive decreases in adult and nestling mass over 47 years.

The paper examines how urbanisation and climate change affect the yellow breast colouration of great tits, finding urban birds are duller and more sensitive to climate effects than forest birds.

The paper examines genomic and phenotypic differentiation in three plant species across serpentine and non-serpentine soils, finding species-specific evolutionary patterns and multiple colonizations of serpentine habitats.