Ilya M. D. Maclean

This study shows that anthropogenic disturbance inverts vertical microclimate stratification in Amazonian forests, with burned forests having hotter understory temperatures during the day and cooler temperatures at night compared to undisturbed forests.

This study shows that butterfly visible and near-infrared reflectance respond differently to temperature and UV radiation, with phylogeny influencing trait-environment relationships.

This study examines how air temperature and solar radiation affect life history traits in field crickets, finding that development time is mainly influenced by temperature, while mass at adulthood depends on the interaction between temperature and shading.

The paper quantifies temperature regime novelty in tropical Key Biodiversity Areas and identifies refugia for conservation prioritization under climate change.