Joel G. Kingsolver

This study compares transcriptional responses to long-term developmental and short-term acclimation temperatures in Pieris rapae, finding distinct gene sets and some overlapping functions.

The paper evaluates thermal death time models for Drosophila under fluctuating temperatures, finding that variance in failure times increases with temperature and that models assuming additivity underestimate survival.

The paper shows that climate change has altered selection on insect thermal sensitivity, leading to evolutionary changes in growth rates at different temperatures over 25 years.

The paper evaluates how plasticity and evolution interact in Pierid butterflies in response to climate change, finding differences in thermal adaptation between populations.

The paper quantifies how growth and ingestion change over time at different constant temperatures for two insect species, showing time-dependent effects of heat stress on their development.