Léa Beaupère

The paper quantifies direct and carry-over thermal plasticity effects on phenology across life stages of winter moths, showing carry-over effects propagate plastic responses but are partially buffered by compensatory changes.

This study shows temperature effects from previous life stages influence spring phenology in winter moths, with carryover effects impacting offspring hatching timing.

This study investigates local adaptation of winter moths to oak phenology through experiments and genomic analysis, finding no genetic structure or significant survival differences in translocated individuals.