H. G. Dam

This study shows seasonal variation in thermal performance curves reduces population vulnerability to heatwaves and mitigates transgenerational effects in copepods.

The study tests whether parasitism reduces thermal limits in copepods but finds no such effect, suggesting host life history may influence environmental sensitivity.

This study exposes nauplii of Acartia tonsa to acute warming and finds no lasting effects on respiration, body size, or development time during ontogeny.

This study identifies genetic variation enabling copepod adaptation to ocean warming, acidification, and their combination over 25 generations, revealing synergistic genomic responses to multiple stressors.

The paper shows rapid but limited adaptation in copepod populations to combined ocean warming and acidification over 25 generations.

This study shows that long-term adaptation to warming and acidification in marine copepods leads to loss of transcriptional plasticity but allows recovery through genetic adaptation.

The paper examines how local adaptation, phenotypic plasticity, and sex influence thermal tolerance in copepods, finding sex differences and population-specific plasticity effects.