Khuong V. Dinh

This study examines lipidomic changes in Arctic copepods under different levels of Atlantification, finding reduced storage lipids and altered fatty acid profiles linked to decreased carbon sequestration.

This study tests the Stressed Overwintering Bottleneck Hypothesis by exposing Calanus glacialis to ocean warming and acidification, finding synergistic effects that increase mortality and disrupt overwintering physiology.

This study examines how warming and copper contamination affect the feeding and reproduction of a tropical copepod, finding that temperature is the main driver of performance, while copper effects vary with temperature.

This study shows that sea surface freshening suppresses the thermal tipping point of marine copepods, reducing their survival and impacting marine ecosystems.

This study compares thermal tolerance and DNA damage in Arctic copepod Calanus hyperboreus and temperate copepods from the Oslofjord, finding C. hyperboreus more tolerant to higher temperatures.