H. M. Putnam

The paper documents the first scientific reports of broadcast spawning for six cryptic Pocillopora species at Moorea, showing species-specific lunar and diel spawning timing.

This study examines how extended marine heatwaves affect two coral species, showing species-specific physiological responses and legacy effects.

This study tracks recovery trajectories of two coral species after multiple marine heatwaves, finding divergent recovery patterns between species and within species based on bleaching resistance.

The paper examines metabolic changes in coral-algal symbiosis from fertilization to settlement, identifying metamorphosis and settlement as critical energetic vulnerabilities to climate change.

The paper examines the effects of ocean acidification on coral embryo development and gene expression, finding no developmental differences but increased energetic demands and oxidative stress in low pH conditions.

This study shows marine heatwaves reduce metabolic activity and impair acid-base homeostasis in reef-building corals, regardless of their bleaching resistance.

This study shows that bleaching-resistant corals retain their heat tolerance after transplantation between reefs, suggesting they can enhance population resilience to ocean warming.

The paper exposes burrowing clams to varying levels of hypercapnic seawater to study stress tolerance and oxidative status changes across life stages.

The paper uses metabolomics to identify heat stress-associated metabolites in corals, finding dipeptides that may serve as diagnostic markers for thermal stress.

This study examines how juvenile Pacific geoduck clams recover metabolically and show compensatory shell growth after short-term exposure to acidified seawater.

This study quantifies thermal sensitivity of Orbicella franksi by comparing thermal performance curves across its geographic range and physiological functions.