L. K. Bay

The paper examines coral bleaching and recovery in the Keppel Islands after the 2020 marine heatwave, finding high survival rates despite severe bleaching.

This study identifies genetic variation associated with heat tolerance in the coral Platygyra daedalea, showing high heritability and complex genomic architecture.

This study investigates gene expression changes in coral with white patch syndrome, distinguishing symbiont loss from thermal stress, and finds that expression patterns correlate with stress responses rather than symbiotic state.

This study generates a genome assembly for Acropora millepora and identifies genetic predictors of bleaching using genome-wide association analysis.

The paper examines how symbiont community diversity relates to stress tolerance in coral genets, finding that best performers host more Cladocopium 3k and worst performers show higher symbiont diversity.

This study shows that positive genetic correlations among fitness traits in corals suggest they can adapt to multiple stressors simultaneously.

This study predicts that Acropora millepora can adapt to warming through existing genetic variation for 100-200 years, but adaptation will stop unless warming is reduced.