Peter J. Mumby

This study shows that juvenile corals are less heat-tolerant than adults, suggesting their survival advantage during heatwaves may be due to microhabitat conditions rather than intrinsic physiology.

This study optimises fertilisation kinetics models for two Acropora coral species using experimental data to improve predictions of reproductive success and inform reef management.

This study examines how wind-driven hydrodynamics affect coral fertilization and larval development, finding that increased wind speeds reduce fertilization success and embryo viability.

Eco-evolutionary simulations of 3,806 Great Barrier Reef reefs project coral cover falling to ∼14% by 2040 under every emission scenario; recovery afterwards needs warming below 2°C.

The paper introduces a resilience-based framework for assessing coral reef habitat condition using ecological indicators and demonstrates its application in the Great Barrier Reef.

This paper demonstrates that combining citizen science with deep learning can produce accurate benthic cover estimates of coral reefs at a large scale.

The paper investigates reproductive strategies in Platygyra daedalea, finding high spawning asynchrony, self-fertilization, and genetic subpopulations, suggesting limited cross-fertilization and potential reproductive assurance through selfing.

This study shows that coral fertilization success depends on proximity and current alignment, with reproductive isolation threatening degraded reef populations.

The paper develops C[~]scape, a metacommunity model for coral reefs that incorporates within-reef variability to improve predictions of coral cover dynamics.

This study evaluates how marine protected area (MPA) network design affects coral adaptive potential by simulating eco-evolutionary processes under climate change scenarios.