Frequent and intense heat waves lead to bleaching and even death of reef-building corals,
and the thermal tolerance ultimately depends on the genetic composition of the holobiont …

Anthropogenic ocean warming is one of the biggest threats to marine organisms worldwide.
However, it remains unclear how the duration and intensity of thermal anomalies affect …

Thermal priming of reef corals can enhance their heat tolerance; however, the legacy effects
of heat stress during parental brooding on larval resilience remain understudied. This study …

In the past decade, the frequency of mass coral bleaching events has increased due to
seawater temperature anomalies persisting for longer periods. Coral survival from …

Ocean warming and marine heatwaves significantly alter environmental conditions in
marine and estuarine environments. Despite their potential global importance for nutrient …

The transitional coral ecosystem of Taiwan features tropical and temperate scleractinian
coral species and suboptimal environmental conditions. As the largest continental island in …

Identifying upper-thermal thresholds in corals is paramount to uncovering species and reefs
with high thermal resistance and resilience. Recognition of the need to improve ex situ …

Unlocking how coral endosymbionts (Symbiodiniaceae) regulate the susceptibility of corals
to thermal stress-induced bleaching has been the focus of experimental heat stress studies …

Marine heatwaves (MHWs), prolonged periods of abnormally high sea temperature, have
greater devastating impacts on marine ecosystem services and socioeconomic systems than …

Ocean warming and marine heatwaves induced by climate change are impacting coral reefs
globally, leading to coral bleaching and mortality. Yet, coral resistance and resilience to …