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The 79 pages that link to Marine heatwave, each with the reason it gives.

• Coral reefRelated: Heat stress can trigger widespread coral bleaching and mortality.

• Coral bleachingRelated: Marine heatwaves expose broad areas of reef to temperatures that induce bleaching.

• Marine food webRelated: Heatwaves can shift species ranges and disrupt established predator–prey relationships.

• North SeaRelated: Warming episodes can shift North Sea species and disrupt ecological timing.

• Marine ecosystemRelated: Extreme heat can trigger mortality, range shifts, and ecosystem reorganization.

• Great Barrier ReefRelated: Repeated heatwaves have caused widespread coral bleaching on the reef.

• Kelp forestRelated: Heatwaves can stress kelp and intensify ecosystem change.

• Adriatic SeaRelated: Warming events can stress Adriatic species and alter marine ecosystems.

• Ice–albedo feedbackRelated: Extra solar absorption in newly open water can contribute to elevated seasonal ocean temperatures.

• CnidariaRelated: Heatwaves can trigger coral bleaching and reshape cnidarian communities.

• Ocean heat contentRelated: Heat-content anomalies help characterize the depth and persistence of marine heatwaves.

• Ocean currentRelated: Changes in currents can contribute to the onset, movement, or persistence of extreme ocean warmth.

• OceanographyRelated: Researchers study how these events form, persist, and affect marine ecosystems.

• Ocean stratificationRelated: Strong stratification can trap heat near the surface and contribute to persistent marine warming.

• ThermoclineRelated: Changes in thermocline depth can trap heat near the surface or bring cooler water upward.

• Kuroshio CurrentRelated: Kuroshio path shifts can alter regional ocean temperatures and contribute to marine extremes.

• CoralRelated: Heat stress can cause widespread coral bleaching and mortality.

• Deep-sea ecologyRelated: Warming can alter deep-water conditions and the supply of food from surface ecosystems.

• Coastal upwellingRelated: Heatwaves can alter the temperature contrast and ecological effects associated with upwelling.

• Crab fisheryRelated: Heatwaves can alter crab survival, distribution, and the timing of fishing seasons.

• Marine biologyRelated: Researchers are still resolving how repeated heat extremes alter marine communities.

• Makassar StraitRelated: Such events can stress ecosystems in the strait and surrounding Indonesian seas.

• Seabird conservationRelated: Their growing frequency may disrupt prey availability, but impacts differ among seabird populations.

• Benguela CurrentRelated: Heatwaves can disrupt the cold-water conditions on which Benguela food webs depend.

• Humboldt CurrentRelated: Such events can disrupt cold-water habitats and alter productivity in the current's ecosystem.

• Climate change and the water cycleRelated: Ocean warming changes evaporation and moisture transport while affecting the largest water reservoir.

• LobsterRelated: Heatwaves can shift lobster ranges and alter survival and fishery conditions.

• South Atlantic OceanRelated: Warming events can stress South Atlantic ecosystems and alter fisheries.

• Strait of GeorgiaRelated: Heatwaves can alter the strait’s food webs and stress marine species.

• King penguinRelated: Warm anomalies can alter prey availability and increase travel costs for foraging adults.

• Labrador SeaRelated: Reduced winter mixing can leave more heat near the surface, affecting regional marine conditions.

• American lobsterRelated: Temperature shifts can alter lobster growth, survival, and the location of productive fishing grounds.

• KattegatRelated: Warming episodes can stress marine ecosystems already shaped by low oxygen and salinity gradients.

• Mesoamerican Barrier Reef SystemRelated: Increasing heat extremes raise questions about the reef’s capacity to withstand bleaching.

• Climate change in AustraliaRelated: Warming seas intensify marine heat extremes around Australia.

• Marine ecologyRelated: Heatwaves can cause mass mortality and shift species distributions and interactions.

• Marine fishRelated: Extreme warming can shift fish ranges, disrupt reproduction, and intensify ecosystem stress.

• Norwegian SeaRelated: Such events can shift species distributions and disrupt the sea's ecosystems.

• Aquatic ecologyRelated: Can trigger ecological shifts such as coral bleaching and species redistribution.

• Barrier reefRelated: Marine heatwaves can trigger mass coral bleaching across barrier reefs.

• Belize Barrier ReefRelated: Marine heatwaves raise bleaching risk across Belize’s coral communities.

• Marine habitatRelated: Extreme warmth can shift species ranges and damage habitats such as kelp forests and coral reefs.

• Marine iguanaRelated: Warm-water events can alter the algae available to marine iguanas.

• North PacificRelated: North Pacific heatwaves can disrupt ecosystems and fisheries across the basin.

• Red Sea coral reefsRelated: Heat extremes can expose the limits of the reefs’ apparent thermal tolerance.

• Sagami BayRelated: Warming events can alter the bay’s species, fisheries, and coastal ecosystems.

• Whale migrationRelated: Marine heatwaves can disrupt prey availability and may produce short-term changes in whale movements.

• Jellyfish bloomRelated: Heatwaves can alter conditions that affect jellyfish growth, survival, and bloom timing.

• Ocean conservationRelated: Heatwaves can cause abrupt ecosystem damage even where other pressures are managed.

• Tide poolRelated: Hot conditions can intensify thermal stress in shallow, isolated pools.