Thermal vulnerability of the Levantine endemic and endangered habitat-forming macroalga, Gongolaria rayssiae: implications for reef carbon

Keyphrases

• Ocean Warming 100%
• Macroalgae 100%
• Thermal Vulnerability 100%
• Gongolaria 100%
• Thermal Optima 100%
• Endangered Habitats 100%
• Habitat-forming 100%
• Israeli 50%
• Fucales 50%
• Marine Ecosystems 50%
• Climate Change 50%
• Mediterranean Sea 50%
• Metabolic 50%
• Western Basin 50%
• Seasonal Changes 50%
• Warm Conditions 50%
• Carbon Budget 50%
• Incubation 50%
• Late Summer 50%
• Mediterranean Coast 50%
• Nighttime 50%
• Inorganic Carbon Uptake 50%
• High Temperature 50%
• Seawater Temperature 50%
• Seaweed 50%
• Early Summer 50%
• Temperate Region 50%
• Carbon Sequestration Potential 50%
• Phenology 50%
• Environmental Sensitivity 50%
• Biogeographic Distribution 50%
• High Primary Productivity 50%
• High Biomass 50%
• Temperature Level 50%
• Biomass Density 50%
• Thermal Niche 50%
• Thallus 50%
• Optimum Temperature 50%
• Relict Species 50%
• Branchless 50%
• Niche Width 50%
• Canopy-forming Species 50%
• Community-associated 50%
• Growth Season 50%
• Species Phenology 50%
• Oxygen Production 50%
• Regrowth 50%
• Fitting Curve 50%
• Marine Forests 50%
• Thermal Performance Curve 50%

Agricultural and Biological Sciences

• Spring 100%
• Phenology 100%
• Macroalga 100%
• Fucales 50%
• Climate Change 50%
• Primary Productivity 50%
• Inorganic Carbon 50%
• Aquatic Environment 50%
• Branches 50%
• Carbon Sequestration 50%
• Thallus 50%
• Regrowth 50%
• Biogeography 50%

Earth and Planetary Sciences

• Macroalga 100%
• Reef 100%
• Mediterranean Sea 50%
• Climate Change 50%
• Carbon Budget 50%
• Inorganic Carbon 50%
• Carbon Sequestration 50%
• Oxygen Production 50%
• Relict Species 50%
• Regrowth 50%
• Temperate Region 50%
• Aquatic Environment 50%
• Biogeography 50%