The growth of finfish in global openocean aquaculture under climate change

Keyphrases

• Climate Change 100%
• Finfish 100%
• Aquaculture 100%
• Growth Rate 66%
• Open Ocean 66%
• Across Species 66%
• Land-based 66%
• Aquaculture Industry 66%
• Biological Constraints 33%
• Climate Change Impacts 33%
• Physical State 33%
• Physical Constraints 33%
• Spatial Modeling 33%
• Selective Breeding 33%
• High-resolution Global Climate Model 33%
• Technological Constraints 33%
• Freshwater 33%
• Seafood 33%
• Rate Adaptation 33%
• Open Ocean Aquaculture 33%
• Fish Growth 33%
• Seawater Temperature 33%
• Atlantic Salmon Salmo Salar 33%
• Aquaculture Production 33%
• Growth Potential 33%
• Finfish Aquaculture 33%
• Gilthead Seabream Sparus Aurata 33%
• Seafood Production 33%
• Production Loss 33%
• Oceanographic Variables 33%
• Current Velocity 33%
• Thermal Guild 33%
• Offset Potentials 33%
• Aquaculture Species 33%
• Reduced Growth 33%
• Adaptation Measures 33%
• Potential Production 33%
• Offshore Aquaculture 33%
• Rachycentron Canadum 33%
• Land-based Aquaculture 33%
• Suitable Land 33%
• Expansion Potential 33%

Earth and Planetary Sciences

• Climate Change 100%
• Finfish 100%
• Aquaculture 100%
• Open Ocean 50%
• Aquaculture Industry 33%
• Climate Modeling 16%
• Climate Change Impact 16%
• Global Climate 16%
• Selective Breeding 16%
• Aquaculture Production 16%
• Freshwater 16%

Agricultural and Biological Sciences

• Climate Change 100%
• Aquaculture 100%
• Salmon 22%
• Climate Modeling 11%
• Selective Breeding 11%
• Sparus aurata 11%
• Seabream 11%
• Rachycentron Canadum 11%
• Freshwater 11%