Thermal affinity as the dominant factor changing Mediterranean fish abundances

Keyphrases

• Non-native Species 100%
• Fish Populations 100%
• Mediterranean Fish 100%
• Indigenous Species 66%
• Cold Water 66%
• Fishing Pressure 66%
• Sensitivity to Climate Change 66%
• Drivers of Change 33%
• Climate Change 33%
• Eastern Mediterranean 33%
• Shallow Water 33%
• Red Sea 33%
• Random Forest Analysis 33%
• Marine Environment 33%
• Life History 33%
• Impact on Ecosystems 33%
• Ecosystem Function 33%
• Species Community 33%
• Relative Abundance 33%
• Community Composition 33%
• Trawl Survey 33%
• Analytical Method 33%
• 20-year Period 33%
• Species Abundance 33%
• Index-based 33%
• Empirical Estimator 33%
• Species Change 33%
• Associated Species 33%
• Sea Temperature 33%
• Affinity-based 33%
• Abundance Change 33%
• Fish Trawl 33%
• Warm Climate 33%
• Fish Community 33%
• Trait Similarity 33%
• Relative Species 33%
• Extreme Climate Change 33%
• Water Species 33%
• Population Size Change 33%
• Composite Index 33%
• Water Origin 33%
• Cold Climate 33%
• Anthropogenic Drivers 33%
• Occurrence Data 33%

Earth and Planetary Sciences

• Climate Change 100%
• Fish Abundance 100%
• Cold Water 50%
• Red Sea 25%
• Shallow Water 25%
• Community Composition 25%
• Population Size 25%
• Marine Environment 25%
• Ecosystem Function 25%

Agricultural and Biological Sciences

• Climate Change 100%
• Introduced Species 75%
• Indigenous Species 50%
• Life History 25%
• Marine Environment 25%
• Population Size 25%
• Fish Communities 25%