Macroscale patterns in body size of intertidal crustaceans provide insights on climate change effects

Keyphrases

• Across Species 12%
• Amphitropical Distribution 12%
• Beach Features 12%
• Body Size 100%
• Body Temperature 12%
• California USA 12%
• Chile 25%
• Climate Change 12%
• Climate Change Impacts 100%
• Coastal Conservation 12%
• Coastal Ecosystems 37%
• Community Structure 12%
• Community-based 12%
• Consistency Results 12%
• Crustacean 100%
• Demographic Response 12%
• Developmental Mode 12%
• Eastern Pacific 12%
• Ecological Role 12%
• Ecosystem Function 12%
• Ecosystem Level 12%
• Ecosystem Response 12%
• Ectotherm 25%
• Emerita Analoga 25%
• Fecundity 12%
• Feeding Mode 12%
• Food Web 12%
• Global Climate Change 25%
• Isopod 12%
• Latitudinal Pattern 12%
• Level Process 12%
• Life History 25%
• Macroalgae 12%
• Microenvironment 12%
• Ocean Temperature 12%
• Orchestoidea Tuberculata 12%
• Pacific Coast 12%
• Population Demography 12%
• Response Predictors 12%
• Sandy Beach Ecosystems 12%
• Sea Surface Temperature 25%
• Strong Predictor 12%
• Suspension Feeding 12%
• Talitrid Amphipods 12%
• Thermal Effect 12%
• Tidal Zone 12%
• Trophic Guilds 12%
• Trophic Interactions 12%
• Valuable Insight 12%

Earth and Planetary Sciences

• Amphipod 33%
• California 66%
• Chile 66%
• Climate Change 100%
• Climate Change Impact 33%
• Coastal Ecosystem 100%
• Ecosystem Function 33%
• Ecosystem Response 33%
• Food Web 33%
• Global Climate Change 66%
• Isopod 33%
• Macroalga 33%
• Microhabitat 33%
• Ocean Temperature 33%
• Scavenging 33%
• Sea Surface Temperature 66%
• Trophic Interaction 33%
• United States of America 33%

Agricultural and Biological Sciences

• Amphipoda 12%
• Body Size 100%
• Body Temperature 12%
• Climate Change 100%
• Crustacea 100%
• Ectotherm 25%
• Emerita 25%
• Food Web 12%
• Isopoda 12%
• Life History 25%
• Microhabitat 12%
• Suspension Feeding 12%