Heterogeneous environmental seascape across a biogeographic break influences the thermal physiology and tolerances to ocean acidification in an ecosystem engineer

Keyphrases

• Ocean Acidification 100%
• Biogeographic Breaks 100%
• Thermal Physiology 100%
• Thermal Tolerance 100%
• Ecosystem Engineer 100%
• Seascape 100%
• Limpet 83%
• Southwest Pacific 83%
• Sea Surface Temperature 66%
• Interpopulation Differences 50%
• Pacific Coast 33%
• Environmental Variability 33%
• Carbonate 33%
• High Tolerance 33%
• Environmental Conditions 16%
• Local Adaptation 16%
• Natural Variability 16%
• Local Environmental Conditions 16%
• Temporal Dynamics 16%
• Seawater 16%
• Climate Change Impacts 16%
• Metabolic Rate 16%
• Cline 16%
• Spatiotemporal 16%
• Upwelling Events 16%
• Natural Populations 16%
• Calcifying Organisms 16%
• Shell Length 16%
• Partial Pressure of CO2 (pCO2) 16%
• Stress Tolerance 16%
• Carbonate Chemistry 16%
• Phenotypic Variation 16%
• Acidified Water 16%
• Spatial Dynamics 16%
• Oxygen Consumption Rate 16%
• Metabolism 16%
• Natural Laboratories 16%
• Metabolic Performance 16%
• Thermal Ecology 16%
• Thermal Performance Curve 16%
• Intraspecific Differences 16%
• Buoyancy 16%
• Geographic Influence 16%
• Cardiac Activity 16%
• Geographical Differences 16%
• Physiological Differences 16%
• Surface Seawater 16%
• Climate Change Biology 16%
• High Thermal Performance 16%
• Evolutionary Ecology 16%
• Phenotypic Response 16%
• Activity Performance 16%
• Scurria 16%

INIS

• ecosystems 100%
• populations 100%
• oceans 100%
• acidification 100%
• tolerance 100%
• physiology 100%
• engineers 100%
• surfaces 40%
• seas 40%
• performance 30%
• variations 30%
• carbonates 30%
• coast 20%
• climatic change 20%
• ecology 20%
• sulfur 30 20%
• seawater 20%
• sulfur 32 20%
• dynamics 10%
• comparative evaluations 10%
• surveys 10%
• laboratories 10%
• length 10%
• water 10%
• weight 10%
• zones 10%
• shells 10%
• upwelling 10%
• simulation 10%
• signals 10%
• oxygen 10%
• fluctuations 10%
• ph value 10%
• biology 10%
• curves 10%
• chemistry 10%
• consumption rates 10%
• metabolism 10%
• tpc 10%
• buoyancy 10%
• sulfur 27 10%

Earth and Planetary Sciences

• Ocean Acidification 100%
• South East Pacific 83%
• Sea Surface Temperature 66%
• Climate Change 16%
• Local Adaptation 16%
• Spatial Variation 16%
• Field Survey 16%
• Temporal Variation 16%
• Climate Change Impact 16%