Low temperature tolerance of a sea urchin pathogen: Implications for benthic community dynamics in a warming ocean

Keyphrases

• Sea Urchin 100%
• Community Dynamics 100%
• Warming Ocean 100%
• Benthic Communities 100%
• Low-temperature Tolerance 100%
• Resident Population 50%
• Storm Events 50%
• Nova Scotia 50%
• Disease Outbreaks 50%
• Physiological Adaptation 50%
• Sea Temperature 50%
• Atlantic Coast 25%
• Tolerance Limits 25%
• Resilience 25%
• Observational Data 25%
• Mass Mortality 25%
• Minimum Temperature 25%
• Strongylocentrotus Droebachiensis 25%
• Causative Agents 25%
• Kelp Beds 25%
• Advection 25%
• Moribund 25%
• Pathogenic Amoebae 25%
• Entamoeba Invadens 25%
• Epizootic 25%
• Warm Winter 25%
• Winter Temperature 25%
• Specific Growth Rate 25%
• Sea Urchin Fishery 25%
• Complete Collapse 25%
• Alien Species 25%
• Vertical Mixing 25%
• Culture Temperature 25%
• Range Expansion 25%
• Benthic Ecosystem 25%

Earth and Planetary Sciences

• Benthos 100%
• Sea Urchin 100%
• Temperature Tolerance 100%
• Nova Scotia 40%
• Advection 20%
• Seaweed 20%
• Benthic Ecosystem 20%
• Introduced Species 20%
• Vertical Mixing 20%
• Range Expansion 20%

Agricultural and Biological Sciences

• Agrotis 100%
• Strongylocentrotus Droebachiensis 50%
• Introduced Species 50%
• Kelp 50%
• Epizootics 50%
• Specific Growth Rate 50%