Comparative models of mussel bioenergetics and their validation at field culture sites

Keyphrases

• Absorption Efficiency 42%
• Bioenergetics 100%
• Bivalves 14%
• Blue mussel Mytilus Edulis 14%
• Chlorophyll a (Chl a) 57%
• Cove 14%
• Empirical Formulation 14%
• Energy Budget 14%
• Feeding Behavior 28%
• Feeding Experiment 14%
• Field Culture 100%
• Filtration 14%
• Fluorometer 14%
• Food Quality 14%
• Food Sources 42%
• France 14%
• Functional Curves 14%
• Growth Prediction 14%
• Growth Trajectory 28%
• High Turbidity 28%
• Low Turbidity 14%
• Mechanistic Model 57%
• Model Prediction 14%
• Mussels 100%
• Natural Particles 14%
• Nova Scotia 57%
• Organic Particles 14%
• Particle Mixtures 14%
• Particle Rejection 28%
• Particle Selection 28%
• Particulate Loading 14%
• Particulate Organic Matter 100%
• Phytoplankton 14%
• Phytoplankton Biomass 14%
• Respiration 14%
• Selection Intensity 14%
• Seston 14%
• Silt 14%
• Statistical Model 57%
• Suspended Culture 14%
• Turbidity 14%
• Water Samples 14%

Agricultural and Biological Sciences

• Agrotis 100%
• Energy Budget 25%
• Feeding Behavior 50%
• Food Quality 25%
• Grains 25%
• Ingestion 75%
• Mechanistic Model 100%
• Mussel 100%
• Mytilus edulis 25%
• Phytoplankton 50%
• Statistical Model 100%

Earth and Planetary Sciences

• Bioenergetics 100%
• Detritus 14%
• Energy Budget 14%
• Food Quality 14%
• France 14%
• Nova Scotia 57%
• Particulate Organic Matter 100%
• Phytoplankton 28%
• Seston 14%
• Suspended Culture 14%
• Turbidity 57%