Predicting the effects of freshwater diversions on juvenile brown shrimp growth and production: a Bayesian-based approach

Keyphrases

• Shrimp Growth 100%
• Freshwater Diversion 100%
• Shrimp Production 100%
• Brown Shrimp 100%
• Negative Effects 57%
• Water Temperature 28%
• Shrimp 28%
• Response Time 28%
• Temperature Effect 14%
• Oyster 14%
• Metabolism 14%
• Temperature Variation 14%
• Bayesian Framework 14%
• Water Salinity 14%
• Parameter Estimation 14%
• Parameter Uncertainty 14%
• Temperature Regime 14%
• Juvenile Shrimp 14%
• Size Dependence 14%
• Mississippi River 14%
• Bioenergetic Model 14%
• Prey Biomass 14%
• Farfantepenaeus Aztecus 14%
• Model Uncertainty 14%
• Diversion Scenario 14%
• Louisiana 14%
• Coastal Wetlands 14%
• Salinity Regimes 14%
• Prey Response 14%
• Dependency Function 14%
• Salinity Effect 14%

Earth and Planetary Sciences

• Salinity 100%
• Water Temperature 33%
• Water Salinity 16%
• Mississippi 16%
• Louisiana 16%
• Bioenergetics 16%
• Coastal Wetland 16%
• Bioenergy 16%

Agricultural and Biological Sciences

• Shrimp 100%
• Oyster 8%
• Farfantepenaeus aztecus 8%
• Parameter Uncertainty 8%
• Coastal Wetland 8%
• Model Uncertainty 8%
• Bioenergy 8%