Flow alteration and thermal pollution depress modelled growth rates of an iconic riverine fish, the Murray cod Maccullochella peelii

Keyphrases

• Bioenergetic Model 20%
• Bioenergetics 20%
• Biological Gradient 20%
• Chemical Gradient 20%
• Discharge Flow 20%
• Disturbance Gradient 40%
• Energetic Cost 20%
• Energetic Gain 20%
• Energy Expended 20%
• Flow Alteration 100%
• Flow Temperature 80%
• Flow Velocity 80%
• Food Consumption 20%
• Freshwater Fish 20%
• Growth Rate 100%
• Growth Response 20%
• Hume 20%
• Impoundment 100%
• Maccullochella Peelii 100%
• Major Disturbance 20%
• Model Simulation 20%
• Murray Cod 100%
• Negative Growth 20%
• Physical Gradient 20%
• Reduced Growth 20%
• River Murray 20%
• Riverine Environments 20%
• Riverine Fish 100%
• Serial Discontinuity Concept 40%
• South-eastern Australia 20%
• Standard Metabolism 20%
• Temperature Regime 100%
• Thermal Pollution 100%
• Warm Water 20%
• Water Temperature 20%
• Water Velocity 20%
• Weight Gain 20%

Earth and Planetary Sciences

• Australia 25%
• Bioenergetics 50%
• Bioenergy 50%
• Flow Velocity 100%
• Thermal Pollution 100%
• Warm Water 25%