Modelling the impacts of flow regulation on fish distributions in naturally intermittent lowland streams: an approach for predicting restoration responses

Keyphrases

• Flow Regime 100%
• Flow Regulation 100%
• Fish Distribution 100%
• Lowland Streams 100%
• Flow Restoration 75%
• Widespread Species 50%
• Hydrologic Variables 50%
• Australia 25%
• Valuable Insight 25%
• Hydrological Regime 25%
• Environmental Flows 25%
• Current Distribution 25%
• Management Decisions 25%
• Regression Model 25%
• Fish Species 25%
• Lowland 25%
• Regulated River 25%
• Future Threats 25%
• Native Species 25%
• Domestic Water 25%
• Flow-dependent 25%
• Mitigation Strategies 25%
• Ecosystem Restoration 25%
• Non-native Species 25%
• Exotic Species 25%
• Bayesian Modeling 25%
• Intermittent Streams 25%
• Restoration Data 25%
• Predictive Modeling 25%
• Irrigation Water 25%
• Perennial Flow 25%
• Environmental Ecosystems 25%
• Following Flow 25%
• Binomial Regression 25%
• Reduced Likelihood 25%

Agricultural and Biological Sciences

• Lowlands 100%
• Perennials 100%
• Introduced Species 50%
• Irrigation 50%
• Restoration Ecology 50%
• Likelihood 50%

Earth and Planetary Sciences

• Flow Regulation 100%
• Native Species 100%
• Australia 50%
• Ecosystem Restoration 50%