Spatial and Temporal Variations and Driving Factors of Surface Water Quality of Tidal River Network Areas in Estuarine Megacity: A Case Study of Shanghai

Keyphrases

• Megacity 100%
• Water Quality 100%
• Temporal Variation 100%
• River Basin 100%
• Water Quality Index 100%
• Surface Water Quality 100%
• Tidal River Network 100%
• Huangpu River 100%
• River Network Area 100%
• Politicians 50%
• Correlation Analysis 50%
• Land Use Type 50%
• Policy Making 50%
• Contaminated Water 50%
• Explanatory Power 50%
• Yangtze River Delta 50%
• Redundancy Analysis 50%
• Index-based Approach 50%
• Ammonia Nitrogen 50%
• Retention Mechanism 50%
• Chemical Oxygen Demand 50%
• NH3-N 50%
• Geographic Information System 50%
• Artificial Surfaces 50%
• Test Correlation 50%
• People Health 50%
• Buffer Zone 50%
• Water Quality Change 50%
• Flood Season 50%
• Monitoring Point 50%
• Non-flood Season 50%
• Permanganate Index 50%
• Water Quality Policy 50%
• Key Pollutants 50%
• Comprehensive Water Quality 50%
• Water Quality Management 50%
• Monitoring Parameters 50%
• Information System Tools 50%
• Stream Quality 50%
• CODMn 50%
• Total Phosphorus Concentration 50%
• Artificial Wetland 50%
• Water Quality Trends 50%

Earth and Planetary Sciences

• Megacity 100%
• Surface Water 100%
• Spatial Variation 100%
• Temporal Variation 100%
• Water Quality Index 100%
• Land Use Type 50%
• Geographic Information System 50%
• Water Pollution 50%
• Buffer Zone 50%
• Water Quality Management 50%
• Chemical Oxygen Demand 50%