Strengthening coastal flood forecasting through event-based data capitalization: a case study from the December 2022 storm surge in Québec City

Keyphrases

• Qubec 100%
• Water Level 100%
• Storm Surge 100%
• Quebec City 100%
• Estuary 100%
• Flood Forecasting 100%
• Event Data 100%
• Coastal Flood 100%
• Saint Lawrence 100%
• Data Capitalization 100%
• Decision Maker 50%
• Climate Change 50%
• Urban Areas 50%
• Flood Events 50%
• Flow Pattern 50%
• Hydrodynamic Model 50%
• Flooded Area 50%
• Flood Risk Mapping 50%
• Bathymetry 50%
• Sea Level Rise 50%
• Computational Grid 50%
• Grid Resolution 50%
• Variable Resolution 50%
• Coastal Management 50%
• Coastal Risk 50%
• Flood Risk Management 50%
• Urban Zones 50%
• Macro-tidal 50%
• Lowland 50%
• River Discharge 50%
• GIS Modeling 50%
• Bathtub Model 50%
• Danger Level 50%
• Evacuation Plan 50%
• Maritime Conditions 50%
• Multi-source Data Integration 50%
• Crisis Management Plan 50%
• Coastal Flood Risk 50%
• Urban Configuration 50%
• Water Velocity 50%
• Submersion 50%
• Dynamic Description 50%
• Flooding 50%
• Flood Process 50%
• Spring Tides 50%
• Urbanized Areas 50%
• 2D Hydrodynamic Model 50%

Earth and Planetary Sciences

• Quebec 100%
• Storm Surge 100%
• Flood Forecasting 100%
• Hydrodynamics 100%
• Water Level 100%
• Estuaries 100%
• Climate Change 50%
• Flow Distribution 50%
• Risk Management 50%
• Bathymeter 50%
• Sea Level Rise 50%
• Interpolation 50%
• Coastal Management 50%
• Geographic Information System 50%
• Coastal Flooding 50%
• River Discharge 50%
• Metropolitan Area 50%
• Crisis Management 50%
• Computational Grid 50%
• Tide 50%