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Lowering Risk by Increasing Resilience
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The reprint identifies key concerns and significant challenges of the future as currently perceived by researchers, industry, policymakers, and other flood management stakeholders. The main themes addressed include: science and technology for flood risk management; handling data and information for flood risk management; flood disaster prevention, mitigation, and adaptation; flood preparedness, response, and recovery; flood decision-making, policy, and governance; and flood resilience.
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Keywords
- Acoustic Doppler current profilers
- adaptation
- basement flood
- Building construction & materials
- CaMa-Flood
- Canada
- Citizen science
- Civil engineering, surveying & building
- Climate Change
- community-based
- Conservation of buildings & building materials
- debris
- dikes
- disaster chain
- disaster literacy
- distributed hydrological model
- E-learning
- Environmental Impacts
- extreme floods
- extreme rain
- facilitator
- flood damage
- flood decision-making
- flood forecasting
- flood hazard
- flood management issues
- flood map viewer
- flood mapping
- flood resilience
- flood risk
- flood risk management
- flood wave propagation
- flooding
- floodplain mapping
- government policies
- high-water marks
- historical data source
- History of engineering & technology
- impact assessment
- index-velocity method
- inflow and infiltration
- Innovations
- knowledge uptake
- Low Impact Development
- low-lying coasts
- Natural disasters
- numerical modelling
- OSS-SR
- pluvial flood
- poorly gauged catchments
- rating curves
- sea-level rise
- small- and medium-sized river
- stage-discharge method
- storm surge
- Technology, engineering, agriculture
- Technology: general issues
- TOPKAPI
- unsteady flows
- wastewater
- water resources
- Zhenjiang River
Links
DOI: 10.3390/books978-3-0365-5736-6Editions