Empowering Cities to Mitigate Flood Risks with aquaFLOOD

Today, Kerala faced yet another tragic landslide, reminding us of the increasing vulnerability to extreme weather events. Such incidents underscore the urgent need for advanced flood early warning and risk assessment systems, especially in areas prone to such natural disasters. Climate change has intensified the frequency and severity of flash floods and landslides worldwide, causing widespread destruction and loss of life.

??????????????????: A Comprehensive Solution for Flood and Landslide Management

At Vassar Labs, we recognize the critical need for robust solutions to manage floods and landslides. Our aquaFLOOD platform is designed to provide comprehensive flood forecasting, early warnings, and risk assessments, including considerations for topography and landslide possibilities. It aims to help authorities and communities mitigate risks effectively.

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aquaFLOOD offers decision support on urban and rural floods by enabling hydrologic simulations and integrating real-time hydrological and meteorological data. This integration helps in predicting and monitoring flood events with high accuracy.

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The platform uses advanced climate models to predict future weather patterns and their impacts on flood and landslide risks. By incorporating historical data, topographical features, and projections, aquaFLOOD identifies vulnerable areas, ensuring communities are better prepared for such events.

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aquaFLOOD creates Digital Twins of cities and landscapes to simulate and predict flooding events. It utilizes high-resolution digital terrain models, considering topographical and drainage factors, to generate 2D and 3D flood simulations. These simulations predict flood extents and depths at various scales, providing a detailed assessment of risks, including potential landslides.

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The platform offers detailed 2D inundation models that assess the impact of floods at the basin, city, area, and property levels. It includes a Time Bar feature that shows the progression of water levels in affected zones, and heat maps highlight critical infrastructure and drainage systems under stress.

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Automatic alerts and advisories are sent to administrative departments, dam operators, traffic management centers, and citizens. This system enhances urban planning and emergency response, helping authorities manage road networks, allocate resources, and communicate with the public during crises.

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aquaFLOOD includes advanced hydrologic simulations and real-time data integration for facilities like airports. Its 2D and 3D inundation models enable targeted mitigation strategies for runways, terminals, and other critical infrastructures.

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The system incorporates return periods to estimate the likelihood of flooding events over specific timeframes. It also provides risk analysis and annotations to highlight critical areas and infrastructure, enabling proactive levee management and reinforcement testing.

United Nations Office for Disaster Risk Reduction (UNDRR) , Hydrology UK Centre for Ecology & Hydrology (UKCEH) Waste water, Groundwater, Hydrology, Flood Warnings, Meteorology National Institute of Hydrology Groundwater Hydrology Group , Urban Institute Traffic Control Advertising Australian Mining World Economic Forum World Health Organization 世界银行 World Bank Development Economics Flood Re National Flood Insurance Program FEMA

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