Project ENKI stands for Emergency Network Turning Knowledge into Actionable Intelligence. It turns hydrologic and meteorological data into user-friendly flood risk insights for homes, neighborhoods, municipalities, and infrastructure.
The project bridges a gap between raw federal data and practical decision-making. It helps people understand how flooding could affect specific properties and infrastructure before disaster strikes.
The July 4 flooding disaster in Texas highlighted the gap between meteorological forecasting and hydrologic impact, especially in narrow watersheds such as Texas Hill Country.
Storm surge can rise like a wall of water and inundate structures within minutes. It is often underestimated in places without a history of flooding.
Dry soil can become compacted and less absorbent after prolonged drought. Rainfall then runs off quickly, increasing flash flood risk, especially in steep terrain.
Wildfire burn zones can develop water-repellent soil. This increases runoff speed and flash flooding potential, including during atmospheric river events.
Atmospheric rivers are large moisture systems that can bring extreme rainfall when they make landfall, especially in mountainous areas.
The article says recent predictive modeling helped support evacuations, National Guard mobilization, and interagency communication. It presents this as evidence that effective forecasting and coordination can save lives.
Dr. Tracy Fanara’s work is expanding into ecological forecasting. The stated focus areas are:
She is also Chair of the Ecological Forecasting Committee for the American Meteorological Society.
The article mentions Inspector Planet, citizen science initiatives, environmental reporting apps, youth science programs, and storm-chasing media initiatives as ways to make science understandable and actionable.
It converts hydrologic and weather data into flood risk insights for communities.
Rainfall forecasting predicts precipitation. Hydrology explains runoff, flooding, and surge after rainfall reaches the ground.
They are large airborne moisture systems that transport water vapor and can cause extreme rainfall and flooding.