SAIC performs river flow modeling to predict the condition and behavior of rivers in the United States and around the world.
We examine terrain conditions, slopes, water sources and destinations, tidal movements, sedimentation, turbulence (based on river bottom conditions), speed, and other factors to create an accurate picture of a river's current state and future changes.
One key application of river flow modeling is sediment deposition forecasting. Sediment carried downstream from farms and other businesses can flow into oceans, causing pollution and algal blooms that can be toxic to wildlife.
By realistically modeling sediment flows, SAIC can provide powerful information to help decision-makers protect sensitive ecological balances.
SAIC is working to improve understanding of rivers and river systems, especially in the United States. We help the National Oceanic and Atmospheric Administration map riverbeds and are helping advance the Integrated Ocean Observing System, a comprehensive system of sensors that will provide a constant stream of data about oceans, tidal basins, the Great Lakes, and rivers.