INDIANA FLOW REPORT

Last Updated: January 11, 2026

Streamflow levels across Indiana are currently 37.0% of normal, with the Wabash River At New Harmony reporting the highest discharge in the state with 8810cfs and gauge stage of 2.19 ft. Meanwhile, the East Fork White River At Columbus is seeing a spike in streamflows today after experiencing a 91.54% increase since yesterday, and currently running at 2490cfs.

Maximum gauge stage in the state was last observed at the St. Joseph River At Elkhart, currently reporting a stage of 19.18ft. The Clifty Creek At Hartsville in the Upper East Fork White watershed is surging for this time of year at 238cfs, about 473.19% of normal.

       



Indiana is a state with a diverse range of hydrological features, including major rivers like the Ohio, Wabash, and White, as well as numerous smaller tributaries and streams. The state's reservoirs and dams also play an important role in managing water resources and providing hydroelectric power. Climate conditions vary widely across Indiana, with hot, humid summers and cold winters. Precipitation is generally evenly distributed throughout the year, with occasional severe weather events like floods and droughts. In terms of snowpack, the state typically receives moderate levels of snowfall, which can impact river flows and water availability in the spring. Overall, the complex interplay of factors like climate, topography, and land use make water management a crucial issue for Indiana's communities and ecosystems.


       

Winter Storm Warnings

January 11 2026

Residents across central and southeastern Indiana, including Indianapolis and surrounding areas, are advised to exercise caution due to scattered snow showers that may lead to slick roads and reduced visibility. A light snow accumulation is expected, and high winds with gusts up to 40 MPH could further impact travel conditions. Travelers should allow extra time, slow down, maintain a safe distance between vehicles, and be prepared for fluctuating weather conditions, slick surfaces, and potential visibility issues, especially during the morning hours. Elevated surfaces like bridges and overpasses are particularly susceptible to becoming slick.