FLOW REPORT
Last Updated: January 4, 2026
Rivers and waterways across the United States are experiencing varied conditions, with certain regions facing high streamflows while others remain in drought. Recent data indicates that the Ohio River at Old Shawneetown, straddling Illinois and Kentucky, is seeing substantial flow with readings at 259,000 cubic feet per second (CFS), far exceeding typical levels. Similarly, the St. Johns River in Jacksonville, Florida, and the White River in Batesville, Arkansas, show elevated flow rates of 152,000 CFS and 43,800 CFS, respectively. These figures, collected from streamgauges, provide critical insights into water conditions, impacting major cities and outdoor activities like fishing and rafting. Weather patterns contribute to these fluctuations, with storms potentially increasing flows, while sunny conditions may not immediately alleviate high waters.
In Minnesota, the Mississippi River below Lock and Dam #2 at Hastings and in St. Paul are reporting 27,700 CFS and 23,900 CFS, respectively, under partly sunny skies, indicating significant streamflows that could affect local water-based activities and city water management. Conversely, watersheds such as Middle Tombigbee-Lubbub and Mojave are experiencing opposite extremes, with Mojave soaring to 655.4% above normal levels, highlighting the disparity in water distribution across different geographies. These contrasting conditions underscore the importance of real-time monitoring and adaptive water management strategies to mitigate potential risks, such as flooding or water scarcity.
The impact of these streamflow conditions extends beyond mere numbers, influencing ecosystems, urban planning, and recreation. For example, high flows can lead to flooding, necessitating vigilance in cities like Tulsa, Oklahoma, and Portland, Oregon, where the Arkansas River and the Snake River are experiencing increased water levels. Fish populations and their habitats may be affected, prompting anglers to adjust their strategies. Rafters and boaters, on the other hand, must heed safety warnings, as swift currents can transform a leisurely paddle into a perilous adventure. As such, a comprehensive understanding of streamflow data is essential for all stakeholders, including researchers, city officials, and outdoor enthusiasts, to responsibly enjoy and protect our nation's vital waterways.