Live streamflow across the country.

# Major Rivers Surge Across Nation as Spring Flows Reshape Waterways

**Rivers across America are experiencing dramatically elevated streamflows, with some watersheds reporting flows exceeding 1,000% of normal levels.** The Ohio River leads all major waterways with a staggering 259,000 cubic feet per second (cfs) at Old Shawneetown, while the St. Johns River in Jacksonville, Florida registers 152,000 cfs. Most concerning are watersheds in Texas, where the Nueces River system shows flows at 136,569% of normal—an extraordinary surge driven by recent precipitation. From Minnesota's swollen tributaries to Georgia's Savannah River system, water managers and outdoor enthusiasts are witnessing one of the most significant high-flow events in recent memory.

The Mississippi River basin tells a compelling story, with multiple monitoring stations showing elevated readings. At Hastings, Minnesota, flows reach 27,700 cfs, while St. Paul records 23,900 cfs. The Minnesota River, a major tributary, displays consistently high flows at multiple gauges—16,900 cfs near Jordan, 14,500 cfs at Mankato, and 9,600 cfs at Morton. Meanwhile, Arkansas's White River system demonstrates remarkable volumes across three measurement points, ranging from 18,200 to 43,800 cfs. Texas watersheds face particularly extreme conditions: the Middle Nueces watershed reports an astonishing 163,830% of normal flow, while the Richland watershed in Washington registers 5,210% of normal. The Pecos River headwaters in New Mexico show flows exceeding 2 million percent of historical averages, indicating unprecedented runoff conditions.

For rafting enthusiasts, California's Sacramento River at Verona (15,900 cfs) and Idaho's Snake River system offer prime conditions, with the Snake reaching 19,200 cfs at Hells Canyon Dam. However, extreme caution is warranted on Southern rivers—Georgia's Savannah River system maintains dangerous flows exceeding 25,700 cfs near Port Wentworth, threatening Savannah's waterfront. Jacksonville faces similar concerns with the St. Johns River's massive discharge. The Tombigbee River in Alabama runs at 279% of normal, while the Tradewater River in Kentucky surges at 2,602% of typical flows. These conditions create both opportunities and hazards: excellent for experienced whitewater rafters on Western rivers, but posing significant flood risks to communities along Southeastern and Gulf Coast waterways where infrastructure faces sustained pressure from these historic flows.