Last Updated: December 25, 2025
Streamflow levels across
Ohio
are currently
49.0% of normal, with the
Ohio River At Ironton
reporting the highest discharge in the state with
61700cfs and gauge stage of 34.51 ft.
Meanwhile, the
Wills Creek At Cambridge Oh
is seeing a spike in streamflows today after experiencing a
106.37%
increase since yesterday, and currently running at
939cfs.
Maximum gauge stage in the state was last observed at the
Olentangy River At J H Herrick Dr At Columbus Oh, currently reporting a stage of
711.24ft.
The
Seneca Fork Bl Senecaville Dam Near Senecaville Oh
in the
Wills
watershed
is surging for this time of year at
904cfs, about
489.84% of normal.
Ohio's hydrology is influenced by its location in the midwestern United States, experiencing a humid continental climate. Major surface waters include Lake Erie and the Ohio River, which flows through the state and serves as a border with neighboring Kentucky and West Virginia. Other major rivers and tributaries include the Muskingum River, the Cuyahoga River, and the Maumee River. The state's hydrology is impacted by numerous reservoirs and dams, including the Hoover Reservoir and the Grand Lake St. Marys. Snowpack and watershed data are also relevant in Ohio's hydrology, with the state experiencing frequent snowfall in the winter months and a variety of watersheds throughout the state.
Residents of central, southwest, and west central Ohio, including major cities like Columbus, Dayton, and Springfield, should exercise caution this morning due to hazardous driving conditions. The National Weather Service has issued a Dense Fog Advisory, effective until 10 AM EST, reporting visibility of one quarter mile or less. Similarly, a Special Weather Statement has been declared, highlighting patchy dense fog that has significantly reduced visibility. Motorists are advised to slow down, increase following distances, and remain vigilant for sudden changes in visibility. Please ensure safe driving practices are followed to prevent accidents during these foggy conditions.