Weather Alerts For Steubenville, IN

Flood Watch National Weather Service Northern Indiana 237 AM EDT Sat Apr 4 2026 Elkhart-Lagrange-Steuben-Noble-De Kalb-Starke-Pulaski-Marshall- Fulton IN-Whitley-Allen IN-Northern La Porte-Eastern St. Joseph IN-Northern Kosciusko-Southern La Porte-Western St. Joseph IN- Southern Kosciusko-Cass MI-St. Joseph MI-Branch-Northern Berrien- Southern Berrien- 237 AM EDT Sat Apr 4 2026 /137 AM CDT Sat Apr 4 2026/ ...FLOOD WATCH REMAINS IN EFFECT THROUGH THIS AFTERNOON... * WHAT...Flooding caused by excessive rainfall continues to be possible. * WHERE...Portions of northern Indiana, including the following areas, Allen IN, De Kalb, Eastern St. Joseph IN, Elkhart, Fulton IN, Lagrange, Marshall, Noble, Northern Kosciusko, Northern La Porte, Pulaski, Southern Kosciusko, Southern La Porte, Starke, Steuben, Western St. Joseph IN and Whitley and southwest Michigan, including the following areas, Branch, Cass MI, Northern Berrien, Southern Berrien and St. Joseph MI. * WHEN...Through this afternoon. * IMPACTS...Excessive runoff may result in flooding of rivers, creeks, streams, and other low-lying and flood-prone locations. Creeks and streams may rise out of their banks. Flooding may occur in poor drainage and urban areas. * ADDITIONAL DETAILS... - Additional rain and storms may cause areas of flooding today given saturated soils. - http://www.weather.gov/safety/flood PRECAUTIONARY/PREPAREDNESS ACTIONS... You should monitor later forecasts and be alert for possible Flood Warnings. Those living in areas prone to flooding should be prepared to take action should flooding develop. &&

There is a Marginal Severe Storm Risk for your location. Continue reading for today's outlook from the National Weather Service's Storm Prediction Center. -------------------- National Severe Storm Outlook THERE IS A SLIGHT RISK OF SEVERE THUNDERSTORMS ACROSS THE LOWER GREAT LAKES/OHIO VALLEY SUMMARY Severe storms capable of damaging winds and a tornado risk are expected across parts of the Lower Great Lakes and middle/upper Ohio River Valley, mainly this afternoon through early evening. Other more isolated severe storms may occur across the Tennessee Valley, Lower Mississippi Valley, and eastern part of Texas. Ohio/Eastern Indiana/Lower Michigan to Pennsylvania/New York A shortwave trough over the Upper Midwest early today will continue northeastward toward the upper Great Lakes through tonight. Cyclonically influenced strengthening deep-layer southwesterlies (50+ kt 700 mb) will overspread Indiana/Michigan toward the Lower Great Lakes, atop a steadily moistening/heating warm-sector boundary layer along and north of the Ohio River. This will be ahead of a surface low and cold front, that is considerably augmented by generally weakening thunderstorms and prevalent lingering clouds/outflows through the pre-dawn hours. These residual factors cast uncertainty regarding the magnitude of today's overall potential, but a formidable flow field and guidance-advertised heating/steady diurnal destabilization will still be supportive of at least some severe potential regionally as storms redevelop and intensify this afternoon. This includes damaging wind potential, particularly given the magnitude of low/mid-tropospheric winds and boundary layer mixing, with some tornado threat as well, mainly in vicinity of the triple point/nearby warm front. Overall storm intensities should decrease by mid/late evening, owing to nocturnal boundary-layer influences and the primary upper-level system spreading away from the region. Tennessee Valley/Lower Mississippi Valley/Texas While diminishing in intensity overnight, showers/thunderstorms remain extensive and prevalent from the Mid-South/Ozarks southwestward into North Texas, as a synoptic cold front otherwise continues to progress southeastward across these regions. While details are complexified by considerable cloud cover and lingering storms, multiple corridors of reinvigorating storms should materialize this afternoon where more appreciable cloud breaks/heating occur. Downbursts/locally damaging winds will be the primary severe hazard, but this is currently expected to be on a relatively isolated/episodic basis.