TL;DR

Five tornadoes touched down across Ohio and Pennsylvania Sunday evening, concentrated in a two-hour window between 2022 UTC and 2117 UTC (4:22 PM–5:17 PM EDT). The outbreak was part of a much larger severe weather event that produced 420 wind reports and 10 hail reports across 16 states, making damaging winds the dominant hazard.

Sunday evening brought a multi-state severe weather outbreak that spawned five confirmed tornadoes in Ohio and Pennsylvania, alongside widespread damaging winds that affected communities from the Southeast to the Great Lakes. The tornado reports came in a concentrated burst during the late afternoon and early evening hours, while wind damage stretched across 16 states.

Where the tornadoes touched down

All five tornado reports came from a compact area spanning the Ohio-Pennsylvania border region. The National Weather Service office in Pittsburgh (PBZ) documented the majority of the activity.

Pennsylvania tornadoes:

  • 2022 UTC and 2037 UTC — 2 SW Worthville, Ringgold Township: A tornado was reported on the ground near Steves Lane. The first report was later corrected and reissued at 2037 UTC.
  • 2041 UTC — 5 NW Big Run: Trees were reported down on State Route 301 north of Anita, with the damage assessed as likely tornado-related. The time was estimated from radar analysis.

Ohio tornadoes:

  • 2100 UTC — 2 SW Salem: Power lines were reported down.
  • 2117 UTC — 3 N New Waterford: A tornado was confirmed in this location.

No EF ratings have been issued for any of the five tornadoes as of this writing. National Weather Service survey teams typically conduct damage assessments in the days following tornado reports to determine intensity ratings on the Enhanced Fujita scale.

The broader severe weather picture

While tornadoes captured attention in Ohio and Pennsylvania, damaging winds were the story across a much wider swath of the country. The Storm Prediction Center logged 420 wind reports spanning Alabama, Florida, Georgia, Maryland, Michigan, New Jersey, New Mexico, New York, North Carolina, Ohio, Pennsylvania, South Carolina, Tennessee, Texas, Virginia, and West Virginia.

The wind reports began as early as 1635 UTC (12:35 PM EDT) in South Carolina, where trees were reported down near Pickens. Activity continued well into the evening hours, with the majority of reports concentrated in Ohio and the Mid-Atlantic states during the late afternoon and evening.

Notable wind damage

Several locations recorded measured wind gusts or significant structural damage:

  • Clay Center, Ohio — A home weather station measured a 59 mph gust at 1730 UTC.
  • Sandusky, Ohio — A mesonet station 2 NNE of the city recorded a 61 mph gust at 1814 UTC. Portions of Perkins Road were closed due to downed limbs and power lines.
  • Bucyrus, Ohio — Cosmetic damage to a home and portions of a collapsed pole barn were reported at 1841 UTC, along with multiple trees down.
  • Lorain, Ohio — At least a half dozen trees were reported down across the city at 1841 UTC.

The wind reports extended south into Georgia and the Carolinas earlier in the day, with numerous reports of trees down on power lines and roadways. Georgia alone accounted for more than a dozen wind damage reports between 1724 UTC and 1758 UTC.

Hail reports and other hazards

Ten hail reports were logged across the event, with sizes ranging from quarter-sized (1.00 inches) to golf ball-sized (1.75 inches). The largest hail—1.75 inches in diameter—was reported by a trained spotter 2 WSW of Dortches, North Carolina at 2321 UTC.

Other notable hail reports included:

  • Cambridge Springs, Pennsylvania — 1.25-inch hail at 2041 UTC
  • Hallwood, Virginia — 1.25-inch hail at 2251 UTC
  • Ripley, Maryland — 1.25-inch hail at 2320 UTC

The hail reports were scattered across Pennsylvania, North Carolina, Virginia, Maryland, and Michigan, indicating the widespread nature of the severe weather outbreak.

What drove Sunday's severe weather

The severe weather outbreak unfolded in an environment typical of mid-June across the eastern United States, where ample moisture and daytime heating can fuel widespread thunderstorm development. While the Storm Prediction Center's outlook for today (Monday, June 15) shows a Marginal Risk across portions of the central United States, Sunday's event was characterized by a broad area of instability that supported scattered severe thunderstorms rather than a concentrated high-end threat.

The concentration of tornado reports in western Pennsylvania and eastern Ohio during a two-hour window suggests a localized area of enhanced rotation, likely tied to a boundary or mesoscale feature that provided additional low-level wind shear. The National Weather Service office in Pittsburgh was responsible for documenting all five tornado reports, indicating the activity remained focused in their forecast area.

The overwhelming number of wind reports compared to tornado and hail reports—420 wind versus 5 tornado and 10 hail—points to a classic "derecho-like" or linear convective pattern across much of the outbreak area, where bowing segments and downburst winds were the primary severe weather mechanism.

No watches were in effect

Notably, no tornado watches or severe thunderstorm watches were active at the time of this writing, and the storm reports do not reference any watch products during the event window. This suggests the severe weather developed in an environment where forecasters anticipated isolated to scattered severe storms but not organized or widespread tornado potential requiring watch-level coordination.

This is not unusual for June severe weather events east of the Mississippi River, where localized severe weather can develop quickly along outflow boundaries, fronts, or in weakly sheared but highly unstable airmasses.

Lessons from a wind-dominant outbreak

Sunday's event underscores an important reality of severe weather: tornadoes often represent a small fraction of the total severe weather reports during an outbreak. With 420 wind reports, 10 hail reports, and 5 tornado reports, damaging winds accounted for more than 96% of the severe weather activity.

Damaging winds can cause significant property damage, power outages, and injuries even in the absence of tornadoes. Winds strong enough to down large trees and power lines—common in Sunday's reports—can turn outdoor objects into projectiles and make travel dangerous.

For residents in the affected areas, the widespread nature of the wind damage likely means extended power outages and blocked roadways. Utility crews across 16 states will be working in the coming days to restore power and clear debris.

Looking ahead

As of Monday morning, the Storm Prediction Center has outlined a Marginal Risk for severe thunderstorms across portions of the southern High Plains and Upper Midwest, with isolated large hail and damaging winds possible. An Enhanced Risk is forecast for Wednesday (Day 3) across portions of the Midwest, Southeast, and Ohio Valley, indicating the potential for a more significant severe weather event later this week.

Residents in Ohio and Pennsylvania should remain alert for updated information from the National Weather Service regarding EF-scale ratings for Sunday's tornadoes as survey teams complete their damage assessments.

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