The following piece recaps a recent weather event in Ohio where the National Weather Service confirmed two tornadoes during severe storms on March 31, 2026.
It details the intensity and paths of the two tornadoes—an EF1 near Hicksville and an EF0 near Apple Creek—while explaining how meteorologists distinguish tornadic damage from microbursts and how the Enhanced Fujita Scale ranks tornado strength.
The report also highlights safety implications and how storm surveys are conducted to ensure accurate classifications.
Two Tornadoes Confirmed in Ohio: Hicksville and Apple Creek
In the evening hours of March 31, 2026, severe storms produced two confirmed tornadoes in Ohio.
The National Weather Service documented an EF1 tornado that touched down near the Village of Hicksville in Defiance County at about 7:09 p.m., and a brief EF0 tornado near Apple Creek in Wayne County at approximately 9:56 p.m.
The NWS noted that the Hicksville tornado remained on the ground for roughly two minutes and carved a 2.71-mile path with an average width of about 25 yards.
The Apple Creek tornado stayed on the ground for about 0.11 miles and had a path width near 75 yards.
While damage occurred at several properties in both locations, there were no reported injuries or fatalities.
Hicksville EF1 Tornado: Path, Winds, and Damage
- Time on ground: 7:09 p.m. to approximately 7:11 p.m.
- Path length and width: 2.71 miles long, about 25 yards wide
- Peak winds: estimated around 95 mph
- Damage pattern: across a mix of landscapes including minor tree damage, destruction of a pole barn, and a roof loss on a home
- Public health impact: no injuries or fatalities were reported
The Hicksville event demonstrates how a relatively narrow path can carry enough energy to cause structural damage while not producing widespread or catastrophic destruction.
Apple Creek EF0 Tornado: Quick, Narrow, and Less Intense
- Time on ground: about 9:56 p.m.
- Path length and width: 0.11 miles long, roughly 75 yards wide
- Peak winds: around 85 mph
- Damage pattern: damage to multiple residential properties, including uprooted or snapped trees, roof damage, and a collapsed chimney
- Public health impact: no injuries or fatalities
The Apple Creek tornado, classified as EF0, illustrates how even shorter, broader damage footprints can be associated with lower wind speeds.
How NWS Distinguishes Tornadoes from Microbursts
Following severe weather, NWS survey crews examine damage patterns on the ground to differentiate tornadic damage from straight-line wind events such as microbursts.
Tornado damage typically exhibits chaotic, crossing patterns and near-spiral debris signatures, indicating rotating winds.
By contrast, microbursts produce straight-line winds that can spread damage outward in a fan-like or unidirectional pattern.
These careful assessments help ensure accurate classification, which informs public warnings, risk assessments, and future preparedness efforts.
Understanding the Enhanced Fujita Scale (EF) and Its Application
The Enhanced Fujita Scale categorizes tornadoes from EF0 to EF5, using estimated wind speeds as a key criterion for ranking damage.
As summarized in the reporting:
- EF0: 65–85 mph
- EF1: 86–110 mph
- EF2: 111–135 mph
- EF3: 136–165 mph
- EF4: 166–200 mph
- EF5: greater than 200 mph
In the Ohio events of March 31, 2026, the Hicksville tornado was rated EF1, while the Apple Creek tornado was rated EF0.
The EF scale provides a standardized framework for comparing tornado severity across time and geography, aiding researchers and emergency managers in communicating risk and tailoring response strategies.
Why These Events Matter for Preparedness and Community Safety
Even when no injuries occur, every tornado event offers critical lessons in risk communication and resilience.
Early warning systems and preparedness planning remain vital for reducing harm in communities along tornado tracks.
Residents should maintain alertness during severe storm warnings and identify sturdy shelter options.
They should also review family emergency plans.
The Ohio events underscore the value of rapid survey work by the NWS to accurately classify tornadoes and inform public guidance.
This work also helps refine building codes and land-use decisions in vulnerable regions.
Here is the source article for this story: 2 tornadoes confirmed in Ohio. Here’s where they touched down