Government agency data shows 48 natural disaster events for ZIP 45435 in this area, . These include 25 hailstorms, 11 floods, and 4 tornadoes. Total documented property damage amounts to $52.4M. Across all recorded events, 1 death has been attributed to natural disasters in this area.
Hailstorms represent the most common natural hazard in this area, accounting for 52% of all recorded events (25 total). One event reached severity level 4 or 5 on the normalized scale. The highest recorded severity for hail-related events here is 4/5 (severe). The most recent recorded hailstorm occurred on Feb 27, 2023.
There have been 11 recorded floods in this area, representing 23% of all disaster events. One event reached severity level 4 or 5 on the normalized scale. The highest recorded severity for flood-related events here is 4/5 (severe). Flood-related events have caused a combined $95K in documented property damage. The most recent recorded flood occurred on Jun 20, 2014.
this area has experienced 4 tornadoes on record. One event reached severity level 4 or 5 on the normalized scale. The highest recorded severity for tornado-related events here is 4/5 (severe). Tornado-related events have caused a combined $51.3M in documented property damage. The most recent recorded tornado occurred on Feb 28, 2024.
this area has experienced 3 blizzards on record. Of these, 2 (67%) were rated at severity level 4 or 5 — the most intense on the normalized scale. The highest recorded severity for winter storm events here is 5/5 (extreme). Winter storm events have caused a combined $526K in documented property damage. The most recent recorded blizzard occurred on Jan 11, 1996.
this area has experienced 3 extreme cold events on record. One event reached severity level 4 or 5 on the normalized scale. The highest recorded severity for cold-related events here is 4/5 (severe). Cold-related events have caused a combined $560K in documented property damage. 1 fatality has been attributed to extreme cold events in this area. The most recent recorded extreme cold event occurred on Dec 21, 2008.
this area has experienced 2 severe wind events on record. The most recent recorded severe wind event occurred on Jan 11, 2020.
The most significant disaster event on record for this area was EF3 Tornado on May 27, 2019, which caused $50M in property damage. Another major event was Frost/Freeze (Apr 6, 2007), causing $540K in damages.
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Based on federal and state records, ZIP code 45435 has experienced 48 natural disaster events. The hazard types affecting this area include hailstorms (25 events), floods (11 events), tornadoes (4 events), blizzards (3 events), extreme cold events (3 events), and severe wind events (2 events). The primary hazard is hailstorms, which account for 52% of all recorded events.
Hailstorms are the most frequently recorded hazard in this area, , with 25 events documented.
Yes, this area (ZIP 45435) has 11 recorded flood events. These floods have caused $95K in total property damage. The most recent flood on record occurred on Jun 20, 2014.
this area has 4 recorded tornado events in the historical record. The strongest tornado recorded reached severity level 4/5 on the normalized scale. Total property damage from tornadoes in this area is $51.3M. The most recent tornado was recorded on Feb 28, 2024.
The most damaging natural disaster on record for ZIP code 45435 was EF3 Tornado, which occurred on May 27, 2019. This event caused $50M in documented property damage. It was rated at severity level 4/5.
Natural disasters have caused a documented total of $52.4M in property damage in the this area, area (ZIP 45435). This figure is based on historical records from FEMA, NOAA Storm Events Database, and USGS, and covers events from the 1950s through the present. Actual damages may be higher, as not all events have complete damage assessments.
Data sourced from FEMA (disaster declarations, NFIP flood claims), NOAA Storm Events Database, USGS Earthquake Hazards Program, and NIFC wildfire records. Historical coverage varies by source, with most records beginning in the 1950s–1970s. Full methodology →