This section offers an overview of all fire incidents in Ohio (OH). We analyzed the annual National Fire Incident Reporting System (NFIRS) Public Data Release files provided by the U.S. Fire Administration's (USFA) National Fire Data Center (NFDC) to get this data. Please note, this isn't a fire census. The input from the fire departments may contain human error but the proportion of fire incidents reported to NFIRS is large enough to make reasonable interferences.
Noncontained fires demand detailed fire investigations so we've only accounted for those in this report. We haven't considered contained fires with no casualties or significant property loss for this section.
This table ranks Ohio (OH) cities based on the number of fire incidents. Columbus ranks first with 1393 incidents, while Vandalia ranked last, with 10 incidents.
This table ranks Ohio (OH) cities based on the number of wildland fires. Cleveland ranks first with 195 incidents, while Wooster ranked last, with Loading incidents.
This table ranks Ohio (OH) cities based on the number of intentional fires. Cincinnati ranks first with 5 incidents, while Zanesville ranked last, with Loading incidents.
This table ranks Ohio (OH) cities based on the number of juvenile intentional fires. Delaware ranks first with 1 incidents, while Zanesville ranked last, with Loading incidents.
This table ranks Ohio (OH) cities based on the number of fires with civilian casualties. Columbus ranks first with 24 incidents, while Zanesville ranked last, with Loading incidents.
This table ranks Ohio (OH) cities based on the number of fires with firefighter casualties. Toledo ranks first with 20 incidents, while Zanesville ranked last, with Loading incidents.
The NFIRS is a reporting standard that fire departments use to uniformly report on the full range of their activities, from fire to emergency medical services (EMS) to equipment involved in the response.
Anyone analyzing the NFIRS data should note that NFIRS is neither a random sample nor a census of fire incidents or casualties in the United States. As such, the analyst may not accurately make estimates of total fires, fire losses, or fire casualties in the United States from NFIRS data alone. Similarly, statistical means (averages) or standard error measurements taken from NFIRS describe the population of fire incidents related to fire departments that participate in NFIRS but do not describe the population of fire incidents in the Nation as a whole. However, the proportion of fire incidents reported to NFIRS is large enough that reasonable inferences can be made that the proportions of fires in NFIRS are similar to the true national measurements.
