NIOSHTIC-2 Publications Search
Just in the wrong place...?: Geographic tools for occupational injury/illness surveillance.
Neff RA; Curriero FC; Burke TA
Am J Ind Med 2008 Sep; 51(9):680-690
Background: Geographic analysis is now integral to public health surveillance, but has been underused for occupational injury/illness. Methods Mapping and spatial statistics are used to examine national county-level mean establishment Lost Workday Injury/Illness (LWDII) rates in the Occupational Safety and Health Administration (OSHA) Data Initiative (ODI), 1997-2001. The following questions are explored: Does occupational injury/illness vary geographically at the county level?; Does variation remain after accounting for industry hazard?; Where are rates higher or lower than expected? Results The methods provide evidence of geographic variation in nonfatal occupational injury/illness rates, including after adjusting for industry hazard. Conclusions Geographic analyses can improve intervention targeting, suggest risk factors for investigation, and make the case for targeting resources to prevention in hardhit areas, as well as improving ongoing surveillance.
Public-health; Surveillance-programs; Occupational-diseases; Injuries; Occupational-health; Lost-work-days; Industrial-hazards; Risk-factors; Risk-analysis; Information-systems; Author Keywords: geography; spatial; surveillance; occupational injury; occupational safety; occupational health; county-level; mapping; geographic information systems; ranking
Roni A. Neff, Johns Hopkins Bloomberg School of Public Health, 615 N.Wolfe St., Room E2640, Baltimore, MD 21205
Issue of Publication
American Journal of Industrial Medicine
Johns Hopkins University
Page last reviewed: May 15, 2020
Content source: National Institute for Occupational Safety and Health Education and Information Division