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Geospatial Agricultural Incident Analysis for the State of Indiana
Aaron James Etienne1, Noah Joel Haslett1, William E Field1
1Agricultural and Biological Engineering, Purdue University, West Lafayette, Indiana, USA.
Agricultural incidents in Indiana often occur far from cellular towers and emergency medical services (EMS), hindering timely help. This study highlights the critical need for improved access to communication and emergency response in rural farming areas.
Area of Science:
- Agricultural Safety
- Geospatial Analysis
- Emergency Medical Services
Background:
- Agricultural work presents unique risks, with isolated incidents often posing challenges for victims to contact emergency medical services (EMS).
- Effective communication is crucial for timely medical intervention, especially for individuals working alone in remote agricultural settings.
Purpose of the Study:
- To analyze the spatial relationship between agricultural-related injuries/fatalities in Indiana and the proximity of cellular towers and EMS.
- To identify potential barriers to emergency communication for agricultural incident victims.
Main Methods:
- Geographic Information System (GIS) software (ArcGIS Pro and ArcGIS Online) was used for spatial analysis.
- 29 agricultural incidents in Indiana were analyzed for their proximity to cellular towers and EMS using 5 and 10-mile spatial joins.
- Incident locations were overlaid on a digital elevation map (DEM) to assess elevation's impact on cell tower accessibility.
Main Results:
- Most analyzed incidents were located with no cellular towers within a 5-mile radius and only one tower within 10 miles.
- Typically, only one EMS provider was found within a 5-mile radius of an incident, increasing to seven within 10 miles.
- Elevation was analyzed in relation to cell tower availability, though specific findings on this relationship were not detailed.
Conclusions:
- Findings indicate significant spatial gaps in cellular coverage and EMS accessibility for agricultural incidents in Indiana.
- These communication and response limitations can critically delay assistance for injured agricultural workers.
- The geospatial analysis methods used can be adapted by other regions to evaluate rural emergency response capabilities and improve agricultural incident reporting.
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