Title

Safety climate in defense explosive ordnance: survey development and model testing

Document Type

Article

Publication Date

3-1-2016

Publication Title

Safety Science

Volume

93

First page number:

62

Last page number:

69

Abstract

Safety climate surveys are tools for monitoring safety standards, and versions of these instruments have now been developed in many high-risk industries. The explosive ordnance (EO) industry has been slow to embrace this technology, yet there is a demonstrable need for these tools. This study describes the development and validation of the EO Safety Survey (EOSS). A total of 272 EO workers from the Australian Defense Force (ADF) completed the survey. In phase one of the study, exploratory structural equation modelling (ESEM) techniques were used to test the dimensionality of scores derived from the generated safety climate and behavior items. In phase two, an a priori structural model linking safety climate, psychological strain, compliance behavior, willingness to report, and errors was tested. Results showed that reasonably well-defined safety climate and safety behavior constructs were found to underlie the survey items. In addition, support was found for a model that connects safety climate with errors via a psychological health pathway and via a safety behaviors pathway. To be effective, safety interventions should address both paths. The model also showed safety climate having a direct effect on compliance and both a direct and an indirect, via compliance, effect on willingness to report. The study thus introduces a new climate measure for use in an EO environment and clarifies the pathways linking safety climate with reporting behaviors and errors.

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