This study aims to identify the relationships among factors affecting farmers' safety behaviors in agricultural work, given the high incidence of agricultural work-related accidents and diseases relative to the overall industrial average, and to deriv...
This study aims to identify the relationships among factors affecting farmers' safety behaviors in agricultural work, given the high incidence of agricultural work-related accidents and diseases relative to the overall industrial average, and to derive implications for agricultural work-related safety policies. To this end, agricultural work safety factors were derived by reviewing agricultural work-related safety policies. and prior research. A research model and hypotheses were established, comprising safety competencies (safety knowledge, safety motivation), safety beliefs (safety attitudes, subjective norms, self-efficacy), safety intentions, and safety behaviors. A self-administered questionnaire was collected through face–to -face interviews in the field from October 15 to October 30, targeting fruit farmers in Gangwon, Chungbuk, Jeonbuk, Gyeongbuk, and Gyeongnam provinces. A total of 311 questionnaires were used for analysis. The collected data were analyzed for frequency and reliability using SPSS 26.0. Hypotheses were tested through confirmatory factor analysis and covariance structure analysis using AMOS 26.0.
The results of testing the direct-effect hypotheses regarding farmers' safety factors in agricultural work are as follows. First, safety knowledge did not significantly affect safety attitudes or subjective norms, but it did significantly increase self-efficacy. Furthermore, safety motivation had a significant positive effect on safety attitudes, subjective norms, and self-efficacy. Second, safety attitudes, subjective norms, and self-efficacy all significantly affected (positively) safety intentions. Third, self-efficacy and safety intentions significantly affected (positively) safety behaviors.
Additionally, the results of testing the mediating hypotheses regarding farmers' safety factors in agricultural work are as follows. First, safety knowledge did not significantly affect safety intention when mediated by safety attitude and subjective norms, but it significantly (positively) affected safety intention when mediated by self-efficacy. Safety motivation significantly (positively) affected safety intention, with safety attitude, subjective norms, and self-efficacy mediating this effect. Second, safety knowledge and safety motivation exerted a significant (positive) effect on safety behavior through the mediation of self-efficacy. Third, safety knowledge did not affect safety behavior by sequentially mediating safety attitudes and safety intentions or subjective norms and safety intentions. However, it significantly affected safety behavior positively by sequentially mediating self-efficacy and safety intentions. Safety motivation was found to exert a significant positive effect on safety behavior by sequentially mediating through safety attitudes, subjective norms, self-efficacy, and safety intentions.
According to the results of this study, the likelihood of farmers engaging in safe behaviors increases as their level of safety knowledge regarding safe actions rises, their safety motivation strengthens, their safety attitudes become more positive, their self-efficacy increases, the encouragement and support for safe behaviors from their surroundings (reference group) grows, and their safety intentions intensify. Given that safety competence, safety beliefs, safety intention, and safety behavior form a sequential relationship structure where each affects the next, farmers' safety behaviors will be further strengthened if safety elements are balanced.
Based on the research findings, the following implications for agricultural work-related safety policies are proposed. First, to enhance farmers' safety knowledge, specific, field-oriented agricultural work-safety knowledge should be developed and promoted for each crop and work situation. Second, to actively motivate farmers toward safe behavior, it is necessary to develop an incentive system for farm work safety management. Third, to foster positive safety attitudes among farmers, the promotion of best practices in agricultural work safety management and the expansion of safety campaigns need to be further expanded. Fourth, agricultural safety leaders need to be trained and their competencies strengthened to serve as subjective norms that promote safe behavior among farmers. Fifth, to enhance farmers' self-efficacy regarding safe practices, practical safety education and training programs should be developed, and a support infrastructure established. Sixth, a nationwide occupational safety and health management support system needs to be established to support farmers' safety intentions. Seventh, it is necessary to expand national support for agricultural work-related safety programs to enable farmers to practice safe work practices consistently.