Elsevier

Safety Science

Volume 109, November 2018, Pages 368-376
Safety Science

Making occupational health and safety training relevant for farmers: Evaluation of an introductory course in occupational health and safety in Norway

https://doi.org/10.1016/j.ssci.2018.05.020Get rights and content

Highlights

  • Uptake of OHS interventions are influenced by many contextual factors and mechanisms.

  • Contextual factors and mechanisms may change throughout the intervention process.

  • OHS training considering OHS should be embedded in farmers practical reality.

  • Focusing on the responsibility for others improves safety within agriculture.

Abstract

Agriculture is a hazardous industry, with a high frequency of injuries. As agriculture is an industry mostly consisting of small enterprises, it may be difficult to prevent injuries. In Norway, an OHS course is available for farmers. This study aims to evaluate this course. The evaluation is a prospective exploratory case study evaluation using qualitative interviews. The results suggest that there was not an increase in use and understanding of OHS systems, despite being the aim of the course. The farmers easily absorbed the practical part of the course, getting solutions and ideas for practical risk prevention at own farm. However, using systems adjusted to farm characteristics required external, face-to-face practical involvement at the farm. The study revealed that the course design was not optimal for farmers, as it addressed the farmers as managers, requiring an understanding of theory, while farmers mainly understand their occupation as practical. The course design should be reconsidered to integrate farmers’ daily practices.

Introduction

Agriculture is a hazardous industry, with a high frequency of injuries (Jadhav et al., 2015, Jadhav et al., 2016). Thus, efforts to reduce injuries are needed. In the European Union (EU), agriculture mostly consists of small enterprises or family farms, where 77% of the agricultural labor force in 2013 consisted of sole holders or other family members (Eurostat, 2016). In the US, 88% of all farms in 2012 were small family farms (USDA, 2015). In Norway, with 41,800 registered agricultural holdings in 2015, the labor input was estimated at 45,900 man years (64% farmers and spouses, 10% family members, 4% independent companies, and 22% employees or temporary hired help) (Statistics Norway, 2016). Contextual factors make occupational health and safety (OHS) interventions generally difficult to implement within small businesses, because they are difficult to reach and they lack resources and competence (Hasle and Limborg, 2006). In Norway, only minimal efforts have been specifically targeted towards small businesses to reduce accidents and injuries. However, the agricultural sector offers farmers an introductory, practical OHS course, provided by the Norwegian Agricultural Health, Environment and Safety Service (Landbrukets HMS-tjeneste, or LHMS1). This course fulfils the legal requirements set by the Norwegian Working Environment Act (WEA2) for managers. Despite the course being the main effort for promotion of OHS, it has never been evaluated. As part of the larger research project “Accidents in Norwegian Agriculture” (hereafter termed the AINA project), our study aimed to evaluate this introductory OHS course for farmers.

Section snippets

Occupational health and safety within agriculture

The high frequency of injuries within agriculture points to a great need for preventive efforts. Systematic reviews of interventions within agriculture have been performed (DeRoo and Rautiainen, 2000, Rautiainen et al., 2008). DeRoo and Rautiainen (2000) examined published safety interventions and found multi-factorial farm-safety interventions as the most promising means for prevention of injuries. More recently, Rautiainen et al. (2008) systematically reviewed interventions with more

Design

The study is designed as a prospective exploratory case study evaluation (Pawson and Tilley, 1997, p. 87), using qualitative methods. The design was inspired by realist evaluation. Realist evaluation is a theory-driven research approach (Marchal et al., 2012). Pawson and Tilley (1997) describe realist evaluation as testing of theories or initial hypotheses on how interventions should work (Pawson and Tilley, 1997, p. 88). But, in addition they point to exploratory case study evaluation as very

Results

Five courses were included in the study. Two courses were held in the southwestern part of Norway: One in a region with flat topography and dairy and beef as the main productions; and the other in a region with several sheep farms. Three courses were held in mid-Norway and reflected differences in operating conditions: A mountainous area; a flat area with large amounts of vegetable production; and a third area that was topographically somewhere between the other two, with mixed production, but

Discussion

The overall finding is that the practical OHS course does not reach its goal of increased systematic understanding and use of OHS systems. We do find that the course leads to short-term, increased awareness of risk and minor, system-related, efforts to reduce risk. Moreover, the analysis reveals that the course uptake is a matter of complex dynamics between contextual factors, mechanisms, and course design. In the following section, we will first discuss contextual factors and mechanisms,

Conclusion

The course aim was to increase system understanding and use. However, farmers saw their occupation as practical. They easily absorbed the practical part of the course, and solutions and ideas for practical risk prevention. Active use of systems adjusted to farm characteristics requires practical external involvement, face-to-face at the farm. This finding argues for reconsidering the course design to become more in line with suggestions in the literature on workplace learning, e.g. through

Acknowledgements

The Research Council of Norway and the Research Funding for Agriculture and the Food Industry financed this study and the larger AINA project (grant numbers 208053/I10 and 208053/E40). Thanks to Kari Kjestveit and Brit Logstein, who contributed to gathering the data, and to Oddveig Storstad for helping plan the study. Additional thanks to Reidar Almås, Oddfrid Aas, and Bjørn Hilt for valuable comments. Moreover, the constructive comments of the anonymous reviewers were very helpful to improve

Conflict of interest

There is no conflict of interest in this study.

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