Abstract
Dear Editor,
The article by Douphrate et al. (2025) titled “Safety Leadership Training: Implementation and Effectiveness Evaluation in the Dairy Farm Industry” represents a significant contribution to occupational health research in the Agricultural, Forestry, and Fishing (AgFF) sector, a field where empirical evidence on safety leadership interventions remains scarce. The authors provide a well-designed and rigorously evaluated training program that integrates translational research principles, mobile learning technologies, and multi-level assessment using the Kirkpatrick Model (Kirkpatrick & Kirkpatrick, 2016). Their work fills an important gap in the literature by demonstrating that safety leadership behaviors among dairy farm supervisors can be improved through sustained, contextually tailored interventions. I would like to offer commentary on three areas where this article provides notable advances, as well as highlight opportunities for further development.
One of the major strengths of the study is its grounding in established translational research frameworks, specifically research-to-practice (r2p) and integrated knowledge transfer and exchange (KTE). The authors’ participatory approach, engaging dairy farm owners, managers, and workers during the training needs assessment, ensures that the content is directly responsive to real operational challenges. This aligns with evidence that stakeholder engagement enhances relevance, adoption, and fidelity of occupational safety interventions. In an industry characterized by high turnover, multilingual workforces, and geographically dispersed worksites, the implementation of mobile-based, asynchronous training is both pragmatic and innovative. It effectively circumvents the logistical constraints of traditional in-person training models and positions the intervention as scalable to other high-risk AgFF environments.
The multi-level evaluation strategy is another commendable component of the study. Using all four levels of the Kirkpatrick Model—reaction, learning, behavior, and organizational results—provides a rare, comprehensive view of training impact. The findings that more than 90% of supervisors learned new safety leadership concepts and that behavior changes were observable across the training period are noteworthy. The inclusion of supervisor self-reporting via a mobile platform offers an additional layer of insight, capturing day-to-day hazard recognition, modeling of safety practices, and conflict-management behaviors. These metrics are often difficult to quantify in agricultural settings, making this contribution especially valuable.
Moreover, the descriptive data on safety hazards identified by supervisors add empirical depth to ongoing discussions about persistent injury risks in dairy farm operations. The prominence of livestock-handling hazards, trip-and-fall risks, and moving machinery exposures corroborates earlier findings in AgFF research and highlights where leadership-focused interventions can have immediate practical benefits. The documentation of workplace conflicts, particularly verbal altercations, also points to the need for integrating conflict resolution and communication strategies into farm safety programs, an area that is frequently overlooked despite its connection to safety climate and team cohesion.
Despite these strengths, the study’s findings also point to valuable opportunities for future investigation. First, although the asynchronous e-learning format increased accessibility, the high dropout rate suggests that program duration and cognitive demands may need to be reconsidered. Many participants expressed a preference for shorter training videos and fewer test questions. These insights indicate that microlearning strategies (brief, focused modules designed for busy supervisors) may offer an effective alternative while still retaining essential content. Evaluating whether microlearning can maintain or enhance learning outcomes would be a worthwhile next step.
Second, the reliance on self-reported safety behaviors, although useful, may introduce recall or social desirability bias. Incorporating triangulated data sources (e.g., independent observations, sensor-based monitoring, or worker-reported leadership behaviors) may strengthen the validity of future evaluations. Given that prior research has demonstrated discrepancies between supervisor self-perception and worker experiences of safety leadership, integrating multiple perspectives could further enrich understanding of how leadership training translates into behavioral change.
Finally, the authors’ emphasis on academic-industry partnerships is a central takeaway that deserves reinforcement. The dairy industry’s willingness to collaborate with researchers enabled a training model that reflects real-world constraints and fosters adoption. Similar participatory approaches can and should be expanded to other agricultural subsectors, especially those employing migrant or multilingual workers who face significant occupational health inequities. Tailoring training to address cultural differences, literacy levels, and communication barriers could enhance engagement and ensure that safety leadership concepts are understood and practiced across diverse workforces.
In sum, Douphrate et al. (2025) provide an exemplary model of applied occupational health research that combines stakeholder collaboration, modern training delivery, and thorough evaluation. Their findings demonstrate that safety leadership training can meaningfully influence both supervisor behavior and workplace safety climate.
