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Related Studies

Displaying 1 - 9 of 9
169

Gray, W., & Jones, C. (1991). Are OSHA health inspections effective? A longitudinal study in the manufacturing sector. Review of Economics & Statistics, 73(3), 504.

  • Topic Area: OSHA Enforcement

Study Type: Causal Impact Analysis

Causal Evidence Rating: Moderate Causal Evidence

Outcome Effectiveness:

Inspections Safety

171

Weil, D. (2001). Assessing OSHA performance: evidence from the construction industry. Journal of Policy Analysis and Management, 20(4), 651-74.

  • Topic Area: OSHA Enforcement

Study Type: Causal Impact Analysis

Causal Evidence Rating: Low Causal Evidence

Outcome Effectiveness:

Inspections Safety

142

LaMontagne, A., Oakes, J., & Turley, R. (2004). Long-term ethylene oxide exposure trends in U.S. hospitals: Relationship with OSHA regulatory and enforcement actions. American Journal of Public Health, 94(9), 1614-1619.

  • Topic Area: OSHA Enforcement

Study Type: Causal Impact Analysis

Causal Evidence Rating: Low Causal Evidence

Outcome Effectiveness:

Other health and safety Safety

170

Gray, W., & Jones, C. (1991). Longitudinal patterns of compliance with Occupational Safety and Health Administration health and safety regulations in the manufacturing sector. Journal of Human Resources, 26(4), 623-653.

  • Topic Area: OSHA Enforcement

Study Type: Causal Impact Analysis

Causal Evidence Rating: Moderate Causal Evidence

Outcome Effectiveness:

Inspections Safety

447

Heller, S., Pollack, H. A., Ander, R., & Ludwig, J. (2013). Preventing youth violence and dropout: A randomized field experiment (No. w19014). Cambridge, MA: National Bureau of Economic Research.

  • Topic Area: Opportunities for Youth

Study Type: Causal Impact Analysis

Causal Evidence Rating: High Causal Evidence

Outcome Effectiveness:

Other training and education Safety Youth programs Behavioral Interventions

183

Levin, S., Goldberg, M., & Doucette, J. (1997). The effect of the OSHA lead exposure in construction standard on blood lead levels among iron workers employed in bridge rehabilitation. American Journal of Industrial Medicine, 31(3), 303–309.

  • Topic Area: OSHA Enforcement

Study Type: Causal Impact Analysis

Causal Evidence Rating: Low Causal Evidence

Outcome Effectiveness:

Safety Workplace injury

2066
Bui, D.P., Griffin, S.C., French, D.D., Hu, C., Pollack Porter, K., Jung, A.M., Crothers, S., & Burgess, J.L. (2019). The use of proactive risk management to reduce emergency service vehicle crashes among firefighters. Journal of safety research, 71, 103-109. [Site C]

Study Type: Causal Impact Analysis

Causal Evidence Rating: Low Causal Evidence

Outcome Effectiveness:

Compensation and Workplace Conditions Health and Safety Safety

2067
Bui, D.P., Griffin, S.C., French, D.D., Hu, C., Pollack Porter, K., Jung, A.M., Crothers, S., & Burgess, J.L. (2019). The use of proactive risk management to reduce emergency service vehicle crashes among firefighters. Journal of safety research, 71, 103-109. [Site B]

Study Type: Causal Impact Analysis

Causal Evidence Rating: Low Causal Evidence

Outcome Effectiveness:

Compensation and Workplace Conditions Health and Safety Safety

2068
Bui, D.P., Griffin, S.C., French, D.D., Hu, C., Pollack Porter, K., Jung, A.M., Crothers, S., & Burgess, J.L. (2019). The use of proactive risk management to reduce emergency service vehicle crashes among firefighters. Journal of safety research, 71, 103-109. [Site A]

Study Type: Causal Impact Analysis

Causal Evidence Rating: Low Causal Evidence

Outcome Effectiveness:

Compensation and Workplace Conditions Health and Safety Safety