Marine Safety and Estimation of Safety Costs of Fishing (Case Study: Shrimp Fishery in Hormozgan Province, Iran)
Subject Areas : HSE ManagementMohammad Javad Soltani Ghaleh 1 , Yaghoub Zeraatkish 2 , Zahra Abedi 3
1 - PhD of Environmental Economics, Faculty of Natural Resources and Environment, Islamic Azad University, Science and Research Unit, Tehran, Iran.
2 - Member of the academic staff of the Department of Agricultural Economics and Food Industry, Islamic Azad University, Science and Research Unit, Tehran, Iran. *(Corresponding Author)
3 - Assistant Professor, Faculty of Natural Resources and Environment, Islamic Azad University, Science and
Research Unit, Tehran, Iran
Keywords: safety at sea, Analytical Hierarchy progress, safety cost model, fishing, marginal cost.,
Abstract :
Background and Objective: Sustainable development and ensuring the safety of fishing agents is a high priority from the stakeholders' point of view. Therefore, financial resource allocation to efficient equipment can prevent damage and reduce costs.
Material and Methodology: The attention of the stakeholders to the safety of the workers in the marine shrimp fishing sector and sustainable development is desired. In this study, the costs of prevention, detection, and control were investigated along with identifying the beneficiaries, their preference towards safety by the AHP method, and ideal planning of sustainable harvesting. A total of 70 stakeholders were selected from seven different groups, and fishing float costs were estimated.
Findings: Paying attention to marine safety is the second priority of the seven goals of the stakeholders of sea fishing, and the fixed costs in the prevention and detection sector related to significant repairs accounted for 1.9% of the total costs.
Discussion and Conclusion: The marginal cost of the safety sector in fishing activity took a small amount, and the total cost of safety was 4.9%. The marginal cost (changes in costs and damages in the safety department) was introduced as a desirable indicator to express the safety status of this department.
1. Dekker S. Foundations of safety science: A century of understanding accidents and disasters. Routledge; 2019. Pp.1, 2.
2. Mohammad Fam, Irag. Safety Engineering (Identify, Assessment, and Control Taconic’s of hazard in industrial workplace). Hamedan: Fanavaran publication. 2020. pp.5. (In Persian)
3. Kopacz ZD, Morgaś W, Urbański J., 2004. The changes in maritime navigation and the competences of navigators. The Journal of Navigation.57 (1):73-83.
4. Formela K, Weintrit A, Neumann T. Overview of definitions of maritime safety, safety at sea, navigational safety and safety in general. TransNav: International Journal on Marine Navigation and Safety of Sea Transportation. 2019.13(2):285-290.
5. Medić D, Bukljaš M, Bošnjak R, Vukša S. Research Study and the Model for Improving the Safety of Navigation when Using the AIS. TransNav: International Journal on Marine Navigation and Safety of Sea Transportation. 2021. 15(3):577-582.
6. Rawson A, Brito M, Sabeur Z, Tran-Thanh L. From conventional to machine learning methods for maritime riskassessment. TransNav: International Journal on Marine Navigation and Safety of Sea Transportation. 2021.15. 757-764.
7. Urbański J, Morgaś W, Kopacz Z. Today's Maritime Navigation and Its Changes. TransNav, International Journal on Marine Navigation and Safety of Sea Transportation. 2007. 1(4):361-364.
8. Behm, M, Veltri, A, Kleinsorge, I. The Cost of Safety Cost analysis model helps build business case for safety. VL - 49. JO - Professional Safety. ER. 2004, 1(4):22-29.
9. Dorman P. The economics of safety, health, and well-being at work: an overview. Geneva: ILO; 2000.
10. Dallam. The cost of Britain of workplace injuries and world related ill health in 2006/07. Health and safety executive 2011. https://www.hse.gov.uk/statistics/cost.htm.
11. Mehrifar Y, Ramezanifar S, Beyrami S, Talebolhagh S, Ramezanifar E, Amiri P et al. A Review of Safety Economics Studies and Cost of Occupational Accidents in Iran from 2000 to 2021. J Health Saf Work 2022; 12 (4) :699-723. (In Persian)
12. Tompa E, Culyer AJ, Dolinschi R, editors. Economic Evaluation of Interventions for Occupational Health and safety: developing good practice. Oxford University Press.2008. p.166.
13. Sheikh S, Gardiner B, Brettell S. Health and safety management and business economic performance: an econometric study. Cambridge Econometrics.2006. P. 510.
14. Kletz, Treor.Learning from accident. Gulf Professional Publishing. Third edition.2001. P.272.
15. Blackstone EA, Joseph PF. The economics of biosimilars. American health & drug benefits. 2013, 6(8). P.469.
16. Leacock, Elspeth. The Exxon Valdez Oil Spill. Infobase Publishing.2009. P.10.
17. soltani ghaleh, M. J., Zaraat Kish, Y., Abedi, Z. Optimal pattern of marine shrimp catching from the Qeshm hunting areas by economical and environmental considerations. Journal of Environmental Science and Technology, 2022; 24(1):147-159.
18. Vindex Domeh, Francis Obeng, Faisal Khan, Neil Bose, Elizabeth Sanli, a novel methodology to develop risk-based maintenance strategies for fishing vessels, Ocean Engineering 2022, Volume , 253, 111281 ISSN, 8018-0029.
19. Kjærsgaard J, Andersen JL. Multi-objective management in fisheries: The case of the Danish industrial fishery in the North Sea y in the North Sea.2015. PP.1-90.
20. Pascoe S, Hutton T, Thébaud O, Deng R, Klaer N, Vieira S. Setting economic target reference points for multiple species in mixed fisheries. FRDC Final Report. 2015. PP.1-93.
21. Gillett R. Global study of shrimp fisheries. FAO Fish Tech Pap. 2008. PP.475:25-9.
22. Dorfan L, Mousavi Haghighi M H, Mousavi S N. Balancing Stakeholders Benefits in optimal shrimp fishery using Goal Programming Approach (Case study: Bandar Dayyer, Bushehr). J. Aqua. 2021; 10 (4) :77-90