Lessons Learned of Using Drone for Agriculture: A Case Study of Mega Farm Enterprises in Suphan Buri Province
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Abstract
Nowadays, farmers increasingly use agricultural drones for farming. Besides, a group of mega-farm enterprises in Suphan Buri Province has procured drones to provide services to local farmers. Therefore, this research has three objectives: 1) to investigate the state of using drone for agriculture, 2) to examine the lessons learned, and 3) to develop the potential of using agricultural drones employing mixed-methods research of quantitative and qualitative. The target group of this work consisted of 57 representatives from mega-farm enterprises. Data collection was operated using interview form, deep interview, group interview, and workshop. There were 48 responses for the distributed interview forms. The results revealed that 8 mega-farm enterprises obtained their agricultural drones through the support of the government. These drone services were provided both for the members of the groun and non-members alike. Meanwhile, some farmers from the other 40 groups used drone services from private companies within and outside the local area. The lessons learned can be divided into seven lessons, i.e., 1) a lesson from requesting budget support to procure drones for agriculture, 2) a lesson in determining to buy a drone for agriculture, 3) a lesson in recruiting and managing personnel's responsibility for controlling agricultural drones, 4) a lesson on drone service for agriculture, 5) a lesson on preparation before flying drones for agriculture, 6) a lesson on drone flying, and 7) a maintenance lesson after flying drones. The above lessons learned can further develop the potential of a group of mega-farm enterprises in Suphan Buri Province and other provinces.
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King Mongkut's Agricultural Journal
References
Bug Away Thailand by DGI Production. (2019). Promotional Products. Retrieved from: https://www.bug-drone.com/products. (in Thai).
Chasuwan, T., & Wongsaensukchariy, C. (2022). Technology adoption and innovations that effect the intention to use agricultural drones in the agricultural industry. Panyapiwat Journal, 14(1), 143–157. (in Thai).
Department of Skill Development. (2022). Unmanned Aerial Vehicle Management of Intelligent Agriculture. Retrieved from:http://eit2.dsd.go.th/~qrcode/qr1/%CB%C5%D1%A1%CA%D9%B5%C3%A1%D2%C3%BD%D6%A1%CD%D2%AA%D5%BE%E0%CA%C3%D4%C1%20%20%A1%C5%D8%E8%C1%E0%BB%E9%D2%CB%C1%D2%C2%BE%D4%E0%C8%C9/%20AF%20%20%E0%A1%C9%B5%C3%E1%C5%D0%CD%D2%CB%D2%C3%E1%BB%C3%C3%D9%BB/12%20%C2%A1%C3%D0%B4%D1%BA%20%A1%D2%C3%A8%D1%B4%A1%D2%C3%CD%D2%A1%D2%C8%C2%D2%B9%AB%D6%E8%A7%E4%C1%E8%C1%D5%B9%D1%A1%BA%D4%B9%20%28%E2%B4%C3%B9%29%20%E0%BE%D7%E8%CD%A1%D2%C3%E0%A1%C9%B5%C3%CD%C2%E8%D2%A7%CD%D1%A8%A9%C3%D4%C2%D0%2012%20%AA%D1%E8%C7%E2%C1%A7%20%200920204160103.pdf. (in Thai).
Digital Economy Promotion Agency. (2024). Drones and Thai Agriculture Tech Series: Drone for Smart Farming. https://www.depa.or.th/th/article-view/tech-series-drone-smart-farming. (in Thai).
Fongmul, S., & Maeka, B. (2024). Agricultural labor force crises : A case study in chiang mai and lamphum provinces. Journal of Agricultural Research and Extension, 30(3), 59–64. (in Thai).
International Labour Organization. (2024). Working Conditions and Employment in the Agricultural Sector of Thailand. Retrieved from: https://www.ilo.org/media/374136/download. (in Thai).
Juntaworn, P., & Intarat, K. (2022). Rice canopy height model assessment using unmanned aerial vehicle (uav) images. The Journal of Applied Science, 21(1), 1–6. (in Thai).
Juntaworn, P., Intarat, K., & Xaiyavong, N. (2021). Comparison of RGB based indices and normalized difference vegetation index from unmanned aerial vehicle data: A case study of small paddy fields. In Proceedings of The 5th Conference on Natural Resources, Geoinformation and Environment, pp. 362–375. Naresuan University. (in Thai).
Khon Kaen University. (2023). Khon Kaen University Creates "Agricultural Drone Pilots" as a Hot Career that Creates Income for the New Generation of Farmers in the Community. Retrieved from: https://th.kku.ac.th/146483/. (in Thai).
Koondee, P., Saengprachatanarug, K., Wongpichet, S., Wongphati, M., Ungsathittavorn, K. Pilawut, S., Phuphaphud, A., Panduangnate, L., & Nodthaisong, C. (2022). A study of working time and obstacles on foliar fertilizer spraying in sugarcane fields using drones, tractors and humans. Khon Kaen Agriculture Journal, 50(4), 1083–1096. (in Thai).
Kowalska-Pyzalska, A. (2024). Diffusion of Innovative Energy Services. Retrieved from: https://www.sciencedirect.com/topics/earth-and-planetary-sciences/technology-acceptance.
Leelawanich, K. (2022). A Business Plan of Agricultural Technology Service Provider in the Central Region. Retrieved from: https://ethesisarchive.library.tu.ac.th/thesis/2022/TU_2022_6402030404_16260_23527.pdf. (in Thai).
National Statistical Office. (2024). Debt of Farmer Households 2019. Retrieved from: http://service.nso.go.th/nso/nsopublish/pubs/e-book/Agri_Household_Deb62/2/index.html. (in Thai).
Punyawattoe, P., Sutjaritthammajariyangkun, W., Chaiyasing, N., & Supornsin, S. (2019). The efficacy of the Unmanned Aerial Vehicle (UAV) for controlling rice dirty panicle disease. Thai Agricultural Research Journal, 50(4), 1083–1096. (in Thai).
Rice Department. (2016). Rice Knowledge Bank. Retrieved from: https://newwebs2.ricethailand.go.th/webmain/rkb3/. (in Thai).
Tansi, K. (2023). Labor and Changes in the Thai Agricultural Sector. Retrieved from: https://www.bot.or.th/Thai/MonetaryPolicy/NorthEastern/DocLib_Research/04-Labor%20with%20Agri%20Changing.pdf. (in Thai).
Wajasuwan, T., & Wongsansukcharoen, J. (2023). Acceptance of technology and innovation affecting the intention of using drones for agriculture in the agricultural industry. Panyapiwat Journal, 14(1), 143–157. (in Thai).