Factors Related to Requirements for Technology Tools, Robots, and Automatic Systems for Oil Palm Plantation Management of Collaborative Farming in Krabi Province
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Abstract
This study aimed to characterize (1) basic personal Information socio - economic factors of oil palm farmers in Krabi province. (2) need for technology tools, robot, and automatic systems among farmers. (3) The relationship between basic personal Information, socio-economic factors, and need for technology tools, robots and automatic systems among farmers. The population group consisted of 2,716 collaborative farmers in Krabi province, with the sample group of 349 farmers. Data was collected by using questionnaires. Statistical analysis included frequency, percentage, mean, and correlation coefficient. The research findings revealed that the majority of farmers were male at average age of 50.21 years old with education levels below a bachelor's degree. The average income from farming was 29,100.28 Baht. Most of their capital comes from their own money to establish their oil palm plantations. The average experience in oil palm cultivation was 17.38 years and they hold an average agricultural land area of 35.35 Rai. The average household labor was about 3 people and hired labor was about 4 people. Farmers received information about agriculture from training provided by both the government and private sectors. The average income from oil palm cultivation was 465,632.36 Baht per year, while the average expenditure was 213,369.79 Baht per year. The relationship between basic personal Information, social and economic factors, and the need for technology tools, robots, and automatic systems among farmers was analyzed by using Pearson's correlation coefficient statistics. It was found that the level of education was negatively correlated with the need for technology tools, robots, and automatic systems in oil palm plantation management including planting (p = 0.000), maintenance (p = 0.001), and harvesting (p = 0.024). Additionally, the number of workers and income from oil palm plantations had a positive correlation with the demand for tools, robotics, and automation systems in maintenance (p = 0.019) significantly.
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References
Agricultural Technology and Innovation Center. 2022. Design and Development of the Cut Off and Transfer Utility Vehicle for Palm Fruit. Available: https://www.gosmartfarmer.com/innovation/2552 (August 25, 2024). [in Thai]
Chaikwang, P., A. Aungsuratana and S. Chanprame. 2017. Capability Enhancement on Oil Palm Production Management for Competitiveness in Surat Thani Provincial Areas. Veridian E-Journal Silpakorn University 10(3): 955-974 [in Thai]
Department of Agricultural Extension. 2023. What is large-scale farming?. Available: https://shorturl.asia/gLQR5 (May 19, 2024). [in Thai]
Jorncharoen, P. and S. Srisuwan. 2014. Oil palm cultivation of farmers, Nong Suea district, Pathum Thani Province. Proceedings of 52nd Kasetsart University Annual Conference: Fisheries, Agricultural Extension and Home Economics. Kasetsart University, Bangkok. pp. 464-471. [in Thai]
Jumnong, S., P. Sriboonruang and C. Choocharoen. 2020. Factors affecting the success of community enterprises management according to the standard of Roundtable on Sustainable Palm Oil (RSPO), Sikao District, Trang Province. King Mongkut’s Agricultural Journal 38(3): 408-416. [in Thai]
Kamnuansin, P., C. Thanintranon, R. Wannapetch, Y. Srisumran, P. Limyothin and J. Sangkapan. 2023. Risk factors of crude palm oil price changes in Thailand. The 14th Hatyai National and International Conference. Hatyai University, May 19, 2023. Hatyai University, Songkhla. pp.1177-1193. [in Thai]
Krabi Oil Palm Board. 2023. Meeting Report Krabi Province Oil Palm Board (KOPB) in collaboration with The Taskforce for Driving Management Mechanisms to Solve Oil Palm and Palm Oil Issues in Krabi Province Meeting No. 3/2023. Available: https://www.opsmoac.go.th/krabi-dwl-files-451591791090 (May 17, 2024). [in Thai]
Krabi Provincial. 2021. 4 years of development into the future.I am Krabi. Available: https://www.krabi.go.th/EbookOnline4Years/index.html#p=36 (May 20, 2024). [in Thai]
Kumloi, S., P. Sriboonruang and S. Rangsipaht. 2018. Factors related to good agricultural practice (GAP) for cut - flower orchids of farmers, Bang Yang Sub – District, Krathum Baen District, Samut Sakhon Province. King Mongkut’s Agricultural Journal 36(2): 62-72. [in Thai]
Ministry of Industry. 2016. The 20-Year Strategy for Thailand's Industrial Development 4.0 (2017 - 2036). Available: https://waa.inter.nstda.or.th/stks/pub/2017/20171114-oie.pdf (May 10, 2024) [in Thai]
Office of Agricultural Economics. 2022. Palm Oil: Land area, fruit-bearing area, production, and yield per hectare, year 2022. Available: https://www.oae.go.th/assets/portals/1/fileups/prcaidata/files/oilpalm%2065.pdf (May 17, 2024). [in Thai]
Smart farm DIY. 2019. 27 companies’ profile agricultural robot technology. Available: https://www.smartfarmdiys.com/article/58/27 (August 23, 2024). [in Thai]
Sowcharoensuk, C. 2023. Trends in the palm oil industry for the years 2024-2026. Available: https://www.krungsri.com/th/research/industry/industry-outlook/agriculture/palm-oil/io/plam-oil-industry-2024-2026 (May 18, 2023). [in Thai]
Trade Policy and Strategy Office. 2023. The impact of El Niño on trade economics. Available: https://uploads.tpso.go.th/TPSO%20-%20Press%20format%20-%20%E0%B9%80%E0%B8%AD%E0%B8%A5%E0%B8%99%E0%B8%B5%E0%B9%82%E0%B8%8D.pdf
(July 12, 2024) [in Thai]
Yamane, T. 1973. Statistics: an introductory analysis Harper & Row Publication, New York.