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http://dx.doi.org/10.7851/Ksrp.2019.25.1.021

An Analysis on the Process of Policy Formation of Smart Farms Dissemination applying Multiple Streams Framework  

Jeong, Yunyong (Dept. of National Public, Graduate School Chungnam National University)
Hong, Seungjee (Dept. of Agricultural Economics, Chungnam National University)
Publication Information
Journal of Korean Society of Rural Planning / v.25, no.1, 2019 , pp. 21-38 More about this Journal
Abstract
Korean agricultural industry has weakened as demand for domestic agricultural products has declined due to accelerating market liberalization, aging and shrinking of rural population, and stagnating rural households' incomes. On the other hand, as the forth industrial revolution unfolds in earnest, tremendous changes are expected, and those changes won't be confined to certain industries but would shaken the world we know of entirely. Smart farm, which is one example of the fourth industrial revolution, is increasingly being recognized as a new growth engine for the future as smart farm and the science and technology behind it, not the size of arable land, will determine competitiveness of the agricultural industry and drive agricultural productivity and managerial efficiency. In consideration that John W. Kingdon's Multiple Streams Framework has recently been presented as an important theoretical model in the policy field, this study analyzed problem stream, policy stream, and political stream in the process of forming the smart farm policy, and looked into what role the government played as policy entrepreneur in policy window. The smart farm policy was put on policy agenda by the government and was approved when the government announced the Smart Farm Plan together with relevant ministries at the 5th Economy-Related Ministers' Meeting held in April 2018. This suggests that change of the government is the most critical factor in political stream, and explicitly indicates the importance of politics in formation of an agricultural policy. In addition, actual outcome of the policy and how policy alternatives that will enhance people's understanding will support it seem to be the key to success. It also shows that it is important that policy alternatives be determined based on sufficient discussion amongst stakeholders.
Keywords
Multiple Streams Framework; Policy Formation; Smart Farm; The Fourth Industrial Revolution;
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  • Reference
1 Cheong, J. J., 2017, The Forth Industrial Revolution and Agricultural Production Innovation Strategy, The Forth Industrial Revolution and Outlook for Changes in Agriculture and Rural Areas, IPET
2 Do J. R., Kim, J. H., Jang I. H., & Choi, Y. C., 2015, Method of Linking Performance Analysis of ICT Convergence in Facility Horticulture Farm with Consulting, Korean Management Consulting Review 2015(4), KCI
3 Gu, H. S., Min, J. H., & Park, J. Y., 2015, Smart Farming Trend Analysis, Electronics and Communications Trend 30(2), ETRI
4 Hwang, J. H., Lee, H. R., Jo, Y. B., & Sim, G. S., 2016, The Study on Estimated Size of Smart Farms to Be Adopted by Facility Horticulture Farms for Smart Farm Policy, Symposium Presentation Papers of Korean Society of Horticultural Science 5, KSHS
5 IPET, 2016, 4th Industrial Revolution and Agriculture, R&D Issue Report
6 KARI, 2017, Smart Farm Performance Study and Final Analysis Report, EPIS
7 Kim, B. R & Chae, S. H., 2016, Policy Direction for Promotion of Facility Horticulture, KREI
8 Kim, G. J. & Huh, J. D., 2015, Technology Trend and Prospect of Smart Farm, Electronics and Communications Trend 30(5), ETRI
9 Kim, H. S., Lee, M. G., & Yun, S. E., 2014, Strategy and Tasks of ICT Convergence for Realization of Creative Agriculture, KREI
10 Kim, S. C., 2016, Technology Trend and Policy Direction of Smart Farm, Symposium Presentation Papers of The Korean Society of Crop Science 10, KSCS
11 Kim, S. T., et al., 2012, Performance Analysis of IT Convergence Model Development Project for Agriculture, Fisheries, and Livestock Industries, MAFRA
12 Kim, Y. J., Park, J. Y., Park, Y. G., 2016, An Analysis of the Current States and Sucess Factors of Smart Farms, KREI
13 Kim, Y. J., Kuk, S. Y., Kim, Y. R., Lee, M. K., Kim, J. S., Kim, Y. H., Min, G. T., Ji I. B., & Sim, J. H. 2013, Status and Development Direction of Smart Farming, KREI
14 MAFRA, 2014, Source Book of ICT Convergence Project for Food & Agriculture
15 Kim, Y. J., Seo, D. S., Park, J. Y., & Park, Y. G., 2016b, Analysis of Smart Farm Operation Status and Study on Development Direction, MAFRA
16 Kim, Y. J., The Forth Industrial Revolution and the Future of Korean Agriculture, World Agriculture 202, KREI
17 Lee, J. W., 2017, Overseas Technology and Research Trend Related to Forth Industrial Revolution and Agriculture, World Agriculture 202, KREI,
18 Seoul National University, 2015, Productivity Analysis of Smart Farming Applying Farms, EPIS
19 MAFRA, 2015, Implementation Plan for ICT Convergence for Food & Agriculture 2015
20 MAFRA, 2013, ICT Convergence Measures for Food & Agriculture
21 Schwab K., 2016, Song, K. J. (translation), The Forth Industrial Revolution, New Present