농가 인식 조사를 통한 친환경농업의 정책적 시사점 도출 연구
A Study on the Derivation of Policy Implications of Environment-friendly Agriculture through the Survey on Awareness of Farmers
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Recently, the value and awareness of Environment-friendly agriculture in terms of sustainability are gradually increasing not only globally but also in South Korea. Accordingly, several previous studies have mentioned the necessity of expanding Environment-friendly agriculture and supporting farmers. But studies reflecting the opinions of actual farmers are insufficient. In this study, opinions on the status of Environment-friendly agriculture, overall perception, and certification system were investigated and analyzed for those engaged in Environment-friendly agriculture and Conventional agriculture. It was intended to derive humanities and social implications that could be generalized through a quantitative approach of the national population, and basic data based on the field were prepared that could be reflected in future agricultural policies. To this end, a regression analysis of satisfaction with the Environment-friendly certification system was conducted to derive significant variables. As a result, it was found that age and the expertise of the certification authority and the role of the related agency had a positive relationship with the satisfaction of the certification system. On the other hand, duration of Environment-friendly agriculture, the strictness of the certification standards and the lack of benefits for certified farmers had a negative relationship with the satisfaction of the certification system. From this, although the reliability of the certification system and the certification authority itself is high, the necessity of improving the system further considering the reality of the rural environment was derived. From a mid to long-term perspective, this study, which investigated the perceptions and conditions of actual farmers to expand Environment-friendly agriculture, can contribute to improving Environment-friendly agriculture policies in the future.
Abstract
Recently, the value and awareness of Environment-friendly agriculture in terms of sustainability are gradually increasing not only globally but also in South Korea. Accordingly, several previous studies have mentioned the necessity of expanding Environment-friendly agriculture and supporting farmers. But studies reflecting the opinions of actual farmers are insufficient. In this study, opinions on the status of Environment-friendly agriculture, overall perception, and certification system were investigated and analyzed for those engaged in Environment-friendly agriculture and Conventional agriculture. It was intended to derive humanities and social implications that could be generalized through a quantitative approach of the national population, and basic data based on the field were prepared that could be reflected in future agricultural policies. To this end, a regression analysis of satisfaction with the Environment-friendly certification system was conducted to derive significant variables. As a result, it was found that age and the expertise of the certification authority and the role of the related agency had a positive relationship with the satisfaction of the certification system. On the other hand, duration of Environment-friendly agriculture, the strictness of the certification standards and the lack of benefits for certified farmers had a negative relationship with the satisfaction of the certification system. From this, although the reliability of the certification system and the certification authority itself is high, the necessity of improving the system further considering the reality of the rural environment was derived. From a mid to long-term perspective, this study, which investigated the perceptions and conditions of actual farmers to expand Environment-friendly agriculture, can contribute to improving Environment-friendly agriculture policies in the future.
참고문헌 (22)
- Bang, J. H., "Comparison of Soil Seed Bank and Soil Characteristics in Conventional Paddy Field and Organic Paddy Field", Journal of Wetlands Research, 25(4), pp.237~247 (2023)
- Cho, G. J., "Correlation between Disease Occurrences and Microbial Community Structure by Application of Organic Materials in Pepper", Research in Plant Disease, 26(4), pp.202~209 (2020)
- Choi, D. G,, "A Critical Study on the Historical Process of Environmentally Friendly Agriculture in South Korea", Doctor, pp.2020
- Choi, J. E., "Analyzing Factors on Welfare Membership Satisfaction and Its Policy Implications", 36(1), pp.143~164 (2024)
- Chung, H. S., "The Distributional Characteristics of Organic Farming in South Korea", Journal of the Korean Association of Regional Geographers, 9(3), pp.329~348 (2003)
- Han, J. H., "An Analysis of Relationship between the Level of Satisfaction of Domestic Products and Purchase Intention of Imported Organic Products", Korean Journal of Organic Agriculture, 29(2), pp.159~171 (2021)
- Han, J. W., "Seasonal Occurrence of Diseases and Insect Pests in Small Type Watermelon and Effect of Organic Materials on Powdery Mildew Control", Korean Journal of Organic Agriculture, 25(2), pp.419~429 (2017)
- Hartmann, M., "Distinct Soil Microbial Diversity under Long-term Organic and Conventional Farming", International Society for Microbial Ecology, 9(5), pp.1177~1194 (2015)
- Heo, S. W., "An Analysis on Farmer’s Awareness and Satisfaction Level of the Project for Developing Large-Scale Environment-Friendly Agricultural Districts", Korean Journal of Organic Agriculture, 21(1), pp.49~59 (2013)
- Hyun, K. S., "Spatial Diffusion Patterns of the Organic Farms in Korea and the Geographical Characteristics", Journal of the Economic Geographical Society of Korea, 14(3), pp.377~393 (2011)
- Jang, J. E., "Application Effects of Organic Fertilizer Utilizing Livestock Horn Meal as Domestic Organic Resource on the Growth and Crop Yields", Journal of the Korea Organic Resources Recycling Association, 27(2), pp.19~30 (2019)
- Jeong, G. S., "Environment-Friendly Agriculture, Safety and Environment", Journal of the Korean Society of Agricultural Engineers, 59(2), pp.2~9 (2017)
- Jeong, H. K., "An Analysis of Preference for Policy to Expand the Consumption of Environment-friendly Agricultural Processed Foods", Journal of Agriculture & Life Science, 53(5), pp.145~152 (2019)
- Ji, H. J., "Understanding Eco-Friendly Agriculture and Eco-Friendly Farming Material", Proceedings of the Annual Conference of the Korean Society of Pesticide Science, pp.15~20 (2007)
- Kamau, J. W., "A Holistic Sustainability Assessment of Organic(Certified and Non-Certified)and Non-Organic Smallholder Farms in Kenya, Environment", Development and Sustainability, 24(5), pp.6984~7021 (2022)
- Kang, H. J., "Soil Chemical Property and Microbial Community under Organic and Conventional Radish Farming Systems", Korean Journal of Organic Agriculture, 27(4), pp.479~499 (2019)
- Kim, E. J., "Study on the Improvement of the Result-based Organic Certification System", Wonkwang Legal Research Institute Bio-Medical and Law, 28, pp.295~325 (2022)
- Kim, H., "A System Improvement for the Environment-Friendly Agricultural Policy according to the Abolition of Low-Pesticide Certification – Focused on the Case of Fruits-", Korean Journal of Organic Agriculture, 23(4), pp.735~748 (2015)
- Kim, H. Y., "Survey and Analysis of Organic and Pesticide-Free Agricultural Products Producers on Perception of Environmentfriendly Agricultural Product Certification System", Korean Journal of Organic Agriculture, 30(2), pp.207~230 (2022)
- Kim, K. H., "A Case Study of Affiliation between Producers and Consumers based on the Organic Agriculture in Vietnam and its Implications", The Journal of Rural Society, 26(2), pp.123~163 (2016)
- Kim, M. H., "Effects of Conventional and Organic Farming on Ground-dwelling Invertebrates in Paddy Levees", Korean Journal of Organic Agriculture, 24(3), pp.539~556 (2016)
- Lee, C. S., "A Survey on the Perception of Environment-friendly Farmers in Jeonnam Province on the Environment-friendly Agricultural Management", Korean Journal of Organic Agriculture, 28(4), pp.555~577 (2020)
