| Title |
Decision-making Factors for Urban Gardening to Support Resource Cycling |
| Authors |
정상규(Jeong, Sang-Kyu) ; 김난영(Kim, Nan-Young) ; 반영운(Ban, Yong-Un) |
| DOI |
https://doi.org/10.38195/judik.2023.12.24.6.129 |
| Keywords |
도시정원; 자원순환; 의사결정 요인; 순환경제; 동시출현 네트워크 Urban Garden; Resource Cycling; Decision-making Factors; Circular Economy; Co-occurrence Network |
| Abstract |
The purpose of this study is to derive decision-making factors to promote resource circulation in urban gardens, focusing on the cases in Cheongju City. Using the co-occurrence network analysis method, the attributes and relationships of urban garden components surveyed on-site were quantitatively analyzed. According to the results, considerations for rainwater and reused water usage need to be addressed to promote resource cycling, as tap water was used for irrigation in all cases. In the process of urban gardening, decisions considering the diversity of indigenous species should be made due to concerns about the influx of invasive species. For exhibition gardens, post-exhibition considerations should include handling and recycling strategies for facility materials and planted vegetation. For major facility materials such as wood and synthetic resins, efforts should be made to increase recycling rates by using materials without harmful substances, exploring alternative materials, and applying ground cover crops. For planted vegetation, primarily consisting of herbaceous plants, organic waste treatment and recycling strategies should be devised, considering the application of perennial plants. Based on the findings of this study, it is anticipated that urban gardening based on circular economy principles, resulting in improved environmental, economic, and social effects compared to existing urban gardens, can contribute to waste reduction and carbon emission mitigation |