ARTICLE ANALYSIS

Analysis of article using Artificial Intelligence tools





Id 2947
Author Woo J.H.; Choi H.
Title A trade-off method through connectivity analysis applied for sustainable design and planning of large urban parks
Reference

Woo J.H.; Choi H. A trade-off method through connectivity analysis applied for sustainable design and planning of large urban parks,International Journal of Sustainable Development and World Ecology 29 2

Keywords South Korea; Youngsan Basin; connectivity; design method; greenspace; neighborhood; park design; sustainability; trade-off; urban planning
Link to article https://www.scopus.com/inward/record.uri?eid=2-s2.0-85107370706&doi=10.1080%2f13504509.2021.1931982&partnerID=40&md5=6708cf96bca99987c557f5848bc37037
Abstract Unlike urban planning processes have actively used empirical approaches, the urban park design and planning still uses the conceptual research approach; therefore, discrepancies often arise between the designer’s intention and real phenomena. In this work, we examine and propose a trade-off method for sustainable urban park design and planning that integrates conceptual and connectivity analyses, specifically for the Yongsan Park master plan. Yongsan Park is a mega-scale urban park project with a unique history as being a military post-industrial site for a long time. To re-link the isolated park site to current urban context, the park connectivity requires careful consideration both conceptually and empirically during the design and planning process. We used the spatial network analysis and statistical methods to investigate the potential visitation proposed by the park master plan and to understand the correlations with built environment factors. The results indicate that an iterative process is needed between conceptual design ideas and empirical connectivity analyses to properly reflect the designers’ intent and improve the long-term outcomes of large urban park design and planning. The trade-off method also provides insights of the urban planning strategies for nearby neighborhoods to enhance park connectivity and potentially contribute to the park management phase. © 2021 Informa UK Limited, trading as Taylor & Francis Group.

Metodology

Technique

Keyword Find research methods used
Tentative Keyword Show Candidate Transition Variables for article (AI method)
Categories Find category for article (AI method)
Crossover theme Find social impact for article (AI method)
Wordcloud Show WordCloud from article (AI method)
Find semantically similar articles Find semantically similar articles (Semantic search)