Derivation of Green Infrastructure Planning Factors for Reducing
                        Particulate Matter - Using Text Mining -

Seok, Youngsun; Song, Kihwan; Han, Hyo‐Joo; Lee, Junga

doi:10.9715/kila.2021.49.5.079

Cited by 2 publications

(1 citation statement)

References 57 publications

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“…In particular, the exposure risk in winter is more severe than in summer because heating systems produce more PM, and air circulation is poor [8,9]. Researchers in the environmental and landscaping fields have recently emphasized the importance of using green space to reduce PM in cities [10][11][12][13]. One proposed solution is to employ "green corridors", a concept that includes street trees, wall greening, rooftop greening, green curtains, and green belts [14][15][16][17][18][19].…”

Section: Introductionmentioning

confidence: 99%

Street Tree Planning to Improve Public Health and Ecosystem Resilience in Urban Areas: A Scenario Analysis Using a System Dynamics Model

Seok

Yim

Moon

et al. 2022

IJERPH

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Increases in particulate matter in cities threaten both public health and ecosystems. Street trees, which are a corridor-type green infrastructure capable of absorbing particulate matter, have been promoted as one possible solution to this problem. However, planting selected trees solely with the goal of reducing particulate matter may adversely affect street tree ecosystem resilience by inhibiting species diversity. This study aims to investigate urban street tree planting strategies that reduce particulate matter while maintaining ecosystem resilience. To this end, a study site in Suwon, South Korea was selected, and street tree planting scenarios were developed based on the selected site information. A scenario analysis was conducted using a system dynamics model. The model simulated the long-term trends under each scenario regarding the amount of particulate matter absorbed by the trees and the changes in species diversity. The analysis results clearly show that strategic planting of street trees while focusing on only a specific purpose—reducing particulate matter—can adversely affect ecosystem resilience. The scenario analysis also revealed that increasing the number of street trees while maintaining a balance among various species is the best option for reducing particulate matter without degrading species diversity. Additionally, the results support the need to plant evergreen species to consider the winter season.

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Section: Introductionmentioning

confidence: 99%

Street Tree Planning to Improve Public Health and Ecosystem Resilience in Urban Areas: A Scenario Analysis Using a System Dynamics Model

Seok

Yim

Moon

et al. 2022

IJERPH

Self Cite

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Analysis of Contribution to Net Zero of Non-Urban Settlement - For Green Infrastructure in Rural Areas -

Lee¹,

Byung-Chul²

2022

J Korean Inst Landsc Archit

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This study was conducted to provide basic data that can be used when establishing Net Zero policies and implementation plans for non-urban settlements by quantitatively analyzing the Net Zero contribution to green infrastructure in rural areas corresponding to non-urban settlements. The main purpose is to first, systematize green infrastructure in rural areas, secondly derive basic units for each element of green infrastructure, and thirdly quantify and present the impact on Net Zero in Korea using these.In this study, CVR(Content Validity Ration) analysis was performed to verify the adequacy of green infrastructure elements in rural areas derived through research and analysis of previous studies, is as follows.First, Hubs of Green infrastructure in rural area include village forests, wetlands, farm land, and smart farms with a CVR value of .500 or higher. And Links of Green infrastructure in rural area include streams, village

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Derivation of Green Infrastructure Planning Factors for Reducing Particulate Matter - Using Text Mining -

Cited by 2 publications

References 57 publications

Street Tree Planning to Improve Public Health and Ecosystem Resilience in Urban Areas: A Scenario Analysis Using a System Dynamics Model

Street Tree Planning to Improve Public Health and Ecosystem Resilience in Urban Areas: A Scenario Analysis Using a System Dynamics Model

Analysis of Contribution to Net Zero of Non-Urban Settlement - For Green Infrastructure in Rural Areas -

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