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한국환경복원기술학회> 한국환경복원기술학회지 (환경복원기술)> 열쾌적성에 대한 가로수 수직적 구조의 영향 분석

KCI등재

열쾌적성에 대한 가로수 수직적 구조의 영향 분석

The Effects of Street Tree’s Vertical Structures on Thermal Comfort

이수빈 ( Lee¸ Su-been ) , 최혜영 ( Choe¸ Hye-yeong ) , 조현길 ( Jo¸ Hyun-kil ) , 윤영조 ( Yun¸ Young-jo ) , 길승호 ( Kil¸ Sung-ho )
  • : 한국환경복원기술학회
  • : 한국환경복원기술학회지 (환경복원기술) 24권4호
  • : 연속간행물
  • : 2021년 08월
  • : 15-29(15pages)
한국환경복원기술학회지 (환경복원기술)

DOI


목차

Ⅰ. 서 론
Ⅱ. 연구방법
Ⅲ. 결과 및 고찰
Ⅳ. 결 론
References
Appendix

키워드 보기


초록 보기

Urban green spaces offer a variety of benefits to living things and humans. However, existing green spaces have been reduced and fragmented due to urbanization, and there is a limit to creating new large green spaces in densely developed cities. Street trees have fewer restrictions on land use, which can be a measure to secure green areas in cities. In Korea, excessive pruning is being done on some street trees for reasons such as blocking of building signboards, contact with electric wires, and restrictions on sidewalk widths. Therefore, it is necessary to quantitatively understand the relationship between the benefits provided by street trees and their structures to come up with an efficient and systematic planning and management plan for urban street trees. In this study, we quantitatively analyzed the relationship between the thermal comfort improvement by the shades of street trees and the vertical structure, planting environment, and types of street trees. To calculate the thermal comfort felt by human body, we calculated UTCI (Universal Thermal Climate Index) of each street tree. For the vertical structure of street trees, we used Terrestrial LiDAR and the point clouds of street tree’s crown was sliced vertically at 1m intervals. We conducted a multiple regression analysis on the thermal comfort improvement using the variables we obtained from fields. As a result, in the case of a street tree’s vertical structure, the lager the volume of tree’s crown located 3-4m (β=0.298, p<.05) and 6-7m (β=0.568, p<.001) above clear length, the better the cooling effect. In addition, the thermal comfort improvement was assessed to decrease as the DBH increased (β=-0.435, p<.001). In general, the crown diameter and DBH are positively correlated, with a cooling effect occurring as crown diameter increases. In this study, the opposite result was obtained due to the small number of trees measured, so additional research is needed by increasing the number of tree samples. In the case of the planting environment, the effect of improving thermal comfort was higher in the shaded area of trees planted to the south (β=-0.541, p<.001). Since unsystematic management of street trees can deteriorate the function of them, quantitative evaluations of the vertical structure of street trees are required, which can provide specific measures for planning and management of urban street trees with thermal comfort effect.

UCI(KEPA)

간행물정보

  • : 공학분야  > 환경공학
  • : KCI등재
  • :
  • : 격월
  • : 1229-3032
  • : 2733-5011
  • : 학술지
  • : 연속간행물
  • : 1998-2021
  • : 1287


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24권6호(2021년 12월) 수록논문
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KCI등재

1빅데이터를 활용한 기후변화와 연계된 생태계서비스 연구 동향분석

저자 : 서자유 ( Seo J A-yoo ) , 최요한 ( Choi Yo-han ) , 백지원 ( Baek J I-won ) , 김수경 ( Kim Su-kyoung ) , 김호걸 ( Kim Ho-gul ) , 송원경 ( Song Won-kyong ) , 주우영 ( Joo Woo-yeong ) , 박찬 ( Park Chan )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 1-13 (13 pages)

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This study was performed to investigate the ecosystem service patterns in relation to climate change acceleration utilizing big data analysis. This study aimed to use big data analysis as one of the network of views to identify convergent thinking in two fields: climate change and ecosystem service. The keywords were analysed to ascertain if there were any differences in the perceiving problems, policy direction, climate change implications, and regional differences. In addition, we examined the research keywords of each continent, the centre of ecosystem service research, and the topics to be referred to in domestic research. The results of the analysis are as follows: First, the keyword centrality of climate change is similar to the detailed indicators of The Intergovernmental Science-Policy Platform on Biodiversity and Ecosystem Services (IPBES) regulations, content, and non-material ecosystem services. Second, the cross-analysis of terms in two journals showed a difference in value-oriented point; the Ecosystem Service Journal identified green infrastructure as having economic value, whereas the Climate Change Journal perceives water, forest, carbon, and biodiversity as management topics. The Climate Change Journal, but not the former, focuses on future predictions. Third, the analysis of the research topics according to continents showed that water and soil are closely related to the economy, and thus, play an important role in policy formulation. This disparity is due to differences in each continent's environmental characteristics, as well as economic and policy issues. This fact can be used to refer to the direction of research on ecosystem services in Korea. Consistent with the recent trend of expanding research regarding the impacts of climate change, it is necessary to study strategies to scientifically predict and respond to the negative effects of climate change.

KCI등재

2대청댐 유역 굴참나무림의 군락분류학 및 군락생태학적 연구

저자 : 김성열 ( Kim Sung-yeol ) , 문건수 ( Moon Geon-soo ) , 송원경 ( Song Won-kyong ) , 최재용 ( Choi J Aeyong )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 15-34 (20 pages)

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Syntaxonomy and Synecology on Quercus variabilis forests in Daecheong-dam basin was carried out using the methods of Braun-Blanquet phytosociology. 6 syntaxa classified as species compositions described were Quercus variabilis community, Platycarya strobilacea-Quercus variabilis community(typicum subcommunity, dictamnus dasycarpus subcommunity), Quercetum variabili-serratae, Zelkova serrata-Quercus variabilis community and Dendranthema boreale-Quercus variabilis community. All syntaxa were shown habitat environmental conditions including steep inclination of more than 30°, high rock exposure rate of more than 50% and South-facing slope. These communities excepting Dendranthema boreale-Quercus variabilis community classified as natural vegetation were identified as low emergence rate of annual plants and species compositions composed native species, so it was confirmed that relatively natural succession were proceeding well. Quercetum variabili-serratae and Dendranthema boreale-Quercus variabilis community distributed forested hillslope of open water edge were representative Quercus variabilis syntaxa in Daecheong-dam basin.

KCI등재

3시민과학을 활용한 수원시에 출몰하는 떼까마귀(Corvus frugilegus)의 일출 및 일몰시 선호 서식지 분석

저자 : 윤지원 ( Yun J I-weon ) , 신원협 ( Shin Won-hyeop ) , 김지환 ( Kim J I-hwan ) , 이석영 ( Yi Sok-young ) , 김도희 ( Kim Do-hee ) , 김유빈 ( Kim Yu-vin ) , 류영렬 ( Ryu Young-ryel ) , 송영근 ( Song Young-keun )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 35-48 (14 pages)

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In Suwon, the overall hygiene of the city is threatened by the emergence of the rook(Corvus fugilegus) in the city. Rooks began to appear in November of 2016 and has continued to appear from November to March every year. In order to eradicate or to prepare an alternative habitat for rooks, this study aimed to identify the preferred habitat and specific environmental variables. Therefore, in this work, we aim to understand the predicted distribution of rooks in Suwon City with citizen science and through MaxENT, the most widely utilized habitat modeling using citizen science to analyze the preferred habitat of harmful tides appearing in urban areas. In this study, seven environmental variables were chosen: biotope group complex, building floor, vegetation, euclidean distance from farmland, euclidean distance from streetlamp, and euclidean distance from pole and DEM. Among the estimated models, after the time period of sunrise (08:00~18:00) the contribution percentage were as following: euclidean distance from arable land(39.2%), DEM(25.5%), euclidean distance from streetlamp(22.3%), euclidean distance from pole(7.1%), biotope group complex(4.9%), building floor(1%), vegetation(0%). In the time period after sunset(18:00~08:00) the contribution percentage were as following: biotope group complex(437.4%), euclidean distance from pole(26.8%), DEM(13.4%), euclidean distance from streetlamp(11.8%), euclidean distance from farmland(7.9%), building floor(1.4%), vegetation(1.3%).

KCI등재

4환경영향평가 고도화를 위한 평가항목별 민원기반 데이터 수요 도출 연구

저자 : 최유영 ( Choi Yu-young ) , 조효진 ( Cho Hyo-jin ) , 황진후 ( Hwang Jin-hoo ) , 김윤지 ( Kim Yoon-ji ) , 임노을 ( Lim No-ol ) , 이지연 ( Lee Ji-yeon ) , 이준희 ( Lee Jun-hee ) , 성민준 ( Sung Min-jun ) , 전성우 ( Jeon Seong-woo ) , 성현찬 ( Sung Hyun-chan )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 49-65 (17 pages)

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Although the Environmental Impact Assessment (EIA) is continuously being advanced, the number of environmental disputes regarding it is still on the rise. In order to supplement this, it is necessary to analyze the accumulated complaint cases. In this study, through the analysis of complaint cases, it is possible to identify matters that need to be improved in the existing EIA stages as well as various damages and conflicts that were not previously considered or predicted. In the process, we dervied 'complaint-based data demands' that should be additionally examined to improve the EIA. To this end, a total of 348 news articles were collected by searching with combinations of 'environmental impact assessment' and a keyword for each of the six assessment groups. As a result of analysis of collected data, a total of 54 complaint-based data demands were suggested. Among those were 15 items including 'impact of changes in seawater flow on water quality' in the category of water environment; 13 items including 'area of green buffer zone' in atmospheric environment; 10 items including 'impact of soundproof wall on wind corridor' in living environment; 8 items including 'expected number of users' in socioeconomic environment, 4 items including 'feasibility assessment of development site in terms of environmental and ecological aspects' in natural ecological environment; and 4 items including 'prediction of sediment runoff and damaged areas according to the increase in intensity and frequency of torrential rain' in land environment. In future research, more systematic complaint collection and analysis as well as specific provision methods regarding stages, subjects, and forms of use should be sought to apply the derived data demands in the actual EIA process. It is expected that this study can serve to advance the prediction and assessment of EIA in the future and to minimize environmental impact as well as social conflict in advance.

KCI등재

5생태계서비스 평가를 위한 공간 수준별 측정지표 선정 - 공급서비스를 중심으로 -

저자 : 정필모 ( Jung Pil-mo ) , 김정인 ( Kim Jung-in ) , 여인애 ( Yeo Inae ) , 주우영 ( Joo Wooyeong ) , 이경은 ( Lee Kyungeun )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 67-87 (21 pages)

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Provisioning service, which is one of the ecosystem service functions, means goods and services such as food and fuel that people get from ecosystem. Provisioning functions are closely related to the primary industry, a sector of economy. Excessive demand and use of human society can cause trade-offs among regulation, cultural, and supporting services. Therefore, it is important to perform evaluation ecosystem services periodically and to monitor the time series fluctuations to identify the impact of provisioning services on other ecosystem services (trade-off) and to maintain sustainable provisioning service. When it comes to the precise assessment of provisioning service, it is necessary to get the statistical data and standardize indicators and methods. In this study, indicators and methods, which are applicable to the spatial level of national-local-protected areas, were derived through literature analysis and expert survey. The result of this study implies that provisioning services measurement by spatial level improve the efficiency of the establishment of environmental conservation plans by whose purpose.

KCI등재

6갯벌 생태계 모니터링을 위한 딥러닝 기반의 영상 분석 기술 연구 - 신두리 갯벌 달랑게 모니터링을 중심으로 -

저자 : 김동우 ( Kim Dong-woo ) , 이상혁 ( Lee Sang-hyuk ) , 유재진 ( Yu Jae-jin ) , 손승우 ( Son Seung-woo )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 89-96 (8 pages)

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In this study, a deep-learning image analysis model was established and validated for AI-based monitoring of the tidal flat ecosystem for marine protected creatures Ocypode stimpsoni and their habitat. The data in the study was constructed using an unmanned aerial vehicle, and the U-net model was applied for the deep learning model. The accuracy of deep learning model learning results was about 0.76 and about 0.8 each for the Ocypode stimpsoni and their burrow whose accuracy was higher. Analyzing the distribution of crabs and burrows by putting orthomosaic images of the entire study area to the learned deep learning model, it was confirmed that 1,943 Ocypode stimpsoni and 2,807 burrow were distributed in the study area. Through this study, the possibility of using the deep learning image analysis technology for monitoring the tidal ecosystem was confirmed. And it is expected that it can be used in the tidal ecosystem monitoring field by expanding the monitoring sites and target species in the future.

KCI등재

7기후변화 리스크의 지역 불평등 모니터링 : 폭염을 중심으로

저자 : 김근한 ( Kim Geun-han )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 97-107 (11 pages)

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Abnormal climate caused by climate change causes enormous social and economic damage. And such damage and its impact may vary depending on the location and regional characteristics of the region and the social and economic conditions of local residents. Therefore, it is necessary to continuously monitor whether there are indicators that are weaker than other regions among the detailed indicators that constitute the risk, exposure and vulnerability of climate change risk. In this study, the concept of climate change risk was used for heatwave to determine regional inequality of climate change risk. In other words, it was judged that inequality in climate change risk occurred in regions with high risk but high exposure and low vulnerability compared to other regions. As a result of the analysis, it was found that 13 local governments in Korea experienced regional inequality in climate change risk. In order to resolve regional inequality in climate change risks, the current status of regional inequality in climate change should be checked based on the analysis proposed in this study, there is a need for an evaluation and monitoring system that can provide appropriate feedback on areas where inequality has occurred. This continuous evaluation and monitoring-based feedback system is expected to be of great help in resolving regional inequality in climate change risks.

KCI등재

8빗물 저류 시스템을 활용한 옥상 녹화의 온도 저감 효과

저자 : 윤석환 ( Yun Seok-hwan ) , 김은섭 ( Kim Eun-sub ) , 박정강 ( Piao Zheng-gang ) , 전윤호 ( J Eon Yoon-ho ) , 강혜원 ( Kang Hye-won ) , 김상혁 ( Kim Sang-hyuck ) , 김지연 ( Kim J I-yeon ) , 강한민 ( Kang Han-min ) , 함은경 ( Ham Eun-kyung ) , 이동근 ( Lee Dong-kun )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 109-119 (11 pages)

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Thermal environment of city is getting worse due to severe urban heat island caused by climate change and urbanization. Green roof improves the urban thermal environment and save the cooling energy in buildings. This study presented a green roof combined with a storage system that stores rainwater and supplies water through a wick and evaluated the temperature reduction effect as surface temperature and amount of evapotranspiration. For about a week, the surface temperature using a infrared thermal imager and the evapotranspiration by recording change of module weight were measured at intervals of 30 minutes from sunrise to sunset. The results show that the mean surface temperature of the green roof was 15.4 degrees lower than that of the non-green roof from 12:00 P.M. to 14:00 P.M. There was no significant difference between mean surface temperature of green roof with and without storage system immediately after rain, but more than a week after rain, there was a difference with average of 2.49 degrees and maximum of 4.72 degrees. The difference in daily amount of evapotranspiration was measured to be 1.66 times on average. As drought stress increased over time, the difference in daily amount of evapotranspiration and surface temperature between with/without storage system increased simultaneously. The results of the study show a more excellent cooling effect of green roof combined with the rainwater storage system.

KCI등재

9관수조절에 의한 벽면녹화의 냉각효과 분석 연구 - 아이비, 수호초를 식재한 모듈형 벽면녹화를 중심으로-

저자 : 김은섭 ( Kim Eun-sub ) , 윤석환 ( Yun Seok-hwan ) , 박정강 ( Piao Zheng-gang ) , 전윤호 ( Jeon Yoon-ho ) , 강혜원 ( Kang Hye-won ) , 김상혁 ( Kim Sang-hyuck ) , 김지연 ( Kim Ji-yeon ) , 이용구 ( Lee Young-gu ) , 이동근 ( Lee Dong-kun )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 121-132 (12 pages)

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Green facade has a significant impact on building's energy performance by controlling the absorption of solar radiation and improving outdoor thermal comfort through shading and evapotranspiration. In particular, since high-density building does not enough green space, green facade, and rooftop greening using artificial ground plants are highly utilized. However, the level of cooling effect according to plant traits and irrigation control is different. Therefore, in this study, the cooling effect analyzed for a total of 4 cases by controlling the irrigation condition based on hedera and spurge. Although hedera under sufficient water had the highest cooling effect(-2℃~-4℃), had the lowest cooling effect under non-irrigation(+1.1℃~+4.4℃). In addition, hedera under sufficient water had cooling effect than hedera under non-irrigation(-1℃~-8.1℃) and in the case of spurge, it had cooling effect(-0.3℃~-7.8℃) more than non-irrigation. As a result of measuring the amount of transpiration according to the light intensity (PAR) and carbon dioxide concentration conditions, transpiration of hedera was higher than the spurge (respectively 0.63204mmolm-2s-1, 0.674367mmolm-2s-1). The difference in the cooling effect of the green facade under irrigation condition was significant. But the potential cooling effect of green facade according to plants species was different. Therefore, in order to maximize and continuously provide the cooling effect of green facade in urban areas, it is necessary to consider the characteristics of plants and the control of water supply through the irrigation system.

KCI등재

10환경 DNA 메타바코딩을 활용한 멧돼지 및 육상 포유류 출현 모니터링 - 경기도 양평군 일대를 중심으로 -

저자 : 김용환 ( Kim Yong-hwan ) , 한윤하 ( Han Youn-ha ) , 박지윤 ( Park Ji-yun ) , 김호걸 ( Kim Ho Gul ) , 조수현 ( Cho Soo-hyun ) , 송영근 ( Song Young-keun )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 6호 발행 연도 : 2021 페이지 : pp. 133-144 (12 pages)

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This study aims to estimate location of land mammals habitat by analyzing spatial data and investigate how to apply environmental DNA monitoring methodology to lotic system in Yangpyeong-gun, Gyeonggi-do. Environmental DNA sampling points are selected through spatial analysis with QGIS open source program by overlaying Kernel density of wild boar(Sus scrofa), elevation, slope and land-cover map, and 81 samples are collected. After 240 mL of water was filtered in each sample, metabarcoding technique using MiMammal universal primer was applied in order to get a whole list of mammal species whose DNA particles contained in filtered water. 8 and 22 samples showed DNA of wild boar and water deer, respectively. DNA of raccoon dog, Eurasian otter, and Siberian weasel are also detected through metabarcoding analysis. This study is valuable that conducted in outdoor lotic system. The study suggests a new wildlife monitoring methodology integrating overlayed geographic data and environmental DNA.

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KCI등재

1불모지 내 활용 가능한 자생식물의 발아특성 연구

저자 : 김동학 ( Kim¸ Dong-hak ) , 김상준 ( Kim¸ Sang-jun ) , 유승봉 ( Yu¸ Seung-bong ) , 박기쁨 ( Bak¸ Gippeum )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 4호 발행 연도 : 2021 페이지 : pp. 1-14 (14 pages)

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This study suggested suitable soil textures that is proper to propagate native plants to manage and restore barren land in DMZ. Germination tests were conducted for 16 native herbaceous plants growing in the DMZ border area in accordance with FAO-BI (Biodiversity International) standards, and the germination rate and T50 in vitro were investigated. In order to examine the germination characteristics according to the soil textures, we used gravel, bed and mixed soil and investigated the germination characteristics under ordinary room temperature conditions in the greenhouse. As a result, it was observed that the germination rate in the greenhouse was significantly decreased compared to the germination rate in vitro of the species advertised due to soil textures. T50 between the in vitro and each soil texture showed significant differences whereas T50 between soil textures alone did not in all species advertised. The germination rate in vitro of Aster koraiensis, Dendranthema zawadskii var. latilobum, Hosta clausa , and Hosta minor there was no significant difference compared to ordinary room temperature conditions. In addition, as the germination rate is demonstrated more than 70%, which is relatively higher than other species advertised, it is considered to have strong environmentally adaptable. On the other hand, considering that the 6 species of Leontopodium coreanum, Plantago major , Potentilla chinensis, Sedum kamtschaticum, Sedum latiovalifolium, and Veronica kiusiana demonstrated less than 50% of germination rate in vitro, it is expected to be difficult to propagate without pre-treatment. In order to use these 6 species as restoration material plants, it needs to be considered to pre-treat to improve germination rate, or to enhance the vitality of seeds by improving the seed gathering period and storage method.

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2열쾌적성에 대한 가로수 수직적 구조의 영향 분석

저자 : 이수빈 ( Lee¸ Su-been ) , 최혜영 ( Choe¸ Hye-yeong ) , 조현길 ( Jo¸ Hyun-kil ) , 윤영조 ( Yun¸ Young-jo ) , 길승호 ( Kil¸ Sung-ho )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 4호 발행 연도 : 2021 페이지 : pp. 15-29 (15 pages)

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Urban green spaces offer a variety of benefits to living things and humans. However, existing green spaces have been reduced and fragmented due to urbanization, and there is a limit to creating new large green spaces in densely developed cities. Street trees have fewer restrictions on land use, which can be a measure to secure green areas in cities. In Korea, excessive pruning is being done on some street trees for reasons such as blocking of building signboards, contact with electric wires, and restrictions on sidewalk widths. Therefore, it is necessary to quantitatively understand the relationship between the benefits provided by street trees and their structures to come up with an efficient and systematic planning and management plan for urban street trees. In this study, we quantitatively analyzed the relationship between the thermal comfort improvement by the shades of street trees and the vertical structure, planting environment, and types of street trees. To calculate the thermal comfort felt by human body, we calculated UTCI (Universal Thermal Climate Index) of each street tree. For the vertical structure of street trees, we used Terrestrial LiDAR and the point clouds of street tree's crown was sliced vertically at 1m intervals. We conducted a multiple regression analysis on the thermal comfort improvement using the variables we obtained from fields. As a result, in the case of a street tree's vertical structure, the lager the volume of tree's crown located 3-4m (β=0.298, p<.05) and 6-7m (β=0.568, p<.001) above clear length, the better the cooling effect. In addition, the thermal comfort improvement was assessed to decrease as the DBH increased (β=-0.435, p<.001). In general, the crown diameter and DBH are positively correlated, with a cooling effect occurring as crown diameter increases. In this study, the opposite result was obtained due to the small number of trees measured, so additional research is needed by increasing the number of tree samples. In the case of the planting environment, the effect of improving thermal comfort was higher in the shaded area of trees planted to the south (β=-0.541, p<.001). Since unsystematic management of street trees can deteriorate the function of them, quantitative evaluations of the vertical structure of street trees are required, which can provide specific measures for planning and management of urban street trees with thermal comfort effect.

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3도시계획 수립에 있어 도시생태현황지도 활용방안 연구 - 용도지역과 시가화예정용지를 중심으로 -

저자 : 권전오 ( Kwon¸ J Eon-o ) , 박석철 ( Park¸ Seok-cheol ) , 백승아 ( Baek¸ Seung-a )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 4호 발행 연도 : 2021 페이지 : pp. 31-46 (16 pages)

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In South Korea, there is a growing domestic need for a biotope map which contains ecological and environmental geographic information of a city. After the production of a Urban Ecological Maps(biotope map) by the Seoul metropolitan government in 2000, Natural Environment Conservation Act was revised in 2017 to make it mandatory for a local government to draw up its own urban ecological map. The aim of the present study was to find out ways to utilize an urban ecological map as a mean of communication between natural environment planning and urban planning sectors in a preliminary stage before introducing a big framework of 'environmental and ecological planning.' The northern area of Incheon metropolitan city was selected as the target area for this study. The major research content includes a comparative analysis of special-purpose zones, urban planning zones, restricted development zones, and conservation forests with focus on biotope types and Grades 1 of 'Biotope Type Assessment.' Farmland biotopes and forest biotopes within an area designated as an urban zone (residential, commercial and industrial zones) need to be redesignated as a zone which can conserve them. Especially considering a high possibility of damage to a large scale of natural green areas, these areas need to be readjusted immediately. If the entire area designated as an urban planning zone is to be developed, it is likely to cause serious damage to natural biotopes in the area (56.2%), including farmland biotope (30.4%), forest biotope (15.0%) and grassland biotope (10.8%), and thus, readjustment is needed. In case of a conservation forest, as it can possibly be damaged by the designation of special-purpose zones, it is necessary to match the designation of conservation forests or a special-purpose zones with their biotope types. In conclusion, we present a variety of thematic maps for utilization of an urban ecological map and propose a phase-specific environmental and ecological plan. Phase 1 is the establishment of a urban plan in consideration of ecological status; Phase 2 is the independent establishment of an environmental and ecological plan by an environment department; Phase 3 is an integrated management of ecological planning system and urban planning system.

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4카노 모델을 이용한 고창 자연마당의 서비스 품질 속성 분류

저자 : 홍진표 ( Hong¸ Jin-pyo ) , 심윤진 ( Shim¸ Yun-jin ) , 강필구 ( Kang¸ Pil-goo ) , 최영자 ( Choi¸ Young-ja ) , 어양준 ( Eo¸ Yang-jun ) , 서경원 ( Seo¸ Kyung-won )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 4호 발행 연도 : 2021 페이지 : pp. 47-60 (14 pages)

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This study was conducted to classify quality attributes for quality elements of public service targeting Gochang Jayeonmadang and analyze their impact on resident satisfaction and dissatisfaction by each service quality element by using the Kano model and the customer satisfaction coefficient and dissatisfaction coefficient of Timko(1993). As a result of the study, all 20 quality elements of public service were classified as one-dimensional attributes. Since the Jayeonmadang project restores the damaged natural environment and restores the ecosystem, it is judged that satisfaction is proportionately satisfied as the natural environment has been restored and the ecosystem has been restored. According to Timko (1993)'s analysis of customer satisfaction coefficient, it is believed that the most effective way to improve residents' satisfaction is to carefully establish and implement maintenance plans and to create a good environment to ensure that plants have settled.

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5가로녹지 유형이 보행공간의 초미세먼지에 미치는 영향 분석 - 미기후 시뮬레이션을 활용하여 -

저자 : 김신우 ( Kim¸ Shin-woo ) , 이동근 ( Lee¸ Dong-kun ) , 배채영 ( Bae¸ Chae-young )

발행기관 : 한국환경복원기술학회 간행물 : 한국환경복원기술학회지 (환경복원기술) 24권 4호 발행 연도 : 2021 페이지 : pp. 61-75 (15 pages)

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Roadside greenery in the city is not only a means of reducing fine dust, but also an indispensable element of the city in various aspects such as improvement of urban thermal environment, noise reduction, ecosystem connectivity, and aesthetics. However, in studies dealing with the effect of reducing fine dust through trees in existing urban spaces, microscopic aspects such as the adsorption effect of plants were dealt with, structural changes such as the width of urban buildings and streets, and the presence or absence of trees, Impact studies that reflect the actual form of In this study, the effect of greenery composition applicable to urban space on PM2.5 was simulated through the microclimate epidemiologic model ENVI-met, and field measurements were performed in parallel to verify the results. In addition, by analyzing the results of fine dust background concentration, wind speed, and leaf area index, the sensitivity to major influencing variables was tested. As a result of the study, it was confirmed that the fine dust reduction effect was the highest in the case with a high planting amount, and the reduction effect was the greatest at a low background concentration. Based on this, the cost of planting street green areas and the effect of reducing PM2.5 were compared. The results of this study can contribute as a basis for considering the effect of pedestrian space on air quality when planning and designing street green spaces.

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