환경영향평가정보지원시스템(EIASS)을 활용한 국내 주요 개발사업의 지형변화 분석 (Application of the EIASS for Assessing Changes in Terrain Features in Development Initiatives: A Case Study in South Korea)

허수정 (Sujung Heo); 이동근 (Lee, Dong Kun); 김은섭 (Eunsub Kim)

Application of the EIASS for Assessing Changes in Terrain Features in Development Initiatives: A Case Study in South Korea

Journal of Environmental Impact Assessment
Abbr : J EIA
2023, 32(6), pp.407-418
Publisher : Korean Society Of Environmental Impact Assessment
Research Area : Engineering > Environmental Engineering
Received : August 14, 2023
Accepted : October 26, 2023
Published : December 28, 2023

Sujung Heo ¹, Lee, Dong Kun ¹, Eunsub Kim ¹

¹서울대학교

Accredited

ABSTRACT

This study conducted an analysis of terrain change indicators in major development projects in Korea, examining the correlation between terrain change indicators to derive foundational terrain change metrics based on different land use and slope types. The aim is to contribute to sustainable development by enhancing the efficiency of land utilization and landscaping, while minimizing environmental impacts in future development endeavors. Additionally, to apply the research findings in practical contexts, domestic regulations related to terrain were surveyed, and the compatibility and usability between these regulations and research analysis results were discussed. Based on this, the study seeks to explore strategies for more accurate and useful utilization of terrain change indicators in future research. As a result, in the tourism development, terrain changes predominantly occur in the order of flat land, hillly land, and mountain land, with the analysis indicating higher terrain changes in undulating hilly and mountainous lands compared to flat land. Furthermore, in industrial complex development, very steep (20°-30°) and extreme (30°-40°) slopes; in urban development projects, steep slope (15°-20°); in athletic service facility and tourist development, steep (15°-20°) and very steep (20°-30°) exhibit higher average terrain change indicators compared to other slope categories. The findings of our study can contribute to the formulation of strategies aimed at minimizing terrain disturbance in future domestic development projects and serve as foundational data for environmental impact assessments.

KEYWORDS

Earthwork Volume Index, Environmental Impact Assessment, Development Projects, Resource Conservation, Sustainable Development

Citation status

* References for papers published after 2023 are currently being built.

[journal] Armstrong CL / 1984 / A method of measuring road surface wear / ETIS 16 : 27~32

[journal] Cain C / 1982 / A guide for determining road width on curves for single-lane forest roads / Eng. Field Notes / USDA Forest Service, Eng. Techn. Inf. Syst 14(4-6)

[journal] Chen WF / 1971 / Limit analysis of stability of slopes / J. Soil Mechanics and Foundations Div., Proc. ASCU 97 : 19~26

[other] FAO / 1998 / Watershed management field manual. Food and agriculture organization of the united nations. Foof and Agriculture Organization of the United Nations / FAO Conservation Guide 13/5

[journal] 김재은 / 2023 / Classification of spatial patterns according to land use in Wando-gun, Jeollanam-do / 한국지적정보학회지 / 한국지적정보학회 25(1) : 104~118

[report] Kim JY / 2014 / A Study on Geomorphological Change Index Applied to Inland Wind Power Plant Siting. Vol 2014-18 / Korea Environment Institute

[journal] 김남균 / 2020 / Time Series Analysis of Soil Creep on Cut Slopes Using Unmanned Aerial Photogrammetry / 지질공학 / 대한지질공학회 30(4) : 447~456

[other] Korea Forest Service. / 2022 / Statistical Yearbook of Forestry

[report] Ku DW / 2002 / Environmental Impact Assessment and Social Impact Assessment in Korea – Suggestions for Policy Reform / The Korean Association for Environmental Sociology : 133~156

[journal] 이종호 / 2020 / Environmental Impact Assessment Consultation Based on Land Environment and Natural & Ecological Environ / 환경영향평가 / 한국환경영향평가학회 29(1) : 45~60

[report] Lee SM / 2021 / A study on earthwork planning and design review method using digital map and BIM / Korean Society of Civil Engineers : 309~310

[journal] Li C / 2018 / Topographic changes and their driving factors after 2008Wenchuan earthquake / Geomorphology 311 : 27~36

[report] Ministry of Construction & Transportation / 1999 / A Study on the Environmental Evaluation Standards for the Improvement of the Development Restricted Zone System, Summary Report

[report] Ministry of Land, Infrastructure and Transport / Guidelines for District Unit Planning / Ministry of Land

[report] Ministry of Land, Infrastructure and Transport / Rules on the determination, structure, and installation standards of urban/gun planning facilities / Ministry of Land, Ministry of Land

[journal] 오정환 / 2021 / Quality Characteristics of Grilled Fish Paste Formulation Added with Hot Water Extract Powder from Lentinus edodes Using One-Way ANOVA / 한국식품영양과학회지 / 한국식품영양과학회 50(3) : 307~314

[journal] 박한산 / 2013 / Spatial-temporal Analysis of Topographical Change at the Malipo Beach / 한국지형학회지 / 한국지형학회 20(1) : 97~109

[journal] 박현수 / 2020 / Analysis of Changes in Urbanized Areas in Daejeon Metropolitan City by Detection of Changes in Time Series Landcover: Using Multi-temporal Satellite Images / 한국지리학회지 / 한국지리학회 9(1) : 177~190

[journal] 박종윤 / 2020 / Analysis of Development Projects to the Major Mountain Ridges for Environment Assessment / 환경정책 / 한국환경정책학회 28(3) : 65~86

[other] Pearce JK / 1960 / Forest Engineering Handbook / Prepared for U. S. Department of the Interior, Bureau of Land Management : 220~

[report] Prellwitz RW / 1975 / Simplified slope design for low volume roads in mountaineous areas. in: Low volume roads / Transp. Research Board, National Academy of Sciences : 65~74

[report] Sagong H / 2010 / Proposals for Assessment of the Degree of Topographic Change in Consideration of Regional Characteristics / Korea Environment Institute : 1~54

[report] Um S / 2020 / A study on the improvement of the district system and the use area for rural space planning / Korea Planning Association : 5~19

[journal] 양순미 / 2021 / Institutional Features of Environmental Impact Assessment System in the Jeju Special Self-Governing Province / 한국환경과학회지 / 한국환경과학회 30(8) : 647~658

[journal] Yang SY / 1999 / Geo-surface environmental changes and reclaimed amount prediction using remote sensing and geographic information system in the Siwha area 9(2) : 161~176

KJCKorea
Journal Central

Journal of Environmental Impact Assessment 2023 KCI Impact Factor : 0.51

Application of the EIASS for Assessing Changes in Terrain Features in Development Initiatives: A Case Study in South Korea

ABSTRACT

KEYWORDS

Citation status

* References for papers published after 2023 are currently being built.

Journal of Environmental Impact Assessment 2023 KCI Impact Factor : 0.51

Application of the EIASS for Assessing Changes in Terrain Features in Development Initiatives: A Case Study in South Korea

ABSTRACT

KEYWORDS

Statistics

Tools

Issue List

Citation status

KCI Citation Counts (0)

REFERENCES (25) * References for papers published after 2023 are currently being built.

Search PDF

Citation

* References for papers published after 2023 are currently being built.