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Members 

IAD Team 1

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Jung Hyeseung

Student ID : 2497031

Major : CESE 24

Email : jhs0205@ewha.ac.kr​

-Topic 1 : Quantifying the difference between recent and average precipitation

Quantifying the precipitation deviation between Gangneung and Gunsan in 2025 using KMA data was a valuable experience. It was confirmed that the 2025 deviation was definitively more extreme compared to the long-term normal (climatological normal). It was particularly interesting that torrential rainfall occurred in Gunsan at a frequency similar to previous years, while it was entirely suppressed in Gangneung.

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Kim Eunsoo

Student ID : 24970112

Major : CESE 24

Email : steady7@ewha.ac.kr

-Topic : Quantification of Orographic Precipitation in Gangneung and Investigation of Topographical Limitations in Gunsan

This study aims to quantitatively elucidate the physical causes of the 2025 drought using the atmospheric dynamics equation. By comparing Gangneung’s strong orographic features with Gunsan’s minimal topography, I demonstrate the paradox that the Taebaek Mountains can exacerbate drought under conditions like westerly inflows. This topic was selected to clarify the interaction between topography and atmospheric circulation based on rigorous data rather than vague speculation.

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Lee Nagyeong

Student ID : 2497023 

Major : CESE 24

Email : 2497023@ewha.ac.kr

 -Topic 3 : Analysis of Multi-Scale Circulation & Non-Adiabatic Forcing Mechanisms Determining the Genesis and Intensity of Localized Torrential Rainfall

Through my research, I realized that Non-Adiabatic Forcing (Latent Heat Release) is the core factor ultimately determining the intensity of localized torrential rainfall, which motivated me to create this webpage to analyze this thermal amplification mechanism.

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Kang Hanseo

Student ID : 2497002

Major : CESE 24

Email : 2497002@ewha.ac.kr

-Topic 4 : Korean-Style Squall

and Its Relationship with Summer Temperature

It is surprising that Korean-type squalls show no meaningful relationship with temperature. It is a good chance to search the interesting topic. I want to study more about Korea style squall by using professional tools. 

Reference

[ Topic 1 ]

1. 기상자료개방포털(KMA), 관측자료(지점별 강수량, 일최대강수량) 및 기후평년값. (https://data.kma.go.kr)

2. Jones, A. (2025). 9.1: The Sierra Nevada Today. Geosciences LibreTexts. https://geo.libretexts.org/Sandboxes/ajones124_at_sierracollege.edu/Geology_of_California_(DRAFT)/09%3A_Sierra_Nevada/9.01%3A_The_Sierra_Nevada_Today (2025.11.29)

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3. Liu, W., Xu, Z., & Chen, J. (2016). The South-Flood North-Drought Pattern Over Eastern China and the Drying of the Gangetic Plain. Water Resources Research, 52(4), 2736–2752. https://doi.org/10.1002/2015WR017369​

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[ Topic 2 ]

1. Holton, J. R., & Hakim, G. J. (2012). An Introduction to Dynamic Meteorology (5th ed.). Academic Press.

2. Rogers, R. R., & Yau, M. K. (1989). A Short Course in Cloud Physics (3rd ed.). Butterworth-Heinemann.
World Meteorological Organization (WMO). (2008). Guide to Meteorological Instruments and Methods of Observation (WMO-No. 8).
3. Korea Meteorological Administration Weather Data Service
4. Google Earth Pro
5. International Civil Aviation Organization (ICAO). (1993). Manual of the ICAO Standard Atmosphere (3rd ed.).

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[ Topic 3 ]

  1. 허창회, 김병곤, 김백민, 박두선, 박창균, 손석우, & 차동현. (2023). 위험기상 분야의 지난 연구를 뒤돌아보며: 태풍, 집중호우,
    가뭄, 폭염, 한파, 강설, 강풍을 중심으로. 대기, 33(2), 223-246.

  2. 한광희, 김백민, & 정지훈. (2022). 2022 년 8 월 발생한 Summer cold wave 와 한반도 집중호우 원인분석. 한국기상학회 학술대회 논문집, 50-50.

  3. 김주헌, 김하림, 심지한, & 김백민. (2023). 한국형수치예보모델 (KIM) 의 동아시아 여름철 집중호우 종관 패턴 유형 분석. 한국기상학회 학술대회 논문집, 351-351.

  4. 기상청 날씨누리. (n.d.). 손에 잡히는 예/보/기/술 제 16호. Retrieved November 25, 2025
    출처: https://www.kma.go.kr/down/e-learning/hands/hands_16.pdf

  5. 기상청 기후정보포털. (n.d.). 기후감시 (원격상관 용어). Retrieved November 25, 2025

  6. ​출처: https://www.climate.go.kr/home/10_wiki/index.php/%EA%B8%B0%ED%9B%84%EA%B0%90%EC%8B%9C

  7. National Weather Service (NWS). (n.d.). What is ENSO? Retrieved November 25, 2025
    ​출처: https://www.weather.gov/mhx/ensowhat

  8. ​ 표지 사진 - 정종훈, 중앙일보, 가을인데, 군산 200년만의 극한호우…"태풍 만나면 재앙 수준"
    출처 : https://www.joongang.co.kr/article/25364915

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[ Topic 4 ]

  1. 기상청·환경부. (2020). 한국기후변화평가보고서 2020(요약본). 기상청/기후변화센터.

  2. 위성우·Valdes, J. B.·Steinschneider, S.·김태원. (2016). 임계값 초과법(peaks-over-threshold)과 연간 최대값을 이용한 대한민국 극한강수의 비정상성 빈도 분석. Stochastic Environmental Research and Risk Assessment.

  3. 박찬욱 외. (2021). 2020년 대한민국의 기록적 여름철 집중호우(사례 분석). Monthly Weather Review.

  4. 송한준 외. (2023). 한반도 여름철 평균 및 극한강수의 장기 변화 및 시공간 변이(1973–2022). Asia-Pacific Journal of Atmospheric Sciences.

  5. 기상자료개방포털(KMA). 관측자료(지점별 강수 시계열) 및 기후평년값. (https://data.kma.go.kr)

  6. IPCC 제6차 평가보고서(AR6). 기상 및 극한현상 변화 관련 장.

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