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위성화상을 이용한 고도 1,600 m 이상의 한라산 적설 면적 변화 추적

Tracking Changes of Snow Area Using Satellite Images of Mt.Halla at an Altitude of 1,600 m

한경덕(청주교육대학교); 윤성욱(제주대학교 식물자원환경전공); 정용석(제주대학교); 안진현(제주대학교); 이승재(국가농림기상센터); 김윤석(제주대학교 식물자원환경전공); 민태선(제주대학교)

31권 10호, 815~824쪽

초록

It is necessary to understand the amount of snowfall and area of snow cover of Mt. Halla to ensure the safety of mountaineers and to protect the ecosystem of Mt. Halla against climate change. However, there are not enough related studies and observation posts for monitoring snow load. Therefore, to supplement the insufficient data, this study proposes an analysis of snow load and snow cover using normalized-difference snow index. Using the images obtained from the Sentinel2 satellite, the normalized-difference snow index image of Mt. Halla could be acquired. This was examined together with the meteorological data obtained from the existing observatory to analyze the change in snow cover for the years 2020 and 2021. The normalized-difference snow index images showed a smaller snow pixel number in 2021 than that in 2020. This study concluded that 2021 may have been warmer than 2020. In the future, it will be necessary to continuously monitor the amount of snow and the snow-covered area of Mt. Halla using the normalized-difference snow index image analysis method.

Abstract

It is necessary to understand the amount of snowfall and area of snow cover of Mt. Halla to ensure the safety of mountaineers and to protect the ecosystem of Mt. Halla against climate change. However, there are not enough related studies and observation posts for monitoring snow load. Therefore, to supplement the insufficient data, this study proposes an analysis of snow load and snow cover using normalized-difference snow index. Using the images obtained from the Sentinel2 satellite, the normalized-difference snow index image of Mt. Halla could be acquired. This was examined together with the meteorological data obtained from the existing observatory to analyze the change in snow cover for the years 2020 and 2021. The normalized-difference snow index images showed a smaller snow pixel number in 2021 than that in 2020. This study concluded that 2021 may have been warmer than 2020. In the future, it will be necessary to continuously monitor the amount of snow and the snow-covered area of Mt. Halla using the normalized-difference snow index image analysis method.

발행기관:
한국환경과학회
DOI:
http://dx.doi.org/10.5322/JESI.2022.31.10.815
분류:
지구과학

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위성화상을 이용한 고도 1,600 m 이상의 한라산 적설 면적 변화 추적 | 한국환경과학회지 2022 | AskLaw | 애스크로 AI