• Journal of the Speleological Society of Korea
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• v.37 no.38
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• pp.26-38
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• 1994

태백산지의 내륙산간에 해당하는 태백시는 강원도의 주요 지역을 연결하는 결절지의 구실을 할 수 있는 지리적 위치에 있으며, 용연동굴 뿐만 아니라 많은 석회동굴이 산재하고 동굴의 보고 지역이다. 지금까지 이곳 주민의 주산업은 석탄광업에 의존하여 왔으나 현재는 정부의 석탄합리화 정책으로 인한 탄광의 폐광으로 마땅한 수익원이 없으므로 이촌향도 현상이 심화되어 가고 있다. 이러한 피폐를 탈피하기 위해서는 안정성이 높은 생활환경을 만드는 것이 시급한 이곳의 과제라고 하겠다.(중략)

• Proceedings of the Speleological Society Conference
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• 1994.11a
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• pp.88-89
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• 1994

태백산지의 내륙산간에 해당하는 태백시는 강원도의 주요 지역을 연결하는 결절지의 구실을 할 수 있는 지리적 위치에 있으며, 용연동굴 뿐만 아니라 많은 석회동굴이 산재하고 동굴의 보고 지역이다. 지금까지 이곳 주민의 주산업은 석탄광업에 의존하여 왔으나 현재는 정부의 석탄합리화 정책으로 인한 탄광의 폐광으로 마땅한 수익원이 없으므로 이촌향도 현상이 심화되어 가고 있다. 이러한 피폐를 탈피하기 위해서는 안정성이 높은 생활환경을 만드는 것이 시급한 이곳의 과제라고 하겠다.(중략)

• Journal of the Speleological Society of Korea
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• no.48
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• pp.17-32
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• 1996

삼척군 하장면에 있는 월둔굴은 지방기념물로 지정된 석회동굴이다. 이 동굴은 강원도 내륙지역에 해당되고 있으나, 내륙인 정선에서 동해안의 삼척에 이르는 내륙교통의 요지에 위치하고 있고, 그 동굴 속의 2차 생성물들의 학술적ㆍ관광적 가치도 크기 때문에 관광지 개발에 합당한 동굴이라고 판단된다. 더구나 이 곳 현지주민들의 인문ㆍ산업 면에서 볼 때에도 산간오지의 밭농사에 의존할 수밖에 없어 이 동굴의 개발이 지역주민의 소득증대에도 이바지할 수 있을 것으로 판단된다.

• Journal of the Korea Institute of Information and Communication Engineering
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• v.15 no.10
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• pp.2059-2064
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• 2011

The DGPS systems that is a GPS augmentation system were installed for ocean- and land-service. The ocean-based reference station of 11 site and the land-based reference station of 6 sites are operating for ocean- and land-service. Although the land-based reference stations provide the output power of 500W, the service shadow regions are occurred due to mountain lands and building area. In this paper, the service coverages for land-based reference stations are analyzed in conditions of output power enhancements of reference station. The service shadow areas are deduced from service coverages of land-based reference stations and ocean-based reference stations. The medium frequency-band wave propagation models are considered as DGPS wave propagation model. The service coverages are analyzed by considering the compensated ground surface-conductivity.

• 한국방재학회:학술대회논문집
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• 2010.02a
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• pp.78.2-78.2
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• 2010

2008년 6월 14일, 일본 이와테(암수(岩手)) 미야기(궁성(宮城)) 내륙 지진이 발생하였다. 평야지역에서의 피해는 경미하였지만, 산간지역은 괴멸적인 피해를 입은 것이 가장 큰 특정이다. 특히, 산간지역의 간이수도 등, 소규모 수도 시설의 지하수원이 고갈되고 정수시설의 경사면이 붕괴되는 등의 피해를 입었다. 또, 지진발생 후, 원수의 높은 탁도와 색도가 시간이 경과한 시점에서도 낮아지거나 없어지지 않았던 곳이 많았다. 이번 연구보고에서는, 간이수도 등의 피해와 상호지원 체제의 상황을 보고함과 동시에 소규모 수도시설의 지진 재해에 대한 제언을 제시하고자 하였다.

• Journal of Korea Water Resources Association
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• v.54 no.10
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• pp.807-817
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• 2021

In this study, assessment of vulnerability in the management of spatio-temporal groundwater resources considering the surface waterground water interactions was conducted in administrative districts of mountainous regions in Korea. Mountainous regions were classified into four regions and spatial groundwater resources management vulnerability assessment criteria were selected to consider the surface water-ground water interactions. Paju in the central mountainous region, Gapyeongin the mountains region, Gurye in the southwestern mountainous region, and Yangsan in the southeastern mountainous region were selected as a result of the selection of vulnerable area for groundwater resources management. Assessment of the Monthly vulnerability to groundwater resource management due to changes in groundwater levels and infiltration was carried out in the selected areas. As a result of monthly vulnerability to groundwater resources management, December ~ Feburary was assessed as vulnerable to groundwater resource management. The results of this study are expected to contribute to the more efficient groundwater resource management measures by administrative district

• KOREAN JOURNAL OF CROP SCIENCE
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• v.65 no.1
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• pp.56-62
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• 2020

The meteorological ecology of a soybean variety (Glycine max Merrill) and its characteristics are important factors in selecting soybean variety suitable for the environment. This experiment was conducted to estimate the meteorological- ecological characteristics of soybean for 27 crop cultivation regions in North Korea. The meteorological ecology of each region was determined by the last harvest date and the maximum growth day determined using the daily minimum temperature of the region. The soybean meteorological group for 27 regions in North Korea was classified by eight groups. The last harvest date of group I, the south-west and south-east areas, was from October 21 to 29, which was the latest harvest date among the eight groups. It became shorter toward the central inland and mountainous areas of group IV, and it ranged from September 18 to October 2. The maximum number of growth days was 153~160 days in group I, and 100~111 days in group IV-3, the northernmost area of the east coast. Assuming total growth days as 110 days, the ranges of last flowering dates (and the day length) of group I, II, III, and IV were August 12~19 (day length of 13.5~13.8 h), August 2~6 (14-14.2 h), July 27~August 2 (14.2~14.4 h), and July 10~22 (14.5~14.8 h), respectively. The accumulative temperature of 110 growth days was above 2,400℃ in group II-1, the south to north area of the west inland, and above 2,300℃ in all regions except Cheongjin, Seonbong, and Jung-gang. The accumulative temperature calculated based on the maximum growth day was above 3,000℃ in group I and II-1 and above 2,500℃ in group II-2, the central area of the east coast, III-1, the central inland area, and IV-1, the central inland mountain area.

• Journal of the Korean Geographical Society
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• v.38 no.2
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• pp.173-183
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• 2003

This study aims to understand the patterns of spatial distribution of snowfall by Siberian High in the Honam region in Korea. In the Honam region, Siberian High induces snowfall dominantly. There is a huge amount of snowfall in the westward of the Noryung mountain ranges to the Wert coast in the Honam region affected by northwesterly wind directly from the Siberian High. The westward of the Noryung mountain ranges such as a heavy snowfall region has a various pattern of distribution of snowfall due to topography. The coast region has a large amount of snowfall by sea effect. And, snowfall amount is decreased from the coast to the inland plain. However, in front of mountain, snowfall is increase by reason of a forced ascending air to the mountain. In general the region where frequently appear a cumuliform cloud has a large amount of snowfall. A cumuliform cloud is frequent in the mountainous region in inland, the coast, and the inland plain in order Snowfall is intense in the coast and the mountainous region, and weak in the inland plain. In the mountainous region, a cumuliform cloud induced tv a forced ascending air by reason of topography generates snowfall mostly. This fact is the main difference with snowfall in the mountainous region and the coast region. In the result, in the Honam region, snowfall distribution and snowfall pattern are various, according to geographical climate factor such as sea and topography. The heavy snowfall region in the Honam region is divided into the coast region affected by sea effect and the mountainous region affected by topography effect.

• Journal of the Korean Geographical Society
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• v.41 no.4 s.115
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• pp.457-469
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• 2006

This study aims to understand the characteristics of spatial distribution of snowfall and to analyze its development mechanism in Honam province in Korea. The areas of snowfall in Honan area can be divided into the seven sub-area by snowfall pattern. In the west coastal area of heavy snowfall and the southwest coastal area of heavy snowfall, snowfall develops over reason of ocean by Siberian High while in the northern inland area of heavy snowfall and the southern inland area of heavy snowfall, it develops when a strong Siberian High affects to inland. Then, much snowfall is by a forced ascending due to topography in Namwon, Imsil and Gwangju of the northwestward of the Noryung and Sobaek mountain ranges while it is weak in Jeonju and Suncheon of the low plains and the southeastward. In the mountainous area of heavy snowfall and the south coastal area of light snowfall, cyclone is also one of causes of snowfall. In the southwest coastal area, snowfall is meager than the southwest coastal area of heavy snowfall because this area is far from the west coast. It is confirmed that the snowfall difference of the coast, inland and mountainous area appears by temperature difference of sea surface and 850hPa temperature, wind speed of Siberian High.

• Journal of the Speleological Society of Korea
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• no.50
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• pp.45-76
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• 1997

이 단지는 대체로 세가지의 입지배경을 지니고있다고 보겠다. 즉 첫째는 강원도 등뼈 산지의 내부산간 오지에 입지하고 있어서 이른바 자연의 신비를 그대로 지니고 있는 내륙 유경지역에 입지하고 있다고 본다. 따라서 속세를 떠난 대자연의 품속이라고 할 수 있는 오지에 입지하고 있어서 심산유경의 계곡을 찾는 기분을 느끼게 할 수 있는 지리적인 입지를 지니고 있다고 본다. 둘째, 동해안인 관동지방, 바닷가와 그리고 내륙오지에 해당하는 영서지방을 연결시켜주는 중간의 징검다리의 거점이 될 수 있는 위치를 차지하고 있다본다. 즉 동해안 삼척 동해시 나아가서는 관동연안해안지대에서 태백산 넘어 서쪽 정선땅 특히 최근에 국민관광지로 개발되고 있는 정선의 화암약수터와 화암동굴지대를 묶고 있는 국민관광 지역으로 넘어가는 바른 중간지점에 자리잡고 있는 것이다. 셋째로, 우리나라에서도 가장 내륙오지의 광산지역인 태백시지역 그리고 정선의 사북 고한읍 등의 광산지역에서 가장 가까운 지리적 위치를 지니고 있다고 본다.(중략)