지원사업
학술연구/단체지원/교육 등 연구자 활동을 지속하도록 DBpia가 지원하고 있어요.
커뮤니티
연구자들이 자신의 연구와 전문성을 널리 알리고, 새로운 협력의 기회를 만들 수 있는 네트워킹 공간이에요.
초록· 키워드
오류제보하기
The debates on the appropriateness of the Korean mountain range system have been ceaseless since the early 1980s. This study aims at preparing the correct mountain range map by analyzing the geographical features, the land shape, and the geological structure in a detailed, scientific way in order to close those debates.
According to the literature survey, a mountain range is classified in physical geography according to scale and contiguity, and their size and continuance become the criteria of mountain range classification. Thus, in this study, a spatial database was constituted by collecting a digital elevation model (DEM) of the basic land shape, a geographic diagram, satellite images, mountain peaks, and valleys in order to objectively analyze the features of mountain ranges.
After analyzing the status of land shape and performing land shape modeling by the use of this spatial database, it was concluded that it was hard to accept the theory that the current mountain range system was established on the basis of geographic grounds. Accordingly, in this study, the size of a mountain was estimated by statistically analyzing the relative height by region. The size of a mountain and continuance of the mountain shape were made upon the criteria of defining a mountain range, and the continuance of the mountain shape was extracted through the analysis on the distribution of a mountain ridge line and continuous tendency of a mountain peak.
The classification of the mountain ranges was made by identifying the first-class main mountain range, which is the highest and longest in Korea. The second-class and third-class mountain ranges were classified by their continuance with the first-class mountain range. With regard to mountain ranges that reach a certain length, they were classified as independent mountain ranges, which were not connected with the first, second, and third-class mountain ranges. In this study, twenty two of the second-class type mountain ranges, twenty four of the third-class type mountain ranges and three independent mountain ranges were introduced, as well as the main Korean mountain ranges, from the mountain Baekdu to the mountain Jiri.
The new mountain range system introduced in this study looks quite different from the three mountain range systems, which have been insisted upon until now: the mountain range system in the current public school textbook; the Baekdudaegan system in Sangyeongpyo and the mountain range system of North Korea. However, after analyzing the new mountain range map in detail, it was found that the map was very close to the mountain range system in the Daedong Yeojido (Daedong grand map). With the result of this study, it is concluded that a further study should be conducted for the purpose of performing more concrete investigation of a mountain range system and naming mountain ranges suitable for Korean people's emotions.
According to the literature survey, a mountain range is classified in physical geography according to scale and contiguity, and their size and continuance become the criteria of mountain range classification. Thus, in this study, a spatial database was constituted by collecting a digital elevation model (DEM) of the basic land shape, a geographic diagram, satellite images, mountain peaks, and valleys in order to objectively analyze the features of mountain ranges.
After analyzing the status of land shape and performing land shape modeling by the use of this spatial database, it was concluded that it was hard to accept the theory that the current mountain range system was established on the basis of geographic grounds. Accordingly, in this study, the size of a mountain was estimated by statistically analyzing the relative height by region. The size of a mountain and continuance of the mountain shape were made upon the criteria of defining a mountain range, and the continuance of the mountain shape was extracted through the analysis on the distribution of a mountain ridge line and continuous tendency of a mountain peak.
The classification of the mountain ranges was made by identifying the first-class main mountain range, which is the highest and longest in Korea. The second-class and third-class mountain ranges were classified by their continuance with the first-class mountain range. With regard to mountain ranges that reach a certain length, they were classified as independent mountain ranges, which were not connected with the first, second, and third-class mountain ranges. In this study, twenty two of the second-class type mountain ranges, twenty four of the third-class type mountain ranges and three independent mountain ranges were introduced, as well as the main Korean mountain ranges, from the mountain Baekdu to the mountain Jiri.
The new mountain range system introduced in this study looks quite different from the three mountain range systems, which have been insisted upon until now: the mountain range system in the current public school textbook; the Baekdudaegan system in Sangyeongpyo and the mountain range system of North Korea. However, after analyzing the new mountain range map in detail, it was found that the map was very close to the mountain range system in the Daedong Yeojido (Daedong grand map). With the result of this study, it is concluded that a further study should be conducted for the purpose of performing more concrete investigation of a mountain range system and naming mountain ranges suitable for Korean people's emotions.
목차
Ⅰ. 서론
Ⅱ. 산맥의 설정기준과 방법
Ⅲ. DEM을 이용한 산맥 체계 재설정
Ⅳ. 새 산맥체계와 기존 산맥체계의 비교
Ⅴ. 맺음말
참고문헌
ABSTRACT
참고문헌 (17)
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