• Journal of the Speleological Society of Korea
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• v.31 no.32
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• pp.65-81
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• 1992

1960년 영월면이 상동면 봉하리를 통합하여 영월읍으로 승격하였고 1963년 겅북 봉화군 춘양면 덕구리가 상동면에 편입되고 수주면 월현ㆍ부곡ㆍ구림리가 횡성군에 이관되었다. 1973년 상동면이 정선군 신동면 천포리 일부를 편입하여 상동읍으로 승격하였다. 1986년 상동읍이 분할되어 중동면과 상동읍으로 분리되었는데 영월군에서는 가장 동남 구석에 위치한다. 요컨대 삼국시대부터 고구려 백제, 신라 등의 계쟁지에 해당하고 있었으나 지금은 교통의 요지로서 점차 그 중요성이 높아지고 있다.(중략)

• Journal of agriculture & life science
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• v.43 no.1
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• pp.61-71
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• 2009

The objectives of this study were to confirm the necessity of classifying rural areas into several zone, which is being required to carry out vanous regional development projects in rural areas sponsored by govermnent effectively, make the standard for the classification. To summarize the results obtained from this study are as follows Based on the evaluation on the resource amount, the region of eup and myeon in the five gun were classified into five type(A, B, C, D, E). From the classification result, 6 eup and myeon were classified into A type, 13 eup and myeon into B type, 14 eup and myeon into C type, 18 eup and myeon into D type, 11 eup and myeon into E type. This showed that the five belts were distributed evenly in the five gun. The regions of eup and key myeon in each gun were classified into A type(Urbanization). The evaluation on the resource amount of the region that held beautiful view of nature and great tourist attractions was high although the region was close to E type (Mountains) in geographical feature. The regional characteristics of each eup or myeon are different although eup and myeon that were located in the same gun or adjacent each other. Therefore, it is thought that when the project for development of rural areas is planned, the regional characteristic of each eup and myeon should be considered to utilize the potential of each region fully. In summary, it is believed that to get productive results from the development Project in rural areas, strategics should be different based on the regional characteristic of each zone.

• KSCE Journal of Civil and Environmental Engineering Research
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• v.35 no.1
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• pp.203-215
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• 2015

The study aims to identify the degree and types of spatial recessions in Si/Gun and Eup/Myun units within Chungcheong region in South Korea to contribute to the efforts being made to diagnose the rural recession and the potentials. To this end, we analyzed 27 Sis and Guns to identify the degree of recession and potentials of rural areas in Chungcheong region. We also carried out the diagnosis and K-Means Clustering on 274 Eups and Myuns, smaller administrative units, to figure out the types and characteristics of the rural recessions. In case of the analysis targeting the Sis and Guns, a relatively high degree of rural recession was found in Cheongyang, Seocheon and Taean for Chungcheongnam-do, and in Danyang and Goisan, as well as in Boeun, Okcheon and Youngdong - which are collectively called as 'Southern 3 Areas in Chungcheongbuk-do' as they are conventionally known by their high degree of rural recession. According to the results of the clustering analysis carried out on the 166 Eups and Myuns, there were five outstanding clusters. They were; areas with housing deterioration (29), areas with poor economic foundation (16), areas with poor accessibility to central areas (42), areas with poor residential environment (51) and areas with aged population (28). The findings and results of the present study are likely to serve as a basis for the design and enforcement of forthcoming rural area activation policies. Also, it would be highly recommended that a more comprehensive diagnosis is taken from a community-level perspective and policy suggestions and strategies tailored for rural communities are further discussed.

• Journal of the Korean association of regional geographers
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• v.15 no.1
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• pp.36-52
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• 2009

Demographic change is the best indicator to be able to show the rural change exactly and thus becomes the factor to be considered by all means in the setting-up process of the rural development policy. First of all, this paper is concerned with the two main themes, depopulation and aging process of Goryeong-gun(county), after a brief consideration of the demographic trends in rural areas of Korea. And then it will analyze the population structures of 8 administrative districts of Goryeong-gun(1 Eub, 7 Myeons) to reveal the areal differentiation of rural demographic change. Like other rural areas in Korea, Goryeong-gun experienced a sharp depopulation and aging during last several decades, and it represents typical rural backward areas in Korea. But within the same county, the process of population change differs from district to district. On the basis of several demographic indicators, 8 administrative districts(Eub and Myeons) in Goryeong-gun can be classified into 4 types of population change, namely 'type with stagnant population' like Goryeong-eub, 'type with increasing population' like Dasan-myeon, 'type with decreasing population' like Seongsan-myeon Gaejin-myeon Sangrim-myeon, 'type with rapidly decreasing population' like Deokgok-myeon Unsu-myeon Ugok-myeon. It highlights the need to develop differentiated rural policies according to relevant regional conditions.

• Journal of the Korean Association of Geographic Information Studies
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• v.6 no.2
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• pp.10-21
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• 2003

Resource evaluation for environment-friendly regional planning using GIS was implemented in Bonghwa-gun, Gyeongsangbuk-do And new paradigms such as 'green tourism', 'eco-tourism', 'eco-village', were considered and applied into resource indicator system. The weighted evaluation was carried out into pixel units and the scores of every 'myeon' were compared with each others. As a result, the area that has the 'Dak-sil-ma-eul' village in Bonghwa-eup got the highest score. When compared every 'myeon' in mean scores, Bonghwa-eup got the first grade, Socheon-myeon the second grade and Choonyang-myeon the third grade. In a comprehensive view, the areas that got higher scores were the lower flat areas and the 'Dak-sil-ma-eul' village in Bonghwa-eup, north-east areas in Choonyang-myeon, north-west areas and south-east areas in Socheon-myeon. In this study, resource evaluation using indicator system and GIS was implemented, and some problems that appeared in this process were resolved.

• Journal of the Korean Geographical Society
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• v.9
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• pp.43-53
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• 1974

이 글에서는 다음의 내용을 다루었다. 1. 김해평야의 원예농업의 성격, (1) 지역특화, (2) 운송원예지, (3) 시설원예지 2. 지역분화, (1) 원예시설의 종류, (2) 지역분화 3. 분화지별 사례연구, (1) 하우스 터널 다회작지(김해읍 어방3구), (2) 터널 다회작지(경락면 봉림리 통전), (3) 하우스 1회작지(주촌면 양동리 가속), (4) 파로지 재배지(오지면 동리 진동)

• Journal of Animal Environmental Science
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• v.18 no.1
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• pp.45-56
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• 2012

This study was conducted to give basic information of the animal manure management by manure units determination for recycling farming in Cheorwon-gun. Manure units (MU) are used in the permitting, registration, and the environmental process because they allow equal standards for all animals based on manure nutrient production. An MU is calculated by multiplying the number of animals by manure unit factor for the specific type of animal. The manure unit factor for MU determination was determined by dividing amounts of manure N produced 80 kg N/year. Conversion to manure units is a procedure used to determine nutrient pollution equivalents among the different animal types. In this study, the manure unit factor based on nitrogen in Hanwoo, dairy cow, pig were 0.36, 0.8 0.105, respectively. The analysis of manure unit per ha shows that the N loading by MU is quite different by region. The nitrogen loading of manure unit (MU) per ha of cultivated land was the highest in the Galmal-eup on province with 2.4 MU/ha, which is higher than the appropriate level. The Seo-myeon province came next with 1.92 MU/ha. To be utilized as a valid program to build the recycling farming system, diverse measures shall be mapped out to properly determine manure units, evaluate N-loading and to properly manage their nutrient balance of each region.

• Journal of the Korean Institute of Landscape Architecture
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• v.37 no.4
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• pp.12-21
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• 2009

The purpose of this study is to identify the characteristics of amenities available in Sunchang-gun, Jeonbuk province in Korea through ananalysis of survey data of rural amenity resources. This survey was performed over 4 years(from 2005 to 2008). The data were collected by field survey, interview, and Internet search. Descriptive statistics, regression and correlation analyses were performed to identify the characteristics of each Eup-Myun in Sunchang County. A regression analysis was also performed to compare provincial, national and other county data. Furthermore, a rank analysis was performed to classify the type of each region. Through this, the type of rural amenity resources was identified.

• 주택과사람들
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• s.14
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• pp.66-67
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• 1991

[ $\circ$ ] 정부는 관계부터 합동으로 3.11부터 조사에 착수한 약 2,500만필지에 대한 개별토지가격 조사작업을 5.4(55일간)에 끝내고 지방토지평가위원회의 심의에 들어갔다. (건설부, 국세청, 지방자치단체공무원 20,500여명과 자문요원인 486명의 감정평가사 동원) $\circ$ 이번에 조사된 개별토지가격은 오는 5.20까지 지방 토지 평가 위원회의 심의를 거쳐 5.22부터 6.11까지 토지 소재지 읍$\cdot$면$\cdot$동사무소에서 주민열람을 실시케 하고 토지 소유자 및 이해관계인은 조사된 지가에 대하여 이의가 있을 경우에는 의견을 제출할 수 있도록 하였으며, $\circ$ 또한 지가산정의 공평성과 정확성을 기하기 위하여 해당 지역 사정에 정통한 지역인사로 구성된 읍$\cdot$면$\cdot$동 지가심의회의 심의를 거친 후, 감정평가사, 한국감정원 직원, 토지 및 세무담당공무원 등 전문가로 구성된 시$\cdot$군$\cdot$읍 단위 지방토지평가위원회에서 심의하도록 하였으며, 이러한 절차를 거친 후 중앙토지평가위원회의 심의와 건설부장관의 확인을 받아 6.29까지 시장, 군수, 구청장이 지가를 결정하게 된다. $\circ$ 이렇게 하여 결정된 지가는 토지초과이득세, 양도소득세, 증여세, 상속세 등의 산정기준, 택지초과소유부담금 및 개발부담금의 산정기준, 종합토지세의 과세표준 결정자료, 기타 토지공개념관련제도 시행을 위한 지가산정기준 등으로 활용된다.

• Journal of the Korean association of regional geographers
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• v.22 no.3
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• pp.703-713
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• 2016

This study documents the altitude of paleo-shoreline and formation age of the $1^{st}$ marine terrace emerged around Heunghae-eup Pohang City (South Korea). As a result, the $1^{st}$ terrace representing 10 m of the paleo-shoreline was formed at MIS 5c around 100,000 BP and was influenced repetitive sedimentation of sea-wave till regression of MIS 5a. The result is recognized as a definite truth for the $1^{st}$ terrace in the eastern coast of the Korean peninsula based on synthetic reviews of previous studies and cross-validation of absolute age data. Furthermore, this study deduces a sea stand at MIS 5c from the geomorphological contrast method, but precise determination of paleo-shoreline of the $2^{nd}$ terrace should be required to estimate that of MIS 5c.