• 대한지리학회지
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• 제29권1호
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• pp.84-104
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• 1994

1960년대 이후 공업화 정책의 영향으로 농어촌 지역주민의 향도이촌현상에 의한 인 구감소와 함께 학생수도 감소되어 학교의 소규모화 등장과 나아가 폐교현상이 나타났다. 본 연구는 인구감소에 따른 폐교의 유형과 그 지역적 특성을 밝히는 것을 목적으로, 분석한 결 과 다음과 같은 점이 밝혀졌다. 1980년대 전반기에는 댐과 같은 인공시설물 건설로 인한 폐 교가 많았으나, 198O년대 후반기의 폐교는 학생수가 감소하고 10년이 지난후에 나타났으며, 경지율이 낮고 해발고도가 높은 지역에서 폐교가 더 빠르게 진행되었다. 그리고 폐교시설의 활용은 교사 건축년도와 관계없이 자연경관의 수려함과 접근성에 의한다는 점이 밝혀졌다.

• 한국지역지리학회지
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• 제15권1호
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• pp.16-35
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• 2009

본 연구는 조선 후기 고령현을 그린 군현지도와 지리지의 부도(이하 '군현지도')를 계열별로 내용과 고지명을 비교하였고, "대동여지도"와의 연관성을 분석하였다. 23점의 고령현 군현지도들은 회화식지도 8점, 1리 방안지도와 20리 방안지도가 각 4점, 지방지도 5점, 분류 미상인 지도 2점로 구분되었다. 계열별 특징을 보면 회화식지도 계열의 경우 산과 하천을 풍수 형국으로 해석하여, 산줄기가 고령현의 서쪽에서 동쪽의 낙동강으로 이어지는 형태로 묘사하였고, 하천도 이와 상응하여 서쪽에서 발원하여 동으로 유입하는 형태로 그렸다. 1리 방안지도 계열에서는 지도의 배치를 서쪽을 위로 하여 그렸으며, 낙동강을 지도의 아래에 배치하였다. 고령현이 역사적으로 내륙으로 이어지는 교통의 요지로서, 이를 현장감있게 표현한 결과로 사료된다. 20리 방안지도는 다른 지도와는 달리 낙동강의 일부만이 묘사되어 있다. 이는 당시 낙동강변의 일부 지역이 다른 고을에 속하였기 때문이다. 다른 지도에 비해 간결하고 사실적으로 표현하였고, 도로망등을 통해 인접한 고을과의 연결성을 강조하고 있다. 지방지도 계열의 경우 지도 구도는 1리 방안지도와 유사하여 서쪽을 지도 위에 표현하였다. 특히 초계와의 경계를 산줄기로 뚜렷하게 표현하여 지리적 소통이 약함을 표현하였고, 대신 지도의 우측인 북쪽을 열린 공간으로 묘사하였다. 지도별 수록 지명을 보면 회화식 지도와 지방 지도의 경우 읍치 관련 지명들이 많다. 1리 방안지도의 경우 봉수 관련 지명과 험로 등의 지명이 비교적 상세하다. 20리 방안지도의 경우 수록 지명수는 적으나 이웃 고을과의 연결성을 파악할 수 있는 산지 지명을 많이 수록하였다. "대동여지도"와 이들 군현지도를 비교하여 보았을때 20리 방안지도와 가장 가까우나 일부 지명에서 새로운 내용이 수록되어 있다. 이들 내용은 "대동여지도"가 제작되면서 이용된 자료를 추적하는 근거가 될 수 있다.

• 한국농촌건축학회논문집
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• 제19권3호
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• pp.43-51
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• 2017

This study is to analyze establishment status and planning characteristics of the landscape master plan of 22 cities and counties in Jeollanam-do, Korea. The landscape master plans have been established in 19 cities and counties and among them they were established in 11 cities and counties before 2010. They tend to be made in city governments earlier than county governments. Community visions are implied with four meanings, 'landscape ecological', 'administrative economic', 'historical cultural', 'abstraction sensitive' in expression. For setting zones, axises, and bases of landscapes, characteristics of each landscape zone are emphasized with unification and connectivity of axises and bases of landscapes as one unit to local governments. Proposal of design principle or guideline of landscape by elements tend to be higher than landscape types. Locational characteristics of local governments have influenced to landscape types and characteristics of natural environments have been strongly reflected in landscape plan in particular.

• 농업생명과학연구
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• 제44권3호
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• pp.99-110
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• 2010

이 연구에서는 농촌지역에 대한 발전수준을 종합적으로 판단할 수 있는 지표체계를 설정하였으며, 실제 데이터를 이용해 세 가지 유형의 시 군 지역 (일반시, 도농통합시, 군)별로 설정된 지표의 수준을 비교, 분석하였다. 또한 각 지표의 분포가 어떤 통계분포에 적합한지를 시 군 유형별로 추정하였다. 지표의 체계는, 지역주민들이 쾌적한 일상생활을 살아가는데 필요한 각종 생활환경시설을 나타내는 생활환경지표와, 지역이 경제적으로 얼마나 활성화되어 있는가와 지역의 성장에 가장 중요한 인적 자원의 규모와 구조가 어떠한가를 보여주는 지역활력지표의 2가지로 분류한다. 생활환경지표는 주택, 도로, 상 하수도 등 생활환경을 대표하는 4개의 지표로 구성되며, 지역활력지표는 경제, 재정, 인구 등의 부문을 대표하는 5개의 지표로 구성된다. 주택부문의 수준은 군 지역이 다른 지역보다 더 떨어진 것을 알 수 있었으며, 도로부문의 지표는 일반시가 다른 유형의 시 군 지역보다 월등히 높은 것으로 나타났다. 상 하수도 개발 수준은 일반시가 가장 높으며, 다음으로 도농통합시, 군 지역의 순이다. 고용수준은 군 지역이 가장 높고, 소득의 대리변수로 채택한 1인당지방세액 수준은 도농통합시가 가장 높게 나타났다. 지방재정의 지표에 있어서는 군 지역이 월등히 높았고, 인구증가율은 일반시와 도농통합시, 군 지역이 정체 상태로 모두 비슷한 수준을 나타내고 있어 유형별로도 별 차이가 없다는 것을 알 수 있다. 총인구수에 대한 노동가능인구수의 비율에 있어서는 일반시가 가장 높게 나타났다.

• Nuclear Engineering and Technology
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• 제50권5호
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• pp.806-813
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• 2018

$^{222}Rn$ exists in nature in the form of a rare radioactive gas. In terms of environmental radiation, issues regarding $^{222}Rn$ have persisted because of its radiological hazardousness. Ulju County is one of the regions of Ulsan metropolitan city, with a population of 227,699. Ulju County has the highest density of industrial complexes in Korea. In this study, $^{222}Rn$ radioactivity concentration was measured and analyzed in 57 schools in Ulju County using 114 passive LR-115 type detectors to secure radiological safety and confirm basic information for reduction of resident exposure to $^{222}Rn$. The effective dose of $^{222}Rn$ was assessed to find the actual risk of the concentration surveyed in schools to human beings. The dose depended on four factors: subjects, $^{222}Rn$ concentration, dose coefficient, and time. The individuals subjected to dose estimation were classified into three types: students, teachers, and office workers. The subjects had different dwelling locations and times. The findings demonstrate that the radiological hazard to students and workers at schools in Ulju County owing to $^{222}Rn$ is negligible in terms of $^{222}Rn$ activity recommendation level.

• 한국농촌건축학회논문집
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• 제26권2호
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• pp.27-36
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• 2024

Many houses have been left vacant in cities worldwide due to changes in the economy, society, and urban composition. The increase in vacant houses causes social problems and decrease in the value of real estate. Considering the cost of preparing a new residence because the existing residence no longer functions, it is an important problem to solve empty houses in the existing residence. Accordingly, policy attempts and studies to reduce and utilize vacant houses are in progress in various countries. In South Korea, the ratio of vacant houses was 6.4% of all houses as of 2021, and in Jeolla-buk-do, it was 11.6%, which is higher than the national average. Jeollabuk-do conducted a fact-finding survey on countermeasures against vacant houses; 17,732 vacant houses (2.4%) were surveyed. The urbanization, population, and terrain of Jeollabuk-do, consisting of 14 cities and counties, were considered. The ratios, types, grades, and spatial autocorrelations of vacant houses were analyzed after classification into city areas (focus, small, and medium) and county areas (plains and mountains) areas to derive policies according to the distribution of vacant houses. The average difference in ratio, type, grade, and spatial autocorrelation of vacant houses was used to analyze the characteristics of the distribution of vacant houses according to these classifications. There were significant differences in the averages of the ratios, grades, and spatial autocorrelations between city and county areas. The autocorrelation of vacant house distribution exhibited differences between urban and county areas.

• 한국동물위생학회지
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• 제16권1호
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• pp.65-69
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• 1993

A serological survey was conducted to detect the type of Leptospirosis in sows. Antigen(live antigen) tested were L.icterohemorrhagiae, L.pomonal, L.canicola, L.Hardjo, L.australis, L.autumnalis, L.grippotyphosa, L.pyrogens, L.bataviae, L.hebdomadis. The survey was performed from J one 1992 to December 1992 by microscopic-agglutination test. The results were as follows 1, Among the serum samples of 92 heads of the sows, 6 heads of the sow(6.5%) were positive. 2. Among the positive samples of 6 heads, L.icterihemorrhagiae were 4 heads(4.3%) and L. pomona 2 heads (2.2%), respectively. 3. Antibody titers of positive sera were ranging from 1：200 to 1：1600. 4. The seroprevalence of leptospira in Chechon city, Chechon county, Danyang county that Chechon county(3.3%) was higher than that of other districts(1% -2.2%).

• 농촌계획
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• 제23권3호
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• pp.21-36
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• 2017

Climate change is intensifying storms and floods around the world. Where nature has been destroyed by development, communities are at risk from these intensified climate patterns. This study was to suggest a methodology for estimating flood vulnerability using Potential Flood Damage(PFD) concept and classify city/county about Potential Flood Damage(PFD) using various typology techniques. To evaluate the PFD at a spatial resolutions of city/county units, the 20 representative evaluation indexing factors were carefully selected for the three categories such as damage target(FDT), damage potential(FDP) and prevention ability(FPA). The three flood vulnerability indices of FDT, FDP and FPA were applied for the 167 cities and counties in Korea for the pattern classification of potential flood damage. Potential Flood Damage(PFD) was classified by using grouping analysis, decision tree analysis, and cluster analysis, and characteristics of each type were analyzed. It is expected that the suggested PFD can be utilized as the useful flood vulnerability index for more rational and practical risk management plans against flood damage.

• 환경위생공학
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• 제24권4호
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• pp.1-26
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• 2009

We conclude the following with air pollution data measured from city measurement net administered and managed in Gwangju for the last 7 years from January in 2001 to December in 2007. In addition, some major statistics governed by Gwangju city and data administered by Gwangju as national official statistics obtained by estimating the amount of national air pollutant emission from National Institute of Environmental Research were used. The results are as follows ; 1. The distribution by main managements of air emission factory is the following ; Gwangju City Hall(67.8%) > Gwangsan District Office(13.6%) > Buk District Office(9.8%) > Seo District Office(5.5%) > Nam District Office(3.0%) > Dong District Office(0.3%) and the distribution by districts of air emission factory ; Buk District(32.8%) > Gwangsan District(22.4%) > Seo District(21.8%) > Nam District(14.9%) > Dong District(8.1%). That by types(Year 2004~2007 average) is also following ; Type 5(45.2%) > Type 4(40.7%) > Type 3(8.6%) > Type 2(3.2%) > Type 1(2.2%) and the most of them are small size of factory, Type 4 and 5. 2. The distribution by districts of the number of car registrations is the following ; Buk District(32.8%) > Gwangsan District(22.4%) > Seo District(21.8%) > Nam District(14.9%) > Dong District(8.1%) and the distribution by use of car fuel in 2001 ; Gasoline(56.3%) > Diesel(30.3%) > LPG(13.4%) > etc.(0.2%). In 2007, there was no ranking change ; Gasoline(47.8%) > Diesel(35.6%) > LPG(16.2%) >etc.(0.4%). The number of gasoline cars increased slightly, but that of diesel and LPG cars increased remarkably. 3. The distribution by items of the amount of air pollutant emission in Gwangju is the following; CO(36.7%) > NOx(32.7%) > VOC(26.7%) > SOx(2.3%) > PM-10(1.5%). The amount of CO and NOx, which are generally generated from cars, is very large percentage among them. 4. The distribution by mean of air pollutant emission(SOx, NOx, CO, VOC, PM-10) of each county for 5 years(2001~2005) is the following ; Buk District(31.0%) > Gwangsan District(28.2%) > Seo District(20.4%) > Nam District(12.5%) > Dong District(7.9%). The amount of air pollutant emission in Buk District, which has the most population, car registrations, and air pollutant emission businesses, was the highest. On the other hand, that of air pollutant emission in Dong District, which has the least population, car registrations, and air pollutant emission businesses, was the least. 5. The average rates of SOx for 5 years(2001~2005) in Gwangju is the following ; Non industrial combustion(59.5%) > Combustion in manufacturing industry(20.4%) > Road transportation(11.4%) > Non-road transportation(3.8%) > Waste disposal(3.7%) > Production process(1.1%). And the distribution of average amount of SOx emission of each county is shown as Gwangsan District(33.3%) > Buk District(28.0%) > Seo District(19.3%) > Nam District(10.2%) > Dong District(9.1%). 6. The distribution of the amount of NOx emission in Gwangju is shown as Road transportation(59.1%) > Non-road transportation(18.9%) > Non industrial combustion(13.3%) > Combustion in manufacturing industry(6.9%) > Waste disposal(1.6%) > Production process(0.1%). And the distribution of the amount of NOx emission from each county is the following ; Buk District(30.7%) > Gwangsan District(28.8%) > Seo District(20.5%) > Nam District(12.2%) > Dong District(7.8%). 7. The distribution of the amount of carbon monoxide emission in Gwangju is shown as Road transportation(82.0%) > Non industrial combustion(10.6%) > Non-road transportation(5.4%) > Combustion in manufacturing industry(1.7%) > Waste disposal(0.3%). And the distribution of the amount of carbon monoxide emission from each county is the following ; Buk District(33.0%) > Seo District(22.3%) > Gwangsan District(21.3%) > Nam District(14.3%) > Dong District(9.1%). 8. The distribution of the amount of Volatile Organic Compound emission in Gwangju is shown as Solvent utilization(69.5%) > Road transportation(19.8%) > Energy storage & transport(4.4%) > Non-road transportation(2.8%) > Waste disposal(2.4%) > Non industrial combustion(0.5%) > Production process(0.4%) > Combustion in manufacturing industry(0.3%). And the distribution of the amount of Volatile Organic Compound emission from each county is the following ; Gwangsan District(36.8%) > Buk District(28.7%) > Seo District(17.8%) > Nam District(10.4%) > Dong District(6.3%). 9. The distribution of the amount of minute dust emission in Gwangju is shown as Road transportation(76.7%) > Non-road transportation(16.3%) > Non industrial combustion(6.1%) > Combustion in manufacturing industry(0.7%) > Waste disposal(0.2%) > Production process(0.1%). And the distribution of the amount of minute dust emission from each county is the following ; Buk District(32.8%) > Gwangsan District(26.0%) > Seo District(19.5%) > Nam District(13.2%) > Dong District(8.5%). 10. According to the major source of emission of each items, that of oxides of sulfur is Non industrial combustion, heating of residence, business and agriculture and stockbreeding. And that of NOx, carbon monoxide, minute dust is Road transportation, emission of cars and two-wheeled vehicles. Also, that of VOC is Solvent utilization emission facilities due to Solvent utilization. 11. The concentration of sulfurous acid gas has been 0.004ppm since 2001 and there has not been no concentration change year by year. It is considered that the use of sulfurous acid gas is now reaching to the stabilization stage. This is found by the facts that the use of fuel is steadily changing from solid or liquid fuel to low sulfur liquid fuel containing very little amount of sulfur element or gas, so that nearly no change in concentration has been shown regularly. 12. Concerning changes of the concentration of throughout time, the concentration of NO has been shown relatively higher than that of $NO_2$ between 6AM~1PM and the concentration of $NO_2$ higher during the other time. The concentration of NOx(NO, $NO_2$) has been relatively high during weekday evenings. This result shows that there is correlation between the concentration of NOx and car traffics as we can see the Road transportation which accounts for 59.1% among the amount of NOx emission. 13. 49.1~61.2% of PM-10 shows PM-2.5 concerning the relationship between PM-10 and PM-2.5 and PM-2.5 among dust accounts for 45.4%~44.5% of PM-10 during March and April which is the lowest rates. This proves that particles of yellow sand that are bigger than the size $2.5\;{\mu}m$ are sent more than those that are smaller from China. This result shows that particles smaller than $2.5\;{\mu}m$ among dust exist much during July~August and December~January and 76.7% of minute dust is proved to be road transportation in Gwangju.

• 한국농촌건축학회논문집
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• 제13권2호
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• pp.79-86
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• 2011

The purpose of this study is to understand a architectural characteristics of local church in Virginia, U. S. This study focuses on not only analyzing the worship and service program inherent in the site planning of local church but also introducing worship service space and chancel elements of it in the village of garden area. We surveyed five protestant churches where are located in suburban and rural area outside of Midlothian city in the early August, 2010. I surveyed church building site and worship service space of churches focused on platform design, interviewed the historical background and program of churches with ministers, and corrected annual calender and newsletter. The results of this study are as follows. First, the characteristics of site plan have a comfortable parking lots and site of churchyard(cemetery) with playground that can take an activities out of chapel. The axis of church building follows to front street. Second, worship services keep two types of traditional and comtemporary worship in order to consider of both adult and youth members. The worship hall has a balance of bilateral symmetry. Third, the form of platform is built that is able to perform a music drama and movement of sermon without only one church, GraceLand Church that church building has over fifty years, and they stick to simple traditional type of Chancel that is established by pulpit, table(altar), baptistery(only baptist church), music instruments, and so on.