• 대한지리학회지
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• 제31권2호
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• pp.213-254
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• 1996

우리나라 촌락지리학의 전문적 연구는 1960년대 중반부터 이루어졌다고 할 수 있 다. 그러나 초창기의 촌락연구는 주제에 대한 개념정리나 이론의 정립, 문제의식의 파악과 같은 학문적 바탕위에서 이루어진 것이 아니라 그 대상을 즉물적.선호적으로 선정하고 실 지답사를 통해 교과서적 항목에 따라 촌락의 입지, 형성과정, 경관형태 등을 나열적으로 다 루는 것이 일반적인 경향이었다. 그러나 국내 지리학계의 촌락연구는 70년대를 지나 80년대 로 접어든 이후부터 괄목할 만한 연구업적을 쌓아 오고 있다. 현재까지 이룩된 연구업적의 약 80%이상이 80년대 후반 이후에 이루어진 것이며 그 내용과 추구하는 방법도 다양해지고 있다. 이들을 주제별로 볼때 농촌경관에 대한 학리적 연구, 공간구조의 파악, 동족촌의 형성 과 그들의 사회화 과정에 의한 지역적 전계, 그리고 농촌인구의 도시지향이동이 촌락의 변 형에 미친 영향 및 그에 대한 대책등 농촌문제.농촌계발 등에 이르기까지 보다 실용적이고 체계적인 연구가 이루어지고 있는 것이다. 이러한 흐름은 이미 서구사회가 경험하였듯이 공 업화.도시화 물결에 가리워져 촌락은 그 존재기반조차 존속하기 어려웠던 그간의 상황에 대한 반작용에서는 당연한 문제의식이라고도 해석할 수 있다. 대한지리학회 창립의 역사가 반세기의 역사라고는 하지만, 촌락지리분야의 전문적 학술활동은 불과 30년의 역사에 지나 지 않는 실정속에서도 후술하는 바와 같이 이 분야에서 5개의 $\ulcorner$ 학맥$\lrcorner$이 형성되어 있다는 것은 최근 우리나라 경제발전 못지 않는 학문상의 성과라고 간주할 수 있다. 본 고에서는 그 동안의 연구내용을 \circled1 농촌및 그와 관련한 연구, \circled2 어촌및 그와 관련한 연구, \circled3 산촌및 그와 관련한 연구, \circled4 특수기능촌락으로 나누어서 그 동안의 연구성과와 동향에 대하여 회 고해 보고 앞으로의 전망에 대하여 조망해 보고자 한다.

• Journal of Preventive Medicine and Public Health
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• 제4권1호
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• pp.41-64
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• 1971

During the period from July 1st to the end of November 1970, a survey on air pollution and noise level was made in Seoul, Pusan and Taegu, the three largest cities in Korea. Each city was divided into 4-6 areas; the industrial area, the semi-industrial area, the commercial area, the residential area, the park area and the downtown area. Thirty eight sites were selected from each area. A. Method of Measurement : Dustfall was measured by the Deposit Gauge Method, sulfur oxides by $PbO_2$ cylinder method, suspended particles by the Digital Dust Indicator, Sulfur dioxide ($SO_2$) and Carbon Monoxide (CO) by the MSA & Kitakawa Detector and the noise levels by Rion Sound Survey meter. B. Results: 1. The mean value of dustfall in 3 cities was $30.42ton/km^2/month$, ranging from 8.69 to 95.44. 2. The mean values of dustfall by city were $33.17ton/km^2/month$ in Seoul, 32.11 in Pusan and 25.97 in Taegu. 3. The mean values of dustfall showed a trend of decreasing order of semi-industrial area, downtown area, industrial area, commercial area, residential area, and park area. 4. The mean value of dustfall in Seoul by area were $52.32ton/km^2/month$ in downtown, 50.54 in semi-industrial area, 40.37 in industrial area, 24,19 in commercial area, 16.25 in park area and 15.39 in residential area in order of concentration. 5. The mean values of dustfall in Pusan by area were $48.27ton/km^2/month$ in semi-industrial area, 36.68 in industrial area 25.31 in commercial area, and 18.19 in residential area. 6. The mean values of dustfall in Taegu by area were $36.46ton/km^2/month$ in downtown area, 33.52 in industrial area, 20.37 in commercial area and 13.55 in residential area. 7. The mean values of sulfur oxides in 3 cities were $1.52mg\;SO_3/day/100cm^2\;PbO_2$, ranging from 0.32 to 4.72. 8. The mean values of sulfur oxides by city were $1.89mg\;SO_3/day/100cm^2\;PbO_2$ in Pusan, 1.64 in Seoul and 1.21 in Taegu. 9. The mean values of sulfur oxides by area in 3 cities were $2.16mg\;SO_3/day/100cm^2\;PbO_2$ in industrial area, 1.69 in semi-industrial area, 1.50 in commercial area, 1.48 in downtown area, 1.32 in residential area and 0.94 in the park area, respectively. 10. The monthly mean values of sulfur oxides contents showed a steady increase from July reaching a peak in November. 11. The mean values of suspended particles was $2.89mg/m^3$, ranging from 1.15 to 5.27. 12. The mean values of suspended particles by city were $3.14mg/m^3$ in Seoul, 2.79 in Taegu and 2.25 in Pusan. 13. The mean values of noise level in 3 cities was 71.3 phon, ranging from 49 to 99 phon. 14. The mean values of noise level by city were 73 phon in Seoul, 72 in Pusan, and 69 in Taegu in that order. 15. The mean values of noise level by area in 3 cities showed a decrease in the order of the downtown area, commercial area, industrial area and semi-industrial area, park area and residential area. 16. The comparison of the noise levels by area in 3 cities indicated that the highest level was detected in the downtown area in Seoul and Taegu and in the industrial area in Pusan. 17. The daily average concentration of sulfur dioxides ($SO_2$) in 3 cities was 0.081 ppm, ranging from 0.004 to 0.196. 18. The daily average concentrations of sulfur dioxides by city were 0.092 ppm in Seoul, 0.089 in Pusan and 0.062 in Taegu in that order. 19. The weekly average concentration of carbon monoxides(CO) was 27.59 ppm. 20. The daily average concentrations of carbon monoxides by city were 33.37 ppm. in Seoul, 25.76 in Pusan and 23.65 in Taegu in that order. 21. The concentration of $SO_2$ and CO reaches a peak from 6 p. m. to 8 p. m. 22. About 3 times probably the daily average concentration of CO could be detected in the downtown area probably due to heavy traffic emission in comparison with that in the industial area. 23. As for daily variation of the concentration of $SO_2$ and CO it was found that the concentration maintains relatively higher value during weekdays in the industrial area and on the first part of the week in the downtown area.