• 농촌계획
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• 제28권1호
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• pp.37-47
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• 2022

The purpose of this study is to introduce the concept of community resilience to rural society and build an index suitable for the reality of rural areas. Furthermore, by calculating the importance of evaluation factors, it was attempted to present priorities and alternatives for each evaluation factor. By stratifying the derived indicators, a survey was conducted targeting 20 researchers, practitioners, and public officials, three groups of experts working in rural areas who were well aware of the realities and problems of rural areas. In the survey, a pairwise comparison was performed to compare factors 1:1 to calculate the importance, and for rational and consistent decision-making, decisions were made in the 9-grade section. Using the collected data, consistency analysis that can evaluate reliability in the decision-making process and the relative weight of evaluation factors were calculated through AHP analysis. As a result of the analysis, as a result of examining the priority of final importance by summarizing the importance of all evaluation factors, 'Income creation using resources' > 'Population Characteristics' > 'Tolerance' > 'External Support' > 'Social Accessibility' > 'Physical Accessibility' > 'Community Competence' > 'Infrastructure' > 'Leader Competence' > 'Natural Environment' was derived in the order. In the study dealing with urban community resilience indicators, social aspects such as citizen participation, public-private cooperation, and governance were presented as the most important requirements, but this study differs in that the 'income creation' factor is derived as the most important factor. This can be seen through the change in the income difference between rural and urban areas. The income structure of rural areas has changed rapidly, and it is now reaching a very poor level, so it is necessary to prepare alternatives to 'income creation' in the case of rural areas. Unlike urban indicators, 'population characteristics' and 'tolerance' were also derived as important indicators of rural society. However, there are currently no alternatives to supplement the vulnerability by strengthening the resilience of rural communities. Based on the priority indicators derived from the study, we tried to suggest alternatives necessary for rural continuity in the future so that they can be supplemented step by step.

• 한국농촌건축학회논문집
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• 제13권3호
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• pp.53-60
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• 2011

The purpose of this study was to propose the urban regeneration project model that reinforce public functions and contribute effectively to urban development. The results of this study were as follows. First, this study developed objective 22 different types of evaluation indexes. The indexes allows to figure out the necessities, business value and conditions of certain urban regeneration project. Second, the urban is divided to 6 types by characteristics of functionality and location. So, each regeneration project model can be applied to meet the condition of the urban.. Third, this study proposed 5 types of urban regeneration project model to fulfil roles of public and encourage the urban development. The urban regeneration project model is supposed to perform the evaluation of urban condition using the index, typological analysis under the law and scheme and analysis of function and urban location.

• 대한예방한의학회지
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• 제5권2호
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• pp.29-39
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• 2001

Purpose: This study was conducted to investigate and compare the growth, blood pressure, and s-cholesterol of urban and rural students in Korea. Methods: April 1999, We examined the students' health of a boys high school and a girls high school in a urban area - Jeonju, Korea.(boys were 317, girls were 343). And we also examined the students' health of a high school in a rural area - Gimje, Korea.(boys were 33, girls wee 36). Height, body-weight, Body Mass Index(BMI)I, blood pressure, and s-cholesterole were checked and compared between two groups. Results and Conclusion: The mean of height in urban students was $165.25{\pm}7.79cm$, and that in rural students was $163.77{\pm}8.72cm$. There was no significant difference stastically between two groups. The mean of body-weight in urban students $(57.78{\pm}10.51kg)$ was significantly higher than that in rural students $(54.71{\pm}10.11kg)$)(p<0.05). The mean of body mass index(BMI) in urban students $(21.12{\pm}3.27kg/m2)$ was significantly higher than that in rural students $(20.30{\pm}2.69kg/m2)$(p<0.05). Obese students $(BMI{\geq}27)$ were 31(4.70%) in urban students, 3(4.35%) in rural students. The mean of systolic blood pressure in rural students $(114.99{\pm}9.50mmHg)$ was significantly higher than that in urban students $(111.89{\pm}12.42mmHg)$(p<0.05) The mean of diastolic blood pressure in rural students$(75.72{\pm}9.90mmHg)$ was very significantly higher than that of urban students $(68.45{\pm}9.40mmHg)$(p<0.001). Hypertensives (${\geq}138/86mmHg\;in\;boys,\;{\geq}130/83mmHg$ in girls) were 28(4.24%) in urban students, 13(18.84%) in rural students. The mean of s-cholesterol in urban students was $174.95{\pm}32.28mg/dL$, and that in rural students was $176.81{\pm}33.18mg/dL$. There was no significant difference stastically between two groups. Hypercholesterolemias (${\geq}198mg/dL$ in boys, ${\geq}212mg/dL$ in girls) were 130(19.70%) in urban students, 14(20.89%) in rural students. These results suggest that there are differences in body weight, BMI, and diastolic blood pressure between urban and rural students and that it is necessary to consider these differences in health examination.

• 한국농촌간호학회지
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• 제9권2호
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• pp.59-70
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• 2014

Purpose: The present study was to done ascertain variables related to health-related quality of life (HRQOL) and their related factors in elders from urban or rural areas. Methods: Data were collected from raw material of the 2009 community health survey. Participants were 2,140 elders. Health related quality of life (HRQOL) was measured using EQ-5D. Data were analyzed with SPSS 13.0. Results: Mean EQ index score for urban elders was $0.78{\pm}0.23$, Mean EQ index score for rural elders was $0.82{\pm}0.16$. Rural elders had significantly higher EQ-5D index value compared to urban elders. The urban elder HRQOL model accounted for 33.6% of the variance due to depression, age, stress perception. The rural elder HRQOL model accounted for 23.5% of the variance due to exercising walking, skipping breakfast, depression in that order. In comparison, depression, skipping breakfast, livelihood, arthritis, stress perception, hours of sleep and age are strongly associated with HRQOL in both groups. Conclusion: Results indicate that significant differences in HRQOL between elders from the two areas and thus, confirm claims that welfare services for elders should be provided with consideration of the different needs of elders in the two areas, and in particular for addressing depression in elders.

• 보건행정학회지
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• 제3권2호
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• pp.81-99
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• 1993

The purpose of this research is to assess the geographical distribution of physicians and dentists and the degree of maldistribution of the physician. Data were obtained form the Korean Medical Association's report on physicians registry and census for 1990. To assess the degree of disparity in the rural-urban distribution of physician manpower and to identify changes in the distribution pattern, the Gini index of concentration was used. Major findings are as follows; 1. Urban-rural disparity in the distribution of physician manpower exists in all categories of manpower, i.e. physician, dentist, oriental medical doctor, general practitioner, medical specialist, practitioner, public health physician and public health dentist. Urban area which had 74.4% of nation's population, accounted for over 90% of all physician manpower. 2. In terms of the ration of physician manpower per 10, 000 population, in urban area, they were 8.2 physicians, 2.7 general practitioners, 5.5 specialists, 3.0 practitioners, 1.8 dentists and 1.3 oriental medical doctors. In rural area, the ratios were 1.4 physicians, 0.6 general practitioners, 0.9 specialists, 1.0 practitioners, 0.4 dentists and 0.4 oriental medical doctors. 3. Gini indicies computed to measure inequality of physician manpower distribution were 0. 3675 for physicians, 0.3372 for general practitioners, 0.3338 for specialists, 0.2263 for practitioners, 0.3132 for dentists and 0.3293 for oriental medical doctors. 4. Inspite of increase in the number of physician manpower, urban concentration of physician manpower intensified from 1980 to 1990. However, the Gini index for all physician manpower fell by 18.3~36.7% from 1980 to 1990, indicating more even distribution. 5. In rural area, the public health physicians and dentists had increased the ratios of physicians, general practitioners, practitioners and dentists per 10, 000 population remarkebly, and had decreased the Gini indicies of physicians, general practitioners, practitioners and dentists. Thus, public health physicians and dentists contributed to improve the distribution of physician manpower in rural area. Based on the results of this study, long-term and rational manpower policies should be developed to solve the problem of geographical maldistribution of physician manpower as well as short-term policy for inducing physicians to the rural areas.

• 한국태양에너지학회 논문집
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• 제31권3호
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• pp.133-144
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• 2011

The objective of this study is to analyze the characteristic of radiation environment in the urban and rural through the field observation in the summer. The radiation balance was compared through the measurement of the shortwave radiation and long-wave radiation in the urban, sub-urban, and rural. The following conclusion could be obtained from this research. (1)In the results of observation including the rain-day, it was found that the short wave radiance in the urban is lower about 10% than the rural. (2)The upper part of atmosphere layers in the urban are aabsorb much short wave radiation energies compared with the rural relatively. It can increase the temperature of the upper part of atmosphere layers and the emittance of long wave radiation. (3)The ratio of the downward short wave radiation to the downward long wave radiation was 1.24 for the urban, 1.28 for sub-urban and 1.35 for rural. It can be estimated that the atmosphere condition of the rural is better than that of other areas. (4)The net radiation of the rural was lower that of the urban. It was found that the energy in and outflow of the rural is easier than that of the urban. (5)The temperature variation for the long-wave radiation change of the rural showed more sensitive than that of the urban. It was came from the radiation characteristics of the surrounding environment and can be used as the important index to evaluate the thermal environment characteristic of urban.

• 대한지역사회영양학회지
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• 제13권2호
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• pp.153-163
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• 2008

The objective of this research was to study the differences between urban and rural areas high school students in body image and dietary habits. The number of subjects in Seoul and Kyungkido were 902. Based on self-reported height and weight, there was no significant difference between the urban and rural students. However, the rate of obesity was significantly higher in males, whereas the rate of underweight was significantly higher in females, especially for urban females (p < 0.05). Their ideal body image ratio as skinny or slender-type was 91.6% (urban) and 95.7% (rural) for male category while 100% (urban) and 99.4% (rural) for females. Urban females had a strong preference for a skinny body (p < 0.05). Rural students were more highly interested in weight control than urban students were, but they appeared not to care their health. In addition, they had significantly lower levels of weight control knowledge and dietary attitude score (p < 0.001). Subjective assessment of body weight appeared to be more important in terms of body satisfaction, weight control knowledge and dietary attitude than actual measurement of body mass index. Significant test revealed that weight control knowledge was related to dietary attitude (p < 0.01). (p < 0.01).

• 농촌계획
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• 제30권1호
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• pp.1-13
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• 2024

There is a serious risk of regional extinction due to low birth rate and aging in Korea. Accordingly, the regional extinction index is applied to diagnose the extinction status of cities, counties, and districts. However, when the regional extinction index was applied to rural villages, most villages were found to be at 'high risk of extinction'. There is no differentiation in the level of extinction of rural villages. Therefore, a village extinction index was developed to apply to rural villages. This study applies and compares the existing regional extinction index and the newly developed village extinction index to rural villages. The purpose is to propose an index that can better diagnose the extinction of rural villages. As a research method, the regional extinction index and village extinction index are applied to all villages in Haengjeong-ri villages in South Chungcheong Province. And the adequacy of the index suitable for rural villages is diagnosed. For this purpose, ➂ stage distribution for each two indices, ➂ demographic aspect diagnosis, and ➂ resident awareness survey were analyzed. When the village extinction index was used, the discrimination problems seen in the regional extinction index were overcome. As a result of the demographic analysis, the regional extinction index showed that villages with a population of 200 or more were at 'high risk of extinction', but the village extinction index was derived as 'high risk of extinction' for villages with underpopulated populations. Lastly, the results of the residents' awareness survey also showed that the village extinction index was well reflected in the actual situation of rural villages when applied. When the village extinction index was applied to rural villages rather than the regional extinction index, it was found to reflect the actual state of rural extinction better.

• 한국지역사회생활과학회지
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• 제17권1호
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• pp.39-53
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• 2006

The purpose of this study was to examine the relation of elementary school children's stress and coping behavior in urban and rural areas. The subject included 286 children selected from 4 elementary schools in urban and rural areas. The instruments included the children's stress index and coping behavior questionnaire of the elementary school children. The statistics used from this data were t-test, one-way ANOVA(Duncan test), correlation analysis and multiple regression analysis. This study showed significant differences between urban and rural children's stress in school attainment domain, teacher-school domain, home environment domain and surroundings domain. And urban and rural children was different in active, passive/avoidant and aggressive coping behavior. The stress of urban's children was influenced significantly by the grade and school attainment variales, and the rural children's stress was influenced significantly by the gender variable. The coping behavior of urban's children was influenced by the gender, grade and school attainment variables, and also the rural children's coping behavior was influenced by the above variables. Correlation analysis indicated that children's stress and aggressive coping behavior were relative positive high correlation in urban areas, and children's stress and passive/avoidant coping behavior were positive high correlation in rural areas. It was also found that school attainment, aggressive coping behavior and passive/avoidant coping behavior were significant predictors of urban children's stress, and gender, passive/avoidant coping behavior and aggressive coping behavior were significant predictors of rural children's stress.

• 한국ITS학회 논문지
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• 제8권2호
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• pp.128-136
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• 2009

본 연구의 목적은 도농복합시의 최적 도로공급 지표를 결정하는데 있어 효율적인 방법론을 제시하고, 평가하는데 있다. 기존문헌 및 연구결과 고찰 결과 도농복합시는 기존의 도시지역과 지방지역이 동시에 존재하고 있기 때문에 그 특성 또한 기존과 상이하므로 기존에 주로 이용되어온 국토계수를 이용한 도로공급지표 등을 적용하는 것은 타당하지 않다고 판단하였다. 따라서 본 연구에서 제시하는 도농복합시의 도로공급지표의 결정을 위한 방법론은 통과교통량 처리를 위한 광역도로를 공급하고, 여기에 이용자 체감형 도로정비 목표 달성을 위한 도로공급량을 추가로 공급함으로서 도로공급지표를 확정하였다. 마지막으로 계획기간 내 조달가능 한 도로예산과 확정된 도로공급지표를 달성하기 위한 사업비를 비교함으로서, 조달 가능한 예산범위 내에서 도로공급지표를 최종적으로 결정하는 과정을 거치도록 하였다.