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    도시녹지수준이 아파트 가격에 미치는 영향에 관한 연구 : 전주시 아파트 단지를 중심으로 = Study on the effect of urban green space level on the apartment price : based on the apartment complex in Jeonju

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    https://www.riss.kr/link?id=T14440143

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    In a residential choice, the interests in Green Space Service related to comfort in the residence, views, and, of course, health are increasing. Urban green spaces are evaluated as a residential environment where residents can enjoy the leisure, recreation, and aesthetic comfort, which represents an externality that house prices are differentiated depending on accessibility.
    The residential environment is not only influenced by a natural environment such as mountains, rivers, or urban green spaces, but also by urban facilities services created at the level of urban planning such as parks or green areas. Urban green space is also required to maintain and manage the natural environment intact, but the composition should be managed as a service provided to citizens by the land-use planning. To do so, an understanding of the benefits that urban green spaces give to humans is needed. With this, the basis for the conservation and management of urban green areas can be provided to policy makers.
    However, previous studies, which analyze the association between housing prices and urban greenery, could not presume the economic value of the greenery but also cease to determine significance of the model or volatility per unit based on the area or street greenery by type. This is because the data that indicates the level of green space is not present. The development of methods for estimating the institutional standards and indicator to express the green level in quality is needed.
    The purpose of this study was to demonstrate that the study of urban greenery level in hedonic house price model, which describes the exponential level of urban green spaces playing an important role in the formation house prices and explains the house prices, act as influencers in housing prices. Urban Green Space Index Calculation method through the research process, by providing a methodology for evaluating the greenery level and by demonstrating the role of urban green areas that affect housing prices, understand the value of nature conservation and made the basis of policy making for preservation, management, installation, and effects of the environment.
    The purpose of this study was to calculate the index on the level of urban green spaces playing an important role in the formation house prices, based on their effectiveness, establish hedonic models, and estimate the economic value of the urban greenery by its type. Urban green space index derived through the research process provides a methodology for assessing urban greenery level and the economic value of urban green space help understand the value in preserving natural environment, which made the basis of policy draft related to perseverance, management, installation, and effects of the environment.
    Research object region is Jeonju-si which embraces Moaksan Provincial Park as a big city with the size of metropolitan and has a great amount of urban green spaces through the Jeonjucheon, and its housing type is the apartment which accounts for 74.46%.
    Research method is to select the type of urban green spaces by Delphi analysis, derive the importance by type to be used for weighting urban green space index in AHP technique, and then index urban greenery level.
    Area Index reflects the weight to the each type of urban green spaces within the apartment complex and View Index is derived reflecting the weight to the available view limits by each greenery type based of the interior complex.
    Key information shown in the process of estimating the role of greenery for urban house price formation is as follows.
    First, the Delphi analysis of a target panel responsible for the trading business in the forefront of apartments trading market could select the type of urban green areas judged to be most affected in the apartment on the market. As the green area types planted or installed in the apartment complex wood/trees, streamlet, fountains, walkways, grass/flower beds and so on have been chosen and as the natural environment and facilities greenery surrounding the complex river/stream, the city park, mountain/forest, other small green area, promenade nearby, etc have been selected.
    Second, the urban greenery importance by type affecting apartment prices were calculated by the AHP survey and analysis on the expert panel. The type with the highest importance as an apartment pricing factor of urban green spaces is analyzed to be wood/trees in the complex and river/stream around the complex. Urban greenery importance by type has been used as weights to calculate the Urban Green Space Index.
    Third, the estimation of model was considered reasonable because the apartment complex character variables used in the model has the high explanation level and the similarity with the previous studies. Actual apartment transaction prices or the evaluation prices of government were shown low only when the number of elapsed years after building apartment was long, the apartment complex was with corridor access, or located in the highlands, which is the same with the results of previous studies. However unlike previous studies it is shown that the prices for the apartment complex close to government offices tend to form lower price, which seems to be because Jeonju city government offices are mainly located in the old town and the age of the apartments around the public offices is relatively high.
    Fourth, urban green space index developed in this study is not only useful to estimate the apartment prices by the urban greenery level as showing a statistical significancy in the hedonic model to explain the price of the house, but also was demonstrated that it is acting as a formative factor of housing prices.
    Fifth, while urban green space index is included as a statistically significant one in the double log model to analyze whether the relationship between the level of urban green spaces and the apartment prices is non-linear, the included index has shown the limited results depending on the model. Even though the economic value of urban green space could be partially estimated by the nonlinear model, it was determined that there are no problems even estimating the economic value with the linear model.
    Sixth, after analyzing the market in accordance with whether there is a brand or not to determine whether the apartment market in Jeonju city is submarket or a market without existence of characteristic markets, it is found out that, depending on whether with brand or not, the market with different characteristics exists since significant variables, included in the model depending on whether the brand exists or not, is different from each other.
    Seventh, however the model analyzing the actual transaction prices and the model analyzing the posted prices have the difference in the estimated value, generally both two types of the market prices had no problem at derivation from the models since there were not differences in the interpretation of the models.
    번역하기

    In a residential choice, the interests in Green Space Service related to comfort in the residence, views, and, of course, health are increasing. Urban green spaces are evaluated as a residential environment where residents can enjoy the leisure, recre...

    In a residential choice, the interests in Green Space Service related to comfort in the residence, views, and, of course, health are increasing. Urban green spaces are evaluated as a residential environment where residents can enjoy the leisure, recreation, and aesthetic comfort, which represents an externality that house prices are differentiated depending on accessibility.
    The residential environment is not only influenced by a natural environment such as mountains, rivers, or urban green spaces, but also by urban facilities services created at the level of urban planning such as parks or green areas. Urban green space is also required to maintain and manage the natural environment intact, but the composition should be managed as a service provided to citizens by the land-use planning. To do so, an understanding of the benefits that urban green spaces give to humans is needed. With this, the basis for the conservation and management of urban green areas can be provided to policy makers.
    However, previous studies, which analyze the association between housing prices and urban greenery, could not presume the economic value of the greenery but also cease to determine significance of the model or volatility per unit based on the area or street greenery by type. This is because the data that indicates the level of green space is not present. The development of methods for estimating the institutional standards and indicator to express the green level in quality is needed.
    The purpose of this study was to demonstrate that the study of urban greenery level in hedonic house price model, which describes the exponential level of urban green spaces playing an important role in the formation house prices and explains the house prices, act as influencers in housing prices. Urban Green Space Index Calculation method through the research process, by providing a methodology for evaluating the greenery level and by demonstrating the role of urban green areas that affect housing prices, understand the value of nature conservation and made the basis of policy making for preservation, management, installation, and effects of the environment.
    The purpose of this study was to calculate the index on the level of urban green spaces playing an important role in the formation house prices, based on their effectiveness, establish hedonic models, and estimate the economic value of the urban greenery by its type. Urban green space index derived through the research process provides a methodology for assessing urban greenery level and the economic value of urban green space help understand the value in preserving natural environment, which made the basis of policy draft related to perseverance, management, installation, and effects of the environment.
    Research object region is Jeonju-si which embraces Moaksan Provincial Park as a big city with the size of metropolitan and has a great amount of urban green spaces through the Jeonjucheon, and its housing type is the apartment which accounts for 74.46%.
    Research method is to select the type of urban green spaces by Delphi analysis, derive the importance by type to be used for weighting urban green space index in AHP technique, and then index urban greenery level.
    Area Index reflects the weight to the each type of urban green spaces within the apartment complex and View Index is derived reflecting the weight to the available view limits by each greenery type based of the interior complex.
    Key information shown in the process of estimating the role of greenery for urban house price formation is as follows.
    First, the Delphi analysis of a target panel responsible for the trading business in the forefront of apartments trading market could select the type of urban green areas judged to be most affected in the apartment on the market. As the green area types planted or installed in the apartment complex wood/trees, streamlet, fountains, walkways, grass/flower beds and so on have been chosen and as the natural environment and facilities greenery surrounding the complex river/stream, the city park, mountain/forest, other small green area, promenade nearby, etc have been selected.
    Second, the urban greenery importance by type affecting apartment prices were calculated by the AHP survey and analysis on the expert panel. The type with the highest importance as an apartment pricing factor of urban green spaces is analyzed to be wood/trees in the complex and river/stream around the complex. Urban greenery importance by type has been used as weights to calculate the Urban Green Space Index.
    Third, the estimation of model was considered reasonable because the apartment complex character variables used in the model has the high explanation level and the similarity with the previous studies. Actual apartment transaction prices or the evaluation prices of government were shown low only when the number of elapsed years after building apartment was long, the apartment complex was with corridor access, or located in the highlands, which is the same with the results of previous studies. However unlike previous studies it is shown that the prices for the apartment complex close to government offices tend to form lower price, which seems to be because Jeonju city government offices are mainly located in the old town and the age of the apartments around the public offices is relatively high.
    Fourth, urban green space index developed in this study is not only useful to estimate the apartment prices by the urban greenery level as showing a statistical significancy in the hedonic model to explain the price of the house, but also was demonstrated that it is acting as a formative factor of housing prices.
    Fifth, while urban green space index is included as a statistically significant one in the double log model to analyze whether the relationship between the level of urban green spaces and the apartment prices is non-linear, the included index has shown the limited results depending on the model. Even though the economic value of urban green space could be partially estimated by the nonlinear model, it was determined that there are no problems even estimating the economic value with the linear model.
    Sixth, after analyzing the market in accordance with whether there is a brand or not to determine whether the apartment market in Jeonju city is submarket or a market without existence of characteristic markets, it is found out that, depending on whether with brand or not, the market with different characteristics exists since significant variables, included in the model depending on whether the brand exists or not, is different from each other.
    Seventh, however the model analyzing the actual transaction prices and the model analyzing the posted prices have the difference in the estimated value, generally both two types of the market prices had no problem at derivation from the models since there were not differences in the interpretation of the models.

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    목차 (Table of Contents)

    • Ⅰ. 서 론 1
    • 1. 연구 배경 및 목적 1
    • 2. 연구 범위 및 방법 3
    • 3. 연구 내용 3
    • Ⅱ. 이론적 검토와 선행연구 5
    • Ⅰ. 서 론 1
    • 1. 연구 배경 및 목적 1
    • 2. 연구 범위 및 방법 3
    • 3. 연구 내용 3
    • Ⅱ. 이론적 검토와 선행연구 5
    • 1. 주택시장의 특징과 유형 5
    • 1) 이질적 재화로서 주택 5
    • 2) 주택시장의 특징 6
    • 3) 주거유형으로서 아파트 7
    • 2. 주택가격 결정요인으로서 도시녹지 서비스 9
    • 1) 도시녹지서비스의 개념과 유형 9
    • 2) 도시녹지서비스의 기능과 생태복지 10
    • 3. 도시녹지서비스 영향분석을 위한 헤도닉가격모형 12
    • 1) 도시녹지의 생태계 문화서비스 공급 12
    • 2) 헤도닉가격접근법 (HPM) 이론적 검토 13
    • 4. 도시녹지관련 헤도닉가격모형 선행연구고찰 18
    • 1) 아파트단지 내 도시녹지 영향 선행연구 18
    • 2) 아파트단지 주변의 도시녹지 영향 선행 연구 18
    • 3) 도시녹지 경관조망 영향 선행연구 21
    • 4) 본 연구의 차별성 22
    • Ⅲ. 연구조사설계 및 표본설계 24
    • 1. 연구대상지 및 분석대상 주택유형 선정 24
    • 1) 연구대상지 선정: 전라북도 전주시 24
    • 2) 전주시의 일반적 특성 25
    • 3) 전주시 주택분포와 대상 주택유형 선정: 아파트 단지 26
    • 4) 전주시 아파트 단지 분포 및 시장 특성 27
    • 2. 전주시 도시녹지 유형 및 현황 30
    • 1) 전주시 토지이용 및 도시공원 유형별 현황 30
    • 2) 전주시 도시녹지의 유형별ㆍ행정구역별 입지분포 33
    • 3) 전주시 아파트 단지와 도시녹지 35
    • 3. 전주시 아파트 단지별 표본조사 및 표본특성 37
    • 1) 전주시 아파트 단지 표본조사 37
    • 2) 전주시 아파트 단지 내ㆍ외 특성 조사 38
    • 3) 전주시 아파트 가격 조사 41
    • 4) 전주시 아파트 단지 내ㆍ외 표본 특성 43
    • Ⅳ. 전주시 아파트 단지 관련 녹지지수 측정 49
    • 1. 유형별 도시녹지수준 측정 방법론 검토 49
    • 1) 도시녹지유형 선정을 위한 방법론: 델파이 분석 49
    • 2) 선정된 녹지유형별 중요도 평가: 계층분석법(AHP 분석법) 51
    • 3) 도시녹지 및 조망지수 측정 방법론 검토 55
    • 2. 전주시 아파트 단지 관련 녹지유형 선정과 가중치 측정 60
    • 1) 델파이 기법에 의한 도시녹지 유형화 60
    • 2) AHP를 적용하여 아파트 관련 녹지 유형별 가중치 산정 65
    • 3. 전주시 아파트 단지관련 녹지지수 69
    • 1) 전주시 아파트 단지 내 녹지면적지수 측정 69
    • 2) 전주시 아파트 단지 주변 녹지유인지수 측정 70
    • 3) 전주시 아파트 단지 녹지조망지수 측정 72
    • 4) 전주시 아파트 관련 녹지지수 분포특성 요약 72
    • Ⅴ. 헤도닉가격함수 추정결과 74
    • 1. 추정에 포함된 특성변수 및 함수형태 74
    • 1) 시장특성에 따른 설명변수 요약 74
    • 2) 전주시 아파트 단지별 녹지지수 요약 74
    • 3) 헤도닉가격 함수형태 선정 76
    • 2. 실거래가격을 이용한 헤도닉 가격함수 추정결과 78
    • 1) 실거래가격 모형 78
    • 2) 실거래가격 브랜드시장별 선형 모형 80
    • 3) 실거래가격 이중로그모형 82
    • 3. 공시가격을 이용한 헤도닉 가격함수 추정결과 84
    • 1) 공시가격 선형모형 84
    • 2) 공시가격 브랜드시장별 선형모형 87
    • 3) 공시가격 이중로그모형 89
    • Ⅵ. 결론 및 시사점 91
    • 1. 분석결과 주요내용 요약 91
    • 2. 연구의 한계점 93
    • 참고 문헌 96
    • 부록 1. 델파이 1차 설문지 102
    • 부록 2. 델파이 2차 설문지 103
    • 부록 3. AHP 설문지 104
    • 부록 4. 단지별 특성조사 109
    더보기

    참고문헌 (Reference)

    1. 연구방법론, 이종승, 교육과학사, , 2009

    2. 델파이 방법, 이종성, 교육과학사, , 2006

    3. 부동산입지론, 이호병, 형설출판사, , 2005

    4. 주거환경계획, 임만택, 기문당, , 2004

    5. 고급통계분석론, 이희연, 법문사, 법문사, , 2012

    6. ‘부동산경제론’, 정상철, 형설, 형설출판사, , 2005

    7. 현대부동산학개론, 이래영, 고평석, 탑북스, , 2010

    8. 환경경제학(제2판), 권오상, 박영사, , 2007

    9. 현대 부동산투자론, 이래영, 탑북스, 탑북스, , 2013

    10. 생태면적률 적용지침, 환경부, 환경부 2) 학위 • 연구논문, , 2011

    1. 연구방법론, 이종승, 교육과학사, , 2009

    2. 델파이 방법, 이종성, 교육과학사, , 2006

    3. 부동산입지론, 이호병, 형설출판사, , 2005

    4. 주거환경계획, 임만택, 기문당, , 2004

    5. 고급통계분석론, 이희연, 법문사, 법문사, , 2012

    6. ‘부동산경제론’, 정상철, 형설, 형설출판사, , 2005

    7. 현대부동산학개론, 이래영, 고평석, 탑북스, , 2010

    8. 환경경제학(제2판), 권오상, 박영사, , 2007

    9. 현대 부동산투자론, 이래영, 탑북스, 탑북스, , 2013

    10. 생태면적률 적용지침, 환경부, 환경부 2) 학위 • 연구논문, , 2011

    11. 헤도닉 가격 모형에 대한 소고, 이용만, 부동산학연구, 14(1), 81-87, , 2008

    12. 불법 사행산업의 효율적 규제방안, 박성수, 한국경찰연구, 14(4), 139-162, , 2015

    13. (알기 쉬운 연구방법론)델파이 기법, 노승용, 국토연구원, , 2006

    14. “한강조망이 주택가격에 미치는 영향”, 김미경, 황형기, 이창무, 한국주택학회, 주택연 구, 16(2), 51-72, , 2008

    15. “가격예측모형에 의한 부동산 정책평가”, 서수복, 전주대학교 박사학 위논문, , 2006

    16. AHP를 이용한 기업의 자원배분 우선순위 분석, 김정권, 한국지역발전학회, 지역발전 연구, 8(1), 109-125, , 2008

    17. 델파이 기술 예측방법의 유용성에 관한 연구, 이성웅, 전북대학교 박사학위논문, , 1987

    18. 조류다양성 확보를 위한 비오톱 평가지표개발, 채진확, 구태희(Tae-hoe Koo), 한국환경정책평가연구원, 환경정책연구, 4(1), 89-103, , 2005

    19. 부산광역시 강서구의 비오톱 지도작성 및 평가, 최송현, 한국지리정보학회, 한국지리 정보학회지, 11(3), 92-106, , 2008

    20. 비오톱평가를 위한 평가항목 및 평가체계 제안, 최일기, 안근영, 이은희, 오충현, 한국환경생태학회, 한국환경생태학회지, 23(6), 594-602, , 2009

    21. 도시녹지와 도시기후를 고려한 토지이용계 획 기법, 변혜선, 한봉호, 송영배, 대한국토·도시계획학회, 대한국토 도시계획학회 국토계획, 44(4), 37-49, , 2009

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    35. 소유역권 동물생태계 평가를 통한 택지개발지역의 종합적 생태계 평가 연구-성남시 대장동을 사례로-, 한봉호, 홍석환, 대한국토·도시계획학회, 국토계획, 44(7), 201-213, , 2009

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