∣차 례∣

제1장 서론 ···························································································································1
제1절 연구의 배경 및 필요성 ·························································································1
제2절 1차 년도 연구 결과 ······························································································3
1. 구도심과 신도심의 보행자 열 환경 차이 분석 ····················································3
2. 가로수 피복비율과 보행자 열 환경의 상관관계 분석 ········································3
3. 1차 년도 연구의 성과와 한계 ················································································5
제3절 2차 년도 연구방법 ································································································6
1. 연구 대상지 ···············································································································6
2. 연구 방법 ··················································································································7

제2장 보행자 열 환경의 이동식 관측 결과 ····································································13
제1절 관측 결과 ··············································································································13
1. 보행자 열 환경의 이동식 관측 결과 ···································································13
2. 이동식 온도측정에 의한 보행자 열 환경 지도 제작 ········································16
제2절 2015년과 2016년 관측의 비교 ··········································································18
1. 이동식 관측에 의한 열 환경 데이터 비교 분석 ················································18
2. 이동식 관측에 의한 열 환경 지도 비교 ·····························································18

제3장 보행자 열 환경의 고정식 관측 결과 ···································································20
제1절 관측 결과 ·············································································································20
1. 공동주택단지(Apartment complex site) 열 환경 분석 결과 ·························20
2. 단독주택단지(Individual housing site) 열 환경 분석 결과 ··························21
3. 공동주택단지와 단독주택단지의 열 환경 비교 분석 ········································21

제4장 종합 분석 ·················································································································28
제1절 이동식 관측과 고정식 관측의 비교 결과 ························································28
1. 구간별 평균온도와 구간별 가로수 피복 비율의 상관관계 ·······························28
2. 이동식 관측결과의 검증 ·······················································································30
제2절 보행자 열 환경과 영향요인의 상관관계 분석 ················································32
1. 고정식 관측지점별 현황 및 특성 ········································································32
2. 주요 영향인자와 보행자 열 환경 비교 ·····························································40

제5장 결론 및 제언 ···········································································································41
제1절 연구결과 ················································································································41
1. 단독주택단지(구도심)과 공동주택단지(신도심)의 열 환경 차이 확인 ············41
2. 하천, 공원, 녹지 등 영향인자에 따른 열 환경 차이 확인 ·····························42
3. 이동식 관측의 한계 확인 ·····················································································42
제2절 향후 연구방향 및 제언 ······················································································43
1. 단독주택단지(구도심) 내 녹지 확보 등을 통한 열 환경 개선 필요 ··············43
2. 폭염 취약성 지도 제작을 통한 기후변화 대응 정책 수립 필요 ·····················43