In this study, an analysis were conducted to utilize the thermal infrared image using drone to present the temperature correction method of thermal infrared image and the thermal environment by the type of land cladding. The analysis was applied to the temperature correction of the thermal infrared image and total eight thermal infrared images were produced based on the land surface temperature. The thermal infrared image compared accuracy through RMSE calculation. Based on the result of RMSE, the thermal infrared image corrected by the land surface temperature was relatively accurate and contained at 2.26 to 3.58. According to the results, it is expected that the aggregation and waters will perform the functions of the green park sufficiently to improve the thermal comfort and improve the microclimate stability using the thermal infrared image and the reclassified land cover map. The results of this study obtained by Drone and the usability of the drone thermal infrared image in the detection of the thermal environment. Finally, it is expected to contribute to the improvement and management of the thermal environment in the city by being used as a basic data for the improvement and management policy of the thermal environment. Moreover, the macro view is expected to contribute to the mitigation of urban temperature reduction and heat island.

Abstract
1. 서론
2. 연구지역, 연구방법 및 사용자료
    1) 연구지역
    2) 연구방법 및 사용자료
3. 연구결과
    1) 드론 열적외선 영상 획득 및 상관관계 분석
    2) 열적외선 영상 온도보정 및 검증
    3) 열적외선 영상 분석
    4) 토지피복 유형별 열 환경 분석
4. 결론
참고문헌

• 이성호(대전세종연구원 세종연구실) | Seong-Ho Lee (Sejong City Policy Research Division, Daejeon Sejong Research Institute)
• 장동호(공주대학교 지리학과) | Dong-Ho Jang (Department of Geography, Kongju National University) Correspondence