This study analyzes relationship between land cover change and local climate data of 46 weather stations in South Korea from the 1980s to 2000s. The used area shows proportional relationships to mean daily min. temperature and mean temperature, and a reverse relationship is found between the used area and relative humidity. However, the forest indicates reverse relationships to mean daily min. temperature and mean temperature. The agricultural land causes to increase in relative humidity and decrease in mean wind speed, while the water increases mean daily min. temperature, daily min. temperature and mean temperature as well as mean wind speed. The urbanization type (used area + barren) shows high correlations with temperature and humidity. The suburbanization type (agricultural land + forest + grass + wetland) has high correlations with temperature and wind speed. High correlations are also found between the waterfront type (wetland + water), and temperature and wind speed. It can be concluded that change in land cover around weather station obviously influences on climate data of the weather station and it is also expected that reliability and homogeneity of climate data from a weather station can be enhanced by this study.

1. 서론
  1) 연구 배경 및 목적
  2) 연구 방법
 2. 토지 피복 유형과기후 자료의 관계
  1) 토지 피복과 기온의 관계
  2) 토지 피복과 강수, 습도의 관계
  3) 토지 피복과 일조, 풍속의 관계
 3. 토지 피복 변화 유형과기후 자료의 관계
  1) 도시화와 기후 자료
  2) 비도시화와 기후 자료
  3) 친수화와 기후 자료
 4. 요약 및 결론
 사사
 References

• 이광률(경북대학교 지리교육과, Department of Geography Education, Kyungpook National University) | Gwang-Ryul Lee Correspondence
• 박충선(경북대학교 지리학과, Department of Geography, Kyungpook National University) | Chung-Sun Park