Recent climate change has led to fluctuations in agricultural production, and as a result national food supply has become an important strategic factor in economic policy. As such, in this study, panel data was collected to analyze the effects of seven meteorological elements on the production of five types of grain with error component panel data regression method following the test results of LM tests, Hausman test.
The key factors affecting the production of rice were average temperature, average relative humidity and average ground surface temperature. The fluctuations in the other four grains types are not well explained by meterological elements. For other grains and beans, only average temperature and time (year) affect the production of other grains while average temperature, ground surface temperature, and time (year) influence the production of beans. For barley and millet, only average temperature positively affects the production of barley while ground surface temperature and time (year) negatively influence the production of millet.
The implications of this study are as follow. First, it was confirmed that the meteorological elements have profound effects on the rice production. Second, when compared to existing studies, this study was not limited to rice but encompassed all five types of grains and went beyond other studies that were limited to temperature and rainfall to include various meteorological elements.

Abstract
 1. 서 론
 2. 이론적 배경
  2.1. 농업과 기상간의 상관관계 이전연구
 3. 연구방법
 4. 결과 및 고찰
 5. 결론
 REFERENCE

• 장영재(인제대학교 경영학부/산업경영연구원) | Young-Jae Chang (Department of Management/IIMR, Inje University)
• 이중우(인제대학교 경영학부/산업경영연구원) | Joong-Woo Lee (Department of Management/IIMR, Inje University)
• 박종길(인제대학교 환경공학과/대기환경정보연구센터) | Jong-Kil Park (Department of Environmental Engineering/Atmospheric Environment Information Research Center,Inje University)
• 박흥재(인제대학교 환경공학과) | Heung Jai Park (Department of Environmental Engineering, Inje University) Corresponding author