This study was carried out to estimate the BVOCs emissions with the emission factors which reflected the native conditions of forests in Jeju Island. This study made effective use of the previous data for the weather data and the emission rate of each organic volatile component measured at 10 species of conifers and broad leaved trees. The CORINAIR method and the grid system of 1km×1km for whole area of Jeju Island were adopted in calculating the BVOCs emission emitted from forest. The vegetation information for Jeju Island was referred to GIS and a government report. By the results of BVOCs emission for Jeju Island, the 85% of monoterpene emission was emitted from conifers and the others was from broad leaved trees. Most of monoterpene emission was attributed to Pinus thunbergii and Cryptomeria japonica. The broad leaved trees greatly contributed to the isoprene emission and Quercus serrata played a dominant role in emission of isoprene. The total amount of BVOCs emission was estimated as 3612 ton yr-1 in Jeju Island. The 51.1% of total emission was contributed to conifers, the 44.9% to broad leaved trees, and the 4.0% to grassland. Of total emission of BVOCs, monoterpene accounted for 32.3%, isoprene for 28.0%, and OVOCs for 39.7%. The BVOCs emission estimated by this study was less than that estimated by other previous study. This means that it is important to survey the emission rate at native conditions and gather the detailed information for various species of vegetation on target region.

Abstract
 1. 서 론
 2. 제주의 식생정보
 3. 연구방법
  3.1. BVOCs 측정 대상 수목의 선정
  3.2. BVOCs 배출량 산정방법
 4. 결과 및 고찰
  4.1. 수종별 BOVCs 배출계수
  4.2. BVOCs 배출량
 4. 결론
 감사의 글
 참고문헌

• 이기호(제주대학교 환경공학과) | Ki-Ho Lee (Department of Environmental Engineering, jeju National University)
• 허철구(제주대학교 환경공학과) | Chul-Goo Hu (Department of Environmental Engineering, jeju National University) Corresponding author
• 김형철(제주특별자치도 보건환경연구원) | Hyeong-Cheol Kim (Institute of Health and Environment, Jeju Special Self-governing Province)