양평지역 리기다소나무 , 낙엽송 , 졸참나무의 allometry 와 임관동태 연구 = Allometry and Canopy Dynamics of Pinus rigida , Larix leptolepis , and Quercus serrata Stands in Yangpyeong Area

다국어 초록 (Multilingual Abstract)

Site - specific allometric equations relating aboveground tree component biomass and leaf area to tree diameter, basal area, sapwood cross - sectional area and sapwood volume were developed using the destructive harvesting method for Pinus rigida Mill., Larix leptolepis Gordon, and Quercus serrata Thunb. stands in Yangpyeong, Kyonggi Province. There were significantly strong correlations between aboveground tree component biomass or leaf area and diameter at breast height (DBH), basal area, sapwood area and sapwood volume. For a similar diameter tree, the three species had a similar stem wood biomass. However, carbon allocation patterns to stem bark, foliage, branch and total aboveground biomass differed among the three species. Specific leaf area and the ratio of leaf area to sapwood cross - sectional area of the three species were significantly different. Allometric equations seemed To be related to leaf habit or leaf longevity. To elucidate the effect of leaf habit or leaf longevity on allometry and canopy characteristics clearly, more intensive studies are needed.