표제지
목차
I. 서론 7
II. 재료 및 방법 10
III. 결과 및 고찰 13
1. 임분현황 13
2. 상대 생장식 16
3. 임목 탄소저장량 변화 17
4. 임상(forest floor)의 탄소함량 및 저장량 21
5. 토양층 내 탄소함량 및 저장량 23
6. 탄소저장량 분포변화 27
IV. 결론 30
참고문헌 31
Abstract 36
감사의 글 38
Table 1. Allometric regression equations (log10Y = a+b log10X) relating biomass to diameter at breast height (DBH) for different tree components in a red pine stand 17
Figure 1. Monthly variation of temperature in Sancheonggun 10
Figure 2. Monthly variation of precipitation in Sancheonggun 11
Figure 3. Tree density of each plot in a FTW stand 14
Figure 4. Linear regression between cutting height diameter (x) and DBH (y) in a FTW stand 15
Figure 5. Mean DBH of each plot in a FTW stand 15
Figure 6. DBH frequency between remained and removed trees in a FTW stand 16
Figure 7. Organic carbon storage between remained and removed trees of each plot in a FTW stand 18
Figure 8. Organic carbon storage of each tree component in a FTW stand 18
Figure 9. Proportion of organic carbon of each tree component in a FTW stand 20
Figure 10. Depth of forest floor in a FTW stand 21
Figure 11. Organic carbon concentration and storage in a FTW stand 22
Figure 12. Coarse fragment (>2mm rock) by each soil depth in a FTW stand 25
Figure 13. Soil bulk density by each soil depth in a FTW stand 25
Figure 14. Soil organic carbon concentration and storage by each depth in a FTW stand 26
Figure 15. Soil organic carbon storage by each plot in a FTW stand 27
Figure 16. Organic carbon change between before FTW and after FTW in a pine stand 28
Figure 17. Proportion of organic carbon change between before FTW and after FTW in a pine stand 29