표제지
목차
I. 서론 8
II. 재료 및 방법 9
1. 조사지 일반현황 9
2. 시료채취 및 분석 12
III. 결과 및 고찰 14
1. 조림지 현황 14
2. 토양의 물리적 특성 15
3. 토양의 화학적 특성 17
4. 바이오매스 추정 18
가. 흉고직경 분포 18
나. 대나무의 건중량 분포 19
5. 상대생장식 20
가. 처리별 상대생장식 20
6. 임분 바이오매스 28
7. 양분분포 30
가. 맹종죽 시비구와 무시비구의 흉고직경에 따른 부위별 양분함량 30
나. 맹종죽의 처리별 양분함량 34
마. 시비구와 무시비구 양분축적량 추정식 37
바. 양분축적량 44
사. 뿌리 및 지하경의 양분함량과 축적량 45
IV. 결론 47
참고문헌 48
국문초록 52
ABSTRACT 53
Table 1. General characteristics of the study site in a Phllostachys pubescens... 10
Table 2. General stand characteristics of a Phllostachys pubescens plantation 14
Table 3. Soil moisture content, bulk density and coarse fragment by treatment in a... 15
Table 4. Soil particle size distribution by treatments in a Phllostachys pubescens... 16
Table 5. Soil chemical properties by treatments in a Phllostachys pubescens plantation 17
Table 6. Allometric equations (log10Y=a+blog10X) in control site of current-year-old...(이미지참조) 21
Table 7. Allometric equations (log10Y=a+blog10X) in control site of ≥ 2-year-old...(이미지참조) 22
Table 8. Allometric equations (log10Y=a+blog10X) in fertilization site of current-year-...(이미지참조) 23
Table 9. Allometric equations (log10Y=a+blog10X) in fertilization site of ≥ 2-year-old...(이미지참조) 24
Table 10. Allometric equations (log10Y=a+blog10X) in control site of Phllostachys...(이미지참조) 25
Table 11. Allometric equations (log10Y=a+blog10X) in fertilization site of a Phllostachys...(이미지참조) 26
Table 12. Allometric equations (log10Y=a+blog10X) of a Phllostachys pubescens(이미지참조) 27
Table 13. Aboveground biomass by treatments of a Phllostachys pubescens plantation 28
Table 14. Proportion of biomass components by treatments in a Phllostachys pubescens... 29
Table 15. Nutrient concentration of sampled bamboo components in a Phllostachys... 35
Table 16. Mean nutrient concentration of a Phllostachys pubescens 36
Table 17. Linear relations (Y=a+bX) to estimate carbon stocks in control site of... 38
Table 18. Linear relations (Y=a+bX) to estimate carbon stocks in control site of ≥... 39
Table 19. Linear relations (Y=a+bX) to estimate carbon stocks in control total of a... 40
Table 20. Linear relations (Y=a+bX) to estimate carbon stocks in fertilization site of... 41
Table 21. Linear relations (Y=a+bX) to estimate carbon stocks in fertilization site of... 42
Table 22. Linear relations (Y=a+bX) to estimate carbon stocks in fertilization site of... 43
Table 23. Nutrient stocks by treatments in a Phllostachys pubescens plantation 44
Table 24. Nutrient concentration of root and rhizome in a Phllostachys pubescens... 46
Figure 1. Location of the sites in a Phllostachys pubescens plantation 11
Figure 2. Soil profile characteristics in fertilization (left) and control (right) sites in a... 11
Figure 3. Distribution of diameter breast height(DBH) by treatment in a Phllostachys... 18
Figure 4. Dry weight of sampled tree components by treatments of a Phllostachys... 19
Figure 5. Carbon concentration of sampled tree components in a Phllostachys... 30
Figure 6. Nitrogen concentration of sampled tree components in a Phllostachys... 31
Figure 7. Phosphorus concentration of sampled tree components in a Phllostachys... 31
Figure 8. Potassium concentration of sampled tree components in a Phllostachys... 32
Figure 9. Calcium concentration of sampled tree components in a Phllostachys... 32
Figure 10. Magnesium concentration of sampled tree components in a Phllostachys... 33