표제지
목차
I. 서론 8
II. 연구사 9
III. 재료 및 방법 11
1. 조사지 개황 11
2. 조사구 설정 및 식물동정 12
2-1. 식생조사 및 환경요인 13
2-2. Cluster 분석 및 종의 상관관계 13
2-3. 산림군집구조 분석 13
2-4. 다양도지수 분석 13
3. 식물상 조사 14
3-1. 토양의 이화학적 조사 방법 15
3-2. 수목활력도 조사 방법 15
3-3. 수목 건강도 평가방법 16
IV. 결과 및 고찰 18
1. 산림군집구조 분석 18
1-1. 식생조사구의 일반적 개황 18
1-2. 식물군집의 분류 20
1-3. 군락별 상대중요치 분석 21
1-4. 수종간의 상관관계 23
1-5. 종다양성 25
2. 식물상 27
2-1. 전체 식물상 27
2-2. 유형별 식물상 28
3. 토양조사 35
3-1. 산도(pH) 37
3-2. 유기물(Organic matter) 37
3-3. 유효인산(Available Phosphorous: P2O5)[이미지참조] 38
3-4. 치환성 칼륨(K) 38
3-5. 치환성 칼슘(Ca) 39
3-6. 치환성 마그네슘(Mg) 40
3-7. 전기전도도(EC) 41
4. 수목활력도 43
4-1. 수목활력도 측정 결과 43
4-2. 상림숲 내 대표 수종의 수세판단 분석 44
V. 결론 48
참고문헌 49
ABSTRACT 52
부록 54
Appendix I. [제목없음] 54
Appendix II. [제목없음] 68
Appendix III. [제목없음] 69
Table 1. The climatic factors of investigated area (2010~2019) 11
Table 2. Tree vitality evaluation using JunsMeter1 and ShigoMeter 16
Table 3. Tree health evaluation method criteria 16
Table 4. Tree management evaluation criteria 17
Table 5. General description of the physical features and vegetation of the surveyed... 18
Table 6. Importance percentage(I.P.) and Mean importance percentage(M.I.P.) 21
Table 7. Correlation between all pair-wise combinations of major woody plants 24
Table 8. Species diversity indices of two groups communities 25
Table 9. Classification of vascular plants surveyed 27
Table 10. The list of rare plants investigated 28
Table 11. The list of Korean endemic plant 29
Table 12. The list of floristic regional indicator plant species 31
Table 13. The list of naturalized plants 33
Table 14. Soil physicochemical characteristics in Hamyang Sanglim 36
Figure 1. Location map of the surveyed 14 plots, Hamyang sanglim 12
Figure 2. JunsMeter2 usage guide 15
Figure 3. The dendrogram classified by SPSS25.0 using the 14 plots Investigated... 20
Figure 4. Map of the location of 30 soil collection sites in Hamyang Sanglim 35
Figure 5. Organic matter content in the surveyed site 37
Figure 6. Effective phosphoric acid concentration in the soil of the survey site 38
Figure 7. Concentration of potassium substitute cations in the soil of the survey site 39
Figure 8. Concentration of calcium substitute cations in the soil 40
Figure 9. Concentration of substitutional cation magnesium in the soil of the survey site 41
Figure 10. Electrical conductivity of the soil in the survey 42
Figure 11. Map of the location of trees in 50 divisions with tree health surveyed 43
Figure 12. Tree vitality of representative tree species in Hamyang Sanglim 44
Figure 13. An analysis of the determination of water quality in the number of old... 45
Figure 14. Analysis of extremely good watershed objects 46
Figure 15. Analysis of good water washing objects 46
Figure 16. Analysis of non-washy objects 47