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I. 산림습원의 정의 23
II. 연구 30
CHAPTER 1. 강원도 산림습원 식물상의 다양성 31
서론 32
조사지 개황 35
1. 대상지 위치 35
2. 기상조건 37
재료 및 방법 40
1. 식물의 종류 조성 40
2. 식물상 분석 41
3. 식물상의 유사성 분석 45
결과 및 고찰 46
1. 식물의 종류 조성 46
2. 식물상 분석 49
3. 식물상의 유사성 분석 66
결론 68
CHAPTER 2. 강원도 산림습원의 식물군집과 입지요인의 분석 73
서론 74
재료 및 방법 76
1. 연구지역 76
2. 식생조사 80
3. 입지요인 분석 81
4. 다변량 군집분석 81
5. 통계분석 82
결과 및 고찰 83
1. 식생군집구조 분석 83
2. 식생군집의 중요치 및 다양성지수 89
3. 식생군집의 입지요인 133
4. 식생군집과 입지요인의 관계 134
결론 138
CHAPTER 3. 산림습원의 퇴적물 특성과 습지유형분류 142
서론 143
재료 및 방법 145
1. 연구대상지 개요 145
2. 연구방법 149
결과 및 고찰 150
1. 습지 퇴적물의 특성 150
2. 습지간 이화학적 특성의 차이 159
결론 168
CHAPTER 4. 습지 및 산지에서 생육하는 목본식물의 생리반응 비교 (들메나무, 버드나무, 참조팝나무, 신나무, 다릅나무, 호랑버들) 171
서론 172
재료 및 방법 174
1. 실험 재료 및 기상인자 조사 174
2. 토양의 수분함량 및 엽수분포텐셜 측정 174
3. 광합성 측정 174
4. 엽록소 함량 측정 175
5. 엽록소 형광반응 측정 175
6. 통계분석 176
결과 및 고찰 177
1. 기상인자 분석 177
2. 토양의 수분함량 및 엽수분포텐셜 측정 178
3. 광합성 비교 181
4. 엽록소 함량비교 188
5. 엽록소 형광분석 190
결론 196
III. 참고문헌 197
IV. Abstract 212
V. Appendix 226
Table 1. Classification and contents of Inland wetlands(Ramsar Convention) 28
Table 2. Classification of Forest wetlands Type. 29
Table 1-1. The overview of the forest wetlands. 36
Table 1-2. Categorizing Vascular Plant Species Occurring. 44
Table 1-3. The abridged list of the plants in surveyed area. 48
Table 1-4. The list of the Korea endemic plants in study area. 50
Table 1-5. The list of the Korea endemic plants in study area. 53
Table 1-6. Degree of selected of the specific plant species. 55
Table 1-7. The list of specific plant species by floristic region in study area. 56
Table 1-8. The list of naturalized plants in study area. 61
Table 1-9. Categorizing vascular plant species by frequency of occurrence in study area. 63
Table 1-10. Categorizing wetland plants by degree of wetness and morphology in study area. 64
Table 1-11. Categorizing plants habitats in study area. 65
Table 2-1. Description of survey area. 78
Table 2-2. Importance value of species at tree layer. 90
Table 2-3. Importance value of species at subtree layer. 91
Table 2-4. Importance value of species at shrub layer. 92
Table 2-5. Importance value of species at herb layer. 93
Table 2-6. Importance value of species at tree layer. 95
Table 2-7. Importance value of species at subtree layer. 96
Table 2-8. Importance value of species at shrub layer. 97
Table 2-9. Importance value of species at herb layer. 98
Table 2-10. Importance value of species at subtree layer. 100
Table 2-11. Importance value of species at shrub layer. 100
Table 2-12. Importance value of species at herb layer. 101
Table 2-13. Importance value of species at tree layer. 103
Table 2-14. Importance value of species at subtree layer. 103
Table 2-15. Importance value of species at shrub layer. 104
Table 2-16. Importance value of species at herb layer. 105
Table 2-17. Importance value of species at tree layer. 107
Table 2-18. Importance value of species at subtree layer. 108
Table 2-19. Importance value of species at shrub layer. 109
Table 2-20. Importance value of species at herb layer. 110
Table 2-21. Importance value of species at tree layer. 112
Table 2-22. Importance value of species at subtree layer. 113
Table 2-23. Importance value of species at shrub layer. 114
Table 2-24. Importance value of species at herb layer. 115
Table 2-25. Importance value of species at tree layer. 117
Table 2-26. Importance value of species at subtree layer. 118
Table 2-27. Importance value of species at shrub layer. 119
Table 2-28. Importance value of species at herb layer. 120
Table 2-29. Importance value of species at tree layer. 122
Table 2-30. Importance value of species at subtree layer. 123
Table 2-31. Importance value of species at shrub layer. 124
Table 2-32. Importance value of species at herb layer. 125
Table 2-33. Importance value of species at subtree layer. 127
Table 2-34. Importance value of species at shrub layer. 127
Table 2-35. Importance value of species at herb layer. 128
Table 2-36. Importance value of species at shrub layer. 130
Table 2-37. Importance value of species at herb layer. 131
Table 2-38. Nine communities and species diversity in forest wetlands. 132
Table 2-39. Nine communities and environmental factors in forest wetlands. 135
Table 2-40. Correlation coefficient of site factors with the first axis and the second axis. 137
Table 3-1. Description of Sediment characteristics in Simjeok and Mt. Myeon forest wetlands. 155
Table 3-2. Description of Sediment characteristics in Mt. Jeombong wetland, Jilmoineup, Mt. Sohwangbyung wetland and Yangyang forest wetland. 156
Table 3-3. Descriptive statistics of the forest wetlands sediment. 157
Table 3-4. Correlation between sediment characteristics in Simjeok forest wetland. 160
Table 3-5. Correlation between sediment characteristics in Mt. Myeon wetland. 160
Table 3-6. Correlation between sediment characteristics in Mt. Jeombong wetland. 161
Table 3-7. Correlation between sediment characteristics in Jilmoineup. 161
Table 3-8. Correlation between sediment characteristics in Mt. Sohwangbyung wetland. 162
Table 3-9. Correlation between sediment characteristics in Yangyang forest wetland. 162
Table 3-10. The main sediment characteristics Principal Component Analysis. 165
Table 3-11. Community types representative value. 167
Table 4-1. Summary of chlorophyll fluorescence parameters from JIP test. 176
Table 4-2. Comparison of chlorophyll content in the leaves of six tree species. 189
Figure 1-1. Location of study area. 36
Figure 1-2. Comparison of the amount of precipitation and evapotranspiration. 39
Figure 1-3. A. Cicuta virosa L. 독미나리; B. Eriophorum gracile Koch 작은황새풀; C. Cypripedium macranthon Sw. 복주머니란; D. Megaleranthis... 54
Figure 1-4. UPGMA tree based on vascular flora date for 6 region of forest wetlands. 67
Figure 2-1. Location of study area. 77
Figure 2-2. Community classification by cluster analysis in forest wetlands. 85
Figure 2-3. Distribution of nine plant communities in forest wetlands. 86
Figure 2-4. Stand ordination by Nondirectional Multimetric Scaling in forest wetlands. Axis 1 and 2 explained 39.5% and 34.1% of the total... 87
Figure 2-5. Species ordination by Nondirectional Multimetric Scaling in forest wetlands. 88
Figure 2-6. Relationship between nine classified communities and environmental factors analyzed by Canonical Correspondence Analysis... 136
Figure 3-1. Location of study area. 148
Figure 3-2. Soil texture triangle 151
Figure 3-3. Exchangeable cations distribution in the forest wetlands sediments. 158
Figure 3-4. Two-step cluster analysis 164
Figure 3-5. Wetland communities by sediment type distribution 164
Figure 3-6. Principal component analysis scatterplot 165
Figure 3-7. Two-step cluster analysis 167
Figure 4-1. Changes of temperature (T) and relative humidity (RH) during 2013. 177
Figure 4-2. Comparison of soil water contents of wetland and dryland. 179
Figure 4-3. Comparison of predawn water potential and mid-day water potential of six tree species. 180
Figure 4-4. Comparison of maximum net photosynthetic rate (PN max) of six tree species. (on PPFD 1,000 μmol·m-²·s-¹).(이미지참조) 181
Figure 4-5. Comparison of stomatal conductance (gs) of six tree species. (on PPFD 1,000 μmol·m-²·s-¹).(이미지참조) 182
Figure 4-6. Comparison of stomatal transpiration rate (E) of six tree species. (on PPFD 1,000 μmol·m-²·s-¹).(이미지참조) 183
Figure 4-7. Comparison of intercellular CO₂ concentration (Ci) of six tree species. (on PPFD 1,000 μmol·m-²·s-¹).(이미지참조) 185
Figure 4-8. Comparison of Intercellular CO₂ concentration / atmospheric CO₂ concentration of six tree species. (on PPFD 1,000 μmol·m-²·s-¹).(이미지참조) 185
Figure 4-9. Comparison of stomatal limitation (LS) of six tree species. (on PPFD 1,000 μmol·m-²·s-¹).(이미지참조) 186
Figure 4-10. Comparison of water use efficiency (WUE) of six tree species. (on PPFD 1,000 μmol·m-²·s-¹).(이미지참조) 187
Figure 4-11. Comparison of ΦPO of six tree species.(이미지참조) 191
Figure 4-12. Comparison of ΦEo of six tree species.(이미지참조) 192
Figure 4-13. Comparison of ΨO of six tree species.(이미지참조) 193
Figure 4-14. Comparison of DIo/RC of six tree species. 194
Figure 4-15. Comparison of performance index (PIABS) of six tree species.(이미지참조) 195
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