附属演習林・森林環境科学

Agricultural and Biological Sciences

1. Plantation 100%
2. Sweating 77%
3. Transpiration 77%
4. Cryptomeria japonica 57%
5. Cypress 56%
6. Xylem 37%
7. Sap 34%
8. Temperate Forest 32%
9. Deciduous 31%
10. Carbon Dioxide 30%
11. Sap Flow 30%
12. Understory 29%
13. Chamaecyparis obtusa 29%
14. Fine Root 27%
15. Sapwood 26%
16. Larix 23%
17. Quercus 23%
18. Pinus 22%
19. Evapotranspiration 22%
20. Throughfall 21%
21. Aboveground Biomass 18%
22. Stemflow 18%
23. Forest Ecosystem 17%
24. Liana 17%
25. Transportation 15%
26. Phyllostachys 15%
27. Tracheid 15%
28. Stand Structure 14%
29. Growing Season 14%
30. Cultivar 14%
31. Forest Types 14%
32. Forest Management 14%
33. Culms 14%
34. Deer 13%
35. Soil Moisture 13%
36. Stand Density 13%
37. Climate Change 13%
38. Branches 13%
39. Soil Water 13%
40. Watersheds 13%
41. Earlywood 12%
42. Tree Growth 12%
43. Soil Erosion 12%
44. Nitrification 12%
45. Soil Property 12%
46. Floors 12%
47. Coniferous Forest 12%
48. Canopy Interception 11%
49. Forest Fire 11%
50. Forest Plantations 11%
51. Vapor Pressure 11%
52. Litter Decomposition 11%
53. Robinia pseudoacacia 11%
54. Seeds 11%
55. Water Distribution 11%
56. Heartwood 11%
57. Tropical Forest 11%
58. Functional Trait 10%
59. Sika Deer 10%
60. Environmental Factor 10%
61. Latewood 10%
62. Primary Production 10%
63. Soil Depth 10%
64. Case Study 9%
65. Basal Area 9%
66. Embolism 9%
67. Quercus Mongolica 9%
68. Forested Watersheds 9%
69. Stumps 9%
70. Forestry 9%
71. Collembola 8%
72. Scanning Electron Microscopy 8%
73. Plant Litter 8%
74. Spring 8%
75. Anthesis 8%
76. Soil Respiration 8%
77. Forest Soil 8%
78. Biodiversity 8%
79. Hardwood 8%
80. Wood Density 8%
81. Species Diversity 8%
82. Soil Water Content 8%
83. Growth Rings 7%
84. Woody Plant 7%
85. Soil Quality 7%
86. Larix kaempferi 7%
87. Water Flow 6%
88. Deciduous Forest 6%
89. Physiology 6%
90. Broadleaved evergreens 6%
91. Nitrogen Mineralization 6%
92. Wood Properties 6%
93. Pinus densiflora 6%
94. Hydraulic Conductivity 6%
95. Mycelium 6%
96. Forest Stands 5%
97. Water Balance 5%
98. Ectomycorrhiza 5%
99. Meta-Analysis 5%
100. Potassium 5%

Earth and Planetary Sciences

1. Japan 76%
2. Nitrogen 46%
3. Atmospherics 26%
4. Forest Ecosystem 16%
5. Transpiration 15%
6. Evapotranspiration 15%
7. Temperate Forest 14%
8. Nitrification 14%
9. Spatial Variation 14%
10. Understory 13%
11. South Korea 12%
12. Annual Variation 12%
13. Environmental Factor 11%
14. Sap Flow 10%
15. Carbon Dioxide 10%
16. Climate Change 10%
17. Soil Nitrogen 9%
18. Soil Property 9%
19. Land Use 9%
20. Natural Forest 9%
21. Organic Matter 9%
22. Forest Soil 8%
23. Mountain Stream 8%
24. Nitrogen Mineralization 8%
25. Temporal Variation 8%
26. Water Balance 7%
27. Liquid Nitrogen 7%
28. Forest Management 7%
29. Fine Root 7%
30. Biome 7%
31. Soil Water Content 7%
32. East Asia 6%
33. Soil Water 6%
34. Headwater 6%
35. Throughfall 6%
36. Thailand 6%
37. Land Use Change 6%
38. Air Temperature 6%
39. China 6%
40. Kinetic Energy 6%
41. Litterfall 6%
42. Tropical Forest 6%
43. Seasonality 5%
44. Overstory 5%
45. Thinning 5%
46. Snowmelt 5%
47. Ammonium 5%
48. Leaf Area 5%
49. Aboveground Biomass 5%
50. Continent 5%
51. Protective Atmosphere 5%
52. Species Richness 5%
53. Soil Temperature 5%
54. Litter Decomposition 5%
55. Stemflow 5%
56. Ecosystem Function 5%