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1. 附生植物对全球变化的响应及其生物指示作用 [836]
2. One-year delayed effect of fog on malaria transmission: a time-ser.. [795]
3. 哀牢山山顶苔藓矮林林冠腐殖土的养分含量和微生物生物量特征 [709]
4. 云南哀牢山国家保护区几个过渡带树干附生苔藓的物种组成与多样性 [626]
5. 哀牢山中山湿性常绿阔叶林不同生长基质苔藓植物的组成与分布特征 [580]
6. 云南哀牢山西麓季风常绿阔叶林及思茅松林的群落学特征 [578]
7. Water relations and gas exchange of fan bryophytes and their adapt.. [555]
8. Partial net primary production of a mixed dipterocarp forest: Spat.. [488]
9. Bole epiphytic bryophytes on Lithocarpus xylocarpus (Kurz) Markgr... [463]
10. Biomass, diversity and composition of epiphytic macrolichens in pr.. [442]
11. Higher clonal integration in the facultative epiphytic fern Sellig.. [437]
12. 人类活动对森林林冠的影响——第六届国际林冠学大会述评 [413]
13. Organic nitrogen uptake is a significant contributor to nitrogen e.. [412]
14. 云南树干附生苔藓生物量沿纬度及海拔梯度的变化特征 [400]
15. 光合作用模型在山地森林附生树平藓光合特性研究中的适用性 [388]
16. 哀牢山中山湿性常绿阔叶林两种优势幼苗C、N、P化学计量特征及其对N沉降.. [371]
17. Interannual and seasonal variability of water use efficiency in a .. [369]
18. 亚热带森林系统4种附生蓝藻地衣的分布对生境变化的响应 [364]
19. On the ratio of intercellular to ambient CO2 (c(i)/c(a)) derived f.. [360]
20. 西双版纳热带森林附生维管植物的物种多样性与区系特征 [356]
21. Dry-hot stress significantly reduced the nitrogenase activity of e.. [353]
22. Fog Water Is Important in Maintaining the Water Budgets of Vascula.. [353]
23. 不同水分条件下三种附生地衣的光合作用特性 [352]
24. Bole bryophyte diversity and distribution patterns along three alt.. [345]
25. Adaptation of epiphytic bryophytes in the understorey attributing .. [341]
26. Physiological Responses of Two Epiphytic Bryophytes to Nitrogen, P.. [331]
27. Species richness and vertical stratification of epiphytic lichens .. [329]
28. Survival and Growth of Epiphytic Ferns Depend on Resource Sharing [329]
29. 基于塔吊的林冠科学研究进展及展望 [311]
30. Epiphytic bryophytes as bio-indicators of atmospheric nitrogen dep.. [304]
31. Forest Type and Tree Characteristics Determine the Vertical Distri.. [300]
32. 附生维管植物多样性及其与宿主特征的相关性:以哀牢山中山湿性常绿阔叶.. [296]
33. Heterotrophic respiration does not acclimate to continuous warming.. [290]
34. Ecological stoichiometry of the epiphyte community in a subtropica.. [283]
35. Strangler fig-host tree associations: Insights into the ecology an.. [280]
36. 水分和基质条件对六种半附生榕树种子萌发特性的影响 [280]
37. Response of epiphytic bryophytes to simulated N deposition in a su.. [271]
38. Obligate to facultative shift of two epiphytic Lepisorus species d.. [268]
39. 西双版纳热带季节雨林土壤含水量的时空格局及其与降水的关联 [258]
40. 植物多样性与物种组成随原生演替进程的变化规律——以贡嘎山冰川退缩区.. [254]
41. 龙脑香热带雨林附生苔藓沿宿主垂直梯度的微生境偏好及其指示作用 [253]
42. Effects of a funnel-shaped canopy on rainfall redistribution and p.. [253]
43. 哀牢山湿性常绿阔叶林地生、树干及树枝附生苔藓生活型组成及其水分特性 [251]
44. Non-dominant trees significantly enhance species richness of epiph.. [240]
45. Trait acclimation of the clonal fern Selliguea griffithiana to for.. [239]
46. Trait acclimation of the clonal fern Selliguea griffithiana to for.. [229]
47. Intercrops improve surface water availability in rubber-based agro.. [228]
48. Higher benefits of clonal integration in rhizome-derived than in f.. [213]
49. When facilitation meets clonal integration in forest canopies [209]
50. Leaf phenotypic plasticity coupled with integration facilitates th.. [208]
51. Stoichiometric and isotopic flexibility: facultative epiphytes exp.. [197]
52. Stoichiometric and isotopic flexibility: facultative epiphytes exp.. [189]
53. 附生蕨类植物的克隆性研究进展 [188]
54. Uncorrected soil water isotopes through cryogenic vacuum distillat.. [184]
55. Plant morphological and physiological traits are stable in a nitro.. [175]
56. Contrasting Patterns of Phyllosphere Fungal Diversity Between Angi.. [175]
57. Coffee performs better than amomum as a candidate in the rubber ag.. [173]
58. 西双版纳热带季节雨林光合有效辐射的垂直分布格局和季节动态 [169]
59. Combining critical transition indicator to compare the stable stru.. [165]
60. Dry-Season Fog Water Utilization by Epiphytes in a Subtropical Mon.. [162]
61. Surface conductance for evapotranspiration of tropical forests: Ca.. [155]
62. Asian tropical forests assimilating carbon under dry conditions: w.. [146]
63. Clonal fragmentation drives performance deterioration of epiphytic.. [144]
64. Encouraging the reconversion of rubber plantations by developing a.. [144]
65. Simulated high-intensity phorophyte removal mitigates the robustne.. [143]
66. Studies on forest ecosystem physiology: marginal water-use efficie.. [138]
67. Effects of lianas on forest biogeochemistry during their lives and.. [137]
68. Generalists and Specialists Determine the Trend and Rate of Soil F.. [132]
69. Studies on forest ecosystem physiology: marginal water-use efficie.. [131]
70. Ethnobotanical study on wild edible plants used by three trans-bou.. [130]
71. 稳定同位素技术在陆地生态系统雾水研究中的应用 [130]
72. Pervasive impacts of railway edge effects on edaphic parameters an.. [125]
73. Ethnobotanical study on wild edible plants used by three trans-bou.. [118]
74. 进样量和信号强度对气相色谱-燃烧-同位素比值质谱测定δ~(13)C和δ~(15.. [115]
75. 一种榕树融合扦插繁殖技术及其在热带森林生态修复中的应用 [110]
76. Biodiversity and carbon stocks of the understory vegetation as ind.. [109]
77. Microclimatic variation in tropical canopies: A glimpse into the p.. [104]
78.

Spatial-temporal differentiations in water use of coexisting tr.. [101]

79. 元素分析-同位素质谱测定δ~(15)N和δ~(34)S的信号强度响应特征 [99]
80. Ocean air masses from the East Asian monsoon dominate the land-sur.. [96]
81. 林冠研究亮点与热点：第八届国际林冠会议述评 [93]
82. 一种榕树大枝扦插技术及其在成核恢复中的应用 [92]
83. Habitat and density effects on tea quality: A microclimate and nut.. [81]
84. Generalists and Specialists Determine the Trend and Rate of Soil F.. [80]
85. Ecological Restoration of Rubber Monocultures: Strategies for Biod.. [77]
86. 林冠奇遇记 [74]
87. Orchid diversity and distribution pattern in karst forests in east.. [72]
88. Structuring Interaction Networks Between Epiphytic Bryophytes and .. [71]
89. What makes a good phorophyte? Predicting occupancy, species richne.. [69]
90. 一种基于“绞杀”现象的热带森林恢复方法 [67]
91. Contamination and source-specific risk analysis of soil heavy meta.. [66]
92. Soil Enzyme Stoichiometry Indicates the Alleviation of Microbial C.. [63]
93. Contamination and source-specific risk analysis of soil heavy meta.. [61]
94. Disentangling the roles of chance, abiotic factors and biotic inte.. [59]
95. Coordinated yet allometric leaf-root biogeochemical niche dynamics.. [4]

Downloads

1. 附生植物对全球变化的响应及其生物指示作用 [300]
2. 云南哀牢山国家保护区几个过渡带树干附生苔藓的物种组成与多样性 [230]
3. 哀牢山中山湿性常绿阔叶林不同生长基质苔藓植物的组成与分布特征 [197]
4. 云南树干附生苔藓生物量沿纬度及海拔梯度的变化特征 [194]
5. On the ratio of intercellular to ambient CO2 (c(i)/c(a)) derived f.. [191]
6. Strangler fig-host tree associations: Insights into the ecology an.. [190]
7. 云南哀牢山西麓季风常绿阔叶林及思茅松林的群落学特征 [167]
8. 哀牢山山顶苔藓矮林林冠腐殖土的养分含量和微生物生物量特征 [164]
9. Interannual and seasonal variability of water use efficiency in a .. [139]
10. Effects of a funnel-shaped canopy on rainfall redistribution and p.. [138]
11. Higher clonal integration in the facultative epiphytic fern Sellig.. [137]
12. 西双版纳热带森林附生维管植物的物种多样性与区系特征 [136]
13. 光合作用模型在山地森林附生树平藓光合特性研究中的适用性 [135]
14. Adaptation of epiphytic bryophytes in the understorey attributing .. [135]
15. 亚热带森林系统4种附生蓝藻地衣的分布对生境变化的响应 [134]
16. 哀牢山中山湿性常绿阔叶林两种优势幼苗C、N、P化学计量特征及其对N沉降.. [131]
17. Uncorrected soil water isotopes through cryogenic vacuum distillat.. [131]
18. Species richness and vertical stratification of epiphytic lichens .. [126]
19. Leaf phenotypic plasticity coupled with integration facilitates th.. [126]
20. 人类活动对森林林冠的影响——第六届国际林冠学大会述评 [124]
21. Partial net primary production of a mixed dipterocarp forest: Spat.. [123]
22. Fog Water Is Important in Maintaining the Water Budgets of Vascula.. [119]
23. Dry-hot stress significantly reduced the nitrogenase activity of e.. [118]
24. Biomass, diversity and composition of epiphytic macrolichens in pr.. [117]
25. Organic nitrogen uptake is a significant contributor to nitrogen e.. [117]
26. 不同水分条件下三种附生地衣的光合作用特性 [113]
27. Dry-Season Fog Water Utilization by Epiphytes in a Subtropical Mon.. [113]
28. Bole epiphytic bryophytes on Lithocarpus xylocarpus (Kurz) Markgr... [112]
29. 哀牢山湿性常绿阔叶林地生、树干及树枝附生苔藓生活型组成及其水分特性 [111]
30. Water relations and gas exchange of fan bryophytes and their adapt.. [110]
31. Obligate to facultative shift of two epiphytic Lepisorus species d.. [110]
32. 龙脑香热带雨林附生苔藓沿宿主垂直梯度的微生境偏好及其指示作用 [107]
33. Survival and Growth of Epiphytic Ferns Depend on Resource Sharing [104]
34. Physiological Responses of Two Epiphytic Bryophytes to Nitrogen, P.. [104]
35. Bole bryophyte diversity and distribution patterns along three alt.. [101]
36. Heterotrophic respiration does not acclimate to continuous warming.. [101]
37. One-year delayed effect of fog on malaria transmission: a time-ser.. [99]
38. Stoichiometric and isotopic flexibility: facultative epiphytes exp.. [99]
39. 西双版纳热带季节雨林光合有效辐射的垂直分布格局和季节动态 [99]
40. Trait acclimation of the clonal fern Selliguea griffithiana to for.. [98]
41. Forest Type and Tree Characteristics Determine the Vertical Distri.. [97]
42. 基于塔吊的林冠科学研究进展及展望 [97]
43. When facilitation meets clonal integration in forest canopies [93]
44. Ecological stoichiometry of the epiphyte community in a subtropica.. [93]
45. Asian tropical forests assimilating carbon under dry conditions: w.. [92]
46. Clonal fragmentation drives performance deterioration of epiphytic.. [92]
47. Generalists and Specialists Determine the Trend and Rate of Soil F.. [91]
48. Simulated high-intensity phorophyte removal mitigates the robustne.. [90]
49. Trait acclimation of the clonal fern Selliguea griffithiana to for.. [88]
50. Epiphytic bryophytes as bio-indicators of atmospheric nitrogen dep.. [87]
51. Higher benefits of clonal integration in rhizome-derived than in f.. [87]
52. 水分和基质条件对六种半附生榕树种子萌发特性的影响 [86]
53. Plant morphological and physiological traits are stable in a nitro.. [84]
54. Encouraging the reconversion of rubber plantations by developing a.. [79]
55. Response of epiphytic bryophytes to simulated N deposition in a su.. [78]
56. Combining critical transition indicator to compare the stable stru.. [76]
57. Stoichiometric and isotopic flexibility: facultative epiphytes exp.. [75]
58. 进样量和信号强度对气相色谱-燃烧-同位素比值质谱测定δ~(13)C和δ~(15.. [73]
59. 附生维管植物多样性及其与宿主特征的相关性:以哀牢山中山湿性常绿阔叶.. [71]
60. 西双版纳热带季节雨林土壤含水量的时空格局及其与降水的关联 [68]
61. 稳定同位素技术在陆地生态系统雾水研究中的应用 [66]
62. Intercrops improve surface water availability in rubber-based agro.. [65]
63. Non-dominant trees significantly enhance species richness of epiph.. [64]
64. Coffee performs better than amomum as a candidate in the rubber ag.. [64]
65. 附生蕨类植物的克隆性研究进展 [59]
66. 元素分析-同位素质谱测定δ~(15)N和δ~(34)S的信号强度响应特征 [59]
67. 植物多样性与物种组成随原生演替进程的变化规律——以贡嘎山冰川退缩区.. [53]
68. Effects of lianas on forest biogeochemistry during their lives and.. [51]
69. Pervasive impacts of railway edge effects on edaphic parameters an.. [50]
70. Contrasting Patterns of Phyllosphere Fungal Diversity Between Angi.. [50]
71. Microclimatic variation in tropical canopies: A glimpse into the p.. [49]
72.

Spatial-temporal differentiations in water use of coexisting tr.. [47]

73. Generalists and Specialists Determine the Trend and Rate of Soil F.. [42]
74. Ecological Restoration of Rubber Monocultures: Strategies for Biod.. [42]
75. Habitat and density effects on tea quality: A microclimate and nut.. [40]
76. 林冠研究亮点与热点：第八届国际林冠会议述评 [38]
77. 林冠奇遇记 [33]
78. Ocean air masses from the East Asian monsoon dominate the land-sur.. [27]
79. Biodiversity and carbon stocks of the understory vegetation as ind.. [26]
80. Soil Enzyme Stoichiometry Indicates the Alleviation of Microbial C.. [26]
81. Surface conductance for evapotranspiration of tropical forests: Ca.. [20]
82. Structuring Interaction Networks Between Epiphytic Bryophytes and .. [20]
83. Ethnobotanical study on wild edible plants used by three trans-bou.. [19]
84. Ethnobotanical study on wild edible plants used by three trans-bou.. [17]
85. What makes a good phorophyte? Predicting occupancy, species richne.. [17]
86. Disentangling the roles of chance, abiotic factors and biotic inte.. [17]
87. Orchid diversity and distribution pattern in karst forests in east.. [14]
88. Studies on forest ecosystem physiology: marginal water-use efficie.. [12]
89. Contamination and source-specific risk analysis of soil heavy meta.. [12]
90. Studies on forest ecosystem physiology: marginal water-use efficie.. [7]
91. Contamination and source-specific risk analysis of soil heavy meta.. [7]
92. Coordinated yet allometric leaf-root biogeochemical niche dynamics.. [3]