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    内部： 0
    外部： 2744
    国内： 2415
    国外： 329

  年访问量
 31
  访问来源
    内部： 0
    外部： 31
    国内： 24
    国外： 7

  月访问量
 31
  访问来源
    内部： 0
    外部： 31
    国内： 24
    国外： 7

访问量

访问量

1. Nypa fruits and seeds from the Maastrichtian-Danian sediments of B.. [2970]
2. 中国地质时期植物群 [918]
3. 中国古植物学十年来研究的新进展 [849]
4. An overview of fossil Ginkgoales [848]
5. Palaeobiology: The missing link in Ginkgo evolution - The modern m.. [816]
6. The rise of ginkgoalean plants in the early Mesozoic: a data analy.. [804]
7. Leaf cuticle ultrastructure of two czekanowskialeans from the midd.. [747]
8. A new mesozoic Ginkgo from western Liaoning, China and its evoluti.. [735]
9. A Middle Jurassic Ginkgo with ovule-bearing organs from Henan，Chi.. [691]
10. Erratum to "An overview of fossil Ginkgoales" [Palaeoworld 18 (200.. [674]
11. Fossil floras of China through the geological ages [666]
12. 若干中国银杏化石的命名问题（On the nomenclatural problems of some .. [661]
13. Cupressus foliage shoots and associated seed cones from the Oligoc.. [642]
14. Suturovagina intermedia (Cheirolepidiaceae) from the Lower Cretace.. [591]
15. Fossil plants and other organic debris in Cretaceous sediments fr.. [584]
16. Late Early Cretaceous flora from Shansong，Jiaohe，Jilin Province.. [573]
17. A NEW OLIGOCENE CALOCEDRUS FROM SOUTH CHINA AND ITS IMPLICATIONS F.. [563]
18. A NEW TERTIARY GINKGO (GINKGOACEAE) FROM THE WUYUN FORMATION OF JI.. [561]
19. 中生代银杏类植物系统发育、分类和演化趋向 [560]
20. TERTIARY GINKGO OVULATE ORGANS WITH ASSOCIATED LEAVES FROM NORTH D.. [550]
21. 辽宁西部晚中生代陆相地层的研究 [543]
22. A new xeromorphic conifer from the Cretaceous of East China [532]
23. 中国古植物学（大化石）文献目录 (1865-2000) [531]
24. 中国中生代陆相地层 [525]
25. A new Cephalotaxus and associated epiphyllous fungi from the Oligo.. [518]
26. 植物界的发展和演化 [517]
27. 诞生神州几多年 遍历沧桑看世界----银杏树的传奇 [508]
28. 黑龙江省鸡西、穆棱地区晚中生代地层及其植物组合的基本面貌 [506]
29. Stalagma Samara, A new podocarpaceous conifer with monovolpate pol.. [496]
30. Late Triassic plants from Shaqiao，Hengyang，Hunan Province [492]
31. Decouverte d'une Bennettitale dans le Jurassique moyen de la Forma.. [491]
32. Genere Glenrosa, example de plantes xerophytes ou accommodation ph.. [489]
33. 银杏类的起源、演化和分类 [489]
34. A new Karkenia (Ginkgoales) from the Jurassic Yima formation, Hena.. [488]
35. On the presence of the genus Sinoctenis Sze in the Upper Triassic .. [488]
36. 黑龙江渐新世银杏大化石及其古气候和植物地理意义 [473]
37. 吉林东部延边地区晚中生代陆相地层 [452]
38. Discovery of Nilssoniopteris in the Middle Jurassic Yima Formation.. [450]
39. 西藏东部晚中生代植物 [446]
40. 早中生代银杏目的辐射和分异 [437]
41. 湘西南中生代含煤地层及其生物群 [435]
42. Ovule-bearing organs of Ginkgo ginkgoidea (Tralau) comb. nov., and.. [434]
43. 英国约克郡海相下白垩统完整保存的假拟节柏枝条(英文) [434]
44. 中国银杏目植物化石的几个命名问题(英文) [430]
45. Plant remains from Early Cretaceous deposits on the Goban Spur, Ba.. [430]
46. 银杏型胚珠器官的异时发育起源 [427]
47. Reconstruction of the Jurassic conifer Sewardiodendron laxum (Taxo.. [426]
48. Nomenclatural notes on some ginkgoalean fossil plants from China [415]
49. 叙述龙潭船山石灰岩中的一种Girvanella化石并讨论“球状结构” [407]
50. Roof Shale Flora of Coal Seam 6 from the Asselian (Lower Permian) .. [404]
51. 论东北亚中生代独特的松柏类－一扇杉属 [401]
52. Ginkgoalean ovulate organs and seeds associated with Baiera furcat.. [393]
53. 从古植物学观点讨论中国中生代陆相地层的划分、对比和时代 [393]
54. 侏罗纪植物群 [389]
55. 湘西南早侏罗世早期植物化石 [388]
56. Tianshia patens gen. et sp. nov., a new type of leafy shoots assoc.. [386]
57. On some cretaceous pseudofrenelopsids with a brief review of cheir.. [385]
58. 海南岛琼海县九曲江早三叠世植物的初步研究 [384]
59. Roof Shale Flora of Coal Seam 6 from the Asselian（Lower Permian）.. [384]
60. Baiera hallei Sze and associated ovule-bearing organs from the Mid.. [382]
61. 藏东早白垩世一种海金砂科化石——西藏硬蕨 [380]
62. Mesozoic ginkgoalean megafossils — a systematic review [376]
63. Cuticle micro- and ultrastructure of Suturovagina Chow et Tsa.. [376]
64. Comparative studies of leaf cuticle ultrastructure between living .. [369]
65. 给基础科学研究以稳定支持 [368]
66. 论裸子植物钉羊齿的异质性并描述河南侏罗纪义马组两新种 [366]
67. 进化分支系统学和被子植物起源 (译著) [361]
68. 华南白垩纪几种松柏类化石及其地层意义 [360]
69. 我国古植物命名中若干值得重视的问题——兼述维也纳法规中有关的规定 [357]
70. ON THE OCCURRENCE OF SEWARDIODENDRON-LAXUM FLORIN (TAXODIACEAE) IN.. [352]
71. Elatides-harrisii, sp-nov, from the lower cretaceous of liaoning, .. [350]
72. 中国东部白垩纪8种新的松柏类化石及其分类位置和演化关系 [349]
73. 河南义马中侏罗世两种银杏目的雌性生殖器官 [349]
74. 真蕨类植物，松柏类植物，裸子植物花果和种子化石 [349]
75. 香港坪洲岛若干白垩纪植物化石 [345]
76. 中生代银杏目植物的系统发育和进化趋向 [344]
77. Tharrisia, a new fossil leafy organ genus, with description of thr.. [341]
78. 陆相三叠系 [338]
79. Comparative ultrastructure of fossil and living ginkgoacean megasp.. [336]
80. Two NEW GINKGOALEAN FEMALE REPRODUCTIVE-ORGANS FROM THE MIDDLE JUR.. [335]
81. Rhaphidopteris一新种及其分类位置的探讨 [334]
82. Carbonized wood of Hirmerella from the basal Liassic in Grossbellh.. [334]
83. 吉林蛟河盆地晚中生代陆相地层 [331]
84. A Jurassic species of Arctobaiera (Czekanowskiales) with leafy lon.. [331]
85. 苏铁属植物化石在中国首次发现 [330]
86. Phylogeny and evolutionary trends of mesozoic ginkgoaleans - a pre.. [330]
87. SCLEROPTERIS-TIBETICA, A SCHIZAEACEOUS FERN FROM THE LOWER CRETACE.. [328]
88. 与大自然和谐相处 [326]
89. Juraddic (Middle, ca 174 Ma) China, Henan Province [326]
90. 古植物整体研究和重建 [325]
91. Protoblechnum wongii Halle的一塊新的分叉蕨叶標本 [321]
92. The missing link in Gingo evolution [321]
93. An Early Cretaceous Ginkgo ovule-bearing organ fossil from Liaonin.. [320]
94. 历史生物地理学概念上的一次革新———读《隔离分化生物地埋学译文集》 [319]
95. 辽宁铁法盆地早白垩世银杏胚珠器官的发现及其意义 [317]
96. 评《华北石千峰群植物化石》 [316]
97. Sewardiodendron laxum Florin(杉科)在河南义马中侏罗统的发现 [315]
98. Jurassic floras [308]
99. 湖南晚三叠世和早侏罗世几种种子蕨 [306]
100. Мезозойские континенталъные отложе.. [301]

下载量

1. Palaeobiology: The missing link in Ginkgo evolution - The modern m.. [80]
2. A new mesozoic Ginkgo from western Liaoning, China and its evoluti.. [70]
3. 中国地质时期植物群 [57]
4. The rise of ginkgoalean plants in the early Mesozoic: a data analy.. [50]
5. On some cretaceous pseudofrenelopsids with a brief review of cheir.. [48]
6. Nypa fruits and seeds from the Maastrichtian-Danian sediments of B.. [43]
7. Tianshia patens gen. et sp. nov., a new type of leafy shoots assoc.. [41]
8. Late Early Cretaceous flora from Shansong，Jiaohe，Jilin Province.. [38]
9. A new Karkenia (Ginkgoales) from the Jurassic Yima formation, Hena.. [36]
10. 中国中生代陆相地层 [35]
11. 海南岛琼海县九曲江早三叠世植物的初步研究 [32]
12. Fossil floras of China through the geological ages [32]
13. An overview of fossil Ginkgoales [31]
14. Discovery of Nilssoniopteris in the Middle Jurassic Yima Formation.. [29]
15. 西藏东部晚中生代植物 [29]
16. 湘西南早侏罗世早期植物化石 [29]
17. Comparative studies of leaf cuticle ultrastructure between living .. [28]
18. 中生代银杏类植物系统发育、分类和演化趋向 [27]
19. An Early Cretaceous Ginkgo ovule-bearing organ fossil from Liaonin.. [26]
20. Reconstruction of the Jurassic conifer Sewardiodendron laxum (Taxo.. [26]
21. A new Cephalotaxus and associated epiphyllous fungi from the Oligo.. [25]
22. 中国古植物学十年来研究的新进展 [25]
23. A new xeromorphic conifer from the Cretaceous of East China [24]
24. 中国银杏目植物化石的几个命名问题(英文) [24]
25. 辽宁西部晚中生代陆相地层的研究 [24]
26. 评《华北石千峰群植物化石》 [24]
27. Ginkgoalean ovulate organs and seeds associated with Baiera furcat.. [23]
28. 古植物整体研究和重建 [23]
29. 中国东部白垩纪8种新的松柏类化石及其分类位置和演化关系 [23]
30. 给基础科学研究以稳定支持 [22]
31. 黑龙江渐新世银杏大化石及其古气候和植物地理意义 [21]
32. Cupressus foliage shoots and associated seed cones from the Oligoc.. [20]
33. 辽宁铁法盆地早白垩世银杏胚珠器官的发现及其意义 [19]
34. Leaf cuticle ultrastructure of two czekanowskialeans from the midd.. [18]
35. ON THE OCCURRENCE OF SEWARDIODENDRON-LAXUM FLORIN (TAXODIACEAE) IN.. [18]
36. 河南义马中侏罗世两种银杏目的雌性生殖器官 [18]
37. Late Triassic plants from Shaqiao，Hengyang，Hunan Province [18]
38. 吉林东部延边地区晚中生代陆相地层 [18]
39. 植物界的发展和演化 [18]
40. 早中生代银杏目的辐射和分异 [18]
41. 我国古植物命名中若干值得重视的问题——兼述维也纳法规中有关的规定 [17]
42. 中国古植物学（大化石）文献目录 (1865-2000) [17]
43. 奇树怎样来到世间？ [17]
44. 与大自然和谐相处 [17]
45. Ovule-bearing organs of Ginkgo ginkgoidea (Tralau) comb. nov., and.. [16]
46. SCLEROPTERIS-TIBETICA, A SCHIZAEACEOUS FERN FROM THE LOWER CRETACE.. [16]
47. 湖南晚三叠世和早侏罗世几种种子蕨 [16]
48. 湘西南中生代含煤地层及其生物群 [16]
49. A Middle Jurassic Ginkgo with ovule-bearing organs from Henan，Chi.. [16]
50. 苏铁属植物化石在中国首次发现 [15]
51. 历史生物地理学概念上的一次革新———读《隔离分化生物地埋学译文集》 [15]
52. Rhaphidopteris一新种及其分类位置的探讨 [14]
53. TERTIARY GINKGO OVULATE ORGANS WITH ASSOCIATED LEAVES FROM NORTH D.. [14]
54. 侏罗纪植物群 [14]
55. 银杏类的起源、演化和分类 [14]
56. Comparative ultrastructure of fossil and living ginkgoacean megasp.. [13]
57. Two NEW GINKGOALEAN FEMALE REPRODUCTIVE-ORGANS FROM THE MIDDLE JUR.. [13]
58. Phylogeny and evolutionary trends of mesozoic ginkgoaleans - a pre.. [13]
59. Sewardiodendron laxum Florin(杉科)在河南义马中侏罗统的发现 [13]
60. 裸子植物的盛世 [13]
61. 藏东早白垩世一种海金砂科化石——西藏硬蕨 [12]
62. 陆相三叠系 [12]
63. 论裸子植物钉羊齿的异质性并描述河南侏罗纪义马组两新种 [12]
64. 从古植物学观点讨论中国中生代陆相地层的划分、对比和时代 [12]
65. The missing link in Gingo evolution [12]
66. Decouverte d'une Bennettitale dans le Jurassique moyen de la Forma.. [12]
67. 中国中生代陆相地层 [12]
68. Elatides-harrisii, sp-nov, from the lower cretaceous of liaoning, .. [11]
69. 香港坪洲岛若干白垩纪植物化石 [11]
70. 银杏型胚珠器官的异时发育起源 [10]
71. 黑龙江省鸡西、穆棱地区晚中生代地层及其植物组合的基本面貌 [10]
72. 华南白垩纪几种松柏类化石及其地层意义 [10]
73. Baiera hallei Sze and associated ovule-bearing organs from the Mid.. [10]
74. A NEW OLIGOCENE CALOCEDRUS FROM SOUTH CHINA AND ITS IMPLICATIONS F.. [9]
75. 叙述龙潭船山石灰岩中的一种Girvanella化石并讨论“球状结构” [9]
76. On the presence of the genus Sinoctenis Sze in the Upper Triassic .. [9]
77. 诞生神州几多年 遍历沧桑看世界----银杏树的传奇 [9]
78. A NEW TERTIARY GINKGO (GINKGOACEAE) FROM THE WUYUN FORMATION OF JI.. [8]
79. 吉林蛟河盆地晚中生代陆相地层 [8]
80. Protoblechnum wongii Halle的一塊新的分叉蕨叶標本 [8]
81. 延长層在阿拉善旗的发现 [8]
82. 论东北亚中生代独特的松柏类－一扇杉属 [8]
83. ”活化石“银杏的祖先 [8]
84. 真蕨类植物，松柏类植物，裸子植物花果和种子化石 [8]
85. A heterophyllous cheirolepidiaceous conifer from the Cretaceous of.. [8]
86. 进化分支系统学和被子植物起源 (译著) [8]
87. 英国约克郡海相下白垩统完整保存的假拟节柏枝条(英文) [7]
88. 中生代银杏目植物的系统发育和进化趋向 [7]
89. 中国古植物学三十年 [7]
90. Upper Gondwana plants from the Puna Formation，southern Xizang (T.. [7]
91. Stalagma Samara, A new podocarpaceous conifer with monovolpate pol.. [7]
92. 若干中国银杏化石的命名问题（On the nomenclatural problems of some .. [7]
93. Erratum to "An overview of fossil Ginkgoales" [Palaeoworld 18 (200.. [6]
94. 描述河北峯峯上石盒子组的两种带羊齿 [6]
95. 南极乔治王岛一些晚白垩世植物化石 [6]
96. 南极乔治王岛菲尔德斯半岛早第三纪真蕨类植物 [6]
97. Мезозойские континенталъные отложе.. [6]
98. 追索远古种子植物 [5]
99. Plant remains from Early Cretaceous deposits on the Goban Spur, Ba.. [5]
100. Quaternary record of Azolla pinnata in China and its sporoderm ult.. [4]