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1. Morphological and ultrastructural studies on spores in situ of Oli.. [633]
2. Paleobiology and skeletochronology of Jurassic dinosaurs: implicat.. [591]
3. 华南三叠纪一种双扇蕨科植物的繁殖器官构造及原位孢子(英文) [458]
4. 新疆奇台晚侏罗世几种木材化石 [429]
5. Early to Middle Jurassic vegetation and climatic events in the Qai.. [423]
6. 福建永安下白垩统坂头组枝脉蕨属一新种Cladophlebis yonganensis sp.no.. [405]
7. Fossil Equisetum from the Lower Cretaceous in Jiuquan Basin, Gansu.. [384]
8. Pseudofrenelopsis fossils from Cretaceous gypsum beds in Guixi, Ji.. [376]
9. Rise of the Dragon: Readings from Nature of the Chinese Fossil Rec.. [366]
10. 孢粉生态群模型（SEG）及其在古环境研究中的应用 [352]
11. 三叠纪—侏罗纪界线野火事件研究:方法、进展及展望 [342]
12. A dipteridaceous fern with in situ spores from the Lower Jurassic .. [336]
13. A structurally preserved cycad-like stem, Lioxylon liaoningense ge.. [332]
14. A polyxylic Cycad trunk from the Middle Jurassic of western Liaoni.. [321]
15. Sequoioxylon zhangii sp nov (Sequoioideae, Cupressaceae s.l.), a n.. [320]
16. 鄂西早侏罗世香溪植物群真蕨植物研究进展 [311]
17. The fossil Gleicheniaceous ferns of China: Biodiversity, systemati.. [310]
18. 新疆塔里木盆地中侏罗世塔尔尕组孢粉植物群及地层和古地理意义 [310]
19. 浙江白垩系两种掌鳞杉科化石微细结构及其古环境意义 [308]
20. Whole-Plant Reconstruction and Updated Phylogeny of Austrohamia ac.. [307]
21. 中国侏罗纪古气候分区与演变 [305]
22. A lycopsid with novel reproductive structures from the Upper Devon.. [292]
23. 中国古生物学会第十次全国会员代表大会暨第25届学术年会--中国古生物学.. [291]
24. Quantitative analysis of paleoatmospheric CO2 level based on stoma.. [289]
25. 辽西上三叠统大型完整苏铁类化石的发现及意义 [289]
26. 四川盆地三叠纪—侏罗纪之交脂类分布特征及其指示的地质事件 [288]
27. 欧洲地区中、新生代木化石 [282]
28. Biodiversity and palaeoclimatic implications of fossil wood from t.. [281]
29. 广东深圳地区侏罗纪植物化石的发现及意义 [279]
30. 长江砾石层的沉积学、年代学和物源示踪——对中国东部晚新生代构造和气.. [278]
31. ASHICAULIS BEIPIAOENSIS SP NOV., A NEW OSMUNDACEOUS FERN SPECIES F.. [271]
32. 北美地区中、新生代木化石 [270]
33. Records and Diversity of the Fossil Bryophytes in China [267]
34. 辽西北票中晚侏罗世髫髻山组木化石的古气候、古环境和古生态意义 [267]
35. 福建永安下白垩统坂头组Elatides属雌球果化石研究 [264]
36. 泰国中-新生代热带植物木化石研究 [264]
37. Occurrences of Early Cretaceous fossil woods in China: Implication.. [264]
38. 古植物学 [264]
39. 第七届国际侏罗纪大会在波兰举行 [263]
40. 辽宁本溪中三叠统林家瓣轮叶(新种) [263]
41. 辽西中侏罗世苏铁类型植物的新发现 [262]
42. 辽西侏罗纪紫萁根茎化石新材料(Ashicaulis wangiisp.nov.)及古生物地理.. [262]
43. 英格兰侏罗纪海岸的远古生命足迹 [260]
44. 中国古生物学的发展与展望 [258]
45. Comment on the letter of the Society of Vertebrate Paleontology (S.. [257]
46. “远古生命与现代途径”研究的盛大聚会－我国成功举办第二届国际古生物.. [255]
47. Occurrence of Sciadopitys-like fossil wood (Coniferales) in the Ju.. [254]
48. A new species of osmundaceous fern rhizome, Ashicaulis macromedull.. [253]
49. The discovery of whole-plant fossil cycad from the Upper Triassic .. [251]
50. Two New Species of Protocedroxylon Gothan (Pinaceae) from the Midd.. [251]
51. 鄂西早侏罗世一种马通科植物生殖器官的微细构造及原位孢子特征 [249]
52. Diversity variation and tempo-spatial distributions of the Dipteri.. [248]
53. Cuticular anatomy of Sphenobaiera huangii (Ginkgoales) from the Lo.. [247]
54. A new discovery of Chamaecyparis from the Lower Cretaceous of Inne.. [243]
55. 四川盆地早中生代真蕨植物多样性变化及意义 [241]
56. A new Karkenia (Ginkgoales) from the Jurassic Yima formation, Hena.. [240]
57. 中国银杏目植物化石的几个命名问题(英文) [240]
58. A diversified tetrapod ichnite fauna from the Lower Cretaceous Hek.. [240]
59. 内蒙古早三叠世的Scalaroxylon及其演化意义 [239]
60. 中国中生代木化石研究新进展:多样性变化及古气候波动 [238]
61. Biodiversity and palaeoclimate of the Middle Jurassic floras from .. [236]
62. 四川射洪地区地质遗迹保护与旅游开发 [236]
63. Morphology and epidermal anatomy of Tricalycites, a winged propagu.. [236]
64. 中国木化石与古地理和古气候 [235]
65. White-rotting fungus with clamp-connections in a coniferous wood f.. [235]
66. Ultrastructure of in situ Marattia asiatica (Marattiaceae) spores .. [234]
67. 三叠系-侏罗系界线古火灾事件研究:方法、进展及展望 [233]
68. Late Triassic ecosystem variations inferred by palynological recor.. [233]
69. Fires and storms-a Triassic-Jurassic transition section in the Sic.. [233]
70. 新疆塔北二叠纪的柯坪稀囊蕨及其原位孢子 [232]
71. Diversity variation and tempo-spatial distribution of Otozamites (.. [232]
72. 甘肃酒泉盆地早白垩世松型球果新材料(Pityostrobus yumenensis sp.nov... [232]
73. Tree ring phototropism and implications for the rotation of the No.. [232]
74. 福建永安坂头组植物及古气候分析 [231]
75. 生物多样性与古生物的发育演化－德国古生物学会第73届年会侧记 [231]
76. Taxonomic investigations on permineralized conifer woods from the .. [230]
77. Fertile organs and in situ spores of a matoniaceous fern from the .. [230]
78. Fern ecological implications from the Lower Jurassic in Western Hu.. [229]
79. 中国中生代真蕨植物大化石记录 [229]
80. 地史时期古大气二氧化碳变化趋势与温室气候——以中生代白垩纪为例 [228]
81. 辽西侏罗纪木化石Sahnioxylon(萨尼木属)及其系统学意义 [227]
82. Permineralized osmundaceous and gleicheniaceous ferns from the Jur.. [226]
83. Comprehensive report: Advances and Perspectives of Palaeontology i.. [225]
84. Oligocarpia kepingensis sp nov from the Lower Permian of the north.. [224]
85. 四川宣汉七里峡中—晚三叠世之交沉积环境演化分析 [224]
86. Leaf cuticle ultrastructure of Pseudofrenelopsis dalatzensis (Chow.. [223]
87. Comment on the letter of the Society of Vertebrate Paleontology (S.. [222]
88. Recent advances in the study of Mesozoic-Cenozoic petrified wood f.. [221]
89. 紫萁科植物——漫长演化历史的见证者 [219]
90. 中生代化石森林的高精度重建:方法、进展与展望 [219]
91. 新疆乌恰中侏罗世孢粉植物群及其环境意义 [218]
92. 辽西建昌地区侏罗纪髫髻山组木化石的发现及古气候意义 [215]
93. Sedimentological and paleoecological aspects of the Norian-Rhaetia.. [215]
94. 辽西下白垩统义县组木化石新材料及其与内含真菌的协同作用 [214]
95. Occurrence of Brachyoxylon Hollick et Jeffrey from the Lower Creta.. [214]
96. Mesozoic and Cenozoic fossil wood in America [213]
97. Umaltolepis and associated Pseudotorellia leaves from the Middle J.. [213]
98. 新疆塔里木拜城地区早白垩世舒善河组孢粉组合 [212]
99. New discovery of fossil cycad-like plants from the middle Jurassic.. [211]
100. 辽西侏罗纪金松型木化石的新发现及演化意义 [210]

Downloads

1. 华南三叠纪一种双扇蕨科植物的繁殖器官构造及原位孢子(英文) [76]
2. Paleobiology and skeletochronology of Jurassic dinosaurs: implicat.. [66]
3. Early to Middle Jurassic vegetation and climatic events in the Qai.. [58]
4. A lycopsid with novel reproductive structures from the Upper Devon.. [46]
5. Fern ecological implications from the Lower Jurassic in Western Hu.. [46]
6. 四川盆地晚三叠世孢粉植物群研究的进展与展望 [46]
7. 四川宣汉七里峡中—晚三叠世之交沉积环境演化分析 [44]
8. 四川盆地三叠纪—侏罗纪之交脂类分布特征及其指示的地质事件 [40]
9. 四川盆地早中生代真蕨植物多样性变化及意义 [39]
10. Fertile organs and in situ spores of Marattia asiatica (Kawasaki) .. [36]
11. A new Karkenia (Ginkgoales) from the Jurassic Yima formation, Hena.. [36]
12. 鄂西早侏罗世香溪植物群真蕨植物研究进展 [36]
13. A dipteridaceous fern with in situ spores from the Lower Jurassic .. [35]
14. Ultrastructure of in situ Marattia asiatica (Marattiaceae) spores .. [35]
15. Biodiversity and palaeoclimatic implications of fossil wood from t.. [34]
16. 甘肃酒泉盆地早白垩世松型球果新材料(Pityostrobus yumenensis sp.nov... [33]
17. 辽西下白垩统义县组木化石新材料及其与内含真菌的协同作用 [32]
18. Quantitative analysis of paleoatmospheric CO2 level based on stoma.. [31]
19. Taxonomic investigations on permineralized conifer woods from the .. [31]
20. The discovery of whole-plant fossil cycad from the Upper Triassic .. [31]
21. Preliminary analysis of climate indicator plant distribution in th.. [31]
22. 鄂西早侏罗世一种马通科植物生殖器官的微细构造及原位孢子特征 [31]
23. A structurally preserved cycad-like stem, Lioxylon liaoningense ge.. [30]
24. 中国古生物学会第十次全国会员代表大会暨第25届学术年会--中国古生物学.. [29]
25. 辽西建昌地区侏罗纪髫髻山组木化石的发现及古气候意义 [29]
26. New discovery of fossil cycad-like plants from the middle Jurassic.. [28]
27. 英格兰侏罗纪海岸的远古生命足迹 [27]
28. Pseudofrenelopsis fossils from Cretaceous gypsum beds in Guixi, Ji.. [26]
29. 塔里木盆地北缘二叠纪植物群 [26]
30. 新疆塔里木盆地中侏罗世塔尔尕组孢粉植物群及地层和古地理意义 [26]
31. 浙江白垩系两种掌鳞杉科化石微细结构及其古环境意义 [26]
32. Diversity variation and tempo-spatial distribution of Otozamites (.. [25]
33. 四川宣汉晚三叠世孢粉组合及其古植被与古气候意义 [25]
34. 四川宣汉晚三叠世古气候波动事件—来自孢粉植物群的证据 [25]
35. Cuticular anatomy of Sphenobaiera huangii (Ginkgoales) from the Lo.. [24]
36. 从植物化石叶片中获取古大气CO_2浓度的信息 [24]
37. 内蒙古三叠纪担子菌化石新发现 [24]
38. 吐鲁番拗陷中侏罗世孢粉植物群及古环境 [23]
39. 中国银杏目植物化石的几个命名问题(英文) [23]
40. 三叠纪—侏罗纪界线野火事件研究:方法、进展及展望 [22]
41. Biodiversity and palaeoclimate of the Middle Jurassic floras from .. [21]
42. 辽西侏罗纪木化石Sahnioxylon(萨尼木属)及其系统学意义 [20]
43. 重庆合川地区晚三叠世须家河组孢粉植物群 [20]
44. 四川盆地早中生代古植物学及其环境背景研究:进展与展望 [20]
45. The fossil Gleicheniaceous ferns of China: Biodiversity, systemati.. [19]
46. 新疆塔北二叠纪的柯坪稀囊蕨及其原位孢子 [19]
47. 新疆吐鲁番-鄯善地区中侏罗世孢粉组合 [19]
48. 宁夏中卫晚石炭世沉积相分析与古环境重建 [19]
49. 辽西中侏罗世苏铁类型植物的新发现 [19]
50. 新疆塔里木拜城地区早白垩世舒善河组孢粉组合 [19]
51. 中国侏罗纪古气候分区与演变 [19]
52. Additional data on Todites (Osmundaceae) from the Lower Jurassic -.. [18]
53. 塔里木盆地石油运移的孢粉学证据 [18]
54. 新疆乌恰中侏罗世孢粉植物群及其环境意义 [18]
55. A polyxylic Cycad trunk from the Middle Jurassic of western Liaoni.. [18]
56. Oligocarpia kepingensis sp nov from the Lower Permian of the north.. [17]
57. 福建永安下白垩统坂头组Elatides属雌球果化石研究 [17]
58. 泰国中-新生代热带植物木化石研究 [17]
59. 福建永安下白垩统坂头组枝脉蕨属一新种Cladophlebis yonganensis sp.no.. [17]
60. Fertile organs and in situ spores of a matoniaceous fern from the .. [16]
61. 内蒙古东胜中侏罗世孢粉植物群与沉积环境 [16]
62. 陕西秃尾河晚三叠世孢粉植物群及其环境意义 [16]
63. 新疆塔里木盆地早白垩世克孜勒苏群孢粉组合 [16]
64. 新疆拜城早白垩世孢粉植物群及其环境意义 [16]
65. 新疆乌恰早白垩世孢粉植物群及其环境意义 [16]
66. 辽东中三叠统植物的多样性及其古气候意义 [16]
67. Leaf cuticle ultrastructure of Pseudofrenelopsis dalatzensis (Chow.. [15]
68. 中国西北侏罗纪含煤地层与聚煤规律 [15]
69. 内蒙古东胜中侏罗世延安组孢粉组合(英文) [14]
70. Mesozoic non-marine petroleum source rocks determined by palynomor.. [13]
71. Fertile organs and in situ spores of a new dipteridaceous fern Hau.. [13]
72. 紫萁科植物——漫长演化历史的见证者 [13]
73. 中国银杏植物大化石记录 [13]
74. 辽西上三叠统大型完整苏铁类化石的发现及意义 [12]
75. 辽西侏罗纪金松型木化石的新发现及演化意义 [12]
76. 神奇的自然殿堂——美国国家自然历史博物馆 [12]
77. 陕西铜川晚三叠世孢粉植物群及其环境意义 [11]
78. Permineralized rhizomes of the Osmundaceae (Filicales): Diversity .. [11]
79. 内蒙古早三叠世的Scalaroxylon及其演化意义 [10]
80. 新疆奇台晚侏罗世几种木材化石 [10]
81. Diversity variation and tempo-spatial distributions of the Dipteri.. [10]
82. Recent advances in the study of Mesozoic-Cenozoic petrified wood f.. [9]
83. Middle Jurassic spore-pollen assemblages from Turpan-Shanshan area.. [9]
84. Preliminary study on Late Triassic to Early Jurassic strata and fl.. [9]
85. 古植物学 [9]
86. 三叠系-侏罗系界线古火灾事件研究:方法、进展及展望 [9]
87. 中国中生代木化石研究新进展:多样性变化及古气候波动 [9]
88. 中国中生代真蕨植物大化石记录 [9]
89. Occurrence of Sciadopitys-like fossil wood (Coniferales) in the Ju.. [8]
90. Biodiversity, anatomy and evolution of Mesozoic plants: An introdu.. [8]
91. “海相与非海相侏罗纪研究”被批准为国际地质对比计划（IGCP）项目 [8]
92. 华夏植物群的沿革和应用范围 [8]
93. 新疆准噶尔盆地侏罗纪两种真藓类化石 [8]
94. 辽西侏罗纪紫萁根茎化石新材料(Ashicaulis wangiisp.nov.)及古生物地理.. [8]
95. 双扇蕨科植物兴衰演化探秘 [8]
96. 辽西北票中晚侏罗世髫髻山组木化石的古气候、古环境和古生态意义 [8]
97. 广东深圳地区侏罗纪植物化石的发现及意义 [7]
98. ASHICAULIS BEIPIAOENSIS SP NOV., A NEW OSMUNDACEOUS FERN SPECIES F.. [6]
99. Palaeophytogeography and Palaeolimatic implications of Permian gig.. [6]
100. 孢粉生态群模型（SEG）及其在古环境研究中的应用 [6]