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  总访问量
 5980
  访问来源
    内部： 6
    外部： 5974
    国内： 5686
    国外： 294

  年访问量
 1780
  访问来源
    内部： 0
    外部： 1780
    国内： 1716
    国外： 64

  月访问量
 6
  访问来源
    内部： 0
    外部： 6
    国内： 2
    国外： 4

访问量

访问量

1. 中国新近纪牛科分类及演化规律 [3331]
2. 记几种原鼢鼠( 啮齿目,鼢鼠科)及鼢鼠科的起源讨论 [3247]
3. 陕西蓝田灞河组乌米兽亚科( Urmiatheriinae , Bovidae) 一新属 [3146]
4. 陕西蓝田晚中新世灞河组松鼠科和林跳鼠科化石 [3093]
5. 中国原大羚化石的再研究 [2969]
6. 陕西蓝田晚中新世灞河组沙鼠类化石 [2919]
7. 泥河湾盆地上新世小哺乳动物生物地层学及相关问题讨论 [1641]
8. 陕西蓝田晚中新世灞河组的仓鼠化石 [1616]
9. 甘肃灵台小石沟晚中新世——上新世小哺乳动物生物地层 [1571]
10. 中国晚中新世陆相哺乳动物群序列:陕西蓝田的新证据 [1558]
11. 甘肃灵台文王沟(93002地点)晚中新世—早上新世生物地层 [1545]
12. 中国更新世兔属化石两新种 [1544]
13. 山西保德第30地点的跳鼠化石及其环境意义 [1483]
14. 山东淄博第四纪裂隙动物群 [1448]
15. 华北晚中新世羚羊的食性与古环境——稳定碳同位素的证据 [1445]
16. 中国晚新近纪哺乳动物群落与东亚环境变化 [1429]
17. 陕西蓝田灞河组陕西转角羚一新种 [1405]
18. 陕西蓝田晚中新世灞河组鼠科化石 [1393]
19. 陕西府谷晚中新世蓝牛化石 [1375]
20. 甘肃灵台文王沟晚中新世——早更新世小哺乳动物 [1341]
21. Oligocene moisture variations as evidenced by an aeolian dust sequ.. [1329]
22. 山东宁阳早更新世哺乳动物化石 [1300]
23. Strengthened East Asian summer monsoons during a period of high-la.. [1098]
24. Late Miocene large mammals from Ivand (Northwestern Iran) [986]
25. Fossil mammals resolve regional patterns of Eurasian climate chang.. [965]
26. 丹江库区脊椎动物化石和旧石器的发现与意义 [962]
27. 中国更新世兔属化石的厘定 [955]
28. 中国北方晚新生代兔科(Leporidae, Lagomorpha)化石 [926]
29. 陕西蓝田灞河组乌米兽亚科urmiatheriinaebovidae一新属 [915]
30. A new middle Miocene pliopithecid from Inner Mongolia, China [872]
31. Perissodactyl diversities and responses to climate changes as refl.. [867]
32. 鄂西地区一个含早期人类和巨猿化石的新地层单位--高坪组 [856]
33. 山东平邑第四纪裂隙中哺乳动物群及其生态学意义 [850]
34. 牙齿釉质显微结构术语简介和规范汉语译名的建议 [849]
35. 西藏吉隆-沃马盆地龙骨沟剖面古地磁年代学及喜马拉雅山抬升记录 [837]
36. 甘肃灵台晚中新世—早更新世生物地层划分及其意义 [831]
37. 欧亚大陆东部新近纪气候与生物群变化——序言 [826]
38. 内蒙古大庙中新世小哺乳动物化石埋藏学研究（英文） [810]
39. 甘肃骟马城哺乳动物化石地质年代的新认识 [805]
40. 西藏吉隆-沃马盆地龙骨沟剖面古地磁年代学及喜马拉雅山抬升记录 [797]
41. 陕西蓝田灞河组晚中新世Gazella羚羊的形态特征与分类 [789]
42. 鄂西高坪龙骨洞地层形成环境的研究 [786]
43. A new magnetostratigraphic framework for late Neogene Hipparion Re.. [759]
44. 甘肃灵台文王沟晚中新世一早更新世小哺乳动物 [755]
45. 中国晚中新世陆相哺乳动物群序列：陕西蓝田的新证据 [753]
46. 记几种原鼢鼠啮齿目鼢鼠科及鼢鼠科的起源讨论 [751]
47. Late Miocene and Pliocene large land mammals and climatic changes .. [727]
48. presenceofthecalcanealcanalinbasalglires [723]
49. 甘肃灵台文王沟(93002地点)晚中新世──早上新世生物地层 [720]
50. 湖北建始早期人类及巨猿年代学研究 [720]
51. Translation of Otto Zdansky's "The localities of the Hipparion fau.. [710]
52. 甘肃灵台小石沟晚中新世─上新世 小哺乳动物生物地层 [703]
53. New materials of Dinocrocuta (Percrocutidae, Carnivora) from Lanti.. [702]
54. 甘肃董湾晚新近纪地层及中新统上新统界线 [702]
55. 甘肃灵台小石沟晚中新世─上新世 小哺乳动物生物地层 [697]
56. The late Eocene hyracodontid perissodactyl Ardynia from Saint Jacq.. [689]
57. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [683]
58. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [675]
59. Magnetostratigraphic constraints on the fossiliferous Ulantatal se.. [668]
60. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [660]
61. thedipodidaejerboasfromloc30ofbaodeandtheirenvironmentalsignifican.. [659]
62. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [658]
63. Paleomagnetic chronology and records of Himalayan uplift on the Lo.. [655]
64. anewmimotonidanminahuimammaliagliresfromthemiddlepaleoceneofqiansh.. [653]
65. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [652]
66. 鄂西地区早期人类和巨猿生存环境研究 [651]
67. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [650]
68. The late Miocene hominoid-bearing site in the Maragheh Formation, .. [647]
69. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [644]
70. An Oasis in the Desert? History of Endemism and Climate in the Lat.. [641]
71. 记几种原鼢鼠啮齿目鼢鼠科及鼢鼠科的起源讨论 [634]
72. sciuridsandzapodidsfromthelatemiocenebaheformationlantianshaanxi [629]
73. Small mammal tooth enamel carbon isotope record of C-4 grasses in .. [624]
74. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [620]
75. 甘肃灵台文王沟(93002地点)晚中新世──早上新世生物地层 [617]
76. sciuridsandzapodidsfromthelatemiocenebaheformationlantianshaanxi [613]
77. paleodietsandpaleoenvironmentsoflatemiocenegazellesfromnorthchinae.. [612]
78. The provenance of late Cenozoic East Asian Red Clay: Tectonic-meta.. [607]
79. neogeneclimaticandbioticchangesineasterneurasiapreface [605]
80. thedipodidaejerboasfromloc30ofbaodeandtheirenvironmentalsignifican.. [604]
81. An Oasis in the Desert? History of Endemism and Climate in the Lat.. [601]
82. anewspeciesofeuproxcervidaemammaliafromthemiddlemioceneofdamiaonei.. [601]
83. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [569]
84. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [566]
85. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [564]
86. anewspeciesoflatemiocenehamstercricetidaerodentiafromdamiaoneimong.. [557]
87. anewspeciesoflatemiocenehamstercricetidaerodentiafromdamiaoneimong.. [554]
88. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [552]
89. 内蒙古大庙中新世哺乳动物群序列与环境变化 [550]
90. middlemioceneochotonidsochotonidaelagomorphafromdamiaopliopithecid.. [549]
91. anewspeciesofeuproxcervidaemammaliafromthemiddlemioceneofdamiaonei.. [541]
92. A new early Eocene deperetellid tapiroid illuminates the origin of.. [538]
93. A new species of Gobiolagus (Lagomorpha, Mammalia) from the Middle.. [527]
94. Improvement for the reconstruction of paleoaltitude and paleoenvir.. [527]
95. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [523]
96. onthegeologicalageofmammalianfossilsfromshanmachenggansuprovince [522]
97. morphologyandtaxonomyofgazellabovidaeartiodactylafromthelatemiocen.. [521]
98. phylogeneticanalysisonpalaeogalepalaeogalidaecarnivorabasedonspeci.. [520]
99. New Material of Karakoromys (Ctenodactylidae, Rodentia) from Late .. [507]
100. onthegeologicalageofmammalianfossilsfromshanmachenggansuprovince [494]

下载量

1. 陕西蓝田灞河组乌米兽亚科( Urmiatheriinae , Bovidae) 一新属 [986]
2. 中国新近纪牛科分类及演化规律 [959]
3. 陕西蓝田晚中新世灞河组沙鼠类化石 [953]
4. 中国原大羚化石的再研究 [928]
5. 记几种原鼢鼠( 啮齿目,鼢鼠科)及鼢鼠科的起源讨论 [909]
6. 陕西蓝田晚中新世灞河组松鼠科和林跳鼠科化石 [884]
7. Oligocene moisture variations as evidenced by an aeolian dust sequ.. [745]
8. Perissodactyl diversities and responses to climate changes as refl.. [373]
9. 甘肃灵台小石沟晚中新世——上新世小哺乳动物生物地层 [311]
10. 中国更新世兔属化石两新种 [300]
11. 山东淄博第四纪裂隙动物群 [270]
12. 泥河湾盆地上新世小哺乳动物生物地层学及相关问题讨论 [254]
13. 陕西蓝田灞河组陕西转角羚一新种 [254]
14. 中国更新世兔属化石的厘定 [252]
15. 陕西蓝田晚中新世灞河组的仓鼠化石 [243]
16. 甘肃灵台文王沟(93002地点)晚中新世—早上新世生物地层 [229]
17. 欧亚大陆东部新近纪气候与生物群变化——序言 [228]
18. 甘肃灵台文王沟晚中新世——早更新世小哺乳动物 [227]
19. 中国晚中新世陆相哺乳动物群序列:陕西蓝田的新证据 [221]
20. Late Miocene large mammals from Ivand (Northwestern Iran) [217]
21. 山东平邑第四纪裂隙中哺乳动物群及其生态学意义 [200]
22. 鄂西高坪龙骨洞地层形成环境的研究 [197]
23. 丹江库区脊椎动物化石和旧石器的发现与意义 [186]
24. 中国晚新近纪哺乳动物群落与东亚环境变化 [172]
25. 陕西蓝田灞河组乌米兽亚科urmiatheriinaebovidae一新属 [171]
26. Fossil mammals resolve regional patterns of Eurasian climate chang.. [166]
27. 陕西府谷晚中新世蓝牛化石 [164]
28. 鄂西地区一个含早期人类和巨猿化石的新地层单位--高坪组 [160]
29. 内蒙古大庙中新世小哺乳动物化石埋藏学研究（英文） [156]
30. 陕西蓝田晚中新世灞河组鼠科化石 [154]
31. The late Eocene hyracodontid perissodactyl Ardynia from Saint Jacq.. [150]
32. 西藏吉隆-沃马盆地龙骨沟剖面古地磁年代学及喜马拉雅山抬升记录 [148]
33. 山东宁阳早更新世哺乳动物化石 [142]
34. 陕西蓝田灞河组晚中新世Gazella羚羊的形态特征与分类 [140]
35. 甘肃骟马城哺乳动物化石地质年代的新认识 [135]
36. 记几种原鼢鼠啮齿目鼢鼠科及鼢鼠科的起源讨论 [134]
37. 山西保德第30地点的跳鼠化石及其环境意义 [133]
38. 甘肃灵台晚中新世—早更新世生物地层划分及其意义 [129]
39. 西藏吉隆-沃马盆地龙骨沟剖面古地磁年代学及喜马拉雅山抬升记录 [129]
40. 牙齿釉质显微结构术语简介和规范汉语译名的建议 [127]
41. 甘肃灵台文王沟(93002地点)晚中新世──早上新世生物地层 [124]
42. 湖北建始早期人类及巨猿年代学研究 [124]
43. A new middle Miocene pliopithecid from Inner Mongolia, China [121]
44. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [121]
45. The late Miocene hominoid-bearing site in the Maragheh Formation, .. [120]
46. 华北晚中新世羚羊的食性与古环境——稳定碳同位素的证据 [118]
47. 甘肃灵台小石沟晚中新世─上新世 小哺乳动物生物地层 [116]
48. A new magnetostratigraphic framework for late Neogene Hipparion Re.. [114]
49. 中国晚中新世陆相哺乳动物群序列：陕西蓝田的新证据 [114]
50. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [112]
51. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [112]
52. Small mammal tooth enamel carbon isotope record of C-4 grasses in .. [110]
53. 甘肃灵台小石沟晚中新世─上新世 小哺乳动物生物地层 [108]
54. 甘肃灵台文王沟晚中新世一早更新世小哺乳动物 [108]
55. A new early Eocene deperetellid tapiroid illuminates the origin of.. [107]
56. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [105]
57. 记几种原鼢鼠啮齿目鼢鼠科及鼢鼠科的起源讨论 [103]
58. Strengthened East Asian summer monsoons during a period of high-la.. [101]
59. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [99]
60. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [94]
61. presenceofthecalcanealcanalinbasalglires [94]
62. Late Miocene and Pliocene large land mammals and climatic changes .. [93]
63. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [87]
64. New materials of Dinocrocuta (Percrocutidae, Carnivora) from Lanti.. [85]
65. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [84]
66. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [84]
67. 甘肃灵台文王沟(93002地点)晚中新世──早上新世生物地层 [82]
68. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [80]
69. anewmimotonidanminahuimammaliagliresfromthemiddlepaleoceneofqiansh.. [80]
70. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [78]
71. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [73]
72. Improvement for the reconstruction of paleoaltitude and paleoenvir.. [72]
73. 中国北方晚新生代兔科(Leporidae, Lagomorpha)化石 [71]
74. Translation of Otto Zdansky's "The localities of the Hipparion fau.. [71]
75. An Oasis in the Desert? History of Endemism and Climate in the Lat.. [69]
76. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [68]
77. Hypsodonty of Dipodidae (Rodentia) in Correlation with Diet Prefer.. [65]
78. Magnetostratigraphic constraints on the fossiliferous Ulantatal se.. [63]
79. 山东宁阳早更新世哺乳动物化石英文 [43]
80. The provenance of late Cenozoic East Asian Red Clay: Tectonic-meta.. [34]
81. New Material of Karakoromys (Ctenodactylidae, Rodentia) from Late .. [31]
82. An Oasis in the Desert? History of Endemism and Climate in the Lat.. [28]
83. The origin and evolutionary history of Lagomorpha (Mammalia) in Ch.. [9]
84. New early ruminants (Mammalia: Artiodactyla) from the Oligocene of.. [3]