1000-3967
2010 Issue 4
Discovery and significance of ankylosaur specimens from the Late Cretaceous Qiupa Formation in Luanchuan,Henan,China
jia song-hai1; l zuo jun-chang2; xu li1; hu wei-yong1; li jin-hua1; zhang ji-ming1 1. henan geological museum; zhengzhou 450016; henan; china; 2. institute of geology; chinese academy of geological sciences; beijing 100037; china
jia song-hai1; l zuo jun-chang2; xu li1; hu wei-yong1; li jin-hua1; zhang ji-ming1 1. henan geological museum; zhengzhou 450016; henan; china; 2. institute of geology; chinese academy of geological sciences; beijing 100037; china
..............page:483-487
The U-Pb ages and Hf isotopes of zircons in the metadiabase and gneissic granite,Beishan orogenic belt,Inner Mongolia,China and its significance
liu xue-min1; chen yue-long1; li da-peng1; wang zhong2; liu jin-bao21. school of the earth sciences and mineral resources; china university of geosciences; beijing 100083; china; 2. geological survey of inner mongolia autonomous region; hohhot 010010; inner mongolia; china
liu xue-min1; chen yue-long1; li da-peng1; wang zhong2; liu jin-bao21. school of the earth sciences and mineral resources; china university of geosciences; beijing 100083; china; 2. geological survey of inner mongolia autonomous region; hohhot 010010; inner mongolia; china
..............page:518-529
3D positioning and quantitative prediction of Yulong porphyry copper deposit,Tibet,China based on digital mineral deposit model
wang li-mei1; 2; chen jian-ping1; 2; tang ju-xing31. institute of high and new techniques applied to land resources; china university of geosciences; beijing 100083; china; 2. beijing key laboratory of research and exploration information of land resources; beijing 100083; china; 3. institute of mineral resources ; chinese academy of geological sciences ; beijing 100037; china
wang li-mei1; 2; chen jian-ping1; 2; tang ju-xing31. institute of high and new techniques applied to land resources; china university of geosciences; beijing 100083; china; 2. beijing key laboratory of research and exploration information of land resources; beijing 100083; china; 3. institute of mineral resources ; chinese academy of geological sciences ; beijing 100037; china
..............page:565-570
The characteristics of shallow groundwater and the establishment of rural water supply demonstration project in central Yunnan red beds area,southwestern China
zhu chun-lin1; 2; li zhi-yi1; rao chun-fu2; xing zhi-hui21. china university of geosciences(beijing); beijing 100083; china; 2. yunnan second investigation institute of geological engineering; kunming 650051; yunnan; china
zhu chun-lin1; 2; li zhi-yi1; rao chun-fu2; xing zhi-hui21. china university of geosciences(beijing); beijing 100083; china; 2. yunnan second investigation institute of geological engineering; kunming 650051; yunnan; china
..............page:610-615
..............page:627
Diagenesis evolution of fragmental reservoir in alkali sediment environment——taking the Member 4 of Shahejie Formation of steep-slope zone in Dongying sag,Shandong,China for example
tan xian-feng1; 2; tian jing-chun2; li zu-bing1; zhang shou-peng3; wang wei-qing31. chongqing university of science and technology; chongqing 401331; china; 2. state key laboratory for oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; sichuan; china; 3. geology institute of shengli oil-field; dongying 257015; shandong; china
tan xian-feng1; 2; tian jing-chun2; li zu-bing1; zhang shou-peng3; wang wei-qing31. chongqing university of science and technology; chongqing 401331; china; 2. state key laboratory for oil and gas reservoir geology and exploitation; chengdu university of technology; chengdu 610059; sichuan; china; 3. geology institute of shengli oil-field; dongying 257015; shandong; china
..............page:535-543
Lead-zinc-silver metallogenic prediction based on GIS in Tuotuo River region,Qinghai,China
sun yan1; 2; 3; wang xun-lian3; chen jian-ping1; 2; 3; wang qian1; 2; 31. institute of high and new techniques applied to land resources; china university of geosciences; beijing 100083; china; 2. beijing key laboratory of development and research for land resources information/china university of geosciences; beijing 100083; china; 3. school of the earth sciences and resources; china university of geosciences; beijing 100083; china
sun yan1; 2; 3; wang xun-lian3; chen jian-ping1; 2; 3; wang qian1; 2; 31. institute of high and new techniques applied to land resources; china university of geosciences; beijing 100083; china; 2. beijing key laboratory of development and research for land resources information/china university of geosciences; beijing 100083; china; 3. school of the earth sciences and resources; china university of geosciences; beijing 100083; china
..............page:556-564
Strengthens the geological data re-development,to provide the information supports to realize the new breakthrough of geology prospecting
zhang xing-liao; dou jing-lei; zheng ya-lin; liu di; guo shi-jie; wang hui henan geological museum; zhengzhou 450016; henan; china
zhang xing-liao; dou jing-lei; zheng ya-lin; liu di; guo shi-jie; wang hui henan geological museum; zhengzhou 450016; henan; china
..............page:622-626
Evaluation of the groundwater intrinsic vulnerability in West Liaohe plain,Inner Mongolia,China
long wen-hua1; 2; chen hong-han1; li zhi2; pan hong-jie21. china university of geosciences; beijing 100083; china; 2. geological survey of inner mongolia 010020; hohhot; china
long wen-hua1; 2; chen hong-han1; li zhi2; pan hong-jie21. china university of geosciences; beijing 100083; china; 2. geological survey of inner mongolia 010020; hohhot; china
..............page:598-602
Application of GIS-based weights of evidence method for mineral quantitative prediction:A case study on Alukerqin area,Inner Mongolia,China
liu xiao-ling; chen jian-ping school of earth sciences and resources; china university of geosciences/institute of high and new techniques applied to land resources; china university of geosciences/beijing key laboratory of development and research for land resources information; beijing 100083; china
liu xiao-ling; chen jian-ping school of earth sciences and resources; china university of geosciences/institute of high and new techniques applied to land resources; china university of geosciences/beijing key laboratory of development and research for land resources information; beijing 100083; china
..............page:571-580
Analysis on visit to the website of National Geological Archive,China
zhang hao1; 2; pang zhen-shan2; ding ke-yong2; yan shi-qiang21. china university of geosciences (beijing); beijing 100083; china; 2. development and research center of china geological survey; beijing 100037; china
zhang hao1; 2; pang zhen-shan2; ding ke-yong2; yan shi-qiang21. china university of geosciences (beijing); beijing 100083; china; 2. development and research center of china geological survey; beijing 100037; china
..............page:616-621
Features and formation time of Mangxiang Formation in Duosang graben of Ngangla Ringco area,western Tibet,China
wang hui; zhao bing sedimentary institute of chengdu university of technology; chengdu 610059; sichuan; china
wang hui; zhao bing sedimentary institute of chengdu university of technology; chengdu 610059; sichuan; china
..............page:544-548
Formation of karst cave system and its relationship with neotectonic movement in Beijing Western Hills,Beijing,China
lzuo jin-bo1; lu yao-ru2; zheng gui-sen3; zheng ming-cun41. beijing geological survey ; beijing 102206; china; 2. chinese academy of geological sciences; beijing 100037; china; 3. beijing bureau of geology and mineral exploration and development; beijing 100195; china; 4. management committee of scenic spot of shihua cave in fangshan district; beijing 102416; china
lzuo jin-bo1; lu yao-ru2; zheng gui-sen3; zheng ming-cun41. beijing geological survey ; beijing 102206; china; 2. chinese academy of geological sciences; beijing 100037; china; 3. beijing bureau of geology and mineral exploration and development; beijing 100195; china; 4. management committee of scenic spot of shihua cave in fangshan district; beijing 102416; china
..............page:502-509
Shawan Formation pool-forming system and enrichment regular pattern in Chepaizi uplift,western Junggar Basin,China
shen yang1; 2; jia dong1; zhao hong-liang2; han xiang-lei21. department of earth sciences; nanjing university; nanjing 210093; jiangsu; china; 2. geological scientific research institute slof; sinopec; dongying 257015; shandong; china
shen yang1; 2; jia dong1; zhao hong-liang2; han xiang-lei21. department of earth sciences; nanjing university; nanjing 210093; jiangsu; china; 2. geological scientific research institute slof; sinopec; dongying 257015; shandong; china
..............page:581-588
Appearance and geologic significance of Caledonian Movement in southeastern Guizhou,China and its adjacent area
dai chuan-gu1; 2; chen jian-shu2; lu ding-biao2; ma hui-zhen2; wang xue-hua21. china university of geosciences; beijing 100083; china; 2. geological survey of guizhou province; guiyang 550005; guizhou; china
dai chuan-gu1; 2; chen jian-shu2; lu ding-biao2; ma hui-zhen2; wang xue-hua21. china university of geosciences; beijing 100083; china; 2. geological survey of guizhou province; guiyang 550005; guizhou; china
..............page:530-534
Time-spatial developing laws of co-existed inherited and neogenic structures:with reference to significance of neogenic structures for oil-gas exploration
wu gen-yao1; ma li2; liang xing3; liang jiang-ping4; zhu de-feng4; yang jian-guo41. institute of geology and geophysics; chinese academy of sciences; beijing 100029; china; 2. jiangsu oilfield; china petroleum & chemical corp.; yangzhou 225009; jiangsu; china; 3. zhejiang oilfield company; china national petroleum corp.; hangzhou 310013; zhejiang; china; 4. exploration and developing research institute of daqing oilfield company ltd.; daqing 163712; heilongjiang; china
wu gen-yao1; ma li2; liang xing3; liang jiang-ping4; zhu de-feng4; yang jian-guo41. institute of geology and geophysics; chinese academy of sciences; beijing 100029; china; 2. jiangsu oilfield; china petroleum & chemical corp.; yangzhou 225009; jiangsu; china; 3. zhejiang oilfield company; china national petroleum corp.; hangzhou 310013; zhejiang; china; 4. exploration and developing research institute of daqing oilfield company ltd.; daqing 163712; heilongjiang; china
..............page:488-501
Zircon LA-ICP-MS U-Pb dating and significance of Yudongzi Group deformation granite from Lueyang area,western Qinling,China
zhang xin1; 2; xu xue-yi1; song gong-she3; wang hong-liang1; chen jun-lu1; li ting21. xi an institute of geology and mineral resources; china geological survey; xi an 710054; shaanxi; china; 2. college of earth science and resources of chang an university; xi an 710054; shaanxi; china; 3. institute of geological survey of shaanxi province; xi an 710054; shaanxi; china
zhang xin1; 2; xu xue-yi1; song gong-she3; wang hong-liang1; chen jun-lu1; li ting21. xi an institute of geology and mineral resources; china geological survey; xi an 710054; shaanxi; china; 2. college of earth science and resources of chang an university; xi an 710054; shaanxi; china; 3. institute of geological survey of shaanxi province; xi an 710054; shaanxi; china
..............page:510-517
Analysis on groundwater supply sources using hydrogen and oxygen isotope data——a case study of Yanggu-Qihe salient,northwestern Shandong,China
zhang bao-jian1; xu jun-xiang2; ma zhen-min3; shen zhao-li1; qi lin41. china university of geosciences; beijing 100083; china; 2. shandong bureau of geology and mineral resource; ji nan 250013; shandong; china; 3. school of city development; university of ji nan; ji nan 250002; shandong; china; 4. china institute of water resources and hydropower research; beijing 100044; china
zhang bao-jian1; xu jun-xiang2; ma zhen-min3; shen zhao-li1; qi lin41. china university of geosciences; beijing 100083; china; 2. shandong bureau of geology and mineral resource; ji nan 250013; shandong; china; 3. school of city development; university of ji nan; ji nan 250002; shandong; china; 4. china institute of water resources and hydropower research; beijing 100044; china
..............page:603-609
Multivariate statistical analysis of diagenetic information of chert from southern Tibet,China
he jun-guo1; zhou yong-zhang1; yang zhi-jun1; fu wei2; li hong-zhong11. department of earth sciences/center for earth environment & resources; zhongshan university; guangzhou 510275; guangdong; china; 2. department of resources and environmental engineering; guilin university of technology; guilin 541000; guangxi; china
he jun-guo1; zhou yong-zhang1; yang zhi-jun1; fu wei2; li hong-zhong11. department of earth sciences/center for earth environment & resources; zhongshan university; guangzhou 510275; guangdong; china; 2. department of resources and environmental engineering; guilin university of technology; guilin 541000; guangxi; china
..............page:549-555
Relationship between deep groundwater resources composition and land subsidence under the condition of exploitation in Dezhou,Shandong,China
yang li-zhi1; zhang guang-hui2; liu zhong-ye1; liu chun-hua11. shandong institute of geological survey; jinan 250013; shandong; china; 2. institute of hydrogeology and environment geology; chinese academy of geological sciences; shijiazhuang 050061; hebei ; china
yang li-zhi1; zhang guang-hui2; liu zhong-ye1; liu chun-hua11. shandong institute of geological survey; jinan 250013; shandong; china; 2. institute of hydrogeology and environment geology; chinese academy of geological sciences; shijiazhuang 050061; hebei ; china
..............page:589-597