1000-3967
2007 Issue 12
Comparative study of deep-penetrating geochemical methods:a case study of the Hua′obote lead-zinc deposits, Inner Mongolia, China.
nie lan-shi1; 2; 3; cheng zhi-zhong2; 3; wang xue-qiu2; 3; wei hua-ling2; 3 1. school of earth sciences and resources; china university of geosciences; beijing 100083; china; 2. institute of geophysical and geochemical exploration; chinese academy of geological sciences; langfang 065000; hebei; china; 3. open laboratory of applied geochemistry; chinese academy of geological sciences; langfang 065000; hebei; china
nie lan-shi1; 2; 3; cheng zhi-zhong2; 3; wang xue-qiu2; 3; wei hua-ling2; 3 1. school of earth sciences and resources; china university of geosciences; beijing 100083; china; 2. institute of geophysical and geochemical exploration; chinese academy of geological sciences; langfang 065000; hebei; china; 3. open laboratory of applied geochemistry; chinese academy of geological sciences; langfang 065000; hebei; china
..............page:1574-1578
Characteristics of the change of major lakes on the Qinghai-Tibet Plateau in the last 25 years.
shao zhao-gang1; zhu da-gang1; meng xian-gang1; zheng da-xing1; qiao zi-jiang1; yang chao-bin2; han jian-en1; yu jia1; meng qing-wei1; lu rong-ping1 1.institute of geomechanics; chinese academy of geological sciences; beijing 100081; china; 2.land and resources department; xizang(tibet)autonomous region; lhasa 850000; tibet; china
shao zhao-gang1; zhu da-gang1; meng xian-gang1; zheng da-xing1; qiao zi-jiang1; yang chao-bin2; han jian-en1; yu jia1; meng qing-wei1; lu rong-ping1 1.institute of geomechanics; chinese academy of geological sciences; beijing 100081; china; 2.land and resources department; xizang(tibet)autonomous region; lhasa 850000; tibet; china
..............page:1633-1645
Modeling experiments for the metallogenic model of the Jinping gold deposits, southeastern Guizhou, China.
wu xue-yi1; lu huan-zhang1; 2; wang zhong-gang1; chen wen-yi3; zhu xiao-qing1; hu rui-zhong1 1. key laboratory of ore deposit geochemistry; institute of geochemistry; chinese academy of sciences; guiyang 550002; guizhou; china; 2. department of geology; university of quebec; gh7 zb1; canada; 3. institute of geological sciences; guizhou bureau of geology and mineral exploration and development; guiyang 550004; guizhou; china
wu xue-yi1; lu huan-zhang1; 2; wang zhong-gang1; chen wen-yi3; zhu xiao-qing1; hu rui-zhong1 1. key laboratory of ore deposit geochemistry; institute of geochemistry; chinese academy of sciences; guiyang 550002; guizhou; china; 2. department of geology; university of quebec; gh7 zb1; canada; 3. institute of geological sciences; guizhou bureau of geology and mineral exploration and development; guiyang 550004; guizhou; china
..............page:1536-1548
..............page:1725
Progress in the research on noble gas isotope tracing of the mantle plume and its significance.
li xiao-bin1; tao ming-xin2 1.key laboratory of gas geochemistry; institute of geology and geophysics; chinese academy of sciences; lanzhou 730000; gansu; china; 2.state key laboratory of earth surface processes and resource ecology; college of resources sciences and technology; beijing normal university; beijing 100875; china
li xiao-bin1; tao ming-xin2 1.key laboratory of gas geochemistry; institute of geology and geophysics; chinese academy of sciences; lanzhou 730000; gansu; china; 2.state key laboratory of earth surface processes and resource ecology; college of resources sciences and technology; beijing normal university; beijing 100875; china
..............page:1605-1610
Major deposit types and genesis of Yimen-type copper deposits, Yunnan, China
han run-sheng1; 2; zou hai-jun1; liu cong-qiang3; ma geng-sheng1 1. kunming university of science and technology; southwest institute of geological survey; geological survey center for non-ferrous mineral resources; kunming 650093; yunnan; china; 2. open laboratory of ore deposit geochemistry; institute of geochemistry; chinese academy of sciences; guiyang 550002; guizhou; china; 3. institute of geochemistry; chinese academy of sciences; guiyang 550002; guizhou; china
han run-sheng1; 2; zou hai-jun1; liu cong-qiang3; ma geng-sheng1 1. kunming university of science and technology; southwest institute of geological survey; geological survey center for non-ferrous mineral resources; kunming 650093; yunnan; china; 2. open laboratory of ore deposit geochemistry; institute of geochemistry; chinese academy of sciences; guiyang 550002; guizhou; china; 3. institute of geochemistry; chinese academy of sciences; guiyang 550002; guizhou; china
..............page:1549-1563
Discovery of silicified wood in the Middle Jurassic Gyari Formation in the southern Qiangtang depression,Tibet,China,and its significance.
liu jian-qing; yang ping; chen wen-bin; chen wen-xi; fu xiu-gen section of sedimentation and energy geology; chengdu institute of geology and mineral resources; china geological survey; chengdu 610082; sichuan; china
liu jian-qing; yang ping; chen wen-bin; chen wen-xi; fu xiu-gen section of sedimentation and energy geology; chengdu institute of geology and mineral resources; china geological survey; chengdu 610082; sichuan; china
..............page:1692-1696
Geochemical characteristics,age and tectonic significance of Miocene aegirine-augite syenite on the north slope of the Tanggula Mountains,China.
qi sheng-sheng; wang yi-zhi; fan gui-lan; liu sheng-jun; chen jian; huo cheng-sheng; qi lan-ying qinghai institute of geological survey; xining 810012; qinghai; china
qi sheng-sheng; wang yi-zhi; fan gui-lan; liu sheng-jun; chen jian; huo cheng-sheng; qi lan-ying qinghai institute of geological survey; xining 810012; qinghai; china
..............page:1678-1685
Igneous carbonatite in the Muji area,Artux,Xinjiang,China:Evidence from geological and geochemical analyses.
ren jian-de; lu shu-wei; pei zhong-chao; yang jun-feng; fang huai-bin; li chun-yan; chao hong-li henan institute of geological survey; zhengzhou 450051; henan; china
ren jian-de; lu shu-wei; pei zhong-chao; yang jun-feng; fang huai-bin; li chun-yan; chao hong-li henan institute of geological survey; zhengzhou 450051; henan; china
..............page:1665-1670
Magmatic evolutions of several granite plutons related to Sn (W) mineralizations in the Nanling region, China.
xi bin-bin; zhang de-hui; zhou li-min school of earth sciences and resources; china university of geosciences; beijing 100083; china
xi bin-bin; zhang de-hui; zhou li-min school of earth sciences and resources; china university of geosciences; beijing 100083; china
..............page:1591-1599
Major environmental events reflected by pelagic records since 3.5 Ma BP in the Ninetyeast Ridge at the equator.
wei hua-ling1; fang nian-qiao2; ding xuan2; nie lan-shi1; 2; liu xiu-ming2 1.institute of geophysical and geochemical exploration; chinese academy of geological sciences; langfang 065000; hebei; china; 2.china university of geosciences(beijing); beijing 100083; china
wei hua-ling1; fang nian-qiao2; ding xuan2; nie lan-shi1; 2; liu xiu-ming2 1.institute of geophysical and geochemical exploration; chinese academy of geological sciences; langfang 065000; hebei; china; 2.china university of geosciences(beijing); beijing 100083; china
..............page:1627-1632
Application of the mineralization coefficient isoline method in mineral resource prognosis.
xu wen-xi1; 2; zhang hui2; zhang de-hui1 1. school of earth sciences and mineral resources; china university of geosciences; beijing 100083; china; 2. heilongjiang institute of geological survey; harbin 150036; heilongjiang; china
xu wen-xi1; 2; zhang hui2; zhang de-hui1 1. school of earth sciences and mineral resources; china university of geosciences; beijing 100083; china; 2. heilongjiang institute of geological survey; harbin 150036; heilongjiang; china
..............page:1600-1604
Advances in the calorimetry and the thermokinetic study.
chen jia-wei1; 2; bao zheng-yu3 1. state key laboratory of geological processes and mineral resources; china university of geosciences; beijing 100083; china; 2. school of earth sciences and resources; china university of geosciences; beijing 100083; china; 3. faculty of earth sciences; china university of geosciences; wuhan 430074; hubei; china
chen jia-wei1; 2; bao zheng-yu3 1. state key laboratory of geological processes and mineral resources; china university of geosciences; beijing 100083; china; 2. school of earth sciences and resources; china university of geosciences; beijing 100083; china; 3. faculty of earth sciences; china university of geosciences; wuhan 430074; hubei; china
..............page:1564-1568
Depth of ore deposit formation and prognosis of deep-seated ore deposits.
zhang de-hui1; zhou sheng-hua2; wan tian-feng1; xi bin-bin1; li jian-ping1 1. school of earth sciences and resources; china university of geosciences; beijing 100083; china; 2. china nonferrous metals resource geological survey; beijing 100021; china
zhang de-hui1; zhou sheng-hua2; wan tian-feng1; xi bin-bin1; li jian-ping1 1. school of earth sciences and resources; china university of geosciences; beijing 100083; china; 2. china nonferrous metals resource geological survey; beijing 100021; china
..............page:1509-1518
..............page:1508
SHRIMP U-Pb zircon age of gabbro in Aoyougou in the western segment of the North Qilian Mountains,China and its geological implications.
xiang zhen-qun1; lu song-nian1; li huai-kun1; li hui-min1; song biao2; zheng jian-kang3 1.tianjin institute of geology and mineral resources; china geological survey; tianjin 300170; china; 2.beijing shrimp center; beijing 100037; china; 3.qinghai institute of geological survey; xining 810012; qinghai; china
xiang zhen-qun1; lu song-nian1; li huai-kun1; li hui-min1; song biao2; zheng jian-kang3 1.tianjin institute of geology and mineral resources; china geological survey; tianjin 300170; china; 2.beijing shrimp center; beijing 100037; china; 3.qinghai institute of geological survey; xining 810012; qinghai; china
..............page:1686-1691
Late Cenozoic geology and paleoenvironmental change on the eastern margin of the Qinghai-Tibet Plateau.
zhao zhi-zhong1; qiao yan-song1; wang shu-bing1; yao hai-tao1; wang yan1; fu jian-li1; li chao-zhu1; liu zong-xiu1; jiang fu-chu1; 2 1.institute of geomechanics; chinese academy of geological sciences; beijing 100081; china; 2.open laboratory of lake sediment and environment; chinese academy of sciences; nanjing 210008; jiangsu; china
zhao zhi-zhong1; qiao yan-song1; wang shu-bing1; yao hai-tao1; wang yan1; fu jian-li1; li chao-zhu1; liu zong-xiu1; jiang fu-chu1; 2 1.institute of geomechanics; chinese academy of geological sciences; beijing 100081; china; 2.open laboratory of lake sediment and environment; chinese academy of sciences; nanjing 210008; jiangsu; china
..............page:1620-1626
Discovery of the Cretaceous sporopollen assemblage in the matrix strata of the Wanbaogou Group-complex in the East Kunlun orogenic belt,China.
guo xian-pu; wang nai-wen; ding xiao-zhong; wang da-ning; zhao min institute of geology; chinese academy of geological sciences; beijing 100037; china
guo xian-pu; wang nai-wen; ding xiao-zhong; wang da-ning; zhao min institute of geology; chinese academy of geological sciences; beijing 100037; china
..............page:1611-1619
Geochemical characteristic of Tianshan Mt in Kazakhstan and China, focused on the Eastern Tianshan Mt and Chu-Iliyskiy.
wang xue-qiu1; 2; . . 3; xu shan-fa1; 2; chi qing-hua1; 2; . . 3; . 3; liu da-wen4; nie lan-shi1; 2; zhang bi-min1; 2; sun bin-bin1; 2; shen wu-jun2 1. institute of geophysical and geochemical exploration; chinese academy of geological sciences; langfang 065000; hebei; china; 2. key laboratory for applied geochemistry; chinese academy of geological sciences; langfang 065000; hebei; china; 3. k.i. satpaev institute of geological sciences; ministry of education and sciences of the republic of kazakhstan; almaty; kazakhstan; 4. research and development center; china geological survey; beijing 100037; china
wang xue-qiu1; 2; . . 3; xu shan-fa1; 2; chi qing-hua1; 2; . . 3; . 3; liu da-wen4; nie lan-shi1; 2; zhang bi-min1; 2; sun bin-bin1; 2; shen wu-jun2 1. institute of geophysical and geochemical exploration; chinese academy of geological sciences; langfang 065000; hebei; china; 2. key laboratory for applied geochemistry; chinese academy of geological sciences; langfang 065000; hebei; china; 3. k.i. satpaev institute of geological sciences; ministry of education and sciences of the republic of kazakhstan; almaty; kazakhstan; 4. research and development center; china geological survey; beijing 100037; china
..............page:1519-1530
Origin of the second terraces in the Huangshui drainage area,Qinghai,China,studied based on sporopollen records.
miao yun-fa1; fang xiao-min2; 1; dai shuang1; liu wei-ming1; yang mei-lin1; chen chuan-fei2 1.research institute of the qinghai-tibet plateau; chinese academy of sciences; beijing 100085; china 2.key laboratory of western china s environmental systems of the ministry of education; college of resources and environment; lanzhou university; lanzhou 730000; gansu; china
miao yun-fa1; fang xiao-min2; 1; dai shuang1; liu wei-ming1; yang mei-lin1; chen chuan-fei2 1.research institute of the qinghai-tibet plateau; chinese academy of sciences; beijing 100085; china 2.key laboratory of western china s environmental systems of the ministry of education; college of resources and environment; lanzhou university; lanzhou 730000; gansu; china
..............page:1697-1702
Recent progress in the study of the deep-penetrating geochemical migration mechanisms and methods.
tang jin-rong1; wu zhuan-bi2; shi jun-fa1 1. development and research center; china geological survey; beijing 100083; china; 2. information center; ministry of land and resources; beijing 100812; china
tang jin-rong1; wu zhuan-bi2; shi jun-fa1 1. development and research center; china geological survey; beijing 100083; china; 2. information center; ministry of land and resources; beijing 100812; china
..............page:1579-1590
Geochemistry and tectonic settings of Indosinian granites in the Mayêr Kangri area,central Qiangtang,Tibet,China.
huang xiao-peng1; 2; li cai1; zhai qing-guo3 1.college of earth sciences; jilin university; changchun 130061; jilin; china; 2.northwest exploration and production research institute; petrochina company limited; lanzhou 730020; gansu; china; 3.institute of geology; chinese academy of geological sciences; beijing 100037; china
huang xiao-peng1; 2; li cai1; zhai qing-guo3 1.college of earth sciences; jilin university; changchun 130061; jilin; china; 2.northwest exploration and production research institute; petrochina company limited; lanzhou 730020; gansu; china; 3.institute of geology; chinese academy of geological sciences; beijing 100037; china
..............page:1646-1653
..............page:1709-1724
qu yu di zhi diao cha xin xi xi tong de jie gou yu she ji ji shu ju yu ying yong wei yi ti de quan guo qu yu di zhi diao cha xin xi xi tong (v1.0)
huang shao-fang1; du zi-tu2; xie xiao-bo3 1.china university of geosciences; beijing 100083; china; 2.development and research center of china geological survey; beijing 100037; china; 3.shaanxi institute of geological survey; xianyang 712000; shaanxi; china
huang shao-fang1; du zi-tu2; xie xiao-bo3 1.china university of geosciences; beijing 100083; china; 2.development and research center of china geological survey; beijing 100037; china; 3.shaanxi institute of geological survey; xianyang 712000; shaanxi; china
..............page:1703-1706
Method for determining the geochemical background and anomalies in areas with complex lithology.
hao li-bo; li wei; lu ji-long jilin university; changchun 130026; jilin; china
hao li-bo; li wei; lu ji-long jilin university; changchun 130026; jilin; china
..............page:1531-1535
Zircon U-Pb dating and geochemistry of mafic dike swarms in the Lhozag area,southern Tibet,China,and their tectonic implications.
tong jin-song1; 2; liu jun2; zhong hua-ming2; xia jun2; lu ru-kui3; li yun-huai2 1.school of earth sciences and resources; china university of geosciences; beijing 100083; china; 2.anhui institute of geological survey; hefei 230001; anhui; china; 3.northwest university; xi an 710069; shaanxi; china
tong jin-song1; 2; liu jun2; zhong hua-ming2; xia jun2; lu ru-kui3; li yun-huai2 1.school of earth sciences and resources; china university of geosciences; beijing 100083; china; 2.anhui institute of geological survey; hefei 230001; anhui; china; 3.northwest university; xi an 710069; shaanxi; china
..............page:1654-1664
Temporal-spatial distribution of heavy metals and nonlinear geochemical response of the mining history.
xie shu-yun1; 2; bao zheng-yu1; 2; wang qiu-xiao2; dong zhi-cheng2; huang kang-jun2; ke xian-zhong2 1. state key laboratory of geological processes and mineral resources; china university of geosciences; wuhan 430074; hubei; china; 2. department of geochemistry; china university of geosciences; wuhan 430074; hubei; china
xie shu-yun1; 2; bao zheng-yu1; 2; wang qiu-xiao2; dong zhi-cheng2; huang kang-jun2; ke xian-zhong2 1. state key laboratory of geological processes and mineral resources; china university of geosciences; wuhan 430074; hubei; china; 2. department of geochemistry; china university of geosciences; wuhan 430074; hubei; china
..............page:1569-1573
Characteristics of late Miocene A-type granite on the northwestern margin of the Qinghai-Tibet Plateau and its significance.
li dun-peng1; 3; zhao yue1; hu jian-min1; li huai-kun2; li xin-lin3; zhou xiao-kang3; du shao-xi3 1.institute of geomechanics; chinese academy of geological science; beijing 100081; china; 2.tianjin institute of geology and mineral resources; china geological survey; tianjin 300170; china; 3.shaanxi institute of geological survey; xi an 710016; shaanxi; china
li dun-peng1; 3; zhao yue1; hu jian-min1; li huai-kun2; li xin-lin3; zhou xiao-kang3; du shao-xi3 1.institute of geomechanics; chinese academy of geological science; beijing 100081; china; 2.tianjin institute of geology and mineral resources; china geological survey; tianjin 300170; china; 3.shaanxi institute of geological survey; xi an 710016; shaanxi; china
..............page:1671-1677