祁连

  • 网络Qilian;Simon Crean;Guylain;QHQL
祁连祁连
  1. 基于GIS的祁连山森林景观格局分析

    GIS-based Analysis on the Forest Landscape Patterns in the Qilian Mountain

  2. 基于GIS的祁连山区气温和降水的时空变化分析

    Spatio-temporal Variations Analysis of Air Temperature and Precipitation in Qilian Mountainous Region Based on GIS

  3. 祁连山小冰期冰碛垄差分GPS测量及其地貌意义

    The Differential GPS Surveying on the Little Ice Age Moraines in the Qilian Mountains and Its Geomorphology Significance

  4. 加入WTO后,我国的矿业形势更加严峻,祁连成矿带的矿产资源更难适应形势发展需要。

    It shows that the mining situation in China , especially in the Qilian metallogenic belt is not hopeful in pace with joining to WTO .

  5. 祁连山夏季地形云结构和云微物理过程的模拟研究(II):云微物理过程和地形影响

    The Numerical Simulation of Orographic Cloud Structure and Cloud Microphysical Processes in Qilian Mountains in Summer . Part ( II ): Cloud Microphysical Processes and Orographic Influence

  6. 对祁连山不同类型条件下的祁连圆柏群落生物量和营养元素积累量的测定结果表明:祁连圆柏群落生物量为231.20t/hm2,其中乔木层占98.34%,灌木层占1.60%,草本层占0.06%;

    Biomass and nutrient element accumulation of Sabina przewalskii forest community of different types were measured in the Qilian Mountains .

  7. 北祁连山硬柱石蓝片岩p-T条件相平衡计算及其岩石学意义

    P-T condition and phase equilibrium of lawsonite-blueschists in northern Qilian Mountains and its petrologic significance

  8. MT重复测量在地震中短期预报中的应用&祁连山中段MT剖面监测研究

    Application of the MT repeated measurements to the medium and short term prediction of earthquake ── monitoring and studying a profile in the middle segmentof Qilian Mountain by MT

  9. 研究了北祁连山造山带火山成因块状硫化物矿床(VMS)类型、金属来源与容矿围岩、火山岩类型及其构造环境的关系。

    The relationships between VMS types , source of metal , host rock , volcanic rock types and tectonic setting have been studied in this paper .

  10. 祁连山及其邻区大地构造基本特征&兼论早古生代海相火山岩的成因环境这是承继Stewart家族香火的新一代。

    Basic characteristics of tectonics in the Qilian Mountains and its neighbourings ── on genetic environments of Early Paleozoic marine volcanics another generation to carry on the Stewart name .

  11. 进而采用网格分析法和GIS技术结合的方法,针对黑河流域所在的祁连山中东部的降水分布,进行年降雨量分布的拟合研究,着重分析了模拟雨量场在空间上的复杂变化。

    By combining grid analysis method , GIS technology , as well as aiming at rainfall distribution in the middle and east of Qilian mountains , the fitting study of annual rainfall is done and the complex variation of simulated rainfall in space is analyzed .

  12. 基底岩系和花岗岩类Pb-Nd同位素组成限制祁连山带的构造属性

    Pb and Nd Isotopic Compositions of Basement and Granitoid in the Qilianshan : Constraints on Tectonic Affinity

  13. 前寒武纪地质发展,祁连裂谷的发育,花岗岩的成岩和演化等对LSS成矿带的形成有重要作用。

    The geological development in Precambrian , the evolution of Qi-Liang rift and the lithogenesis and evolution of the granites has played an important role in the formation of the uranium metallogenetic zone at LSS area .

  14. 祁连山还是一个庞大而完备的生态系统,海拔2500~3000m之间的坡地为原始森林与大片的草地,构成祁连山独特的水源涵养林。

    Qilian Mountain was a large and comprehensive eco-system , between 2500 ~ 3000m the slope of Qilian Mountain were large tracts of virgin forest and grassland that constituted Qilian Mountain unique water conservation forest .

  15. 北祁连山是中国重要的铜多金属成矿带之一,与海相火山作用有关的块状硫化物(VHMS)矿床是主要成矿类型。

    North Qilian mountains is one of the most important copper mineralized belts in China , Volcano-associated massive sulfide ( VMS ) deposition is the main type in the area .

  16. 在西部下志留统下部砂岩中发现有来自SSZ(超俯冲带)型蛇绿岩的碎屑尖晶石,表明北祁连洋的洋壳残片已经仰冲至地表遭受剥蚀。

    Detrital spinels are observed in the western Lower Silurian sandstones , and have chemical composition similar to that of those from SSZ ( supra-subduction zone ) type ophiolites , suggesting that the North Qilian oceanic crust has been obducted and eroded .

  17. 祁连山东段的高寒草甸开垦为人工草地10后,土壤有机碳、全氮含量分别降低了8-19%,4-17%;土壤有机碳、全氮储量(0-30cm)显著降低了6%,5%。

    After Alpine Meadow distributing in the eastern of Qilian Mountain was cultivated for 10 years , SOC and TN contents decreased by 8-19 % and 4-17 % . SOC and TN stocks ( 0-30cm ) significantly decreased by 5.7 % and 4.9 % .

  18. 祁连山中段夏季(6&8月)平均气温以1986年为转折年,后18年较前11年平均下降1℃,零平衡线下降88m。

    The average summer ( from June to August ) air temperature is 1 ℃ lower and zero-equilibrium line 88 m lower in the 18 years after 1968 than that in the 11 years before 1968 in the middle part of Qilian Mountains .

  19. 祁连山青海云杉林地土壤水分特征研究

    Soil water characteristics in Picea crassifolia forestry lands in Qilian Mountains

  20. 祁连山区草原荒漠化的驱动因素及其防治对策

    Driving Factors and Countermeasures of Grassland Desertification in Qilian Mountain Area

  21. 阿尔金山-祁连山山地植被垂直带谱分布及地学分析

    Distribution and geographical analysis of altitudinal belts in the Altun-Qilian Mountains

  22. 祁连林区不同植被类型下三种土壤微生物群落的数量分布

    Kinds of Soil Microbe Community Quantity Distribution in Differ Vegetable Soil

  23. 祁连山东南缘第四纪以来的隆升作用及动力学分析

    Uplifting since Quaternary in Southeastern Qilian Mountains and Its Dynamic Analysis

  24. 张掖祁连山水源林生态系统定位研究

    Positioned Research on Ecosystem of Water Conservation Forest in Qilian Mountains

  25. 志留纪末期为北祁连的主造山期,泥盆纪形成高峻的古祁连山。

    The latest Silurian is main orogenic stage of North Qilian .

  26. 祁连山中寒武世牙形石动物群、古生态和板块构造

    Middle Cambrian conodont fauna , paleoecology and tectonics of Qilian Mountain

  27. 北祁连山俯冲杂岩带的韧性剪切作用

    Ductile shearing within subduction com-plex belt in North Qilian Mountains China

  28. 祁连山水文特征的因子分析研究

    Factor analysis of the hydrology characteristics of the Qilian Mountain Region

  29. 祁连山林区土壤水分生态研究

    Study on Soil Water Ecological Process in Qilian Mountains Forest Region

  30. 祁连山区不同立地类型造林效果分析

    Analysis of Forestation Effect in different site types in Qilian Mountain Area