大青山

本文对大青山阴坡中部油松人工林地土壤水分、物理特性及林冠截留等进行了研究，主要研究结果如下：（1）林地土层厚度为35cm～104cm。

The soil water characteristics , the soil physical characteristics and the canopy interception of Pinus tabulaeformis plantation were studied in the middle shady slope of Daqing Mountain . The results showed that : ( 1 ) The thickness of the soil layer was 35 ~ 104cm .

大青山脚下的昭君墓被称为青冢。

Wang Zhaojun tomb below Daqing mountain was once called Qing tomb .

内蒙古大青山地区早前寒武纪变质岩的锆石Hf同位素组成和稀土模式

Hf Isotope Composition and REE Pattern of Zircons from Early Precambrian Metamorphic Rocks in the Daqing Mountains , Inner Mongolia

内蒙大青山煤田CP2煤段含粘土岩夹矸多达40余层。

The coal member CP 2 of Daqing Mountain coalfield , and has more than 40 beds of tonsteins at most .

大青山、蛮汗山外生菌根真菌资源调查

Investigation of ECM Fungi Resources in Mt. Daqing and Mt. Manhan

沉积环境对降落火山灰蚀变作用的影响&以大青山晚古生代煤系为例

The Effect of Depositional Setting on Alteration of Landing Ash

大青山山区昆虫垂直分布现象的研究

Study on the vertical distribution of insects in Daqing Mountain

大青山晚白垩世以来的隆升历史

Uplift History of the Daqing Mountain since the Late Cretaceous

大青山主要植被类型土壤物理特性的研究

Soil Physical Characteristics of Main Vegetation Types in Daqing Mountains

著名的大青山突围战即发生于此。

Daqingshan break through the famous battle that occurred here .

大青山东段火山成因非金属矿床地质特征及控矿因素探讨

Ore control factors of the Mesozoic volcanogenic nonmetallic deposits

大青山区不同植被下的土壤水分动态

Different vegetation 's soil water dynamics in Daqing Mountains

大青山油松人工林树冠垂直结构特征的研究

Study on the Crown Vertical Structure Characteristic of Chinese Pine Plantation in Daqing Mountain

带岭大青山森林土壤及其分布规律

Forest soil distribution on the Daqing Shan mountain

大青山区阳坡油松人工林土壤水分特征研究

Study on Soil Moisture Characteristics of Pinus tabulaeformis Plantation in South Slope in Daqing-Mountains

证明大青山仍存在尚好的外生菌根真菌种类的多样性。

It proved that there were better ectomycorrhizal fungi diversities in the Daqing Mountain .

内蒙古大青山森林植物群落与碳储量的调查研究

Investigation on Forest Plant Community and Carbon Storage in Daqing Mountains , Inner Mongolia

内蒙古大青山高等真菌垂直分布规律及资源评价

The vertical distribution patterns of higher fungus and their evaluation from the Mt. daqing , Inner Mongolia

按照不同森林类型分别对阴山山地东段大青山水源涵养林进行了生物量及其吸冰量的测定分析。

According to different forest-type .

大青山矿的晶体结构

Crystal structure of daqingshanite

华北地台北缘成矿带大青山绿岩型金矿地质特征内蒙古新地沟绿岩型金矿床地球化学特征

Geological Characteristics of Mount Daqing Greenschist Type Gold Deposit of Metallogenic Belt in North Margin of North China Platform

大青山阳坡几种落叶树种的水分生理及其耐旱性的研究

The Research on the Water Physiological and Drought Tolerance of a Few Hardwood Specific in Sunny Slope Mountain of Daqing

详细阐述了三峰山&大青山金矿地质特征，并指出了找矿方向。

The geological feature of Sanfengshan Daqingshan gold deposit was described in detail and the ore prospecting orientation was pointed out .

大青山中高山地带阴坡水土保持效益的研究

The research on the forest benefit of water and soil conservation in the shade slope of mid-high mountion zone of Da Qing Shan

内蒙古大青山地区普遍发育由孔兹岩系、黑云角闪片麻岩系、麻粒岩系和侵位其中的变质深成岩构成的高级变质杂岩。

Early Precambrian metamorphic complex and also high-grade metamorphic strata are well-developed in Daqingshan area in the northern margin of North China craton .

内蒙古大青山及其毗邻的呼和浩特断陷盆地是研究剥蚀和地壳均衡隆起的理想地区。

The Daqingshan Mountains and its adjacent Huhehot fault basin , Nei Monggol , are the ideal area to study denudation and uplift .

大青山东段位于内蒙古中部，华北地台北缘，属于西伯利亚板块与华北板块碰撞带范畴。

The eastern segment of Daqingshan is located in the middle part of Inner Mongolia , China and in the northern margin of North China platform .

大青山地区环境恶劣、植被破坏严重，利用菌根生物技术实现植被恢复是一个重要方向。

Nevertheless , to obtain the native mycorrhizal fungus species becomes the key to the recovering of plants and the improvement of environment with that technology .

广西大青山实验基地森林立地划分是以地貌、土层厚度和林木生长状况为依据，把实验基地范围内的土壤划分成34个立地类型；

In Daqingshan experimental base , 34 site types are divided by the following criterions : landform , the depth of soil and the growth of trees .

本文对内蒙古大青山地区的主要乔木树种的外生菌根共生状况进行了调查，并分离获得外生菌根真菌71株。

In this paper , the ectomycorrhizal symbiosis of the main trees was investigated in the Daqing Mountain of Inner Mongolia . 71 ectomycorrhizal fungi strains were isolated .