1) Longchuanjiang basin
龙川江盆地
1.
Geophysical characteristics of strata(rocks) and application of geophysical methods in Longchuanjiang basin;
龙川江盆地地层(岩石)地球物理特征及物探方法应用
2.
Discussion on the Genesis and Mineralization of sandstone Type Uranium Deposit in the Southern-Central Longchuanjiang Basin, Westem Yunlan province;
滇西龙川江盆地中南部砂岩型铀矿成矿特征及成因探讨
3.
Analysis on sequence stratigraphy and depositional systems of Mangbang Formation,Upper Tertiary in Longchuanjiang basin;
龙川江盆地上第三系芒棒组沉积体系与层序地层分析
2) Upper Heilongjiang Basin
上黑龙江盆地
1.
Geological characteristics and genesis of gold deposits in Upper Heilongjiang Basin;
上黑龙江盆地金矿床地质特征及成因探讨
2.
The Mohe thrusting tectonics is developed on the north-western of the upper Heilongjiang Basin,it is the main structural styles in Mohe region.
漠河逆冲推覆构造发育在上黑龙江盆地的西北侧,是漠河地区的主要构造样式。
3) Upper Heilongjiang River basin
上黑龙江盆地
1.
Sedimentary environment and tectonic setting of the Middle Jurassic Xiufeng Formation in the Upper Heilongjiang River basin;
上黑龙江盆地中侏罗统绣峰组的沉积环境与大地构造背景
2.
Stratigraphic division and age of the Mid-Upper Jurassic Ershi erzhan Group in the upper Heilongjiang River basin;
上黑龙江盆地中上侏罗统二十二站群的地层划分与时代
4) Longchuan River
龙川江
1.
The Impact of Flood Control Works of the Longchuan River on Evolution of River Bed;
龙川江防洪工程建设对河床演变的影响
2.
Water Quality of Longchuan River;
保山市境内龙川江水质变化状况分析
3.
Estimatment on minimum ecological water requirement flow requirements of Longchuan River
龙川江河道内最小生态需水量估算
5) eastern basins of Heilongjiang
黑龙江东部盆地群
6) Longchuan River basin
龙川江流域
1.
Human Impacts on River Sediment Flux——A case study of Longchuan River basin;
人为活动对金沙江一级支流龙川江流域输沙量的影响分析
补充资料:川江
川江 中国长江自四川省宜宾市到湖北省宜昌市段的习称。长1030千米。其中重庆以上的370千米称上川江,蜿蜒于四川盆地南部边缘低丘地带,接纳岷江、沱江、嘉陵江大支流水量倍增。重庆以下660千米称下川江。下川江穿过 著名的三峡,两岸山峦夹峙,水流湍急,又称峡江。川江集水面积达50万平方千米,多年平均年径流量4510亿立方米,大约占长江入海水量的一半。已建成的干流上的葛洲坝水利枢纽,位于川江末尾西陵峡东口。 |
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