1.
THE APPROACH OF PALEOCLIMATE AND THE OXYGEN, CARBON ISOTOPIC COMPOSITIONS OF SHELLY CARBONATES IN INLAND LAKE
内陆湖泊贝壳碳酸盐碳氧同位素组成与古气候研究
2.
Studies of the Exploration Technology of Interior Lake Heterogeneous Carbonate Reservoirs;
内陆湖泊非均质碳酸盐岩油藏勘探技术方法研究
3.
Geological movement before two million years produced Chinese biggest inland lake and the biggest saltwater lake -Qinghai Lake.
二百万年前的地质运动造就了我国最大的内陆湖泊和最大的咸水湖——青海湖。
4.
A salt lake of eastern Turkey.The largest lake in the country, it has no known outlet.
凡湖土耳其东部咸水湖。是全国最大的湖泊，且是内陆湖
5.
Among the inland bodies of water are an infinite voriety of fresh and saline lakes and marshes.
内陆水域中有无数种类的淡水和咸水湖泊，沼泽和湿洼地。
6.
Application of Log Curves in Indicating Sedimentary Micro-facies of Lake Facies Basins
利用测井曲线研究陆相湖泊沉积微相
7.
Lake Geneva is the bluest and largest of all these lakes.
日内瓦湖在瑞士所有的湖泊中是最大和最清砌的湖泊。
8.
PALAEOLIMOLOGY AND HYDROCARBON POTENTIAL IN BEIBU GULF BASIN OF SOUTH CHINA SEA
南海北部陆架北部湾盆地古湖泊与烃源条件
9.
Lake Level Variations from Satellite Altimetry;
利用卫星测高进行陆地湖泊水位变化监测
10.
Release and Bioavailability of Internal Phosphorus in Shallow Lakes;
浅水湖泊内源磷释放及其生物有效性
11.
Study and Investigation of Lakes Inner Source Factors for Non-accident Large Death of Fishes;
湖泊非事故性大面积死鱼“内源”因素的调查研究
12.
Geochemistry Character of Carbon (Nitrogen, Phosphorus, Silicon) in Lakes in West Inner Mongolia Plateau;
内蒙古高原湖泊碳（氮、磷、硅）的地球化学特征
13.
Environmental effect of sediment dredging in lake: Ⅱ. the role of sediment dredging in reducing internal nitrogen release
湖泊底泥疏浚环境效应:Ⅱ.内源氮释放控制作用
14.
Environmental effect of sediment dredging in lake(Ⅰ):the role of sediment dredging in reducing internal phosphorous release
湖泊底泥疏浚环境效应：Ⅰ.内源磷释放控制作用
15.
Lake Corangamite@ Colac, Victoria, Australia.
澳大利亚内陆最大的盐水湖.快干掉啦.
16.
A large inland body of fresh water or salt water.
湖内陆的大型淡水或咸水水体
17.
In the Jurassic and Cretaceous, generally it was also the shelf sea (shallow sea), but there were lacustrine and lagoonal environments in different parts of the basin.
侏罗纪－白垩纪在总的浅海陆棚环境下，盆地不同地区也形成了湖泊和潟湖环境。
18.
Environmental change inferred from granular size character of lacustrine sediment in Inner Mongolia Huangqihai,during 8.0～2.2 ka BP;
内蒙古黄旗海湖泊沉积物粒度指示的湖面变化过程