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1·Attabad-no substantial changes in the lake level.

阿塔·阿瓦德湖——湖泊水位没有明显变化。

2·Fluctuations in the lake level have impacted fish breeding sites.

湖泊水位的波动对该种鱼类的繁殖地造成影响。

3·Changes in lake level must be due to the net difference [between a and b].

湖水含量的变化一定是由于A和B之间的净差值。

4·These climatic changes had great impacts on Qinghai Lake level and runoffs in this watershed.

这种气候变化特征对流域内的青海湖水位和河川径流有重要影响。

5·Little Ice age was Aiby Lake level rising stage from about middle 17th to early 19th century.

约17世纪中至19世纪初的小冰期是艾比湖的水位上升期。

6·Lake level fluctuations control the development phase of turbidite fan through controlling sediment supply.

湖平面变化控制了沉积物供给，从而控制了扇体的发育期次。

7·Huangqihai lake is an inland closed lake. Climatic change is a major factor to control the lake level fluctuations.

黄旗海是一封闭湖泊，气候是控制其湖面变化的主要因素。

8·The lake level thereafter became deeper than 4 m so that Ruppia L. plants were no longer growing in the middle of the lake.

正是由于湖区夏季风降雨增大，湖水位迅速升高到4米以上，沉水植物川蔓藻从此未能在湖中央生长。

9·Higher lake level was recorded in the west part, confirming that the heat and moisture conditions were improved to a certain extent.

证实该时期我国大多数地区水热条件与现今相比有不同程度的提高和改善。

10·Taking the Upper Sha-4 turbidite fan in Wang-58 block as an example, we explain how lake level fluctuations control the development of turbidite fan.

以东营凹陷南斜坡王58地区沙四上浊积扇为例，分析了湖平面变化对浊积扇发育的控制作用。