冰川是流动成河的冰。
这一发现将有助于科学家揭开冰川时代的奥秘。
The discovery will help scientists unravel the mystery of the Ice Age.
第一种冰川流动被称为：基底滑动。
现在你可能已经知道冰川通常移动得非常缓慢。
Now, as you probably know, glaciers generally move really slowly.
他们对为什么并没有出现冰川期而感到困惑。
为什么松岛冰川融化得这么快呢？
这张图片显示他们的船困在冰川里。
这些冰川是亚洲大部份大河的源头。
Those glaciers are the source of most of the major rivers in Asia.
如果冰川消失，未来将更加不堪。
If that ice disappears, the future will almost certainly be worse.
全球超过90%的冰川在退缩。
以及冰川如何随着时间而变化。
南极大陆的冰川将持续消融。
收集彼得曼冰川的数据资料。
在松岛冰川，这种情况可能已经发生了。
In the case of the Pine Island Glacier it may already be occurring.
世界上三分之二的淡水都存于冰川之中。
Two-thirds of the world’s fresh water is stored in glaciers.
我生活在两个冰川附近。
“我亲眼看见冰川正在融化的速度。”他说。
"I saw with my own eyes how quickly the glaciers were melting, \" he said.
冰川消融也影响到全球能源市场。
The melting ice also has implications for the global energy market.
这次冰川火山会使得空气中的成分发生变化吗？
Does this glacier volcano make a difference in what is in the air?
人们所担忧的并非是喜马拉雅山冰川将会消失。
The worry is not that the Himalayan glaciers will disappear.
拉巴斯的水文学家计划测量山脉冰川的损失量。
Hydrologists from la Paz are planning to measure the glacial loss of the mountain.
附近的山顶上积雪盘桓，小型冰川朝着河谷蜿蜒。
On the nearby mountaintops, snow cover lingers, and small glaciers snake toward the river valley.
在松岛冰川，这种情况可能已经发生了。
In the case of the Pine IslandGlacier it may already be occurring.
研究人员通常用冰川年龄估算冰川厚度。
Researchers often look at ice age as a way to estimate ice thickness.
中心还报道了全球范围内在阴面冰川融化的现状。
The center also reported opposite ice developments on opposite sides of the globe
对松岛冰川来说，巨大冰山的形成并不是新鲜事儿。
Birthing large icebergs is nothing new for the Pine Island Glacier.
如果膨胀速度持续加快，那么宇宙将会终结于冰川。
If the expansion will continue to speed up the Universe will end in ice.
如果膨胀速度持续加快，那么宇宙将会终结于冰川。
If the expansion will continue to speed up the Universe will end in ice.
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