The authors found acidic water tallied with more crime.

研究提出者们发现酸性水与更多的犯罪相吻合。

Because acidic water makes it harder to produce those shells.

因为海水的酸性很难产生这些壳体。

And once the shells do form, the acidic water also corrodes the shells.

并且一旦外壳形成后，酸性水也会进行腐蚀。

They put them in tanks with either heat stress; more acidic water; or both.

她们将珊瑚各自放入三种容器中，这三种容器内分别有热应力、更酸的水或两者兼有。

They're apparently able to tolerate the hot and acidic water so it's a sharkcano.

他们显然能忍受高温和酸性的水，所以这里是鲨鱼火山。

For example, living in near boiling acidic water or frozen at the bottom of an Antarctic lake.

例如，在滚烫的酸性水中或在南极湖底的冰层下存活的微生物。

Even after being punished with warmer, more acidic waters—the kind they'd face under two degrees of global warming.

即便被更热、更酸的水惩罚之后——而是全球变暖2度后珊瑚面临的情况。

This acidic water slowly eroded the rock.

这种酸性水慢慢地侵蚀着岩石。

This erosion, caused by the acidic water, created what we now call the Carlsbad Caverns.

这种由酸性水引起的侵蚀形成了我们现在所说的卡尔斯巴德洞穴。

Under stress, such as warmer, more acidic water with less oxygen, the algae will leave the coral.

在压力下，例如更温暖、更酸性的水和更少的氧气，藻类会离开珊瑚。

It had always been supposed that nothing could survive above temperatures of 50 degrees centigrade (122 degrees Fahrenheit), but here were organisms basking in rank, acidic waters nearly twice that hot.

以前总是以为，没有任何东西能在50摄氏度以上的温度里存活，但这些微生物却在腥臭、酸性、温度差不多翻一番的水里过得很自在。

Increasing carbon dioxide also alters the chemistry of the ocean and leads to ocean acidification, where the more acidic water slows coral growth rates and weakens their skeletons.

二氧化碳的增加也会改变海洋的化学成分并导致海洋酸化，酸性更强的水会减缓珊瑚的生长速度并削弱它们的骨骼。

We find them in fissures of rock miles beneath our feet, in boiling waters of the ocean floor, in acidic waters of thermal springs, and in cloud droplets miles above our heads.

在我们脚下的岩缝里，海底岩床的沸水中，地热温泉的酸性泉水中，我们头顶几英里上方滴落的雨水中。

However, in my research I have discovered that there are certain types of coral that exist and thrive in the kind of warm, higher acidic water we are beginning to see all over the world.

然而，在我的研究中，我发现某些类型的珊瑚能够在我们开始在世界各地看到的温暖、酸性较高的水中生存并繁衍生息。