Then, in 400,000,000 to 500,000,000 years the supercontinent will break apart once again.

然，在四亿到五亿年，这个超级大陆将再次分裂。

The supercontinents of Laurasia and Gondwanaland fractured, forming the lands that man would inhabit millions of years later.

劳亚和冈瓦纳两个超级大陆分裂，形成了人类在亿万年居住的大陆。

Aw, isn't that nice? Scientists call this future supercontinent Novopangaea. Latin and Greek for " new all the earth" .

是不是很棒？科学家将这片未来的超大陆命名为“新盘古大陆”。在拉丁语和希腊语里的意思是“全新的地球”。

In 250,000,000 years all of the continents on Earth will have fused together to form a supercontinent similar to Pangaea.

在两亿五千万年，地球上所有的大陆会融合在一起，形成一个类似于盘古大陆的超级大陆。

Gondwanax means " lord of Gondwana." The name suggests the Gondwana landmass in the southern area of the supercontinent Pangaea.

Gondwanax的意思是“冈瓦纳之主”。这个名字表明冈瓦纳大陆位于泛大陆的南地区。

This new supercontinent is called Nuna or Hudsonland or Columbia, depending on who you ask.

这个新超级大陆根据你询问的对象，被称为努纳、德兰或哥伦比亚。

We're now 780 million years in the past, and we've joined the supercontinent of Rodinia.

我们现在回到了7.8亿年前，加入了罗迪尼亚超级大陆。

This is Pangea, a supercontinent containing different parts of today's world.

这就是盘古大陆， 一个包含当今世界不同分的超级大陆。

The incredible volume of rain across the  supercontinent resulted in deluges of surface runoff.

盘古大陆上空不可思议的降雨量导致了地表径流的洪水泛滥。

8 Billion Years Ago in the Statherian the supercontinent Columbia has formed.

18亿年前，在稳态纪时期，超级大陆哥伦比亚已经形成。

Its landmasses were forming a supercontinent called Pangea.

它的陆地形成了一个被称为盘古大陆的超级大陆。

Australia was once part of the vast supercontinent of Gondwanaland...

澳大利亚曾经是冈瓦纳超大陆的一分。

Because it was around this time that the continents began to merge into single supercontinent.

因为大约在这个时候，大陆 开始合并成一个单一的超大陆。

It was entirely covered by sea, which surrounded one single supercontinent we call Pangea.

地球表面全被海洋覆盖，海水中央就是我们称为盘古大陆的超大陆。

Meanwhile, when the next supercontinent assembles, it's more likely to heat things up.

同时，当下一个超级大陆聚集时，它更有可能使事情升温。

These spread across the supercontinent of Pangaea and died, creating coal, leading to a 100-million-year Ice Age.

这些扩散到了盘古大陆， 并在此灭绝， 形成了煤炭，导致了长达一亿年的冰河时代。

When the Rodinia supercontinent broke up circa 750 million years ago, it left large landmasses vulnerable to weathering.

大约 7.5 亿年前， 当罗迪尼亚超级大陆解体时，大片大陆容易受到风化作用的影响。

Most of Earth is still underwater while the first supercontinents are in the making in the depths below.

地球大分地区仍然被水覆盖，而第一批超级大陆正在下方的深处形成。

One of the earliest supercontinents that scientists have evidence for is called Kenorland.

科学家有证据证明的最早的超 大陆之一被称为肯诺兰。

About 650 million years ago, the next supercontinent, called Pannotia, came together.

大约 6.5 亿年前，名为 Pannotia 的下一个超 大陆聚集在一起。