Fossils of Archaeopteris have been found  on every continent, including Antarctica.

在包括南极洲在内的每个大陆上都发现了始祖鸟的化石。

And this helped Archaeopteris spread around the planet, by making its reproduction even less dependent on perfect  environmental conditions.

这有助于始祖鸟在地球上传播，因为它的繁殖对完美环境条件的依赖更少。

And Archaeopteris and other Devonian plants also  created more habitats for animals, and more food for them, too.

始祖蕨属和其他泥盆纪植物也为动物创造了更多的栖息地，也为它们创造了更多的食物。

But by the end of the Devonian, 60  million years later, giant trees, like Archaeopteris, had spread around  the world - and changed it, forever.

但到了 6000 万年后的泥盆纪末期，像始祖蕨这样的巨树已经遍布世界各地， 并永远地改变了世界。

And unlike those plants found at Gilboa  that were originally mistaken for " trees, " even though they didn't have true woody  tissue, Archaeopteris was full of the stuff.

与在 Gilboa 发现的那些最初被误认为是“树” 的植物不同，即使它们没有真正的木质组织，Archaeopteris 也充满了这种东西。

So from the false trees of the  Gilboa forest, to the true trees like Archaeopteris, it's clear how big a difference the evolution  of wood made in helping trees take over.

因此，从 Gilboa 森林的假树，到像 Archaeopteris 这样的真树，很明显，木材的进化在帮助树木接管方面的差异有多大。