Or E) How smart euoplocephalus was.

或者 E) euoplocephalus 有多聪明。

First, we need to figure out if euoplocephalus could swing its tail at all.

首先，我们需要弄清楚 euoplocephalus 是否可以摆动尾巴。

Well, knowing the color of the tail and how smart euoplocephalus was wouldn't hurt.

好吧，知道尾巴的颜色以及 euoplocephalus 有多聪明不会有什么坏处。

Maybe predators didn't try to eat euoplocephalus, because it was simply well armored.

也许捕食者并没有尝试吃 euoplocephalus ，因为它的装甲很好。

Some ankylosaurs like Anodontosaurus, Euoplocephalus and Dilophosaurus, which were all from Alberta, had modified tail vertebrate called a tail club.

一些来自亚伯达省的甲龙，如 Anodontosaurus、Euoplocephalus 和 Dilophosaurus，已经进化出被称为尾巴棒的尾部脊椎动物。

But we cannot say for certain that euoplocephalus did swing its tail, or that it used it to defend itself against predators.

但我们不能肯定地说 euoplocephalus 确实摆动了它的尾巴，或者它用它来抵御捕食者。

We were able to say that euoplocephalus could swing its tail with plenty of force, and would not break its own tail while doing so.

我们可以说 euoplocephalus 可以用足够的力摆动它的尾巴，并且不会在这样做时折断自己的尾巴。

The tail club of an adult Euoplocephalus could potentially generate impact forces up to 14,360 Newtons - it was capable of not only breaking, but pulverising bone.

成年 Euoplocephalus 的尾巴可能会产生高达 14,360 牛顿的冲击力——它不仅能够折断，还能粉碎骨头。

Now, we're going to go to Paleontology grad student and published Ankylosaur expert, Victoria Arbour, who's going to tell us about another potential defensive adaptation in a type of Ankylosaur known as Euoplocephalus.

现在，我们要去古生物学研究生和已出版的甲龙专家 Victoria Arbour，他将告诉我们另一种被称为 Euoplocephalus 的甲龙的潜在防御性适应。