" We found... that their copulatory organs fluoresce."

“我发现… … 它的交配器官发出荧光。”

So similar how scorpions fluoresce, just coincidentally.

这跟蝎子发出荧光如此相似，只是。

Now, of course, we could see this because the patches were fluorescing in different colors.

当然，我能够看到这个是因为这两块土地呈现不同颜色。

They are specks of a material which fluoresces.

它是一种发出荧光的物质的斑点。

But plants the world over are fluorescing as they photosynthesize.

但是当全世界的植物在进行光作用时它都在发荧光。

[Derek] You've got 12 Hypotheses about why the scorpions fluoresce?

- [德里克] 你对蝎子发荧光的原因有 12 种假设？

But scorpions aren't the only animals that fluoresce.

但蝎子并不是唯一发出荧光的动物。

So it fluoresces in black light.

所以它在黑光下发出荧光。

Absent the gro-lights, some of the algae fluoresce in a range of cool-spectrum colors.

在没有 gro-lights 的情况下，一些发出一系列冷光谱颜色的荧光。

I've got fluorescing cadmium green and azurite blue.

荧光下显出颜料中含铬和石青。

So our group helped pioneer a method, a technology, whereby we could tag nutrients with nanoparticles, fluorescing nanoparticles called quantum dots.

于是我团队帮助开拓了一种方法，一种技术，用纳米颗粒标记营养物质，荧光纳米颗粒叫做量子点。

And when you spot a scorpion, it's usually from pretty far away because they fluoresce really bright and it looks like toxic sludge green.

当你发现蝎子时，它通常来自很远的地方，因为它发出非常明亮的荧光，看起来像有毒的污泥绿色。

A chemical that has another function that just happens to fluoresce.

一种化学物质， 具有另一种功能， 恰好能发出荧光。

There are plenty of chemicals that fluoresce.

有很多化学物质都能发出荧光。

You anted to know if the scorpions were fluorescing in order to attract insects.

你想知道蝎子是不是为了吸引昆虫而发出荧光。

I mean, we have internal bodily fluids that fluoresce.

我的意思是， 我的体液发出荧光。

If CRISPR finds Zika, The Cas enzyme cuts the virus and cuts the molecule holding the reporter, which makes it fluoresce.

如果 CRISPR 发现寨卡病毒，Cas 酶切割病毒并切割携带报告基因的分子，使其发出荧光。

Whereas when UV light was present for the ones that can fluoresce, they reduced their activity levels.

而当紫外线照射到能发出荧光的细菌时，它的活性水平就降低。

I haven't seen it myself, but some that live at living caves they don't fluoresce but it's only like one very small group.

我没有亲眼见过， 但有些生活在活体洞穴中的蝎子不发荧光， 但只有一小群蝎子。

So to study inequality, we exposed a fungal network to these varying concentrations of fluorescing phosphorus, mimicking patches of abundance and scarcity across this artificial landscape.

所以为了研究不平等，我将一个真菌网络暴露在这些不同浓度的荧光磷中，在这片人工景观中模拟肥沃与贫瘠的小块土地。