But plants the world over are fluorescing as they photosynthesize.

但是当全世界的植在进行光合作用时它们都在发荧光。

It had photosynthesizing cells pumping out oxygen.

它有进行光合作用的细胞排出氧气。

Will it grow, photosynthesize, produce seeds, or flower?

它是生长、进行光合作用、 产生种子，还是开花？

Scientists say they've boosted crop yields by 20 per cent by genetically enhancing plants' ability to photosynthesize.

科学家表示，他们通过基因增强植的光合作用能力，将作产量提高了 20%。

For one thing, cyanobacteria survived the experience, and they photosynthesize.

首先，藻青菌存活了下来，还进行了光合作用。

The algae photosynthesize and then the coral uses that for food.

藻类进行光合作用，然后珊瑚将其用作食。

So they can better photosynthesize, so it's a win-win situation.

这样它们能更好地进行光合作用，因此这是双赢。

So these orchids, they don't even make green leaves to photosynthesize.

这些兰花，它们甚至不生长绿叶来进行光合作用。

But they only photosynthesize during the day when there is light available.

但是它们只在白天有光照的时候进行光合作用。

Organisms that photosynthesize at the surface take carbon dioxide out of the atmosphere.

在地表进行光合作用的生将二氧化碳排出大气。

They're cyanobacteria. They're green. They photosynthesize. They need light, but they also need water.

它们是蓝细菌它们是绿色的，能进行光合作用。它们需要光，当然也需要水。

As plants convert sunlight into food, or photosynthesize, they absorb carbon dioxide through pores on their leaves.

植将阳光转化为养分或进行光合作用时，它们会通过叶子上的气孔吸收二氧化碳。

Like Monotropa — with no green, chlorophyll-packed leaves to photosynthesize with, it hardly resembles a plant at all.

就像水晶兰属——没有绿色的、富含叶绿素的叶子来进行光合作用，它一点也不像植。

But plants, algae, and bacteria that photosynthesize are a lot better at capturing the sun's energy than we are.

但是进行光合作用的植、藻类和细菌比我们更善于获取太阳能。

Phytoplankton – marine organisms – need iron in order to photosynthesize. It’s an essential micronutrient.

浮游植——海洋生——需要铁才能进行光合作用。 它是一种必需的微量营养素。

So these animals are able to photosynthesize that way.

所以这些动能够以这种方式进行光合作用。

And so, that's what they have to photosynthesize with.

所以，这就是他们必须用来进行光合作用的东西。

So phytoplankton get more light, photosynthesize more, and make more oxygen.

所以浮游植得到更多的光， 进行更多的光合作用， 产生更多的氧气。

It would be really interesting if we could get the nematodes to photosynthesize.

如果我们能让线虫进行光合作用，那将非常有趣。

Together these forces launch sap to dizzying heights, distributing nutrients, and growing new leaves to photosynthesize—far above the tree's roots.

所有这些力量一起把树液推到惊的高度，进行营养分配，促进新叶子生长进行光合作用——在远远高出树根的地方。