There are some phytoplankton, some photosynthetic plankton that also undergo vertical movements.

有一植物，一光合作用的物也进行垂直运动。

Those phytoplankton do something really incredible.

这植物的作用非常神奇。

But phytoplankton are vulnerable to the ocean's warming trend.

但是这物在面对全球变暖的趋势时是很脆弱的。

In the oceans, cyanobacteria would dominate over other phytoplankton species.

在海洋中，蓝藻将会主导其他植物。

Okay, so there's a different class of plankton called phytoplankton.

好吧，所以有一种不同的物叫做植物。

Many fish that depend on phytoplankton swam away from the area.

以物为食的大量鱼群离开海域。

Now larger creatures called krill love to eat phytoplankton directly or indirectly.

磷虾这种稍大一点的物会直接或间接地吃掉物。

There's these microscopic organisms called phytoplankton.

海洋中有一微物，称为“植物”。

This is perfect for photosynthesis and photosynthesis is dope, Hello phytoplankton productivity!

这非常适合光合作用，而光合作用又是兴奋剂，您好，植物的产力！

The phytoplankton trails the edge of the ice and can stretch for nearly fifty kilometers.

植物沿着冰层的边，绵延可达近五十公里。

These nutrients help to form phytoplankton -- extremely small organisms that take in carbon.

这营养物质有助于形成植物——能吸收碳的极小物。

So if there's an increase in phytoplankton, it will start to attract larger lifeforms.

因此，如果植物增多，就会开始吸引更大型的物。

Ocean color varies from green to blue, depending on the type and concentration of phytoplankton.

海洋的颜色在绿色与蓝色之间变化，这取决于物的种类和密度。

Much of the rest is unattached algae, known as phytoplankton, and tiny animals, known as zooplankton.

而其它大多数是独立的海藻，被称为植物，还有被称为动物的小动物。

Algae need light, so must live near the surface—as must the zooplankton and other animals that need the phytoplankton.

海藻需要光线，所以必须活在接近海面的区域—还有需要植物的动物和其它动物也同样如此。

The model projects that currently blue areas with little phytoplankton could become even bluer.

该模型预测，目前物较少的蓝色海域可能会变得更蓝。

The Arctic phytoplankton bloom, which used to run from June to September, now runs from April to September.

以前，北极物的大量繁殖期是六月到九月，而现在繁殖期则早在四月就开始了，直到九月才结束。

In summer, the powerful nonstop rays of the sun create a bloom of phytoplankton and microscopic plant life.

夏季时强力而持续的太阳光照使植物旺盛，而微植物也很兴旺。

Ocean ecosystems are finely balanced and any change in the phytoplankton will send ripples across the food chain.

她告诉美国有线电视新闻网，海洋态系统处于微妙的平衡状态，植物的任何变化都会在整个食物链中产连锁反应。

At the heart of the phenomenon lie tiny marine microorganisms called phytoplankton.

这个现象的核心是一种小的海洋微物，叫做物。