The type of phytoplankton is changing.
浮游植物的类型正在发生变化。
The model projects that currently blue areas with little phytoplankton could become even bluer.
该模型预测，目前只有少量浮游植物的蓝色区域可能会变得更蓝。
什么是浮游植物？
何谓浮游植物？
Phytoplankton can also be the harbingers of death or disease.
浮游植物也可以是死亡或疾病的先兆。
Life on this planet pretty much depends upon phytoplankton.
这个星球上的生命很大程度上依赖于浮游植物。
The phytoplankton bloom is not the only source of color in the scene.
浮游植物水华不是造成图像上多彩景观的唯一原因。
Iron plays an important role in the growth of Marine phytoplankton.
铁对海洋浮游植物的生长起着重要的作用。
However, phytoplankton still require other nutrients, such as iron, to survive.
但浮游植物还需要其他营养物质(如铁)才能存活。
Water colors have a close connection with phytoplankton species composition.
水色与浮游植物种类组成密切相关。
In other words, phytoplankton respond very rapidly to changes in their environment.
换句话说，浮游植物对环境变化的反应是及其敏感的。
Even in ideal conditions an individual phytoplankton only lives for about a day or two.
即使在理想条件下，浮游植物的存活时间也只有1、2天。
Diversity index of phytoplankton in flood period is higher than that in dry period.
丰水期浮游植物多样性指数大于平水期。
Because they are not being eaten so fast, the abundance of phytoplankton begins to increase.
既然浮游植物不会被那么快地吃掉，它们的富集度也开始增加。
Eventually, the surface phytoplankton exhaust the available nutrients and slow their growth.
最终，表层浮游植物耗尽了可获取的养分使其增长放缓。
Each type of phytoplankton and other material in the water absorbs and reflects light differently.
每种浮游植物与海水中的其他成分吸收与反射光线的性质是不同的。
Each type of phytoplankton and other material in the water absorbs and reflects light differently.
每种浮游植物与海水中的其他成分吸收与反射光线的性质是不同的。
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