它们取代了其他微小生物，并成为了主要海洋食物链的食物来源。
They replaced other minute organisms as a food source in the major marine food chain.
这类螨类是一种以蜜蜂为食的微小生物。
他声明发酵是由于许多微小生物作用的结果。
He proclaimed that fermentation was the result of the action of minute organisms.
洋面和海面附近的浮动或被动漂浮的微小生物。
Minute organisms that float or drift passively near the surface of oceans and seas.
数十亿被称为珊瑚虫的微小生物组成及够造出这种珊瑚结构。
This reef structure is composed of and built by billions of tiny organisms, known as coralpolyps.
贝苗吸进海水中的微小生物作为食物从而越长越大。
The spat grew larger by drawing in seawater from which they derived microscopic particles of food.
透过显微镜可以察看到一滴池水有一大群微小生物体在游动。
A drop from a pond, viewed through a microscope, swarms with tiny organisms.
当湖水还是洁净的时候，湖里还是有大量的大鱼和微小生物生存的。
When they are clear, they tend to be full of big fish and smaller creatures that filter water to make it clean.
表明了黑色素的生物合成途径和微小生物体在色素细胞方面的作用。
Biosynthetic pathway of melanin and the role of micro organs in melanocytes were shown.
设想一下你是5亿多年前居住在地球海洋中无数微小生物中的一个。
Imagine for a moment that you are one of the countless tiny organisms inhabiting the planet's oceans more than 500 million years ago.
然而对于一些微小生物个体无法直接测量，只有通过间接的方法求得。
However only indirect approaches can be applied to the determination of oxygen demanded by tiny living individuals because in this case it is hard to make direct measurement.
珊瑚由数百万微小生物的遗骸组成，经过数百万年的堆积，每一百万年就形成了一座岛屿。
Coral was made up of the bodies of millions of tiny creatures, piled up over millions of years -a million years for each island.
和很多海洋生物一样，琵琶鱼的幼体类似浮游生物——一种随着洋流漂浮的微小生物。
Like many Marine life-forms, anglerfish spend their youths as plankton-very small or even microscopic creatures that drift with the ocean currents.
那些污泥坑中被称之为有孔虫的微小生物以及一些植物等其他物质不断堆积，形成了对海平面上升情况的自然记录。
That steady accumulation of muck traps tiny organisms called foraminifera, plant matter and other substances that form a natural record of sea level rise.
1991年，理论物理学家约翰·赛德斯首次提出了将原子力显微技术与MRI相结合用以对微小生物结构成像的想法。
In 1991, theoretical physicist John Sidles first proposed the idea of combining MRI with atomic force microscopy to image tiny biological structures.
然而，这里却有着两栖的企鹅和海豹以及丰富的海洋生命—包括从被称为浮游生物的微小生物，直到迄今所知世界上最大的动物蓝鲸。
However, there are amphibious penguins and seals and a rich Marine life, ranging from the minute organisms called plankton to the biggest creature the world has ever known, the blue whale.
然而，这里却有着两栖的企鹅和海豹以及丰富的海洋生命—包括从被称为浮游生物的微小生物，直到迄今所知世界上最的动物蓝鲸。
However, there are amphibious penguins and seals and a rich Marine life, ranging from the minute organisms called plankton to the biggest creature the world has ever known, the blue whale.
然而，这里却有着两栖的企鹅和海豹以及丰富的海洋生命—包括从被称为浮游生物的微小生物，直到迄今所知世界上最的动物蓝鲸。
However, there are amphibious penguins and seals and a rich Marine life, ranging from the minute organisms called plankton to the biggest creature the world has ever known, the blue whale.
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