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。
The cell biovolume and surface area of marine phytoplankton are important ecological parameters.
浮游植物细胞体积和表面积是其重要的生态学参数之一。
A microscopic skeletal plate made of calcite that protects certain Marine phytoplankton and which, in a fossilized state, forms chalk and limestone deposits.
由方解石制成的显微骨架板，保护某些海洋浮游植物，而且它在变成化石状态时形成白垩和石灰石沉积物。
Seasonal variations of photosynthetic parameters of Marine phytoplankton were analyzed in combination with the determination of cell chla and carbon content.
结合叶绿素和细胞含碳量的测定，描述了浮游植物光合参数的季节变化，探讨温度对同化系数和碳比积累速率的影响。
At the heart of the phenomenon lie tiny marine microorganisms called phytoplankton.
这种现象的核心是被称为浮游植物的微小海洋微生物。
Phytoplankton are typically eaten by zooplankton - tiny marine animals - which themselves are prey for small fish and other animals.
浮游动物（微小的海洋生物）通常吃浮游植物，而其本身又是小鱼和其它动物的捕食对象。
A big reduction in phytoplankton could threaten Marine animals and the fisheries humans depend on. And it could create a climate feedback loop that would increase temperatures further.
浮游生物的大幅减少有可能威胁到海洋动物的生长以及人类依存度相当高的渔业生产，因为它会形成一种加剧气温进一步升高的反馈循环机制。
When microscopic Marine organisms known as phytoplankton multiply into a dense population at the ocean's surface, massive blooms can spread so far that they can only be seen from space.
当微小的海洋浮游生物在海洋表面大量繁殖时，其壮观的场面甚至能从太空观察到。
Marine biologists report that dead bodies of the marine organism Pyrosoma atlanticum may be transporting much more carbon to the seafloor than phytoplankton or other jellyfish-like creatures.
据海洋生物学家报道，一种学名叫做燐火体虫（Pyrosoma atlanticum）的海洋生物死亡后，随其尸体沉入海底中的碳要多于浮游植物或其他水母类生物。
This has led to a process called eutrophication, in which the additional nutrients stimulate rapid growth of phytoplankton - microscopic free-floating Marine plants.
这个过程叫做富营养化，额外的营养物质促进了微小的浮游植物的增长。
The amount of phytoplankton - tiny Marine plants - in the top layers of the oceans has declined markedly over the last century, research suggests.
研究人员称，上个世纪海洋中的浮游植物(处于海洋最上层的微小植物)下降明显。
But a new research said that the so-called atmospheric aerosols can poison the phytoplankton so as to damage the Marine ecosystem and change the content of the greenhouse gas in the atmosphere.
然而一项新的研究表明，这些所谓的大气粒子能够使浮游植物中毒，从而破坏海洋生态系统，同时改变大气中温室气体的含量。
The process transfers to the Marine high concentration of phosphate nitrogen and iron, which stimulate the growth of the phytoplankton.
这一过程向海洋传送了高浓度的磷酸盐、氮和铁，从而刺激了浮游植物的生长。
The Asian dust affecting the the growth of phytoplankton in Marine environment was studied through twice spot mesocosm experiments and three times of laboratory stimulated experiments.
本文通过两次现场围隔实验及三次室内实验模拟研究了亚洲沙尘对海洋中浮游植物生长的影响。
Ultraviolet radiation may also damage marine life by killing one- celled plants called phytoplankton, which form the base of the ocean's food chain.
紫外线辐射还可以通过杀死单细胞的浮游植物来破坏海洋生命，这种浮游植物是构成海洋食物链的基础。
Phytoplankton is the main food to the bivalve filter-feeders and the marine primary producer, so the impacts on the phytoplankton community by scallop culture deserve studying.
浮游植物是滤食性贝类的主要饵料，也是海洋主要的初级生产者，因此研究贝类养殖对浮游植物群落的影响具有重要的科学意义。
Researchers find trouble among phytoplankton, the base of the food chain, which has implications for the Marine food web and the world's carbon cycle.
浮游植物是食物链基础，影响着海洋食物链和全球碳循环，研究人员发现浮游植物正陷入危机。
Phytoplankton are the microscopic plant life that zooplankton and other Marine animals eat, essentially the grain crop of the world's oceans.
浮游植物是浮游动物和其它海洋动物的食物，可以说是海洋的庄稼。
Phytoplankton are the microscopic plant life that zooplankton and other Marine animals eat, essentially the grain crop of the world's oceans.
浮游植物是浮游动物和其它海洋动物的食物，可以说是海洋的庄稼。
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