Marine food chain

Accumulation , Transport and Toxicity of Cu in Marine Food Chain

铜在海洋食物链中的积累转移和致毒效应

Plankton is at the bottom of the marine food chain .

浮游生物处于海洋食物链的最底层。

' Diatoms - copepod-fisher ' was the main way for material cycle and energy flow in classic marine food chain of marine ecosystem .

经典食物链理论认为，硅藻桡足类鱼类是海洋生态系统物质循环和能量流动的主要途径。

The structural changes in plankton populations play a significant role in the entire marine food chain of the ecological structure and the flux of organic matter delivered to the deep-sea .

浮游生物种群结构变化对整个海洋食物链中的生态结构以及传递到深海的有机物质通量都产生重要作用。

FLUX OF CHEMICAL MUTAGENS THROUGH AN EXPERIMENTAL MARINE FOOD CHAIN AND THEIR GENOTOXICITY I. Inorganic Mutagen-Cadmium (ⅰ) Sorption and Accumulation of cadmium by Phaeodactylum tricornutum Bohlin

化学诱变剂在实验海洋食物链中的流动以及遗传毒性的检测&I.无机诱变剂镉（I）镉在褐指藻中的吸着与积累

The accumulation and transport of copper in a marine food chain including Platyinonas subcordiformis , Brachionus Plicatilis and Penaeus monodon cultured in seawater were studied in the laboratory .

在实验室条件下，研究铜在海水及以扁藻、轮虫、对虾等生物组成的食物链中的积累与传递规律。

Phytoplankton is the most important primary producer in the estuary ecosystem , and also a basic link of marine food chain . It influences on the material circulation and energy flow . Phytoplankton biodiversity is closely related to marine ecosystem stability .

浮游植物是河口生态系统中重要的初级生产者，是海洋食物链的基础环节，影响着整个食物链的物质循环和能量流动，浮游植物的多样性与海洋生态系统的稳定性有着密切的联系。