Ecological Potentiality of Plankton: A Perspective on Nutrition, Toxicity and Bio-Indication

N. S. Khan
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Abstract

The base of aquatic energy is initiated and concreted by plankton such as primary photosynthetic algae and consequently their immediate secondary grazers as zooplankton. The nutritional features of algae or phytoplankton are controlled by aquatic nutrients (e.g. nitrogen, phosphorus, silica and other essential minerals). Moreover, the biochemical content of zooplankton reflects their diet profiles (e.g. bacteria and algae). The promising and sustainable fisheries prospects are crucially subjective by nutritional quality and quantity of plankton (e.g. algal bloom). Additionally, both algae and zooplankton are efficient as auspicious biological tools for indicating the aquatic environments.
浮游生物的生态潜力:从营养、毒性和生物适应症的角度
水生能量的基础是由浮游生物(如初级光合藻类)发起和巩固的,因此它们的直接次级食草动物是浮游动物。藻类或浮游植物的营养特性受水生营养物质(如氮、磷、二氧化硅和其他必需矿物质)的控制。此外,浮游动物的生化成分反映了它们的饮食特征(如细菌和藻类)。渔业前景的前景取决于浮游生物的营养质量和数量(如藻华)。此外,藻类和浮游动物都是指示水生环境的有效吉祥生物工具。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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