1·Conclusion Chaohu fresh blue algae can be used as raw materials to produce biogas.
结论巢湖新鲜蓝藻可以作为发酵原料生产沼气。
2·The procedure and cause of blue algae eruption in Tashan Reservoir were introduced.
简述了塔山水库蓝藻暴发的过程及成因。
3·The water bloom of blue algae can produce toxin and the molecular amount of toxin is 904.
蓝藻“水华”含有毒素，微囊藻毒素分子量为904，实验中可使小白鼠肝脏充血肿大致死。
4·In recent years, the blue algae blooms frequently in Taihu Lake and a lot of blue algae were salvaged as a method of eutrophication control.
近年来太湖蓝藻暴发频繁，作为太湖富营养化治理的重要应急措施，大量蓝藻被打捞、堆放。
5·The sterilizing unit has simple structure, can be directly placed in water environment for use, and has the advantage of completely treating blue algae.
本发明结构简 单，直接置于水环境中使用，具有处理蓝藻彻底的优点。
6·Recently, blue algae become more and more important in fishery, biological azotification, environmental protection and the research of classifying system.
近年来，蓝藻在渔业生产、生物固氮、环境保护和监测以及植物分类系统的研究中，表现出愈来愈重要的作用。
7·Bad water quality in Taihu Lake was worthy the other cities of learning a lesson, for we may have to pay more energy to solve eutrophic problem when blue algae pr...
太湖水质变坏值得其他城市引以为戒，如果等到暴发水华，就需要付出更多的人力物力来解决富营养化问题。
8·The blue algae extract liquid will tighten pores, supply it with sufficient moisture, prevent the generation of pimple, comedo and acne, disinfect and anti-inflammation.
含蓝藻提取液，收紧毛孔，高度补充水分，有助预防青春痘、黑头及粉刺、消炎杀菌、收敛毛孔。
9·There is high sensitivity of three blue algae to organotin pesticides, therefore, using three blue algae can monitor the organotin pesticides pollution to the environment.
所测试的三种蓝藻对有机锡类农药都比较敏感，用这三种蓝藻都可监测环境中的有机锡类农药。
10·In this paper, root of blue algae in Taihu lake was introduced. For example, formation of blue algae in ecological theory was analyzed and degradation mechanism of lakeshore zone was generalized.
介绍了太湖发生蓝藻的根源，从生态学原理上分析了太湖蓝藻的成因，概括了湖滨带的退化机理及现状。
1·Conclusion Chaohu fresh blue algae can be used as raw materials to produce biogas.
结论巢湖新鲜蓝藻可以作为发酵原料生产沼气。
2·Recently, blue algae become more and more important in fishery, biological azotification, environmental protection and the research of classifying system.
近年来，蓝藻在渔业生产、生物固氮、环境保护和监测以及植物分类系统的研究中，表现出愈来愈重要的作用。