1) invading red tide organisms
入侵赤潮生物
1.
68 mg/L hydroxyl radical was enough to kill the invading red tide organisms.
采用羟基自由基对斯式根管藻、日本星杆藻、裸甲藻和细菌进行杀灭实验 ,确定杀灭入侵赤潮生物的所需OH-比值浓度为 0 6 8mg/L。
2) red tide organisms
赤潮生物
1.
FZT(the zeolite carrying copper) as an algaecide to kill and control the red tide organisms was stadied.
研究了沸石载铜(FZT)作为除藻剂对赤潮生物的灭杀和控制作用。
2.
An investigation on red tide organisms and eutrophication was made on Zhujiang estuary from Feb.
从珠江口水域鉴定出２６种赤潮生物，分析了赤潮生物的季节更替现象，讨论赤潮生物与温度、盐度、营养盐的关系。
3) red tide plankton
赤潮生物
1.
Phytoplankton and red tide plankton in the waters near Nanji Archipelago;
南麂列岛附近海域的浮游植物和赤潮生物
2.
Distribution of red tide plankton community in Zhejiang coastal water in summer,2006
2006年夏季浙江海域赤潮生物群落分布
3.
Based on the investigation data of phytoplankton from 2002 to 2004, the present situation of red tide plankton was described along the south coastal area in Zhejiang Province.
利用2002—2004年浙南海域浮游植物的多次调查资料,对发生在浙南海域常见的赤潮生物进行分析整理,为赤潮的常规监测和应急监测提供背景资料。
4) harmful algae
赤潮生物
1.
Research on technique and automatic analysis system of harmful algae;
近海赤潮生物全自动分析系统研究
2.
To overcome the difficulty in the artificial identification of harmful algae,the advantage of the autofluorescent nature of harmful algae is employed in an automatic recognition system presented in the paper,based on the technology of double-spectrum.
为克服人工识别赤潮生物的困难,利用赤潮生物在一定的激发光下可以产生荧光的特性,采用基于赤潮生物的双光谱技术,研制了赤潮生物自动识别系统。
3.
The micro-image of the harmful algae was analyzed automatically on the basis of the image analysis method.
为克服人工识别赤潮生物种类和数量时的困难,基于图像分析法对赤潮生物图像进行自动分析。
5) red tide organism
赤潮生物
1.
27 species of red tide organism were found, including Bacillaris paradoxa and Skeletonema costatum , etc.
调查期间共发现赤潮生物27种,主要种类有奇异棍形藻和中肋骨条藻等。
6) HAB alga
赤潮生物
1.
HAB alga nearby Changjiang Estuary;
长江口邻近水域的赤潮生物
2.
This paper the changing of HAB alga in red tide was studied and the characteristics of their growth and danger was described,which will be the basis on forecasting for red tide.
2006年5月至8月渤海湾赤潮重点监控区共发生3次赤潮,引发赤潮的赤潮生物分别为赤潮异弯藻(Heterosigma akashiwo)、赤潮异弯藻-海洋卡盾藻(Heterosigma akashiwo- Chattonelta marina)、夜光藻(Noctiluca scintillans)。
补充资料：赤潮
| 赤潮 red tide 水域中某些浮游生物暴发性繁殖引起的水色异常和水质恶化的现象。又称红潮。主要发生在近海海域。可引起赤潮的生物有60多种，如腰鞭毛虫、裸甲藻、短裸甲藻、棱角藻、原甲藻、角刺藻等。海域一旦发生赤潮，即可使所在水域缺氧，而阻碍其他生物体的呼吸，甚至使之窒息死亡。而且，部分赤潮生物体内或其代谢产物中含有生物毒素，常会引起鱼、贝类死亡。赤潮海域，水体恶臭，鱼虾绝迹。产生赤潮的原因与海洋遭受污染有关，即由于氮、磷、碳等大量营养物质排入海洋，使海洋富营养化，为赤潮生物大量繁殖提供了条件。防止海域污染是避免发生赤潮的重要措施。
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参考词条