1)red tide赤潮
1.Research advancement on controlling red tide by natural clay;天然粘土治理赤潮的研究进展
2.Preliminary Study on using MODIS to detect the Red Tide in the Yangtze Estuary and adjacent waters;利用MODIS遥感数据探测长江口及邻近海域赤潮初步研究
3.Influencing analysis of human activities on frequency of red tides(HABs) in Zhejiang Sea Areas;人类活动对浙江近海赤潮发生频率的影响分析
英文短句/例句
1.The Effect of Solar Radiation on HAB Algae Growth in High Frequency HAB Occurrence Areas in ECS;光照对东海赤潮高发区赤潮藻类生长的影响
2.Classification, Grading and Risk Assessment System of Harmful Algal Blooms in Coastal China;我国赤潮的分型分级及赤潮灾害评估体系
3.Ocean Color Remote Sensing Algorithms and Red Tides Detection in the High Frequency Red Tides Areas of the East China Sea;东海赤潮高发区水色遥感算法及赤潮遥感监测研究
4.Molecular Identification of HAB Species and Detecting Them Using Fluorescence in Situ Hybridization Technique;赤潮藻的分子标识及荧光原位杂(FISH)技术在检测赤潮藻中的应用
5.Effect of Nutrient Characteristics on HAB in the Typical Coastal Waters in China and the Methods of HAB Mitigation;我国典型海域营养盐特征对赤潮形成的影响及赤潮防治方法研究
6.Mechanism of Skeletonema Costatum Bloom in Hongsha Bay of Sanya and Effect of Mangrove on Controling Harmful Algal Blooms;三亚红沙港赤潮生消机制及红树化感作用在赤潮防治中作用研究
7.A Survey on the Red Tides in the East China Sea in 2004 and Species Interaction of Two Causative HABs Species;东海赤潮的现场调查及赤潮原因种的相互作用效应研究
8.Relationships between Eutrophication and the Occurrences of Red Tide in Red Tide-Monitoring Area of Sandu Bay;三都湾赤潮监控区海水富营养化与赤潮发生的关系研究
9.INTERACTIONS BETWEEN TWO SPECIES OF MARINE BLOOM MICROALGAE UNDER CONTROLLED LABORATORY CONDITIONS:HETEROSIGMA AKASHIWO AND KARENIA MIKIMOTOI两种海洋赤潮微藻赤潮异弯藻和米氏凯伦藻之间的相互作用
10.Study on the Simulation Mock-up Test of Phaeocystis for Red Tide;棕囊藻赤潮的仿真治理模拟试验研究
11.The Study of HABs Ecosystem Dynamics and Prediction in Bohai Sea;渤海赤潮生态系统动力学与预测研究
12.The Studies of Molecular Taxonomy of Redtide-Caused Phaeocystis (Prymnesiophyte);有害赤潮藻—棕囊藻属分子分类研究
13.THE APPLICATION OF QACS TO HAB MANAGEMENT AND CONTROL;季铵盐类化合物在赤潮治理中的应用
14.Study on Environment Factors Affecting Outbreaks of Red Tide in Haizhou Bay Coastal Waters;海州湾海域赤潮形成的环境因子研究
15.Research on the Offshore Red-Tide Monitoring Experimental System Based on General Packet Radio Service;基于GPRS的近海赤潮监测实验系统研究
16.Effect of Phosphorus and Iron on the Growth of Red Tide Microalgae, Cryptomonas sp.;磷、铁对赤潮藻(隐藻Cryptomonas sp.)生长的影响
17.Analysis of Meteorological Elements to Occurrence of Red Tide in Zhejiang Sea Area;分析浙江海区赤潮过程中的气象因子
18.Study of Competition between Heterosigma Akashiwo and Prorocentrum Micans赤潮异弯藻和海洋原甲藻的竞争研究
相关短句/例句
red tides赤潮
1.Studies on PSP in harmful red tides of Zhejiang Sea-areas;浙江近岸有害赤潮发生区麻痹性贝毒素研究
2.Characteristics of ecological environment and monitoring of red tides in the waters of Qinhuangdao;秦皇岛海域生态环境特征与赤潮监测
3.Survey and adapted hydro-meteorological conditions of Noctiluca Scintillans red tides in South China Sea;南海夜光藻赤潮概况及其对水文气象的适应条件
3)HABs赤潮
1.The effects of Eucalyptus wood meals and their acetonewater extracts on the growth of some HABs algae;桉木粉及其粗提物对几种常见赤潮藻生长的影响
2.Research on Intelligence HABs Early-Warning System Based On CBR;基于CBR的智能赤潮预测预警系统研究
4)harmful algal bloom赤潮
1.Observation of harmful algal blooms caused by Prorocentrum and Gymnodinium species in the western Xiamen Harbour;厦门西海域裸甲藻和原甲藻赤潮的观察
2.Relationship between harmful algal bloom and transport of iron in atmospheric dust;赤潮灾害与大气尘埃铁输送的关系
3.Based on the data from four cruises that carried out in the Changjiang River estuary and its adjacent areas from 2002-04 to 2003-02,the seasonal variation and spatial distribution of nutrients were analyzed,and the relationship between nutrients condition and the harmful algal blooms(HABs) was also discussed.根据2002-04~2003-02期间在长江口及其邻近海域进行的4个综合航次的调查资料,分析了该海区营养盐季节变化及分布特征,并初步探讨了海区营养盐状况与赤潮的关系。
5)HAB赤潮
1.Spatial and temporal distribution of the nutrients and its controlling factors in the high-frequency HAB occurrence area in the East China Sea;东海赤潮高发区营养盐时空分布特征及其控制要素
2.The HAB Species Prorocentrum dentatum and its Characteristics in East China Sea;东海赤潮生物具齿原甲藻及其特征
3.Numerical simulation of the dynamic mechanism of the occurrence and spread of HAB;赤潮发生和蔓延的动力机制数值模拟
6)red tide (rapid propagation of sea algae mostly in polluted waters)红潮;赤潮
延伸阅读
赤潮赤潮redtide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。河口海湾的富营养化现象(红外遥感图像)
