1.
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
2.
The Study of Pelagic Ecosystem Influenced by Bacteria in the Red Tide-Monitoring Area of Bohai Bay;
渤海湾赤潮监控区细菌对浮游生态系统影响的研究
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.
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
5.
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
6.
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
7.
Distinction of Red Tide Causing Algae by Using the PCR-RFLP Technology
运用PCR-RFLP技术区分赤潮藻
8.
Study on Marine Environment Online Monitoring and HAB Disaster Predicting System;
海洋环境在线监测及赤潮灾害预报系统研究
9.
Study of Nutri-physiology of 3 HAB Alagae and the Development and Application of Auto-detection and Forecast Software on the Dramatic Microalgal HAB;
3种赤潮藻营养生理研究及典型微藻型赤潮自动监测预警软件研制与应用
10.
Study on Fast and Sensitive Method and Mechanism Controlling the Growth of Red Tide Algae;
快速、灵敏控制赤潮生物生长的方法和机理研究
11.
Effect of Marine Bacteria on the Growth and Toxicity of Alexandium Tamarense;
海洋细菌调控赤潮藻生长、产毒作用的实验研究
12.
Harmful Algal Blooms in Coastal Hebei Sea: Causes and Mitigation Countermeasures
河北省沿海赤潮的成因及调控对策研究
13.
Ecological Studies on Daya Bay and Pearl River Estuary, the Most Frequent Harmful Algal Bloom Occurrence Areas in the Guangdong Coasts
广东沿海典型赤潮高发区海洋环境生态研究
14.
Biological Factor Monitoring of Sea Water and Taxonomy of Red Tide Algae in Hong Sha Harbor;
三亚红沙港海水生物要素监测与赤潮藻的分类鉴定
15.
The Application of Data Mining to Marine Environment Online Monitoring and HAB Predicting System;
数据挖掘在海洋环境在线监测及赤潮灾害智能预警系统中的应用
16.
Research on Processing of Multiresouce Mornitoring Data and Synthetic Forecasting Method for Red Tide
赤潮多源监测数据处理与综合预测预报方法研究
17.
A Red Tide Detecting Method Based on Spectral Signatral and Spectral Angle Mapping Technology
基于光谱曲线特性和波谱角分类的赤潮监测方法
18.
It was suggested that the urban sewage of Shanghai city be de-nitrogenized and de-phosphorusized before releasing in order to control the occurrence of red tide.
爲控制赤潮的发生，建议上海城市污水排放前进行脱氮除磷处理。