1) Red Tide Monitoring
赤潮监测
1.
An Evaluation of SeaWiFS Data on Red Tide Monitoring in Fujian Coastal Waters;
SeaWiFS遥感数据应用于福建近海赤潮监测的适用性初步评估
2.
This paper proposes a red tide monitoring method based on SVM.
针对航空遥感高光谱图像大数据量快速分析的需求,本文提出了一种基于支持向量机(SVM)的航空高光谱赤潮监测方法。
5) red tide-monitoring area
赤潮监控区
1.
On the base of the monitoring data of water quality at the red tide-monitoring area of Xiiangshan Harborin flood period from 2002to 2005,The situation of organic pollution and eutrophication wasanalyzed anddiscussedin terms of that chemical parameters such as DO、COD、DIN and DIP at the red tide-monitoring area in recent four years.
根据2002-2005年丰水期象山港赤潮监控区水质监测基础资料,以DO、COD、DIN和DIP作为基本化学指标参数,分析了近4年来整个赤潮监控区水质的有机污染和富营养化状况。
2.
On the basis of the monitoring data of nutrients ( Si, N and P ) in surface seawater from April to September ( 2002 —2005 ) in the red tide-monitoring area of Xiiangshan Harbor, variations on nutrients and the characteristics of their structure in the red tide-monitoring area were analyzed and discussed in periods of high frequency for the red tide.
根据2002—2005年4—9月份象山港赤潮监控区表层海水营养盐(Si,N和P)监测基础资料,分析、探讨了监控区水域的营养盐变化及其结构特征。
补充资料：赤潮藻
海水受到污染，得到大量有机物，营养盐过剩，温度、阳光适宜等，某些藻类会突然大量繁殖，使海水变色，发生赤潮。能引发赤潮的藻类称为“赤潮藻”。这些藻类分别隶属于蓝藻门、绿藻门、裸藻门、金藻门、黄藻门、硅藻门、甲藻门、隐藻门等8个门类。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条