较为系统地研究了赤潮生物水体反射率曲线获取方法。
The methods for obtaining the reflectance curves of red tide organism water body are systematically studied.
通过海洋动力学和赤潮生物动力学相结合的方法，建立了一个赤潮发生的仿真模型。
This ecological simulation model of red tide includes water and biological dynamics, and takes into consideration environmental factors such as tide, tidal current and nutntion.
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。
The micro-image of the harmful algae was analyzed automatically on the basis of the image analysis method.
本文利用人工神经网络中的BP网络，建立赤潮生物密度与环境因子的人工神经网络的预报模型。
This article introduces a predictive model of Artificial Neural network of red tide biology density and environment factors by use of the back propagation (BP) network.
基于数字显微镜的赤潮生物计数，是一种在实验室条件下使用的，对赤潮优势藻自动计数的方法。
The count of the red tide species based on digital microscope is a kind of auto-counted technique used in laboratory.
由于近海水域生态环境因素的变化，赤潮生物常常侵袭到海水养殖池塘中，给养殖业造成严重威胁。
Due to the changes of the aquatic environment throughout the coastal area in the world, the red tides keep on bringing damage to the breeding ponds, which has caused serious impacts.
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。
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.
某些种类的浮游植物会产生强大的生物毒素，它们会形成所谓的“赤潮”，也叫做有害藻华。
Certain species of phytoplankton produce powerful biotoxins, making them responsible for so-called "red tides," or harmful algal blooms.
那次鱼死亡是由一种有害的绿藻引起的，一种所谓的微观生物繁殖造成的赤潮。
It was caused by a harmful algae bloom, a so-called red tide of microscopic organisms that spread from time to time.
利用生物化学的方法，研究了赤潮异弯藻、亚历山大藻和中肋骨条藻抗氧化酶活性对UV-B辐射增强的响应变化。
The Change of antioxidant enzyme activity in Skeletonema costatum, Heterosigma akashiwo and Alexandrium tamarense under UV-B radiation enhancement was studied using biochemical methods.
利用“水下全自动数字显微成像仪”拍摄了水中的浮游生物图像，介绍了仪器性能和拍摄结果，并对仪器用于赤潮预测预报的可能性作了探讨。
The paper introduces the capability of the "Automatic Underwater Digital Microcamera System" and its imaging products, and then discusses the possibility of using the system for forecasting red tide.
从1981年至2001年，深圳海域共记录发生赤潮85起，引发这些赤潮的生物种类约有36种。
Total 85 red tides events and about 36 red tide species were recorded in this paper from 1981 to 2001 in Shenzhen coastal waters.
本文按日为计量单位，利用HABAS程序表示出从1995年至2004年发生在韩国沿岸的有害性赤潮的空间分布、密度和生物种。
In this study, HABAS (Harmful Algal Bloom Analysis System) program showed the dispersion area, species and density of daily algal bloom from 1995 to 2004 in Korean waters.
这主要表现在海洋赤潮灾害通过赤潮灾害水体和生物毒素经由海洋各产业影响着海洋劳动者收入。
The Red Tide Disaster create damages to marine labor income through Red Tide Disaster water body and biotoxins.
根据引发赤潮的生物种类和数量的不同，海水有时也呈现黄、绿、褐色等不同颜色。
According to the cause of red tides and number of different species, seawater sometimes also presents the yellow, green, brown wait for different colors.
根据引发赤潮的生物种类和数量的不同，海水有时也呈现黄、绿、褐色等不同颜色。
According to the cause of red tides and number of different species, seawater sometimes also presents the yellow, green, brown wait for different colors.
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