The Research on the System of Observing and Predicting of the Harmful Algal Blooms;
本文的研究工作主要着眼于利用神经网络模型对藻类水华进行建模和预测。
Experiments that add iron to the sea have had mixed success, though, and may cause harmful algal blooms and ocean acidification.
尽管在海洋里增加铁的实验不是完全成功，并且这可能导致有害藻类疯长和海洋酸化。
Harmful algal blooms have increased in recent years, and the building of early observing and monitoring system is very difficult.
有害赤潮发生频度有逐年增加的趋势，建设赤潮的早期监测和预警系统是一个难点。
Certain species of phytoplankton produce powerful biotoxins, making them responsible for so-called "red tides," or harmful algal blooms.
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。
Outcome of the research project can offer theoretical and technical support for predicting of the harmful algal blooms and for culturing of the useful microalgae.
研究结果可为赤潮预测和经济微藻培养提供理论依据和技术支持。
Such algal blooms are not only harmful to people and animals but can also trigger dead zones in the lake-areas in the water so devoid of oxygen that they cannot support aerobic life.
这种水藻大爆发不仅会对人畜造成危害还会在湖水中制造死亡区域——水中的一片区域会因为氧气匮乏而完全不能供有氧生物生存。
Such algal blooms are not only harmful to people and animals but can also trigger dead zones in the lake-areas in the water so devoid of oxygen that they cannot support aerobic life.
这种水藻大爆发不仅会对人畜造成危害还会在湖水中制造死亡区域——水中的一片区域会因为氧气匮乏而完全不能供有氧生物生存。
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