科学家们对这种闯入者的描述与这幅图像中显示的水华现象吻合。
The scientists' description of the interloper is certainly consistent with the bloom shown in this image.
然而，当冬季东北风吹向海洋时，水华也会出现。
Blooms also happen in the winter, however, when northeast winds blow offshore.
浮游植物水华不是造成图像上多彩景观的唯一原因。
The phytoplankton bloom is not the only source of color in the scene.
因此，高活性的溶解态磷酸酶与水华的发生有关。
Hence, high APA was closely related with the occurrence of bloom.
综述了近年来在水华蓝藻鉴定技术方面的研究进展。
The development on studying identification technology of chlamydomonas reinhaidtii is summarized.
在一场大规模水华后，死亡的浮游植物沉入海底或湖底。
In the aftermath of a massive bloom, dead phytoplankton sink to the ocean or lake floor.
基于这个理论，提出如何控制水华蓝藻生消的方法和途径。
On the basis of the theory, the methods and ways how control the bloom and extinction of cyanobacteria are posed.
有害藻类水华的频繁发生已成为国内外普遍关注的环境问题。
The widespread occurrence of heavy cyanobacterial blooms has been the serious environmental problem.
概述了目前富营养发生的机理和水华暴发机制的最新研究方向。
Outline the newest research orientation of eutrophication mechanism and breakout of water bloom.
为防治蓝藻水华，从超声的生物效应出发提出了新的抑藻思路。
To prevent water bloom, a new method of inhibiting cyanobacteria's growth was presented based on the bio-effect of ultrasound.
水华可能会持续数周，但任何单个浮游植物的寿命很少会超过数天。
A bloom may last several weeks, but the life span of any individual phytoplankton is rarely more than a few days.
富营养化引起的水体“水华”已成为威胁饮用水安全的严重问题。
Water blooms leading by eutrophication had become a serious problem threatening the safety of drinking water.
蓝-绿藻水华及其所含毒素已成为我国许多富营养化水源的主要问题。
The occurrence of blue-green algal blooms and the production of algal toxins have become major problems for water industry.
以水华鱼腥藻为材料研究了6种氨基甲酸酯类农药对藻类的毒性效应。
The toxicity effect of 6 carbamic ester pesticides on Anabaena flos-aquae was studied.
一旦条件成熟，浮游植物种群数量会呈爆炸性增长，这一现象被称为水华。
When conditions are right, phytoplankton populations can grow explosively, a phenomenon known as a bloom.
发生在海洋中的水华可以覆盖数百平方公里，而且很容易在卫星图像中观测到。
Blooms in the ocean may cover hundreds of square kilometers and are easily visible in satellite images.
这些水华从巴基斯坦沿海(图片顶端)一直延伸到阿曼海岸(图片底端左方)。
The bloom stretches from the shores of Pakistan (top) to the coast of Oman (lower left).
综述了蓝藻水华生物防治的各种方法，提出了太湖饮用水源防治蓝藻水华的设想。
All kinds of methods controlling cyanobacteria bloom biologically were summed up and the assumption of controlling cyanobacteria bloom in the drinking water source of Taihu lake was suggested.
目的蓝藻水华已成为太湖的严重污染物，本文旨在阐明其对哺乳动物的潜在危害。
AIM in order to investigate the latent risk of Tai lake cyanobacteria blooms on mammals.
如何有效控制蓝藻水华污染和去除微囊藻毒素是摆在中外环境科学领域的一个难题。
How to control HCB and remove MC is an unsolved problem in the field of environmental science all over the world.
在包括阿拉伯海和印度尼西亚附近海域的低纬度地区，季节性水华往往与季风变化相关。
In lower-latitude areas, including the Arabian Sea and the waters around Indonesia, seasonal blooms are often linked to monsoon-related changes in winds.
水体严重富营养化时，水面藻类增殖，成片或成团地覆盖在水体表面，形成水华或赤潮。
When eutrophic condition of water body is serious, algae on water surface proliferate and cover the water surface flakily to form water blooms or red tides.
迄今为止，对大多数人而言，海平面升高、奄奄一息的珊瑚虫、蔓延的藻花水华只不过是次要的烦恼。
So far, the rising sea levels, dying corals and spreading algal blooms are only minor distractions for most people.
蓝藻“水华”含有毒素，微囊藻毒素分子量为904，实验中可使小白鼠肝脏充血肿大致死。
The water bloom of blue algae can produce toxin and the molecular amount of toxin is 904.
这一组卫星图像显示了2009年10月11日至10月25日在新西兰以东洋面形成的水华。
This pair of satellite images shows a bloom that formed east of New Zealand between October 11 and October 25, 2009.
被称为浮游植物的流动微生植物，吸收了阳光和南太平洋海水里的养分，长成一团团巨大的水华。
Floating, microscopic plants, known as phytoplankton, soak up the sunlight and the nutrients stirring in the Southern Ocean and grow into prodigious blooms.
变化包括水华更为频繁的出现，而且双鞭甲藻属中被称为夜光藻的种类所引起的水华范围有所扩大。
Among the changes is the increasingly frequent and widespread appearance of a dinoflagellate species called Noctiluca miliaris.
目的了解有毒蓝藻水华频繁暴发的太湖流域周边城市水源水和饮用水中微囊藻毒素（MC）的含量。
ObjectiveTo investigate the level of microcystins(MC)in source and drinking water of a city along Lake Tiahu where toxic water blooms frequently occurred.
目的了解有毒蓝藻水华频繁暴发的太湖流域周边城市水源水和饮用水中微囊藻毒素（MC）的含量。
ObjectiveTo investigate the level of microcystins(MC)in source and drinking water of a city along Lake Tiahu where toxic water blooms frequently occurred.
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