Noctiluca

Support vector machine applied to modelling of density of noctiluca scientillans in sea water

支持向量机算法用于夜光藻密度建模

A preliminary study on ecology of Noctiluca scintillans in Fujian coastal areas

福建海岸带夜光藻生态的初步研究

Relation . Mathematical model of relationship between distribution of Noctiluca scintillans abundance and plankton

夜光藻与浮游生物关系的数学模型

Environmental influence on growth of Noctiluca scientillans in Dapeng bay , north of South China Sea

大鹏湾海水理化因子对夜光藻生长影响的因子分析

A model on nutrient dynamics for Noctiluca scintillans red tide in Dapeng Bay

大鹏湾夜光藻赤潮的营养动力学模型

The trigger and regulation mechanism of dinoflagellate red tide and its toxin and metabolism pathway of nitrogen in Noctiluca scintillans

甲藻赤潮及其毒素的产生机制及夜光藻氮代谢途径

The feeding and vegetative reproduction diurnal rhythms of Noctiluca SCINTILLAS

夜光藻摄食和营养繁殖的昼夜节律

It is that N and Si and the high N / P ratio ( about 35 : 1 ) may be the important factor resulting in the abnormal proliferation of the phytoplankton ( Noctiluca scintillans ) .

亦即N，Si和高N/P比（35：1左右）可能是导致浮游植物（夜光藻）异常增殖的重要因素。

In 2003 , 35 kinds of phytoplankton were collected with an average biomass 20 × 104 / m3 and among those the dominant species were Skeletonema sp. near river mouth area and Noctiluca scientillans far away from river mouth .

2003年采集到浮游植物35种，平均细胞数为20×104／m3，优势种近河口区为骨条藻，远河口区为夜光藻；

But misidentification happens to Noctiluca red tide occurring on 16th July , 2001.In the end , the paper points out the future work concerning red tide airborne hyperspectral remote sensing detection , red tide dominant species airborne hyperspectral identification and extraction of red tide biomass distribution feature .

最后，就赤潮航空高光谱遥感发现检测、赤潮生物优势种类航空高光谱识别和赤潮生物量分布特征航空高光谱提取等3项技术的完善，提出了需要进一步开展的研究工作。

In essence , it was a cluster of countless open-sea infusoria , of noctiluca an eighth of an inch wide , actual globules of transparent jelly equipped with a threadlike tentacle , up to 25000 of which have been counted in thirty cubic centimeters of water .

活泼的！是的，这是海中点滴微虫和粟粒夜光虫无穷无尽的集体的结合，是有细微触须的真正透明小胶球，在三十立方厘的水中，它们的数目可以有二万五千。