首页> 外文会议>Remote Sensing of the Marine Environment; Proceedings of SPIE-The International Society for Optical Engineering; vol.6406 >Chlorophyll-specific absorption of phytoplankton in waters of Zhujiang River mouth, China
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Chlorophyll-specific absorption of phytoplankton in waters of Zhujiang River mouth, China

机译:珠江口水域浮游植物对叶绿素的吸收

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Light absorption, chlorophyll-specific absorption and package effect of phytoplankton in Zhujiang River mouth was studied on the two cruises of "Shiyan 2". The vertical distribution of phytoplankton in waters can be simulated by Gaussian equation; light absorption of phytoplankton was made on 25 mm GF/F filter, maximum light absorption of phytoplankton was at the depth 5-10m underwater. The value of chlorophyll-specific absorption was negatively correlated with chlorophyll a concentration. Package effect index also had a negative relationship with chlorophyll concentration. These results indicated that the characteristics of light absorption by phytoplankton varied in different waters were properly related to the phytoplankton concentration.
机译:在“十堰2号”两次航行中,研究了珠江口浮游植物的光吸收,叶绿素特异性吸收和包装效应。水中浮游植物的垂直分布可以用高斯方程模拟。在25 mm GF / F滤池上进行浮游植物的光吸收,在水下5-10m处浮游植物的最大光吸收。叶绿素特异性吸收值与叶绿素a浓度呈负相关。包装效果指数也与叶绿素浓度呈负相关。这些结果表明,不同水域中浮游植物吸收光的特征与浮游植物的浓度适当相关。

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