Tan Hiroyuki, Oishi Tomohiko, Tanaka Akihiko, Doerffer Roland, Tan Yasuhiro
Opt Express. 2017 Jun 12;25(12):A564-A573. doi: 10.1364/OE.25.00A564.
Chlorophyll-a specific light volume scattering functions (VSFs) by cultured phytoplankton in visible spectrum range is presented. Chlorophyll-a specific VSFs were determined based on the linear least squares method using a measured VSFs with different chlorophyll-a concentrations. We found obvious variability of it in terms of spectral and angular shapes of VSF between cultures. It was also presented that chlorophyll-a specific scattering significantly affected on spectral variation of the remote sensing reflectance, depending on spectral shape of b. This result is useful for developing an advance algorithm of ocean color remote sensing and for deep understanding of light in the sea.
本文给出了培养浮游植物在可见光谱范围内的叶绿素a特定光体积散射函数(VSF)。叶绿素a特定VSF是基于线性最小二乘法,利用不同叶绿素a浓度下测得的VSF确定的。我们发现不同培养物之间,VSF的光谱和角度形状存在明显差异。研究还表明,叶绿素a特定散射对遥感反射率的光谱变化有显著影响,这取决于b的光谱形状。该结果有助于开发先进的海洋颜色遥感算法,并深入理解海洋中的光。