Bukata R P, Bruton J E, Jerome J H, Jain S C, Zwick H H
Appl Opt. 1981 May 1;20(9):1704-14. doi: 10.1364/AO.20.001704.
Spectrooptical and water quality data collected from a 1979 coordinated in situ and airborne study of western Lake Ontario are used to devise a five-component model from which subsurface chlorophyll a and suspended solids concentrations may be determined from submersible optical sensors capable of measuring spectral irradiance reflectance just beneath the free-surface layer. A water-air interface model, which incorporates the effects of surface reflection, is also presented in an attempt to extend such water quality estimations to low altitude remote sensors. Special emphasis is given to the spectral wavelength bands of the Coastal Zone Color Scanner aboard Nimbus-7.
从1979年对安大略湖西部进行的一次现场与航空协同研究中收集的分光光学和水质数据，被用于设计一个五分量模型，通过该模型，可利用能够测量自由表层下方光谱辐照度反射率的潜水光学传感器来确定次表层叶绿素a和悬浮固体浓度。还提出了一个纳入表面反射效应的水-气界面模型，试图将此类水质估算扩展到低空遥感器。特别强调了雨云7号上海岸带彩色扫描仪的光谱波段。
