Quantitative analysis of aircraft multispectral-scanner data and mapping of water quality parameters in the James River in Virginia
Robert W. Johnson, Gilbert S. Bahn, United States. National Aeronautics and Space Administration. Scientific and Technical Information Office
National Aeronautics and Space Administration, Scientific and Technical Information Office, 1977 - Technology & Engineering - 31 pages
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10-band analysis Acidity aircraft multispectral-scanner data Bailey Creek Carotenoids chloro chlorophyll a concentrations correlations with remotely data set Dissolved oxygen Earth Resources entering the turbid error of estimate field of data Five additional parameters Fluorescence grouped data Hopewell and Norfolk Hopewell Measured Hopewell subset imagery independent variables Inorganic NO3 James River jLtm Langley Research Center linear model linear regression measured values mg/m multispectral scanner NASA nitrite NO2 Number of observations pixel pollutant plume entering Range of measured reduced number remotely sensed data remotely sensed values responses in scanner River in Virginia River near Hopewell Saginaw Bay Salinity scanner bands sea-truth measurements Sea-truth range Secchi disc depth sediment and chlorophyll sensed and measured shown in figure significant correlations standard error statistical stepwise regression stepwise regression analysis subset of data suspended sediment suspended-sediment and chlorophyll suspended-sediment concentration thermal band three water-quality parameters turbid river system water quality York Bight