Add to ORKGThe use of an airborne spectrometer for measuring the amount of pollutants under the surface of a body of water is discussed. Difficulties created by high water absorption, atmospheric absorption, molecular scattering by water, and atmospheric scattering for the range of wavelengths from 0.2 to 20.0 microns are described. It was determined that some form of quantitative measurement of subsurface pollutants is possible using an airborne spectrometer
Remote sensing methods to study spatial and temporal changes in water quality using satellite or aer...
Remote sensing of water quality is dicussed. Remote sensing penetration depth is a function both of ...
The objective of the research was to undertake a quantitative comparison of spectral-reflectance mea...
Remote sensing, as a tool to aid in the control of water pollution, offers a means of making rapid, ...
Optical remote sensing of water pollution offers the possibility of fast, large scale coverage at a ...
Remote measurement of pollutants dumped in the sea, not oil slicks, but soluble pollutants that chan...
An investigation was conducted to develop procedure to obtain quantitative values for chlorophyll an...
The author has identified the following significant results. Remote sensing from satellites and airc...
The possibilities for the use of high spectral resolution analysis in the field of hydrology and wat...
A series of aircraft flights has been initiated to measure the spectral reflectance of ocean waters ...
For remote sensing of water constituents it is very important to correct specular reflections at the...
The potential of using remote sensing for the detection of chlorophyll-a (CHL), dissolved organic ma...
Over 3000 ocean spectra of sunlight backscattered from the upper layers of the sea have been obtaine...
A summary of advances in satellite and aircraft remote sensing of marine pollution is presented. Rem...
According to the EPA, harmful algal blooms may occur more frequently in coastal areas like the Chesa...
Remote sensing methods to study spatial and temporal changes in water quality using satellite or aer...
Remote sensing of water quality is dicussed. Remote sensing penetration depth is a function both of ...
The objective of the research was to undertake a quantitative comparison of spectral-reflectance mea...
Remote sensing, as a tool to aid in the control of water pollution, offers a means of making rapid, ...
Optical remote sensing of water pollution offers the possibility of fast, large scale coverage at a ...
Remote measurement of pollutants dumped in the sea, not oil slicks, but soluble pollutants that chan...
An investigation was conducted to develop procedure to obtain quantitative values for chlorophyll an...
The author has identified the following significant results. Remote sensing from satellites and airc...
The possibilities for the use of high spectral resolution analysis in the field of hydrology and wat...
A series of aircraft flights has been initiated to measure the spectral reflectance of ocean waters ...
For remote sensing of water constituents it is very important to correct specular reflections at the...
The potential of using remote sensing for the detection of chlorophyll-a (CHL), dissolved organic ma...
Over 3000 ocean spectra of sunlight backscattered from the upper layers of the sea have been obtaine...
A summary of advances in satellite and aircraft remote sensing of marine pollution is presented. Rem...
According to the EPA, harmful algal blooms may occur more frequently in coastal areas like the Chesa...
Remote sensing methods to study spatial and temporal changes in water quality using satellite or aer...
Remote sensing of water quality is dicussed. Remote sensing penetration depth is a function both of ...
The objective of the research was to undertake a quantitative comparison of spectral-reflectance mea...