Add to ORKGRemote identification and measurement of subsurface water turbidity and oil on water was accomplished with analytical models which describe the backscatter from smooth surface turbid water, including single scatter and multiple scatter effects. Lidar measurements from natural waterways are also presented and compared with ground observations of several physical water quality parameters
The utilization of remote laser sensors in water pollution detection and identification, coastal env...
The development of quantitative analytical procedures for relating scattered signals, measured by a ...
In 2010, the Goddard Institute for Space Studies (GISS) Research Scanning Polarimeter (RSP) performe...
A technique to remotely determine the attenuation coefficient (alpha) of the water was investigated....
Due to the character of the original source materials and the nature of batch digitization, quality ...
A method is presented for estimating subaqueous integrated backscatter from the CALIOP lidar. The al...
A Monte Carlo simulation method was used to determine the effect of scattering from turbid water on ...
A method of polarization surveying of oil films on the water surface is analyzed. Model calculations...
Air pollutants are identified, and the needs for their measurement from satellites and aircraft are ...
A Digital Photometric Mapper (DPM) was used in the Fall of 1971 in an airborne survey of New York an...
An experimental device consisting of a conventional TV camera with a low light level photo image tub...
An investigation was conducted to develop procedure to obtain quantitative values for chlorophyll an...
We analyze the fully-polarimetric Uninhabited Aerial Vehicle Synthetic Aperture Radar (UAVSAR) data ...
Remote sensing, as a tool to aid in the control of water pollution, offers a means of making rapid, ...
Many aspects of the forward and backward scattering in dense water droplet clouds were studied using...
The utilization of remote laser sensors in water pollution detection and identification, coastal env...
The development of quantitative analytical procedures for relating scattered signals, measured by a ...
In 2010, the Goddard Institute for Space Studies (GISS) Research Scanning Polarimeter (RSP) performe...
A technique to remotely determine the attenuation coefficient (alpha) of the water was investigated....
Due to the character of the original source materials and the nature of batch digitization, quality ...
A method is presented for estimating subaqueous integrated backscatter from the CALIOP lidar. The al...
A Monte Carlo simulation method was used to determine the effect of scattering from turbid water on ...
A method of polarization surveying of oil films on the water surface is analyzed. Model calculations...
Air pollutants are identified, and the needs for their measurement from satellites and aircraft are ...
A Digital Photometric Mapper (DPM) was used in the Fall of 1971 in an airborne survey of New York an...
An experimental device consisting of a conventional TV camera with a low light level photo image tub...
An investigation was conducted to develop procedure to obtain quantitative values for chlorophyll an...
We analyze the fully-polarimetric Uninhabited Aerial Vehicle Synthetic Aperture Radar (UAVSAR) data ...
Remote sensing, as a tool to aid in the control of water pollution, offers a means of making rapid, ...
Many aspects of the forward and backward scattering in dense water droplet clouds were studied using...
The utilization of remote laser sensors in water pollution detection and identification, coastal env...
The development of quantitative analytical procedures for relating scattered signals, measured by a ...
In 2010, the Goddard Institute for Space Studies (GISS) Research Scanning Polarimeter (RSP) performe...