Add to ORKGA feasibility study for the development of a three-dimensional generalized, predictive, analytical model involving remote sensing, in-situ measurements, and an active system to remotely measure turbidity is presented. An implementation plan for the development of the three-dimensional model and for the application of remote sensing of temperature and turbidity measurements is outlined
The National Aeronautics and Space Administration (NASA) phased down its Apollo Moon Program after 1...
Remotely sensed data were collected to demonstrate the feasibility of applying the results to water ...
Three versions of rigid lid programs are presented: one for near field simulation; the second for fa...
The first phase is described of a three year project for the development of a mathematical model for...
The development of a predictive mathematical model for thermal pollution in connection with remote s...
Environmental pollution is a problem of international scope and concern. It can be subdivided into p...
The subjects of infrared remote sensing of surface features for renewable resource applications is r...
Remote sensing, as a tool to aid in the control of water pollution, offers a means of making rapid, ...
The application of a two dimensional mathematical model to the analysis of the thermal discharge to ...
Air pollutants are identified, and the needs for their measurement from satellites and aircraft are ...
Research on the application of remote sensing to problems of water resources was concentrated on sed...
A remote-sensing experiment conducted on May 17, 1977, over the Surry nuclear power station on the J...
editor, Mark Settle.Historical Development of Multispectral Thermal Infrared Techniques for Geologic...
Nuclear power plants typically use waste heat rejection systems such as cooling lakes and natural dr...
Satellite detection and monitoring of off-shore dumped pollutants, other than oil, are discussed. Su...
The National Aeronautics and Space Administration (NASA) phased down its Apollo Moon Program after 1...
Remotely sensed data were collected to demonstrate the feasibility of applying the results to water ...
Three versions of rigid lid programs are presented: one for near field simulation; the second for fa...
The first phase is described of a three year project for the development of a mathematical model for...
The development of a predictive mathematical model for thermal pollution in connection with remote s...
Environmental pollution is a problem of international scope and concern. It can be subdivided into p...
The subjects of infrared remote sensing of surface features for renewable resource applications is r...
Remote sensing, as a tool to aid in the control of water pollution, offers a means of making rapid, ...
The application of a two dimensional mathematical model to the analysis of the thermal discharge to ...
Air pollutants are identified, and the needs for their measurement from satellites and aircraft are ...
Research on the application of remote sensing to problems of water resources was concentrated on sed...
A remote-sensing experiment conducted on May 17, 1977, over the Surry nuclear power station on the J...
editor, Mark Settle.Historical Development of Multispectral Thermal Infrared Techniques for Geologic...
Nuclear power plants typically use waste heat rejection systems such as cooling lakes and natural dr...
Satellite detection and monitoring of off-shore dumped pollutants, other than oil, are discussed. Su...
The National Aeronautics and Space Administration (NASA) phased down its Apollo Moon Program after 1...
Remotely sensed data were collected to demonstrate the feasibility of applying the results to water ...
Three versions of rigid lid programs are presented: one for near field simulation; the second for fa...