The author has identified the following significant results. Terrain microwave backscatter and emission response to soil moisture variations were investigated using Skylab's 13.9 GHz RADSCAT (radiometer/scatterometer) system. Data acquired on June 5, 1973, over a test site in west-central Texas indicated a fair degree of correlation with composite rainfall. The scan made was cross-track contiguous (CTC) with a pitch of 29.4 deg and no roll effect. Vertical polarization was employed with both radiometer and scatterometer. The composite rainfall was computed according to the flood prediction technique using rainfall data supplied by weather reporting stations
Theoretical modeling as well as laboratory and field measurement were coupled with analysis of aircr...
The electrically scanning microwave radiometer (ESMR) on the Nimbus 5 satellite was used to observe ...
New opportunities for large-scale soil moisture monitoring will emerge with the launch of two low fr...
The author has identified the following significant results. The most significant result is the good...
The author has identified the following significant results. Correlations between the S-194 antenna ...
The S194 L-band radiometer flown on the Skylab mission measured terrestrial radiation at the microwa...
The effect of soil moisture on the radar backscattering coefficient was investigated by measuring th...
The author has identified the following significant results. Cursory examination of the data indicat...
The current status of microwave radiometry is provided. The fundamentals of the microwave radiometer...
The author has identified the following significant results. The Skylab S-193 radiometer/scatteromet...
The radar response to soil moisture content was investigated using a truck-mounted 1-18 GHz (30-1.67...
Airborne scatterometer observations were made for agricultural terrain in May and June, 1970 at a NA...
The objectives of this work were to perform imaging radar and scatterometer measurements over the Ko...
The NASA/JSC ground scatterometer system was used in a row structure and row direction effects exper...
The results presented here are derived from measurements made during the April 5 and 6, 1974 flights...
Theoretical modeling as well as laboratory and field measurement were coupled with analysis of aircr...
The electrically scanning microwave radiometer (ESMR) on the Nimbus 5 satellite was used to observe ...
New opportunities for large-scale soil moisture monitoring will emerge with the launch of two low fr...
The author has identified the following significant results. The most significant result is the good...
The author has identified the following significant results. Correlations between the S-194 antenna ...
The S194 L-band radiometer flown on the Skylab mission measured terrestrial radiation at the microwa...
The effect of soil moisture on the radar backscattering coefficient was investigated by measuring th...
The author has identified the following significant results. Cursory examination of the data indicat...
The current status of microwave radiometry is provided. The fundamentals of the microwave radiometer...
The author has identified the following significant results. The Skylab S-193 radiometer/scatteromet...
The radar response to soil moisture content was investigated using a truck-mounted 1-18 GHz (30-1.67...
Airborne scatterometer observations were made for agricultural terrain in May and June, 1970 at a NA...
The objectives of this work were to perform imaging radar and scatterometer measurements over the Ko...
The NASA/JSC ground scatterometer system was used in a row structure and row direction effects exper...
The results presented here are derived from measurements made during the April 5 and 6, 1974 flights...
Theoretical modeling as well as laboratory and field measurement were coupled with analysis of aircr...
The electrically scanning microwave radiometer (ESMR) on the Nimbus 5 satellite was used to observe ...
New opportunities for large-scale soil moisture monitoring will emerge with the launch of two low fr...