Propagation effects play in important role in the application of weather radar. Attenuation and depolarization have negative effects on the quality of radar data and hinder rainfall estimation, whereas the differential propagation phase can be used for the quantification of precipitation and even correction of attenuation effects
Attenuation by heavy rain is a major operational problem in radar estimation of rainfall rates, and ...
Weather radar measurements from airborne or satellite platforms can be an effective remote sensing t...
International audiencePolarimetric radar variables of rainfall events, like differential reflectivit...
Propagation effects play in important role in the application of weather radar. Attenuation and depo...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...
The properties of precipitation which will influence radar system design are discussed. The spatial ...
Errors arise when using conventional radar reflectivity, Z, to estimate rainfall rate, R, and these ...
Meteorological radars are unique instruments for the observation and measurement of precipitation, o...
In this chapter our objective is to provide an overview of the effects of anomalous propagation cond...
Ground-based weather radars provide information on the temporal evolution and the spatial distributi...
Model calculations and measurements of the specific propagation and backscatter differential phase s...
The Presence of the atmosphere and weather generates polarization dependent attenuation and phase sh...
Radar reflectivity (Zh), differential reflectivity (Zdr), and specific differential phase (Kdp) meas...
Includes bibliographical references (pages 118-119).Polarimetric radar measurements in precipitation...
Attenuation by heavy rain is a major operational problem in radar estimation of rainfall rates, and ...
Weather radar measurements from airborne or satellite platforms can be an effective remote sensing t...
International audiencePolarimetric radar variables of rainfall events, like differential reflectivit...
Propagation effects play in important role in the application of weather radar. Attenuation and depo...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...
Propagation effects in rainfall are examined at three microwave frequencies corresponding to S (3.0 ...
The properties of precipitation which will influence radar system design are discussed. The spatial ...
Errors arise when using conventional radar reflectivity, Z, to estimate rainfall rate, R, and these ...
Meteorological radars are unique instruments for the observation and measurement of precipitation, o...
In this chapter our objective is to provide an overview of the effects of anomalous propagation cond...
Ground-based weather radars provide information on the temporal evolution and the spatial distributi...
Model calculations and measurements of the specific propagation and backscatter differential phase s...
The Presence of the atmosphere and weather generates polarization dependent attenuation and phase sh...
Radar reflectivity (Zh), differential reflectivity (Zdr), and specific differential phase (Kdp) meas...
Includes bibliographical references (pages 118-119).Polarimetric radar measurements in precipitation...
Attenuation by heavy rain is a major operational problem in radar estimation of rainfall rates, and ...
Weather radar measurements from airborne or satellite platforms can be an effective remote sensing t...
International audiencePolarimetric radar variables of rainfall events, like differential reflectivit...