The effectiveness of an attenuation correction procedure on the error structure of a C-band radar rainfall estimation is studied theoretically and by computer simulation. The iterative procedure to correct the radar observables affected by attenuation is based on the best-fit relationships between the absolute and differential reflectivity and the specific absolute and differential attenuation. This paper evaluates this attenuation correction procedure by a computer simulation to value the rainfall rate estimation errors
The Royal Netherlands Meteorological Institute (KNMI) operates two operational dual-polarization C-b...
International audienceA new model-based iterative technique to correct for attenuation and different...
Abstract Accurate estimation of precipitation at high spatial and temporal resolution...
The effects of attenuation correction in rainfall estimation with X-band dual-polarization radar wer...
Polarimetry improves radar rainfall estimation. It allows a better separation of meteorological and ...
Errors arise when using conventional radar reflectivity, Z, to estimate rainfall rate, R, and these ...
International audienceErrors arise when using conventional radar reflectivity, Z, to estimate rainfa...
This paper presents the results of a study designed to evaluate the performance of attenuation corre...
Includes bibliographical references.Quantitative use of C-band radar measurements of reflectivity (Z...
Attenuation by heavy rain is a major operational problem in radar estimation of rainfall rates, and ...
International audienceWeather radar systems are very suitable tools for the monitoring of extreme ra...
Rainfall-induced attenuation is a major source of underestimation for radar-based precipitation esti...
The Royal Netherlands Meteorological Institute (KNMI) operates two operational dual-polarization C-b...
The Royal Netherlands Meteorological Institute (KNMI) operates two operational dual-polarization C-b...
AbstractRadar-rainfall estimation is a complex process that involves several error sources, some of ...
The Royal Netherlands Meteorological Institute (KNMI) operates two operational dual-polarization C-b...
International audienceA new model-based iterative technique to correct for attenuation and different...
Abstract Accurate estimation of precipitation at high spatial and temporal resolution...
The effects of attenuation correction in rainfall estimation with X-band dual-polarization radar wer...
Polarimetry improves radar rainfall estimation. It allows a better separation of meteorological and ...
Errors arise when using conventional radar reflectivity, Z, to estimate rainfall rate, R, and these ...
International audienceErrors arise when using conventional radar reflectivity, Z, to estimate rainfa...
This paper presents the results of a study designed to evaluate the performance of attenuation corre...
Includes bibliographical references.Quantitative use of C-band radar measurements of reflectivity (Z...
Attenuation by heavy rain is a major operational problem in radar estimation of rainfall rates, and ...
International audienceWeather radar systems are very suitable tools for the monitoring of extreme ra...
Rainfall-induced attenuation is a major source of underestimation for radar-based precipitation esti...
The Royal Netherlands Meteorological Institute (KNMI) operates two operational dual-polarization C-b...
The Royal Netherlands Meteorological Institute (KNMI) operates two operational dual-polarization C-b...
AbstractRadar-rainfall estimation is a complex process that involves several error sources, some of ...
The Royal Netherlands Meteorological Institute (KNMI) operates two operational dual-polarization C-b...
International audienceA new model-based iterative technique to correct for attenuation and different...
Abstract Accurate estimation of precipitation at high spatial and temporal resolution...