Add to ORKGRainfall is a key observable of the weather, of importance to society. Rain gauges only provide point measurements; for areal rainfall information a radar may be used. Radars measuring just reflectivity (Z) may suffer large errors in derived rainrates due to drop size distribution (DSD) variations. The introduction of dual-polarisation radars to operational networks should lead to improvements in rainfall estimation, although these radars suffer high noise levels in polarisation parameters (~ 0.7 dB in differential reflectivity [ZDR]).EThOS - Electronic Theses Online ServiceGBUnited Kingdo
The most commonly used polarimetric radar measurements in rainfall estimation are the reflectivity f...
Polarisation effects can be observed as well in radar as in radio- meter data of stratiform and conv...
International audienceConventional radars, used for atmospheric remote sensing, usually operate at a...
Errors arise when using conventional radar reflectivity, Z, to estimate rainfall rate, R, and these ...
ABSTRACT: The paper presents an analysis of the performance of different radar algorithms for rainf...
International audienceErrors arise when using conventional radar reflectivity, Z, to estimate rainfa...
Dual polarization radars have advantages that may translate into more accurate measurements of rainf...
Polarization diversity radar measurements such as reflectivity factor, differential reflectivity, an...
Polarization diversity radar measurements such as reflectivity factor, differential reflectivity, an...
Weather radars have been used to quantitatively estimate precipitation since their development in th...
The effects of attenuation correction in rainfall estimation with X-band dual-polarization radar wer...
Dual polarimetric radar has been developed and partly utilized in meteorology and hydrology in these...
Polarimetric estimation of rainfall provided more reliable and accurate data than that of convention...
Weather radars have been used since more than 60 years to monitor precipitation events. Since that t...
Radar-rainfall estimation is a complex process that involves several error sources, some of which ar...
The most commonly used polarimetric radar measurements in rainfall estimation are the reflectivity f...
Polarisation effects can be observed as well in radar as in radio- meter data of stratiform and conv...
International audienceConventional radars, used for atmospheric remote sensing, usually operate at a...
Errors arise when using conventional radar reflectivity, Z, to estimate rainfall rate, R, and these ...
ABSTRACT: The paper presents an analysis of the performance of different radar algorithms for rainf...
International audienceErrors arise when using conventional radar reflectivity, Z, to estimate rainfa...
Dual polarization radars have advantages that may translate into more accurate measurements of rainf...
Polarization diversity radar measurements such as reflectivity factor, differential reflectivity, an...
Polarization diversity radar measurements such as reflectivity factor, differential reflectivity, an...
Weather radars have been used to quantitatively estimate precipitation since their development in th...
The effects of attenuation correction in rainfall estimation with X-band dual-polarization radar wer...
Dual polarimetric radar has been developed and partly utilized in meteorology and hydrology in these...
Polarimetric estimation of rainfall provided more reliable and accurate data than that of convention...
Weather radars have been used since more than 60 years to monitor precipitation events. Since that t...
Radar-rainfall estimation is a complex process that involves several error sources, some of which ar...
The most commonly used polarimetric radar measurements in rainfall estimation are the reflectivity f...
Polarisation effects can be observed as well in radar as in radio- meter data of stratiform and conv...
International audienceConventional radars, used for atmospheric remote sensing, usually operate at a...