A very high-resolution X-band vertically pointing weather radar was deployed in the island of Jersey, UK, from February to May 2004, to study the variation of the vertical reflectivity of precipitation (VPR) in this region. Intercomparison studies were carried out with a C-band scanning weather radar operated by Jersey Met. Department. C-band radar rainfall estimations and raingauge measurements were well correlated at very short ranges (<10 km), but there are clear difficulties in the estimation of precipitation due to ground clutter, and anomalous propagation echoes as well as the variation of VPR. Average VPRs were obtained from the X-band radar that helped reduce the bright band enhancement in C-band scanning weather radar measurements....
Abstract. This study presents an analysis of 195 rainfall events gathered with the X-band weather ra...
International audienceThe present study aims at a preliminary approach of multiradar compositing app...
International audienceThe Bollène-2002 Experiment was aimed at developing the use of a radar volume-...
The benefits of very high resolution data from scanning and vertically pointing radars in a research...
International audienceA Vertically Pointing Radar (VPR) has been commissioned and deployed at a numb...
This study presents an analysis of 195 rainfall events gathered with the X-band weather radar SOLIDA...
This study presents an analysis of 195 rainfall events gathered with the X-band weather radar SOLIDA...
International audienceThe extrapolation of the precipitation to the ground from radar reflectivities...
The present study aims to demonstrate the major influence of the vertical heterogeneity of rainfall ...
Radars are known for their ability to obtain a wealth of information about spatial storm field chara...
This paper presents a novel, simple method to correct reflectivity measurements of weather radars th...
The use of quantitative scanning weather radar for precipitation measurements is a vital element of ...
The present study aims at a preliminary approach of multiradar compositing applied to the estimation...
Abstract. This study presents an analysis of 195 rainfall events gathered with the X-band weather ra...
International audienceThe present study aims at a preliminary approach of multiradar compositing app...
International audienceThe Bollène-2002 Experiment was aimed at developing the use of a radar volume-...
The benefits of very high resolution data from scanning and vertically pointing radars in a research...
International audienceA Vertically Pointing Radar (VPR) has been commissioned and deployed at a numb...
This study presents an analysis of 195 rainfall events gathered with the X-band weather radar SOLIDA...
This study presents an analysis of 195 rainfall events gathered with the X-band weather radar SOLIDA...
International audienceThe extrapolation of the precipitation to the ground from radar reflectivities...
The present study aims to demonstrate the major influence of the vertical heterogeneity of rainfall ...
Radars are known for their ability to obtain a wealth of information about spatial storm field chara...
This paper presents a novel, simple method to correct reflectivity measurements of weather radars th...
The use of quantitative scanning weather radar for precipitation measurements is a vital element of ...
The present study aims at a preliminary approach of multiradar compositing applied to the estimation...
Abstract. This study presents an analysis of 195 rainfall events gathered with the X-band weather ra...
International audienceThe present study aims at a preliminary approach of multiradar compositing app...
International audienceThe Bollène-2002 Experiment was aimed at developing the use of a radar volume-...