Exploiting 3D volume data from the Czech weather radar network

Volume reflectivity and Doppler wind products, elaborated by independent in-house software for processing volume data from the Czech weather radar network, are tested. Statistics of average vertical reflectivity profiles (VPR) from radar Skalky, calculated for 34-month period, is presented. VPRs are...

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Veröffentlicht in:Physics and chemistry of the earth. Part B, Hydrology, oceans and atmosphere Hydrology, oceans and atmosphere, 2000, Vol.25 (10-12), p.1163-1168
Hauptverfasser: Novak, P, Krác̆mar, J
Format: Artikel
Sprache:eng
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Zusammenfassung:Volume reflectivity and Doppler wind products, elaborated by independent in-house software for processing volume data from the Czech weather radar network, are tested. Statistics of average vertical reflectivity profiles (VPR) from radar Skalky, calculated for 34-month period, is presented. VPRs are used also for the testing of bright-band detection algorithm. Bright-band heights are compared with aerological measurements of 0°C isotherm heights. To overcome the limitations of the vendor software, VAD method including software based bad sample rejection and velocity de-aliasing was implemented. Vertical profiles of wind (VPW) are processed at two radars, the statistics of data availability for 5-month period is given.
ISSN:1464-1909
DOI:10.1016/S1464-1909(00)00172-6