Source: http://www.crahi.upc.edu/ERAD2006/
Timestamp: 2019-04-22 05:02:52+00:00

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1 1.1 The effect of nonuniform beam filling on the quality of radar polarimetric data Ryzhkov, A.
* 1.2 Polarimetric signatures of ground clutter Hagen, M.; Friedrich, K.
5 1.3 Radar calibration using consistency of polarization parameters and constraints for drop shapes Gourley, J.J.; Illingworth, A.; Tabary, P.
9 1.4 Winter precipitation studies with a dual polarized C-band radar Hudak, D.; Rodriguez, P.; Lee, G.W.; Ryzhkov, A.; Fabry, F.; Donaldson, N.
* 1.5 Development of a fuzzy logic x-band hydrometeor identification algorithm Dolan, B.; Rutledge, S.
* 1.6 Analysis of microphysical data in an orographic environment to evaluate a polarization radar-based hydrometeor classification scheme Goeke, S.; Plummer, D.
13 1.7 Hydrometeor supervised classification using a bistatic C-band weather radar configuration Scaranari, D.; Marzano, F.S.; Vulpiani, G.; Montopoli, M.; Celano, M.; Alberoni, P.P.
17 1.8 Melting layer characterization and identification with a C-band dual-polarization radar : a long-term analysis Tabary, P.; Le Henaff, A.; Vulpiani, G.; Parent-du-Ch?telet, J.; Gourley, J.J.
21 1.9 A C-band fully self-consistent methodology to correct attenuation and differential attenuation Gorgucci, E.; Baldini, L.
29 P1.2 A new polarimetric scheme for attenuation correction at C band Ryzhkov, A.; Hudak, D. ; Scott, J.
33 P1.3 The impact of depolarization on polarimetric signatures in snow Ryzhkov, A.; Zrnic, D.
* P1.5 Simulation of ground clutter influence on polarimetric rainfall rate estimation Friedrich, K.; Germann, U.; Galli, G.; Tabary, P. ; Parent du Chatelet, J.
41 P1.6 Research on x-band doppler weather radar with dual-linear polarization capability Ziliang, Z; Guoguang, Z.; Xinan, L.
* P1.7 A variational scheme for retrieving rainfall rate and hail intensity from polarization radar Hogan, R. J.
43 P1.8 Quantification of uncertainties in attenuation correction for single-polarization weather radars at C- and X-band Berne, A.; Uijlenhoet, R.; Vulpiani, G.; Marzano, F.S.
47 P1.9 Hydrometeor classification from C-band polarimetric radar data Evaristo, R.; Scialom, G. ; Lema?tre, Y.
49 P1.10 Estimation of X-band radar attenuation due to wet hail: A simulation study using RAMS supercell case and dual-wavelength (S/X-band) radar Liu, Y.X.; Huang, G.J.; Bringi, V.N.; van den Heever, S.
57 P1.13 Characteristics of polarimetric radar variables and their precipitation type dependence in a highly humid oceanic region Shusse, Y.; Nakagawa, K.; Takahashi, N.; Satoh, S.; Iguchi, T.
* P1.14 Overview of the calibration of the University of Helsinki polarimetric weather radar Puhakka, P. V.
61 P1.16 Simulation of the specific differential phase (KDP) from 2D- Video-Distrometer measurements at S- and C-band wavelengths Teschl, F.; Randeu, W. L.; Sch?nhuber, M.; Teschl, R.
* P1.17 Xband polarimetric measurements in west african rainfall. Gosset, M.; Cazenave, F.; Zahiri, E.P.; Sounmaila, M.
65 2.1 Spectral processing of staggered PRT sequences to remove clutter and obtain polarimetric variables Zrnic, D.; Sachidananda, M.
68 2.2 Real time mitigation of Anomalous Propagation Clutter Hubbert, J.C.; Dixon, M.
72 2.3 Adaptive clutter identification and filtering using subspace processing technique Wang, Y.; Chandrasekar, V.
84 2.6 Crossbeam Wind Measurements with Phased-Array Doppler Weather Radar Doviak, R.; Zhang, G.
* P2.2 Midlife Upgrade of KNMI Radars Beekhuis, J.H.; Holleman, I.
100 P2.4 Xport, a compact radar for hydrological application Cazenave, F.; Gosset, M.; Dossougouin, J.
102 P2.5 Differential power calibration for weather radar Hubbert, J.C.; Pratte, F.; Ellis; Dixon, M.
109 P2.7 Comparison of Pulse Compression and Whitening Transform Signal Processing O'Hora, F.; Keeler, J.
113 P2.9 A new approach for target classification of Ka-band radar data Teschke, G.; G?rsdorf, U.; K?rner, P.; Trede, D.
121 3.1 Sense and nonsense in QPE Zawadzki, I.
* 3.2 Intelligent vertical profile correction with the self-organizing map Peura, M.; Pohjola, H.; Koistinen, J.
125 3.3 Correction of the error related to the vertical profile of reflectivity: previous partitioning of precipitation types Franco, M.; S?nchez-Diezma, R.; Sempere-Torres, D.
129 3.4 Influence of non-uniform radar beam filling on attenuation correction at C- and X-band Berne, A.; Uijlenhoet, R.
133 3.5 Rain rate retrieval from spectral moments of vertically pointing Doppler radar Uijlenhoet, R.; Leijnse, H.; Berne, A.; Unal, C.; Russchenberg, H.W.J.
137 3.6 Time-height evolution of measured raindrop size distributions Clemens, M.; Peters, G.; Seltmann, J.; Winkler, P.
141 3.7 Fine tuning of Radar Rainfall Estimates based on Bias and Standard Deviations Adjustments Luque, A.; Mart?n, A.; Romero, R.; Alonso, S.
145 3.8 Rainfall retrieval from polarimetric X-band radar measurements Kalogiros, J.; Anagnostou, M.; Anagnostou, E.
149 3.9 Areal homogenity of Z-R-relations Peters, G.; Fischer, B.; Clemens, M.
153 3.10 Detecting weather radar clutter using satellite-based nowcasting products B?vith, T.; Gill, R. S.; Overgaard, S.; Hansen, L. K.; Nielsen, A. A.
* 3.11 AQUARadar - a German Initiative to improve quantitative areal precipitation estimation by radar Simmer, C.; Beheng, K.; Borrmann, S. ; Crewell, S. ; Griebel, M. ; Hagen, M.; Peters, G.; Seltmann, J.; Winkler, P.
157 3.12 The Boll?ne-2002 experiment: innovative algorithms and evaluation of processing strategies for radar QPE in the C?vennes-Vivarais region Boudevillain, B.; Delrieu, G.; Chapon, B.; Kirstetter, P.E.; Nicol, J.; Andrieu, H.
* 3.13 The National Mosaic and Multisensor QPE (NMQ) Project - Status and Plans for a Community Testbed for High-Resolution Multisensor Quantitative Precipitation Estimation (QPE) over the United States Howard, K. ; Zhang, J.; Vasiloff, S.; Seo, D.
165 P3.2 Rainfall estimation over South America using the Precipitation RADAR product of the TRMM satellite, an IR-VIS cloud classification and properties of convective systems Delgado, G.; Reda?o, A.; Lorente, J.; Magaldi, A.; Bottino, M.; Toledo Machado, L.A.
168 P3.3 Downscaling of precipitation field for operational use Jurczyk, A.; Osrodka, K.; Szturc, J.
171 P3.4 Radar Data Quality Control - the VOLTAIRE Software Library Einfalt, T.; Golz, C.
175 P3.5 Raindrop size distribution estimation from S-band polarimetric radar using a regularized neural network Vulpiani, G.; Marzano, F. S.; Chandrasekar, V.; Berne, A.; Uijlenhoet, R.
* P3.6 Use of river discharge data and inverse hydrological modelling for the calibration of a Z/R-relationship Marx, A.; Kunstmann, H. ; B?rdossy, A. ; Seltmann, J.
* P3.7 Determination the quantity of fresh precipitation by using the space-borne radar data Kalmykov, I.; Boev, A.
179 P3.8 Rain estimation from partially filled scattering volumes Peters, G.; Fischer, B.
183 P3.9 Spectral and integral modes in measured raindrop size distributions Clemens, M.; Peters, G.; Seltmann, J.; Winkler, P.
191 P3.11 Atmospheric precipitation analysis using both disdrometric and satellite data for desertification studies Caracciolo, C.; Prodi, F.; Casazza, M.
195 P3.12 Simultaneous X-band and K-band study of precipitations Van Baelen, J.; Brucker, L. ; Peters, G. ; Fischer, B.; Muenster, H.
* P3.13 Improvement of rain estimation at small time scale for hydrological application : exemple in west Africa. Gosset, M.; Cazenave, F.; Zahiri, E.P.; Sounmaila, M.
199 P3.14 Filtering weather radar AP echoes with MSG observations and NWP data Magaldi, A.; Bech, J.; Delgado, G.; Lorente, J.
* P3.15 Result of new software application to adjustment the radar rainfall estimation in Cuba F. Gamboa, F.G.; A. Gamboa, A.G.; G. P?rez, C.P.; C. Pardo, G.P; D. Mart?nez, D.M.
* P3.17 Comparison of Rain gauge measurements in mid-Atlantic region of the United States Tokay, A.; Bashor, P. G.
* P3.18 Comparison of Reflectivity Measurements by Vertically Pointing Radars and Disdrometers Hartmann, P.; Tokay, A. ; Battaglia, A.
* P3.20 Processing of the radar precipitation data as applied to engineering hydrology Shutov, V.A.
206 P3.21 Comparison of X-band multi-parameter radar rainfall estimates with conventional radar rainfall estimates adjusted with raingauge network data Maki, M.; Maruyama, K.; Iwanami, K.; Misumi, R.; Maesaka, T.
210 P3.22 Automatic and Visual Radar to Raingauge Quality Check - a Performance Comparison Jessen, M.; Einfalt, T.; Gabella, M.; Galli, G.
217 P3.24 Assessing the uncertainty of quantitative precipitation estimates of the Meteorological Service of Catalonia weather radar network Trapero, L.; Rigo, T. ; Bech, J. ; Pineda , N. ; S?nchez-Diezma , R.
* P3.25 Possibilities of geophysical survey of spatial and temporal groundwater contamination's variations, salt/water intrusion and subsurface pollution determination and monitoring in the coastal zone Ozorovich, Yu.; Kontar, E.; Lukomsky, A.
221 P3.26 Assessment of polarimetric rain rate algorithms at C-band frequencies Rico-Ramirez, M. A.; Cluckie, I. D.
225 P3.28 Vertical profiles of reflectivity for different precipitation regimes Zhang, J.; Langston, C.; Howard, K.
229 P3.29 Radar-based quantitative precipitation estimation over arid, semi-arid and Mediterranean climate regimes in Israel Morin, E.; Gabella, M.
233 4.1 Radar Doppler spectra recording at the ARM sites. A insight to cloud microphysics and turbulence Kollias, P.; Luke, E.; Miller, M.; Albrecht, B.
236 4.2 Microphysical quantitative study of MAP-IOP3 through comparisons between radar observations and numerical simulations Pujol, Ol.; Lascaux, F.; Georgis, J.F.
240 4.3 Water vapor and liquid water estimates using simultaneous S and Ka band radar measurements Ellis, S.M.; Vivekanandan, J.
244 4.4 Microphysical processes in warm stratocumulus clouds and the Z-LWC relationship Magaritz, L.; Benmoshe, N. ; Pinsky, M. ; Krasnov, O. ; Russchenberg , H. ; Khain , A.
* 4.5 Orographic precipitation development in stratified flow, as documented by airborne mm-wave radar transects along the mean flow Geerts, B.; McIntyre, H.
256 4.8 Ice cloud climatology and NWP model evaluation from a Doppler Cloud Radar Delano?, J.; Protat, A.; Bouniol, D.; Hogan, R. J.
260 P4.1 The effects of equatorial Kelvin waves and mixed-Rossby gravity waves on the mesoscale structure of tropical oceanic convection Holder, C.; Yuter, S.; Sobel, A.
264 P4.2 Retrieval of microphysical properties of snow using dual polarization spectral analysis: model and data analysis Spek, A.; Unal, C.; Dufournet Y.; Russchenberg, H.; Moisseev, D.; Chandrasekar, V.
268 P4.3 Microphysical and dynamical structures of winter storms in the U.S. Pacific Northwest: Comparisons between regional mesoscale model output and operational weather radar observations Yuter, S.; Colle, B.; Downing, T.; Lin, Y. ; Spooner, C.; Payne, J.; Comstock, K.
272 P4.4 Simulations of the effect of small-scale heterogeneity in rain on high-resolution research radar signals Leijnse, H.; Uijlenhoet, R.
276 P4.5 A dual-wavelength polarimetric method to identify cloud component in warm precipitating systems Georgis, J.F.; Pujol, Ol.; Sauvageot, H.
* P4.6 Drop size distribution observation and modelling in relation with 3D-scanning weather radar data Chapon, B.; Gosset, M.; Berne, A.; Delrieu, G.
279 P4.7 Can we use weather radar to retrieve volcanic ash eruption clouds? A model and experimental analysis Marzano, F.S.; Barbieri, S.; Ferrauto, G. ; Vulpiani, G.; Picciotti, E.; Karlsd?ttir, S. ; Rose, W.I.
283 P4.8 Microphysical evolution of a convective event retrieved from two operational polarimetric C-band radars Celano, M.; Alberoni, P.P.; Marzano, F.S.; Scaranari, D.; Porc?, F.
287 P4.9 The prevailing raindrop shape obtained by polarimetric radar measurements Gorgucci, E.; Baldini, L.; Chandrasekar, V.
* P4.10 Radar analysis of the evolution of trade wind clouds observed during the Rain in Cumulus over the Ocean (RICO) field experiment Goeke, S.; Rauber, R.
291 P4.14 Comparison of airborne W-band radar and in-situ cloud microphysics data during AIRS II: Nov 11, 2003 case Wolde, M.; Marcotte, D.; Isaac, G.A.; Haimov, S.;Cober, S.G.; Bailey, M.
295 5.1 Some challenges and solutions in operational weather radar applications Koistinen, J.; Pohjola, H.; Hohti, H.
* 5.3 Real-time hourly Precipitation Analysis and Forecasts combining Radar and Rain Gauge Measurements for operational Use at the German National Meteorological Service (DWD) Weigl, E.
307 5.5 Extensive comparison of various candidates for operational attenuation correction with a C-band polarimetric radar Vulpiani, G.; Tabary, P.; Parent-Du-Chatelet, J.; Gourley, J.J.
311 5.6 Combined use of meteorological radar, limited area model forecast in precipitation phase discrimination Cremonini, R.; Bechini, R.; Campana, V.; Tomassone, L.
* 5.7 NCWF-6: An automated system for producing short-term probabilistic forecasts of convection that blends radar extrapolation, model data and climatological information Pinto, J.O.; Weygandt, S.; Ahijevych, D.; Mueller, C.
* 5.8 Beam propagation modelling and blockage correction in the Nordic Weather Radar Network (NORDRAD) Gjertsen, U.; Haase, G.; Bech, J.; Pohjola, H.
* 5.9 Validation of Bird Movement Signatures in Weather Radar Wind Profiles using a dedicated Bird Radar Hollerman, I.; van Gasteren, H. ; Bouten, W.
* 5.10 On-line Monitoring of Weather Radar using Solar Interferences Huuskonen, A.; Holleman, I.
* 5.12 The Colorado REFRACTT Demonstration Roberts, R. ; Fabry, F. ; Rehak, N. ; Kennedy, P. ; Fritz, J. ; Brunkow, D. ; Wilson, J. ; Mooney, L. ; Crum, T. ; Nelson, E.
318 5.13 Quality image for the Spanish radar national composite Guti?rrez, J.M.; Aguado, F.
321 P5.1 Measurements of the Transmission Loss of a Radome at different Rain Intensities Kurri, M. ; Huuskonen, A.
* P5.2 A nowcasting tool for the analysis of the life cycle of rainfall structures using radar and lightning data Rigo, T.; Bech, J.; Pineda, N.; Trapero, L.
325 P5.3 Cell-oriented forecasts of Czech weather radar data Nov?k, P.; Kyznarov?, H.
329 P5.4 The primary ATC radar weather channel - ENIGMA III weather extractor - Z, V, W moments and bird migration detection, concept and first results with ASR-S Malkomes, M.; Toussaint, M.; Veerkamp, D.; Mueller, K-J.; Neumann, C.; Perez, P.; Weber, M.
* P5.5 DWD's Research Radar Polarized: Data Processing Concepts and First Results Seltmann, J.E.E; Toussaint, M.; Hohmann, Th.; Malkomes, M.
* P5.6 2003-2005 verification of a radar-based operational tool for identification of hailstorms San Ambrosio, I.; Elizaga, F.; Mart?n, F.
* P5.7 New Radar Systems for the German Waether Radar Network Mammen, T.; Lange, B.; Seltmann, J.; Reitter, R.
333 P5.8 On the concept of the radar cross Section RCS of distorting objects like wind turbines for the weather radar Greving, G.; Malkomes, M.
341 P5.10 Rainfall mapping in complex orography from C-band radar at Mt. Midia in Central Italy: data synergy and adaptive algorithms Picciotti, E.; Montopoli, M.; Gallese, B.; Cimorini, A.; Ferrauto, G.; Ronzitti, L.; Mancini, G.; Volpi, A.; Sabbadini, F.; Bernardini, L.; Marzano, F.S.
* P5.11 Thermal wind analysis using single-Doppler radar data Hannesen, R.; Weipert, A.
* P5.12 Constructing a thunderstorm climatology for Veneto Rossa, A. M.; Dalla Fontana, A.; Calza, M.; Millini, R.; Formentini, G.; Lago, L.
345 P5.13 A radar-model coupled approach to produce real time high resolution 3-D wind fields over Paris' major airports in the context of the FLYSAFE project Bousquet, O.; Tabary, P.; Parent du Chatelet, J.; Wattrelot, E.; Montmerle, T.
* P5.15 A High-Resolution Quantitative Precipitation Estimation and Quantitative Precipitation Forecast (HRQ2) System Howard, K. ; Zhang, J.; Chiu, P.; Chang, P.; Chen, C.
349 P5.16 The VORTRAC system: A fusion of single-Doppler radar algorithms to estimate the intensity and core radius of tropical cyclones Harasti, P; Lee, W.-C.; Bell, M.
352 P5.17 Inclusion of Radar information in the surveillance panel of the Basque Meteorology Agency. Gaztelumendi., S.; Otxoa de Alda, K.; Ega?a., J.; Gelpi., I.R.
356 P5.18 The new weather-radar of the Basque Meteorology Agency (Euskalmet): site selection, construction and installation. Aranda., J.A.; Morais., A.
* P5.19 Precipitation estimation and prediction for flood forecast and information in the Erft catchment Meetschen, D.; Simmer, C.
* P5.20 A forecasting and monitoring method for convective events in Romania Antonescu, B.; Oprea, C.; Burcea, S.; Tanase, A.; Stan-Sion, A.
360 P5.21 Use of radar data for meteorological provision of transport Bazlova, T.; Bocharnikov, N.; Olenev, V.; Solonin, A.
* P5.22 Operational nowcasting capacity improvement from an integrated Stan-Sion, A.; Soci, C.
363 P5.23 The new radar of Basque meteorology Agency: Configuration and some considerations for its operative use. Gaztelumendi, S.; Ega?a., J.; Gelpi., I.R.; Otxoa de Alda, K.; Maruri., M.; Hernandez., R.
367 P5.24 The Restoration of CP2 in Brisbane, Australia Keenan, T.; Wilson, J.; Lutz, J.; Glasson, K.; May, P.
* 6.2 Assessment of potential radar locations using a beam propagation model Haase, G.; Gjertsen, U.; Bech, J.; Granstr?m, ?.
374 6.3 Off-the-grid radar networks for quantitative precipitation estimation Donovan, B.; Hopf, A.; Trabal, J.; Roberts, B.; McLaughlin, D. J.; Kurose, J.
378 6.4 Improving the radar data mosaicking procedure by means of a quality descriptor Fornasiero, A.; Alberoni, P. P.; Amorati, R.; Marsigli, C.
* 6.5 The Processing Chain for Radar Data on Site in ther German Weather Radar Network (From Pulse to Product) Mammen, T.; Desler, K.; Hohmann, T.; Seltmann, J.; Hafner, S.
382 6.7 The Swedish weather radar production chain Michelson, D.B.
386 6.8 Radio Frequency threats on meteorological radars operations Tristant, P.
392 P6.2 Cuban weather radar network. Recent advances and future plans Rodr?guez, O.; Fern?ndez, L.; Naranjo, R.; Barreiras, A.; Pe?a, A.; Diez, M.; Pozas, W.; Aguiar, M.; P?rez, J.
394 P6.3 First results from the OPERA user requirements survey Gjertsen, U.; Pohjola, H.
* P6.4 A Radar Questionnaire as Basis for Decisions Hafner, S. ; Mammen, T.
396 P6.5 The German weather radar network: Revolution in software without operational interruption. Hohmann, Th.; Mammen, T.; Desler, K.
399 P6.6 The Danish weather radar network Gill, R. S.; Overgaard, S.; B?vith, T.
403 7.1 Use of radar rainfall estimates for hydrometeorological analysis of flash flood events Borga, M.; Zanon, F.
406 7.2 Area-intensity probability distributions of rainfall based on a large sample of radar data Koistinen, J.; Kuitunen, T.; Inkinen, M.
* 7.3 Hydrological performance of rainfall fields estimated automatically from radar and rain gauges data in real time Velasco-Forero, C; Sempere-Torres, D.; S?nchez-Diezma, R.; Cassiraga, E.; G?mez-Hern?ndez, J.
410 7.5 Impact of input uncertainties on predictions of a distributed hydrological model Schr?ter, K.; Ostrowski, M.; Velasco-Forero, C.; Sempere-Torres, D.
414 7.7 Application of Local Area Weather Radar (LAWR) in relation to hydrological modelling - Identification of the pitfalls in using high resolution radar rainfall data Pedersen, L.; Jensen, N. E.; Madsen, H.
418 P7.1 Combined use of radar and gauge observations for hydrological applications in the Walloon region of Belgium Delobbe, L. ; Dehem, D. ; Dierickx, P. ; Roulin, E.; Thunus, M.; Tricot, C.
* P7.2 Hydrological parameters estimation for ungauged basin based on satellite altimeter data and modelled remote discharges. A simulation for the Caqueta River (Amazonian Basin, Colombia) Leon, J.; Calmant, S.; Seyler, F.; Bonnet, M-P.; Cauhope, M.; Frappart, F.
422 P7.3 Flooding management: Research and implement the GIS database of the water level for the annual flooding area in Mekong delta - Vietnam Vandenschrick, G.; Lupo, F.
426 P7.4 Influences of radar rainfall uncertainties on a distributed rainfall runoff model Laborda, Y.; Salles, C. ; Neppel, L.
* P7.5 Hydrological studies employing radar data Awan, S.; Hussain, K.
* P7.6 Integrated Using of Satellite Altimetry in Monitoring Problem of the Caspian Sea Lebedev, S.A.; Kostianoy , A.G.
* P7.7 Investigation of Seasonal and Interannual Variability Some Component of the Water Balance of the Caspian Sea by Remote Sensing Data Lebedev, S.A.; Ostroumova, L.P.
* P7.8 The effect of periodic drought on Hamoon Lake, eastern Iran Lashkaripour, G. R.
429 P7.9 FRAMEA : An experimental campaign for severe storm survey and flood warning, associating an X-band weather radar and a discharge hydrological model. Diss, S.; Scialom, G.; Le Bouar, E.; Testud, J.; Lavabre, J.; Cheze, J.L.
* P7.10 Assessment of precipitation sensitive areas by the aid of multi-temporal SAR-data as a tool of sustainable catchment management Seeling, S.; Seeger, M.; Sauer, T.; M?ller, Ch.
* P7.11 Use of satellite and meteorological Doppler radar in flood management Stancalie, G.; Flueraru, C.; Craciunescu, V.; Stan-Sion, A.; Savin, E.
432 P7.12 The use of weather radar measurement in hydrological applications and flood warning service in the Czech Republic S?lek, M.; Brezkov?, L.
436 P7.13 Short-term hydrological alert systems: the Bes?s river park Cabot, J.; Ramon, G.; Ari?o, F.
* P7.14 Local Area Weather Radar measurements integration with GIS based urban waters model sanchez cano, M.; kronborg, P.
440 P7.15 Hidromet: a weather radar based warning system for supporting exploitation and management of water treatment plants. Cordoba, M; S?nchez-Diezma, R.; De Campos, S; Vilaclara, E.
444 P7.16 The hydromet decision support system: operational applications in hydrometeorology and flash flood prediction Conway, B.; Formentini, G.; Lago, L.; Rossa, A.
451 P7.18 Rainfields: The Australian Bureau of Meteorology system for quantitative precipitation estimation Seed, A.
453 8.1 Operational thunderstorm nowcasting in the Alpine region using 3D-radar severe weather parameters and lightning data Hering, A.M.; Germann, U.; Boscacci, M.; S?n?si, S.
457 8.2 Spatial structure of intense Mediterranean precipitation Berne, A.; Boudevillain, B.; Kirstetter, P.-E.; Delrieu, G.
461 8.3 2D and 3D radar analysis of the 2004-2005 hail campaigns in NE of Spain Ceperuelo, M.; Llasat, M.C.; Rigo, T.
465 8.4 Doppler radar observations of the 7 September 2005 tornadic thunderstorm near Barcelona, Spain Bech , J.; Rigo, T.; Pineda, N.; Pascual, R.; L?pez, J.M.; Ar?s, J.; Gay?, M.
469 8.5 Modeling mesoscale pattern of mid-latitude convective raincells using weather radar measurements Montopoli , M.; Marzano, F.S.; Fornasiero, A.; Alberoni, P.P.
473 8.6 URBAS: Prediction and Management of Flash Floods in Urban Areas Einfalt, T.; Friedeheim, K.; Wagner, A.
477 P8.1 A case study of bow echo storm using WSR-98D data Zhu, J.; Diao, X.; Huang, X.; Wang, L.
* P8.2 Analyisis of a downburst event with China new generation Doppler weather radar Yu, X.D.
481 P8.3 The air flow structure and the characteristic of WSR-98D products in a long-life storm Diao, X.G.; Zhu, J.J.; Yang, X.
484 P8.4 Radar characteristics of a tornadic low topped mini-supercell in Finland Teittinen, J; LaDue, J. G.; Hohti, H.; Brown, R. A.
* P8.5 Discriminating methods for hail detection in the Tunuy?n Valley L?pez, L.; S?nchez, J. L.; Odiard, A. ; Videla, H.
* P8.6 VIL, VIL Density and Hail Size in the Tunuy?n Valley (Argentina) S?nchez, J. L.; L?pez, L.; Videla, H.; Odiard, A.
* P8.7 severe weather studies using radar Awan, S.; Hussain, K.
488 P8.8 URBAS_Radar - a statistical approach to radar climatology Wagner, A.; Seltmann, J.; Lang, P.
490 P8.9 Analysis super cell, which is, taking south and southeast parts of Serbia on 30. Jun 2005 Radovanovic-Bulic, R.; Bulic, I.; Vucinic, Z.
* P8.10 A comparative study of to bow-echo cases in Romania Carolina, O.; Antonescu, B.; Tanase, A.; Burcea, S.; Stan-Sion, A.
493 P8.11 Z-R relationship and a severe rainfall observed by C-band radar in eastern coast of northeastern Brazil Ten?rio, R. S.; Kwon, B. H.
* P8.13 The use of S-band vs C-band weather surveillance radars in severe weather conditions - an operational comparison Stan-Sion, A.; Antonescu, B.
499 P8.14 Automatic recognition of squall line - a way to longer validity of some extrapolation rainfall nowcasting? Moszkowicz, S.; Dziewit, Z.; Szewczykowski, M.
507 9.1 Assimilation of radar data for convective scale NWP at the Met Office Ballard, S.P.; Dixon, M.; Swarbrick, S.; Li, Z.; Stiller, O.
511 9.2 Towards the operational assimilation of Doppler Wind at regional scale in M?t?o-France Montmerle, T.; Caumont, O.; Wattrelot, E.; Ducrocq, V.
* 9.4 Assessment of forecast quality by applying a displacement-based measure using satellite and radar imagery Keil, C.; Craig, G. C.
* 9.5 Correction of phase and amplitude errors in numerical precipitation forecasts Lee, G.; Zawadzki, I.
* 9.6 A model to observation approach to evaluating cloud microphysical parameterisations using polarimetric radar Pfeifer, M.; Craig, G.; Hagen, M. ; Keil, C.
523 9.8 Toward an ensemble nowcasting system: describing the steering field's uncertainty in an advection scheme for radar images. Poli, V.; Alberoni, P.P.; Marzano, F.S.
531 P9.2 The effect of radar data assimilation on the accuracy of QPF for flash flood rainfalls Sokol, Z.; Rezacova, D.
535 P9.3 Toward an ensemble nowcasting system: coupling semi-lagrangian advection and a stochastic rainfall generator. Poli, V.; Rebora, N.; Alberoni, P.P.; Ferraris, L.
539 P9.4 First results of 1D+3DVar assimilation of radar reflectivities Caumont, O.; Wattrelot, ?.; Ducrocq, V.; Jaubert, G.; Bouttier, F.
* P9.5 Improving very-short-term high-impact weather predictions by assimilating radar data into a mesoscale model Zhao, Q. ; Cook, J.; Xu, Q.; Harasti, P.
543 P9.6 Processing of Doppler radar radial winds for data assimilation Salonen, K.; J?rvinen, H.; Eresmaa, R.
547 P9.7 Evaluation of Rainfall Patterns in a mesoscale non-hydrostatic Model using Radar Data: a Model to Observation Approach Van Weverberg, K.; Van Lipzig, N.P.M; Delobbe, L.
* P9.8 Radar rainfall assimilation and short-range QPF in a high-resolution ensemble prediciton system: a case study Leuenberger, D.; Stoll, M. ; Keil, C.; Rossa, A. M.
* P9.9 Validation of Radar Data Assimilation by the Radar Simulation Model Kaspar, M.
* P9.10 Impact of non-corrected and corrected radar data assimilation in precipitation forecast Mir?, J.R.; Sairouni, A.; Bech, J.
550 P9.11 Some results from assimilation on Kapildui radar wind information in the Basque Country. Gelpi., I.R.; Gaztelumendi., S.; Otxoa de Alda., K.; Ega?a., J.
* P9.12 A physical initialization scheme to incorporate rada precipitation data and satellite data into a NWP model. Milan, M. ; Ament, F.; Venema, V.; Simmer, C.
* P9.13 Towards the assimilation of radar reflectivities in the UK Met Office 4 km Unified Model. Gaussiat, N.; Darlington, T.; Conway, B. J.; Kitchen, M.
553 P9.14 Impact of different tracing methodologies in a nowcasting technique Poli, V.; Montopoli, M.; Alberoni, P.P.; Marzano, F.S.
557 P9.15 Numerical studies of severe convective phenomena using "robust radar impact" method Horv?th, ?.
559 10.1 Ensemble radar precipitation estimation - a new topic on the radar horizon Germann, U.; Berenguer, M.; Sempere-Torres, D. ; Salvad?, G.
* 10.2 A Bayesian approach to assessment of uncertainty in radar rainfall estimates Borga, M.; Zanon, F.
567 10.4 Analysis of the radar distance error structure through a simulation approach Llort, X.; Berenguer, M.; S?nchez-Diezma, R.; Sempere-Torres, D.
575 10.6 Modelization of the uncertainty associated to radar-based nowcasting techniques. Impact in flow simulation Berenguer, M.; Sempere-Torres, D.; S?nchez-Diezma, R.; Pegram, G.; Zawadzki, I.; Seed, A.
579 10.7 Brightband detection and evaluation using Radar Simulator in a numerically-modelled atmospheric scenario Molini, L.; Parodi, A. ; Rebora, N.; Marzano, F.S.; Siccardi, F.
* P10.1 Assessment of radar quality information by EUMETNET OPERA Holleman, I. ; Michelson, D.; Galli, G. ; Germann, U. ; Peura, M.; Hohti, H.
583 P10.2 Scheme of quality index for radar-derived estimated and nowcasted precipitation Szturc, J.; Osrodka, K.; Jurczyk, A.
587 P10.3 Development and application of a quality-index composit Helmert, K.; Hassler, B.
590 P10.4 Identification of spurious precipitation signals in radar data Hassler, B.; Helmert, K.; Seltmann, J.
593 P10.5 Dual-pol radar calibration and correction of the bias introduced by non uniform radome wetting Bechini , R.; Cremonini , R.; Gorgucci , E.; Baldini , L.
600 P10.7 Uncertainty in radar-derived estimated and nowcasted precipitation inputs to flash floods modelling Szturc, J.; Osrodka, K.; Jurczyk, A.
* 11.1 CloudSat Observations of Light Precipitation L'Ecuyer, T. S.; Miller, S. D.; Cooper, S. J.; Stephens, G. L.
* 11.2 A variational cloud retrieval scheme combining radar, lidar and radiometer observations Hogan, R. J.; Delanoe, J.
* 11.3 Satellite observations of the relationships between aerosol, precipitation, and lightning Tessendorf, S.A.; Nesbitt, S.W.; Vonder Haar, T.H.
603 11.6 Remaining Challenges in Satellite Precipitation Estimation Using the Tropical Rainfall Measuring Mission Yuter, S.; Miller, M.; Stout, J.; Wood, R. ; Kwiatkowski, J.; Horn, D. ; Spooner, C.
* P11.1 On the problem of radar detection of tsunami Kanevsky, M.
* P11.5 Quantification of multiple scattering effects for the new generation of space-borne radars Battaglia, A.; Ajewole, M.O.; Simmer, C.
609 P11.6 The Canadian CloudSat Validation Project Hudak, D.; Barker, H.; Rodriguez, P.; Donovan, D.
* P11.7 The features of radar observations of snow cover from space Kalmykov, I.; Bagmut, T.; Yefimov, V.
613 P11.8 First-order Scattering Effects on Millimeter-wave Spaceborne Radar Reflectivity Measurements: a Model Approach Ferrauto, G.; Marzano, F.S.
617 P11.9 Rain retrieval over land from X-band spaceborne synthetic aperture radar: a model study Marzano, F.S.; Weinman, J.; Mugnai, A. ; Pierdicca, N.
* P11.10 Initiation of convective storm over Northern Italy observed by satellite and polarimetric C-band radar Cremonini, R.; Bechini, R.; Campana, V.; Dietrich, S.
* P11.11 Design study of cloud profiling radar for EarthCARE Horie, H.; Ohno, Y; Kumagai, H.; Kimura, T.
* 12.1 Fine-scale vertical structure of pre-convective radar fine-lines in the warm-season convective boundary layer Geerts, B.; Miao, Q.
621 12.2 Observations of boundary-layer development during CSIP Bennett, L.; Blyth, A.; Nicol, J.; Weckwerth, T.
625 12.3 Clear-air radar observations of the evolution of the capping inversion prior to convective intiation Morcrette, C.; Browning, K.; Nicol, J.; Lean, H.; Ladd, D.; Blyth, A.
627 12.4 Evolution of the moisture field during the development of the daytime convective boundary layer Weckwerth, T.; Bennett, L. ; Kiemle, C. ; Blyth, A. ; Flamant, C. ; Richardson, Y.
* 12.5 Wind profiles generated with a scanning cloud radar Handwerker, J.; G?rsdorf, U.
630 12.6 A variational method to reduce the sidelobe contamination of bistatic Doppler measurements Lamrani, N.; Chong, M.
634 12.7 High resolution 3D wind profiling using an S-band polarimetric FM-CW radar: dealiasing techniques Unal, C.; Russchenberg, H.; Moisseev, D.
638 P12.1 Comparison of model-derived distribution of sensible heat flux over an urban area with radar-derived rainfall fields Carra?a, M.G.D.; Collier, C.G.
645 P12.3 Engineering description of a scanning, L-band, pulse-compression radar for clear-air atmospheric research Eastment, J. D.; Davies, O. T.; Nicol, J. C.; Pavelin, E. G.
* P12.4 Clear air radar data and humidity profiles Scialom, G. ; Lema?tre, Y.
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1.1 THE EFFECT OF NONUNIFORM BEAM FILLING ON THE QUALITY OF RADAR POLARIMETRIC DATA. Ryzhkov, A.
1.2 POLARIMETRIC SIGNATURES OF GROUND CLUTTER. Hagen, M.; Friedrich, K.
1.3 RADAR CALIBRATION USING CONSISTENCY OF POLARIZATION PARAMETERS AND CONSTRAINTS FOR DROP SHAPES. Gourley, J.J.; Illingworth, A.; Tabary, P.
1.4 WINTER PRECIPITATION STUDIES WITH A DUAL POLARIZED C-BAND RADAR. Hudak, D.; Rodriguez, P.; Lee, G.W.; Ryzhkov, A.; Fabry, F.; Donaldson, N.
1.5 DEVELOPMENT OF A FUZZY LOGIC X-BAND HYDROMETEOR IDENTIFICATION ALGORITHM. Dolan, B.; Rutledge, S.
1.6 ANALYSIS OF MICROPHYSICAL DATA IN AN OROGRAPHIC ENVIRONMENT TO EVALUATE A POLARIZATION RADAR-BASED HYDROMETEOR CLASSIFICATION SCHEME. Goeke, S.; Plummer, D.
1.7 HYDROMETEOR SUPERVISED CLASSIFICATION USING A BISTATIC C-BAND WEATHER RADAR CONFIGURATION. Scaranari, D.; Marzano, F.S.; Vulpiani, G.; Montopoli, M.; Celano, M.; Alberoni, P.P.
1.8 MELTING LAYER CHARACTERIZATION AND IDENTIFICATION WITH A C-BAND DUAL-POLARIZATION RADAR : A LONG-TERM ANALYSIS. Tabary, P.; Le Henaff, A.; Vulpiani, G.; Parent-du-Ch�telet, J.; Gourley, J.J.
1.9 A C-BAND FULLY SELF-CONSISTENT METHODOLOGY TO CORRECT ATTENUATION AND DIFFERENTIAL ATTENUATION. Gorgucci, E.; Baldini, L.
P1.2 A NEW POLARIMETRIC SCHEME FOR ATTENUATION CORRECTION AT C BAND. Ryzhkov, A.; Hudak, D. ; Scott, J.
P1.3 THE IMPACT OF DEPOLARIZATION ON POLARIMETRIC SIGNATURES IN SNOW. Ryzhkov, A.; Zrnic, D.
P1.5 SIMULATION OF GROUND CLUTTER INFLUENCE ON POLARIMETRIC RAINFALL RATE ESTIMATION. Friedrich, K.; Germann, U.; Galli, G.; Tabary, P. ; Parent du Chatelet, J.
P1.6 RESEARCH ON X-BAND DOPPLER WEATHER RADAR WITH DUAL-LINEAR POLARIZATION CAPABILITY. Ziliang, Z; Guoguang, Z.; Xinan, L.
P1.8 QUANTIFICATION OF UNCERTAINTIES IN ATTENUATION CORRECTION FOR SINGLE-POLARIZATION WEATHER RADARS AT C- AND X-BAND. Berne, A.; Uijlenhoet, R.; Vulpiani, G.; Marzano, F.S.
P1.9 HYDROMETEOR CLASSIFICATION FROM C-BAND POLARIMETRIC RADAR DATA. Evaristo, R.; Scialom, G. ; Lema�tre, Y.
P1.10 ESTIMATION OF X-BAND RADAR ATTENUATION DUE TO WET HAIL: A SIMULATION STUDY USING RAMS SUPERCELL CASE AND DUAL-WAVELENGTH (S/X-BAND) RADAR. Liu, Y.X.; Huang, G.J.; Bringi, V.N.; van den Heever, S.
P1.13 CHARACTERISTICS OF POLARIMETRIC RADAR VARIABLES AND THEIR PRECIPITATION TYPE DEPENDENCE IN A HIGHLY HUMID OCEANIC REGION. Shusse, Y.; Nakagawa, K.; Takahashi, N.; Satoh, S.; Iguchi, T.
P1.14 OVERVIEW OF THE CALIBRATION OF THE UNIVERSITY OF HELSINKI POLARIMETRIC WEATHER RADAR. Puhakka, P. V.
P1.16 SIMULATION OF THE SPECIFIC DIFFERENTIAL PHASE (KDP) FROM 2D- VIDEO-DISTROMETER MEASUREMENTS AT S- AND C-BAND WAVELENGTHS. Teschl, F.; Randeu, W. L.; Sch�nhuber, M.; Teschl, R.
P1.17 XBAND POLARIMETRIC MEASUREMENTS IN WEST AFRICAN RAINFALL.. Gosset, M.; Cazenave, F.; Zahiri, E.P.; Sounmaila, M.
2.1 SPECTRAL PROCESSING OF STAGGERED PRT SEQUENCES TO REMOVE CLUTTER AND OBTAIN POLARIMETRIC VARIABLES. Zrnic, D.; Sachidananda, M.
2.2 REAL TIME MITIGATION OF ANOMALOUS PROPAGATION CLUTTER. Hubbert, J.C.; Dixon, M.
2.3 ADAPTIVE CLUTTER IDENTIFICATION AND FILTERING USING SUBSPACE PROCESSING TECHNIQUE. Wang, Y.; Chandrasekar, V.
2.6 CROSSBEAM WIND MEASUREMENTS WITH PHASED-ARRAY DOPPLER WEATHER RADAR. Doviak, R.; Zhang, G.
P2.2 MIDLIFE UPGRADE OF KNMI RADARS. Beekhuis, J.H.; Holleman, I.
P2.4 XPORT, A COMPACT RADAR FOR HYDROLOGICAL APPLICATION. Cazenave, F.; Gosset, M.; Dossougouin, J.
P2.5 DIFFERENTIAL POWER CALIBRATION FOR WEATHER RADAR. Hubbert, J.C.; Pratte, F.; Ellis; Dixon, M.
P2.7 COMPARISON OF PULSE COMPRESSION AND WHITENING TRANSFORM SIGNAL PROCESSING. O'Hora, F.; Keeler, J.
P2.9 A NEW APPROACH FOR TARGET CLASSIFICATION OF KA-BAND RADAR DATA. Teschke, G.; G�rsdorf, U.; K�rner, P.; Trede, D.
3.1 SENSE AND NONSENSE IN QPE. Zawadzki, I.
3.2 INTELLIGENT VERTICAL PROFILE CORRECTION WITH THE SELF-ORGANIZING MAP. Peura, M.; Pohjola, H.; Koistinen, J.
3.3 CORRECTION OF THE ERROR RELATED TO THE VERTICAL PROFILE OF REFLECTIVITY: PREVIOUS PARTITIONING OF PRECIPITATION TYPES. Franco, M.; S�nchez-Diezma, R.; Sempere-Torres, D.
3.4 INFLUENCE OF NON-UNIFORM RADAR BEAM FILLING ON ATTENUATION CORRECTION AT C- AND X-BAND. Berne, A.; Uijlenhoet, R.
3.5 RAIN RATE RETRIEVAL FROM SPECTRAL MOMENTS OF VERTICALLY POINTING DOPPLER RADAR. Uijlenhoet, R.; Leijnse, H.; Berne, A.; Unal, C.; Russchenberg, H.W.J.
3.6 TIME-HEIGHT EVOLUTION OF MEASURED RAINDROP SIZE DISTRIBUTIONS. Clemens, M.; Peters, G.; Seltmann, J.; Winkler, P.
3.7 FINE TUNING OF RADAR RAINFALL ESTIMATES BASED ON BIAS AND STANDARD DEVIATIONS ADJUSTMENTS. Luque, A.; Mart�n, A.; Romero, R.; Alonso, S.
3.8 RAINFALL RETRIEVAL FROM POLARIMETRIC X-BAND RADAR MEASUREMENTS. Kalogiros, J.; Anagnostou, M.; Anagnostou, E.
3.9 AREAL HOMOGENITY OF Z-R-RELATIONS. Peters, G.; Fischer, B.; Clemens, M.
3.10 DETECTING WEATHER RADAR CLUTTER USING SATELLITE-BASED NOWCASTING PRODUCTS. B�vith, T.; Gill, R. S.; Overgaard, S.; Hansen, L. K.; Nielsen, A. A.
3.11 AQUARADAR - A GERMAN INITIATIVE TO IMPROVE QUANTITATIVE AREAL PRECIPITATION ESTIMATION BY RADAR. Simmer, C.; Beheng, K.; Borrmann, S. ; Crewell, S. ; Griebel, M. ; Hagen, M.; Peters, G.; Seltmann, J.; Winkler, P.
3.12 THE BOLL�NE-2002 EXPERIMENT: INNOVATIVE ALGORITHMS AND EVALUATION OF PROCESSING STRATEGIES FOR RADAR QPE IN THE C�VENNES-VIVARAIS REGION. Boudevillain, B.; Delrieu, G.; Chapon, B.; Kirstetter, P.E.; Nicol, J.; Andrieu, H.
3.13 THE NATIONAL MOSAIC AND MULTISENSOR QPE (NMQ) PROJECT - STATUS AND PLANS FOR A COMMUNITY TESTBED FOR HIGH-RESOLUTION MULTISENSOR QUANTITATIVE PRECIPITATION ESTIMATION (QPE) OVER THE UNITED STATES. Howard, K. ; Zhang, J.; Vasiloff, S.; Seo, D.
P3.2 RAINFALL ESTIMATION OVER SOUTH AMERICA USING THE PRECIPITATION RADAR PRODUCT OF THE TRMM SATELLITE, AN IR-VIS CLOUD CLASSIFICATION AND PROPERTIES OF CONVECTIVE SYSTEMS. Delgado, G.; Reda�o, A.; Lorente, J.; Magaldi, A.; Bottino, M.; Toledo Machado, L.A.
P3.3 DOWNSCALING OF PRECIPITATION FIELD FOR OPERATIONAL USE. Jurczyk, A.; Osrodka, K.; Szturc, J.
P3.4 RADAR DATA QUALITY CONTROL - THE VOLTAIRE SOFTWARE LIBRARY. Einfalt, T.; Golz, C.
P3.5 RAINDROP SIZE DISTRIBUTION ESTIMATION FROM S-BAND POLARIMETRIC RADAR USING A REGULARIZED NEURAL NETWORK. Vulpiani, G.; Marzano, F. S.; Chandrasekar, V.; Berne, A.; Uijlenhoet, R.
P3.6 USE OF RIVER DISCHARGE DATA AND INVERSE HYDROLOGICAL MODELLING FOR THE CALIBRATION OF A Z/R-RELATIONSHIP. Marx, A.; Kunstmann, H. ; B�rdossy, A. ; Seltmann, J.
P3.7 DETERMINATION THE QUANTITY OF FRESH PRECIPITATION BY USING THE SPACE-BORNE RADAR DATA. Kalmykov, I.; Boev, A.
P3.8 RAIN ESTIMATION FROM PARTIALLY FILLED SCATTERING VOLUMES. Peters, G.; Fischer, B.
P3.9 SPECTRAL AND INTEGRAL MODES IN MEASURED RAINDROP SIZE DISTRIBUTIONS. Clemens, M.; Peters, G.; Seltmann, J.; Winkler, P.
P3.11 ATMOSPHERIC PRECIPITATION ANALYSIS USING BOTH DISDROMETRIC AND SATELLITE DATA FOR DESERTIFICATION STUDIES. Caracciolo, C.; Prodi, F.; Casazza, M.
P3.12 SIMULTANEOUS X-BAND AND K-BAND STUDY OF PRECIPITATIONS. Van Baelen, J.; Brucker, L. ; Peters, G. ; Fischer, B.; Muenster, H.
P3.13 IMPROVEMENT OF RAIN ESTIMATION AT SMALL TIME SCALE FOR HYDROLOGICAL APPLICATION : EXEMPLE IN WEST AFRICA.. Gosset, M.; Cazenave, F.; Zahiri, E.P.; Sounmaila, M.
P3.14 FILTERING WEATHER RADAR AP ECHOES WITH MSG OBSERVATIONS AND NWP DATA. Magaldi, A.; Bech, J.; Delgado, G.; Lorente, J.
P3.17 COMPARISON OF RAIN GAUGE MEASUREMENTS IN MID-ATLANTIC REGION OF THE UNITED STATES. Tokay, A.; Bashor, P. G.
P3.18 COMPARISON OF REFLECTIVITY MEASUREMENTS BY VERTICALLY POINTING RADARS AND DISDROMETERS. Hartmann, P.; Tokay, A. ; Battaglia, A.
P3.20 PROCESSING OF THE RADAR PRECIPITATION DATA AS APPLIED TO ENGINEERING HYDROLOGY. Shutov, V.A.
P3.21 COMPARISON OF X-BAND MULTI-PARAMETER RADAR RAINFALL ESTIMATES WITH CONVENTIONAL RADAR RAINFALL ESTIMATES ADJUSTED WITH RAINGAUGE NETWORK DATA. Maki, M.; Maruyama, K.; Iwanami, K.; Misumi, R.; Maesaka, T.
P3.22 AUTOMATIC AND VISUAL RADAR TO RAINGAUGE QUALITY CHECK - A PERFORMANCE COMPARISON. Jessen, M.; Einfalt, T.; Gabella, M.; Galli, G.
P3.24 ASSESSING THE UNCERTAINTY OF QUANTITATIVE PRECIPITATION ESTIMATES OF THE METEOROLOGICAL SERVICE OF CATALONIA WEATHER RADAR NETWORK. Trapero, L.; Rigo, T. ; Bech, J. ; Pineda , N. ; S�nchez-Diezma , R.
P3.25 POSSIBILITIES OF GEOPHYSICAL SURVEY OF SPATIAL AND TEMPORAL GROUNDWATER CONTAMINATION'S VARIATIONS, SALT/WATER INTRUSION AND SUBSURFACE POLLUTION DETERMINATION AND MONITORING IN THE COASTAL ZONE. Ozorovich, Yu.; Kontar, E.; Lukomsky, A.
P3.26 ASSESSMENT OF POLARIMETRIC RAIN RATE ALGORITHMS AT C-BAND FREQUENCIES. Rico-Ramirez, M. A.; Cluckie, I. D.
P3.28 VERTICAL PROFILES OF REFLECTIVITY FOR DIFFERENT PRECIPITATION REGIMES. Zhang, J.; Langston, C.; Howard, K.
P3.29 RADAR-BASED QUANTITATIVE PRECIPITATION ESTIMATION OVER ARID, SEMI-ARID AND MEDITERRANEAN CLIMATE REGIMES IN ISRAEL. Morin, E.; Gabella, M.
4.1 RADAR DOPPLER SPECTRA RECORDING AT THE ARM SITES. A INSIGHT TO CLOUD MICROPHYSICS AND TURBULENCE. Kollias, P.; Luke, E.; Miller, M.; Albrecht, B.
4.2 MICROPHYSICAL QUANTITATIVE STUDY OF MAP-IOP3 THROUGH COMPARISONS BETWEEN RADAR OBSERVATIONS AND NUMERICAL SIMULATIONS. Pujol, Ol.; Lascaux, F.; Georgis, J.F.
4.3 WATER VAPOR AND LIQUID WATER ESTIMATES USING SIMULTANEOUS S AND KA BAND RADAR MEASUREMENTS. Ellis, S.M.; Vivekanandan, J.
4.4 MICROPHYSICAL PROCESSES IN WARM STRATOCUMULUS CLOUDS AND THE Z-LWC RELATIONSHIP. Magaritz, L.; Benmoshe, N. ; Pinsky, M. ; Krasnov, O. ; Russchenberg , H. ; Khain , A.
4.5 OROGRAPHIC PRECIPITATION DEVELOPMENT IN STRATIFIED FLOW, AS DOCUMENTED BY AIRBORNE MM-WAVE RADAR TRANSECTS ALONG THE MEAN FLOW. Geerts, B.; McIntyre, H.
4.8 ICE CLOUD CLIMATOLOGY AND NWP MODEL EVALUATION FROM A DOPPLER CLOUD RADAR. Delano�, J.; Protat, A.; Bouniol, D.; Hogan, R. J.
P4.1 THE EFFECTS OF EQUATORIAL KELVIN WAVES AND MIXED-ROSSBY GRAVITY WAVES ON THE MESOSCALE STRUCTURE OF TROPICAL OCEANIC CONVECTION. Holder, C.; Yuter, S.; Sobel, A.
P4.2 RETRIEVAL OF MICROPHYSICAL PROPERTIES OF SNOW USING DUAL POLARIZATION SPECTRAL ANALYSIS: MODEL AND DATA ANALYSIS. Spek, A.; Unal, C.; Dufournet Y.; Russchenberg, H.; Moisseev, D.; Chandrasekar, V.
P4.3 MICROPHYSICAL AND DYNAMICAL STRUCTURES OF WINTER STORMS IN THE U.S. PACIFIC NORTHWEST: COMPARISONS BETWEEN REGIONAL MESOSCALE MODEL OUTPUT AND OPERATIONAL WEATHER RADAR OBSERVATIONS. Yuter, S.; Colle, B.; Downing, T.; Lin, Y. ; Spooner, C.; Payne, J.; Comstock, K.
P4.4 SIMULATIONS OF THE EFFECT OF SMALL-SCALE HETEROGENEITY IN RAIN ON HIGH-RESOLUTION RESEARCH RADAR SIGNALS. Leijnse, H.; Uijlenhoet, R.
P4.5 A DUAL-WAVELENGTH POLARIMETRIC METHOD TO IDENTIFY CLOUD COMPONENT IN WARM PRECIPITATING SYSTEMS. Georgis, J.F.; Pujol, Ol.; Sauvageot, H.
P4.6 DROP SIZE DISTRIBUTION OBSERVATION AND MODELLING IN RELATION WITH 3D-SCANNING WEATHER RADAR DATA. Chapon, B.; Gosset, M.; Berne, A.; Delrieu, G.
P4.7 CAN WE USE WEATHER RADAR TO RETRIEVE VOLCANIC ASH ERUPTION CLOUDS? A MODEL AND EXPERIMENTAL ANALYSIS. Marzano, F.S.; Barbieri, S.; Ferrauto, G. ; Vulpiani, G.; Picciotti, E.; Karlsd�ttir, S. ; Rose, W.I.
P4.8 MICROPHYSICAL EVOLUTION OF A CONVECTIVE EVENT RETRIEVED FROM TWO OPERATIONAL POLARIMETRIC C-BAND RADARS. Celano, M.; Alberoni, P.P.; Marzano, F.S.; Scaranari, D.; Porc�, F.
P4.9 THE PREVAILING RAINDROP SHAPE OBTAINED BY POLARIMETRIC RADAR MEASUREMENTS. Gorgucci, E.; Baldini, L.; Chandrasekar, V.
P4.10 RADAR ANALYSIS OF THE EVOLUTION OF TRADE WIND CLOUDS OBSERVED DURING THE RAIN IN CUMULUS OVER THE OCEAN (RICO) FIELD EXPERIMENT. Goeke, S.; Rauber, R.
P4.14 COMPARISON OF AIRBORNE W-BAND RADAR AND IN-SITU CLOUD MICROPHYSICS DATA DURING AIRS II: NOV 11, 2003 CASE. Wolde, M.; Marcotte, D.; Isaac, G.A.; Haimov, S.;Cober, S.G.; Bailey, M.
5.1 SOME CHALLENGES AND SOLUTIONS IN OPERATIONAL WEATHER RADAR APPLICATIONS. Koistinen, J.; Pohjola, H.; Hohti, H.
5.3 REAL-TIME HOURLY PRECIPITATION ANALYSIS AND FORECASTS COMBINING RADAR AND RAIN GAUGE MEASUREMENTS FOR OPERATIONAL USE AT THE GERMAN NATIONAL METEOROLOGICAL SERVICE (DWD). Weigl, E., Fuchs, T.
5.5 EXTENSIVE COMPARISON OF VARIOUS CANDIDATES FOR OPERATIONAL ATTENUATION CORRECTION WITH A C-BAND POLARIMETRIC RADAR. Vulpiani, G.; Tabary, P.; Parent-Du-Chatelet, J.; Gourley, J.J.
5.6 COMBINED USE OF METEOROLOGICAL RADAR, LIMITED AREA MODEL FORECAST IN PRECIPITATION PHASE DISCRIMINATION. Cremonini, R.; Bechini, R.; Campana, V.; Tomassone, L.
5.7 NCWF-6: AN AUTOMATED SYSTEM FOR PRODUCING SHORT-TERM PROBABILISTIC FORECASTS OF CONVECTION THAT BLENDS RADAR EXTRAPOLATION, MODEL DATA AND CLIMATOLOGICAL INFORMATION. Pinto, J.O.; Weygandt, S.; Ahijevych, D.; Mueller, C.
5.8 BEAM PROPAGATION MODELLING AND BLOCKAGE CORRECTION IN THE NORDIC WEATHER RADAR NETWORK (NORDRAD). Gjertsen, U.; Haase, G.; Bech, J.; Pohjola, H.
5.9 VALIDATION OF BIRD MOVEMENT SIGNATURES IN WEATHER RADAR WIND PROFILES USING A DEDICATED BIRD RADAR. Hollerman, I.; van Gasteren, H. ; Bouten, W.
5.10 ON-LINE MONITORING OF WEATHER RADAR USING SOLAR INTERFERENCES. Huuskonen, A.; Holleman, I.
5.12 THE COLORADO REFRACTT DEMONSTRATION. Roberts, R. ; Fabry, F. ; Rehak, N. ; Kennedy, P. ; Fritz, J. ; Brunkow, D. ; Wilson, J. ; Mooney, L. ; Crum, T. ; Nelson, E.
5.13 QUALITY IMAGE FOR THE SPANISH RADAR NATIONAL COMPOSITE. Guti�rrez, J.M.; Aguado, F.
P5.1 MEASUREMENTS OF THE TRANSMISSION LOSS OF A RADOME AT DIFFERENT RAIN INTENSITIES. Kurri, M. ; Huuskonen, A.
P5.2 A NOWCASTING TOOL FOR THE ANALYSIS OF THE LIFE CYCLE OF RAINFALL STRUCTURES USING RADAR AND LIGHTNING DATA. Rigo, T.; Bech, J.; Pineda, N.; Trapero, L.
P5.3 CELL-ORIENTED FORECASTS OF CZECH WEATHER RADAR DATA. Nov�k, P.; Kyznarov�, H.
P5.4 THE PRIMARY ATC RADAR WEATHER CHANNEL - ENIGMA III WEATHER EXTRACTOR - Z, V, W MOMENTS AND BIRD MIGRATION DETECTION, CONCEPT AND FIRST RESULTS WITH ASR-S. Malkomes, M.; Toussaint, M.; Veerkamp, D.; Mueller, K-J.; Neumann, C.; Perez, P.; Weber, M.
P5.5 DWD'S RESEARCH RADAR POLARIZED: DATA PROCESSING CONCEPTS AND FIRST RESULTS. Seltmann, J.E.E; Toussaint, M.; Hohmann, Th.; Malkomes, M.
P5.6 2003-2005 VERIFICATION OF A RADAR-BASED OPERATIONAL TOOL FOR IDENTIFICATION OF HAILSTORMS. San Ambrosio, I.; Elizaga, F.; Mart�n, F.
P5.7 NEW RADAR SYSTEMS FOR THE GERMAN WAETHER RADAR NETWORK. Mammen, T.; Lange, B.; Seltmann, J.; Reitter, R.
P5.8 ON THE CONCEPT OF THE RADAR CROSS SECTION RCS OF DISTORTING OBJECTS LIKE WIND TURBINES FOR THE WEATHER RADAR. Greving, G.; Malkomes, M.
P5.10 RAINFALL MAPPING IN COMPLEX OROGRAPHY FROM C-BAND RADAR AT MT. MIDIA IN CENTRAL ITALY: DATA SYNERGY AND ADAPTIVE ALGORITHMS. Picciotti, E.; Montopoli, M.; Gallese, B.; Cimorini, A.; Ferrauto, G.; Ronzitti, L.; Mancini, G.; Volpi, A.; Sabbadini, F.; Bernardini, L.; Marzano, F.S.
P5.11 THERMAL WIND ANALYSIS USING SINGLE-DOPPLER RADAR DATA. Hannesen, R.; Weipert, A.
P5.12 CONSTRUCTING A THUNDERSTORM CLIMATOLOGY FOR VENETO. Rossa, A. M.; Dalla Fontana, A.; Calza, M.; Millini, R.; Formentini, G.; Lago, L.
P5.13 A RADAR-MODEL COUPLED APPROACH TO PRODUCE REAL TIME HIGH RESOLUTION 3-D WIND FIELDS OVER PARIS' MAJOR AIRPORTS IN THE CONTEXT OF THE FLYSAFE PROJECT. Bousquet, O.; Tabary, P.; Parent du Chatelet, J.; Wattrelot, E.; Montmerle, T.
P5.15 A HIGH-RESOLUTION QUANTITATIVE PRECIPITATION ESTIMATION AND QUANTITATIVE PRECIPITATION FORECAST (HRQ2) SYSTEM. Howard, K. ; Zhang, J.; Chiu, P.; Chang, P.; Chen, C.
P5.16 THE VORTRAC SYSTEM: A FUSION OF SINGLE-DOPPLER RADAR ALGORITHMS TO ESTIMATE THE INTENSITY AND CORE RADIUS OF TROPICAL CYCLONES. Harasti, P; Lee, W.-C.; Bell, M.
P5.17 INCLUSION OF RADAR INFORMATION IN THE SURVEILLANCE PANEL OF THE BASQUE METEOROLOGY AGENCY.. Gaztelumendi., S.; Otxoa de Alda, K.; Ega�a., J.; Gelpi., I.R.
P5.18 THE NEW WEATHER-RADAR OF THE BASQUE METEOROLOGY AGENCY (EUSKALMET): SITE SELECTION, CONSTRUCTION AND INSTALLATION.. Aranda., J.A.; Morais., A.
P5.19 PRECIPITATION ESTIMATION AND PREDICTION FOR FLOOD FORECAST AND INFORMATION IN THE ERFT CATCHMENT. Meetschen, D.; Simmer, C.
P5.20 A FORECASTING AND MONITORING METHOD FOR CONVECTIVE EVENTS IN ROMANIA. Antonescu, B.; Oprea, C.; Burcea, S.; Tanase, A.; Stan-Sion, A.
P5.21 USE OF RADAR DATA FOR METEOROLOGICAL PROVISION OF TRANSPORT. Bazlova, T.; Bocharnikov, N.; Olenev, V.; Solonin, A.
P5.22 OPERATIONAL NOWCASTING CAPACITY IMPROVEMENT FROM AN INTEGRATED. Stan-Sion, A.; Soci, C.
P5.23 THE NEW RADAR OF BASQUE METEOROLOGY AGENCY: CONFIGURATION AND SOME CONSIDERATIONS FOR ITS OPERATIVE USE.. Gaztelumendi, S.; Ega�a., J.; Gelpi., I.R.; Otxoa de Alda, K.; Maruri., M.; Hernandez., R.
P5.24 THE RESTORATION OF CP2 IN BRISBANE, AUSTRALIA. Keenan, T.; Wilson, J.; Lutz, J.; Glasson, K.; May, P.
6.2 ASSESSMENT OF POTENTIAL RADAR LOCATIONS USING A BEAM PROPAGATION MODEL. Haase, G.; Gjertsen, U.; Bech, J.; Granstr�m, �.
6.3 OFF-THE-GRID RADAR NETWORKS FOR QUANTITATIVE PRECIPITATION ESTIMATION. Donovan, B.; Hopf, A.; Trabal, J.; Roberts, B.; McLaughlin, D. J.; Kurose, J.
6.4 IMPROVING THE RADAR DATA MOSAICKING PROCEDURE BY MEANS OF A QUALITY DESCRIPTOR. Fornasiero, A.; Alberoni, P. P.; Amorati, R.; Marsigli, C.
6.5 THE PROCESSING CHAIN FOR RADAR DATA ON SITE IN THER GERMAN WEATHER RADAR NETWORK (FROM PULSE TO PRODUCT). Mammen, T.; Desler, K.; Hohmann, T.; Seltmann, J.; Hafner, S.
6.7 THE SWEDISH WEATHER RADAR PRODUCTION CHAIN. Michelson, D.B.
6.8 RADIO FREQUENCY THREATS ON METEOROLOGICAL RADARS OPERATIONS. Tristant, P.
P6.2 CUBAN WEATHER RADAR NETWORK. RECENT ADVANCES AND FUTURE PLANS. Rodr�guez, O.; Fern�ndez, L.; Naranjo, R.; Barreiras, A.; Pe�a, A.; Diez, M.; Pozas, W.; Aguiar, M.; P�rez, J.
P6.3 FIRST RESULTS FROM THE OPERA USER REQUIREMENTS SURVEY. Gjertsen, U.; Pohjola, H.
P6.4 A RADAR QUESTIONNAIRE AS BASIS FOR DECISIONS. Hafner, S. ; Mammen, T.
P6.5 THE GERMAN WEATHER RADAR NETWORK: REVOLUTION IN SOFTWARE WITHOUT OPERATIONAL INTERRUPTION.. Hohmann, Th.; Mammen, T.; Desler, K.
P6.6 THE DANISH WEATHER RADAR NETWORK. Gill, R. S.; Overgaard, S.; B�vith, T.
7.1 USE OF RADAR RAINFALL ESTIMATES FOR HYDROMETEOROLOGICAL ANALYSIS OF FLASH FLOOD EVENTS. Borga, M.; Zanon, F.
7.2 AREA-INTENSITY PROBABILITY DISTRIBUTIONS OF RAINFALL BASED ON A LARGE SAMPLE OF RADAR DATA. Koistinen, J.; Kuitunen, T.; Inkinen, M.
7.3 HYDROLOGICAL PERFORMANCE OF RAINFALL FIELDS ESTIMATED AUTOMATICALLY FROM RADAR AND RAIN GAUGES DATA IN REAL TIME. Velasco-Forero, C; Sempere-Torres, D.; S�nchez-Diezma, R.; Cassiraga, E.; G�mez-Hern�ndez, J.
7.5 IMPACT OF INPUT UNCERTAINTIES ON PREDICTIONS OF A DISTRIBUTED HYDROLOGICAL MODEL. Schr�ter, K.; Ostrowski, M.; Velasco-Forero, C.; Sempere-Torres, D.
7.7 APPLICATION OF LOCAL AREA WEATHER RADAR (LAWR) IN RELATION TO HYDROLOGICAL MODELLING - IDENTIFICATION OF THE PITFALLS IN USING HIGH RESOLUTION RADAR RAINFALL DATA. Pedersen, L.; Jensen, N. E.; Madsen, H.
P7.1 COMBINED USE OF RADAR AND GAUGE OBSERVATIONS FOR HYDROLOGICAL APPLICATIONS IN THE WALLOON REGION OF BELGIUM. Delobbe, L. ; Dehem, D. ; Dierickx, P. ; Roulin, E.; Thunus, M.; Tricot, C.
P7.2 HYDROLOGICAL PARAMETERS ESTIMATION FOR UNGAUGED BASIN BASED ON SATELLITE ALTIMETER DATA AND MODELLED REMOTE DISCHARGES. A SIMULATION FOR THE CAQUETA RIVER (AMAZONIAN BASIN, COLOMBIA). Leon, J.; Calmant, S.; Seyler, F.; Bonnet, M-P.; Cauhope, M.; Frappart, F.
P7.3 FLOODING MANAGEMENT: RESEARCH AND IMPLEMENT THE GIS DATABASE OF THE WATER LEVEL FOR THE ANNUAL FLOODING AREA IN MEKONG DELTA - VIETNAM. Vandenschrick, G.; Lupo, F.
P7.4 INFLUENCES OF RADAR RAINFALL UNCERTAINTIES ON A DISTRIBUTED RAINFALL RUNOFF MODEL. Laborda, Y.; Salles, C. ; Neppel, L.
P7.5 HYDROLOGICAL STUDIES EMPLOYING RADAR DATA. Awan, S.; Hussain, K.
P7.6 INTEGRATED USING OF SATELLITE ALTIMETRY IN MONITORING PROBLEM OF THE CASPIAN SEA. Lebedev, S.A.; Kostianoy , A.G.
P7.7 INVESTIGATION OF SEASONAL AND INTERANNUAL VARIABILITY SOME COMPONENT OF THE WATER BALANCE OF THE CASPIAN SEA BY REMOTE SENSING DATA. Lebedev, S.A.; Ostroumova, L.P.
P7.9 FRAMEA : AN EXPERIMENTAL CAMPAIGN FOR SEVERE STORM SURVEY AND FLOOD WARNING, ASSOCIATING AN X-BAND WEATHER RADAR AND A DISCHARGE HYDROLOGICAL MODEL.. Diss, S.; Scialom, G.; Le Bouar, E.; Testud, J.; Lavabre, J.; Cheze, J.L.
P7.10 ASSESSMENT OF PRECIPITATION SENSITIVE AREAS BY THE AID OF MULTI-TEMPORAL SAR-DATA AS A TOOL OF SUSTAINABLE CATCHMENT MANAGEMENT. Seeling, S.; Seeger, M.; Sauer, T.; M�ller, Ch.
P7.11 USE OF SATELLITE AND METEOROLOGICAL DOPPLER RADAR IN FLOOD MANAGEMENT. Stancalie, G.; Flueraru, C.; Craciunescu, V.; Stan-Sion, A.; Savin, E.
P7.12 THE USE OF WEATHER RADAR MEASUREMENT IN HYDROLOGICAL APPLICATIONS AND FLOOD WARNING SERVICE IN THE CZECH REPUBLIC. S�lek, M.; Brezkov�, L.
P7.13 SHORT-TERM HYDROLOGICAL ALERT SYSTEMS: THE BES�S RIVER PARK. Cabot, J.; Ramon, G.; Ari�o, F.
P7.14 LOCAL AREA WEATHER RADAR MEASUREMENTS INTEGRATION WITH GIS BASED URBAN WATERS MODEL. sanchez cano, M.; kronborg, P.
P7.15 HIDROMET: A WEATHER RADAR BASED WARNING SYSTEM FOR SUPPORTING EXPLOITATION AND MANAGEMENT OF WATER TREATMENT PLANTS.. Cordoba, M; S�nchez-Diezma, R.; De Campos, S; Vilaclara, E.
P7.16 THE HYDROMET DECISION SUPPORT SYSTEM: OPERATIONAL APPLICATIONS IN HYDROMETEOROLOGY AND FLASH FLOOD PREDICTION. Conway, B.; Formentini, G.; Lago, L.; Rossa, A.
P7.18 RAINFIELDS: THE AUSTRALIAN BUREAU OF METEOROLOGY SYSTEM FOR QUANTITATIVE PRECIPITATION ESTIMATION. Seed, A.
8.1 OPERATIONAL THUNDERSTORM NOWCASTING IN THE ALPINE REGION USING 3D-RADAR SEVERE WEATHER PARAMETERS AND LIGHTNING DATA. Hering, A.M.; Germann, U.; Boscacci, M.; S�n�si, S.
8.2 SPATIAL STRUCTURE OF INTENSE MEDITERRANEAN PRECIPITATION. Berne, A.; Boudevillain, B.; Kirstetter, P.-E.; Delrieu, G.
8.3 2D AND 3D RADAR ANALYSIS OF THE 2004-2005 HAIL CAMPAIGNS IN NE OF SPAIN. Ceperuelo, M.; Llasat, M.C.; Rigo, T.
8.4 DOPPLER RADAR OBSERVATIONS OF THE 7 SEPTEMBER 2005 TORNADIC THUNDERSTORM NEAR BARCELONA, SPAIN. Bech , J.; Rigo, T.; Pineda, N.; Pascual, R.; L�pez, J.M.; Ar�s, J.; Gay�, M.
8.5 MODELING MESOSCALE PATTERN OF MID-LATITUDE CONVECTIVE RAINCELLS USING WEATHER RADAR MEASUREMENTS. Montopoli , M.; Marzano, F.S.; Fornasiero, A.; Alberoni, P.P.
8.6 URBAS: PREDICTION AND MANAGEMENT OF FLASH FLOODS IN URBAN AREAS. Einfalt, T.; Friedeheim, K.; Wagner, A.
P8.4 RADAR CHARACTERISTICS OF A TORNADIC LOW TOPPED MINI-SUPERCELL IN FINLAND. Teittinen, J; LaDue, J. G.; Hohti, H.; Brown, R. A.
P8.5 DISCRIMINATING METHODS FOR HAIL DETECTION IN THE TUNUY�N VALLEY. L�pez, L.; S�nchez, J. L.; Odiard, A. ; Videla, H.
P8.6 VIL, VIL DENSITY AND HAIL SIZE IN THE TUNUY�N VALLEY (ARGENTINA). S�nchez, J. L.; L�pez, L.; Videla, H.; Odiard, A.
P8.7 SEVERE WEATHER STUDIES USING RADAR. Awan, S.; Hussain, K.
P8.8 URBAS_RADAR - A STATISTICAL APPROACH TO RADAR CLIMATOLOGY. Wagner, A.; Seltmann, J.; Lang, P.
P8.9 ANALYSIS SUPER CELL, WHICH IS, TAKING SOUTH AND SOUTHEAST PARTS OF SERBIA ON 30. JUN 2005. Radovanovic-Bulic, R.; Bulic, I.; Vucinic, Z.
P8.10 A COMPARATIVE STUDY OF TO BOW-ECHO CASES IN ROMANIA. Carolina, O.; Antonescu, B.; Tanase, A.; Burcea, S.; Stan-Sion, A.
P8.11 Z-R RELATIONSHIP AND A SEVERE RAINFALL OBSERVED BY C-BAND RADAR IN EASTERN COAST OF NORTHEASTERN BRAZIL. Ten�rio, R. S.; Kwon, B. H.
P8.13 THE USE OF S-BAND VS C-BAND WEATHER SURVEILLANCE RADARS IN SEVERE WEATHER CONDITIONS - AN OPERATIONAL COMPARISON. Stan-Sion, A.; Antonescu, B.
P8.14 AUTOMATIC RECOGNITION OF SQUALL LINE - A WAY TO LONGER VALIDITY OF SOME EXTRAPOLATION RAINFALL NOWCASTING?. Moszkowicz, S.; Dziewit, Z.; Szewczykowski, M.
9.1 ASSIMILATION OF RADAR DATA FOR CONVECTIVE SCALE NWP AT THE MET OFFICE. Ballard, S.P.; Dixon, M.; Swarbrick, S.; Li, Z.; Stiller, O.
9.2 TOWARDS THE OPERATIONAL ASSIMILATION OF DOPPLER WIND AT REGIONAL SCALE IN M�T�O-FRANCE. Montmerle, T.; Caumont, O.; Wattrelot, E.; Ducrocq, V.
9.4 ASSESSMENT OF FORECAST QUALITY BY APPLYING A DISPLACEMENT-BASED MEASURE USING SATELLITE AND RADAR IMAGERY. Keil, C.; Craig, G. C.
9.5 CORRECTION OF PHASE AND AMPLITUDE ERRORS IN NUMERICAL PRECIPITATION FORECASTS. Lee, G.; Zawadzki, I.
9.6 A MODEL TO OBSERVATION APPROACH TO EVALUATING CLOUD MICROPHYSICAL PARAMETERISATIONS USING POLARIMETRIC RADAR. Pfeifer, M.; Craig, G.; Hagen, M. ; Keil, C.
9.8 TOWARD AN ENSEMBLE NOWCASTING SYSTEM: DESCRIBING THE STEERING FIELD'S UNCERTAINTY IN AN ADVECTION SCHEME FOR RADAR IMAGES.. Poli, V.; Alberoni, P.P.; Marzano, F.S.
P9.2 THE EFFECT OF RADAR DATA ASSIMILATION ON THE ACCURACY OF QPF FOR FLASH FLOOD RAINFALLS. Sokol, Z.; Rezacova, D.
P9.3 TOWARD AN ENSEMBLE NOWCASTING SYSTEM: COUPLING SEMI-LAGRANGIAN ADVECTION AND A STOCHASTIC RAINFALL GENERATOR.. Poli, V.; Rebora, N.; Alberoni, P.P.; Ferraris, L.
P9.4 FIRST RESULTS OF 1D+3DVAR ASSIMILATION OF RADAR REFLECTIVITIES. Caumont, O.; Wattrelot, �.; Ducrocq, V.; Jaubert, G.; Bouttier, F.
P9.5 IMPROVING VERY-SHORT-TERM HIGH-IMPACT WEATHER PREDICTIONS BY ASSIMILATING RADAR DATA INTO A MESOSCALE MODEL. Zhao, Q. ; Cook, J.; Xu, Q.; Harasti, P.
P9.6 PROCESSING OF DOPPLER RADAR RADIAL WINDS FOR DATA ASSIMILATION. Salonen, K.; J�rvinen, H.; Eresmaa, R.
P9.7 EVALUATION OF RAINFALL PATTERNS IN A MESOSCALE NON-HYDROSTATIC MODEL USING RADAR DATA: A MODEL TO OBSERVATION APPROACH. Van Weverberg, K.; Van Lipzig, N.P.M; Delobbe, L.
P9.8 RADAR RAINFALL ASSIMILATION AND SHORT-RANGE QPF IN A HIGH-RESOLUTION ENSEMBLE PREDICITON SYSTEM: A CASE STUDY. Leuenberger, D.; Stoll, M. ; Keil, C.; Rossa, A. M.
P9.9 VALIDATION OF RADAR DATA ASSIMILATION BY THE RADAR SIMULATION MODEL. Kaspar, M.
P9.10 IMPACT OF NON-CORRECTED AND CORRECTED RADAR DATA ASSIMILATION IN PRECIPITATION FORECAST. Mir�, J.R.; Sairouni, A.; Bech, J.
P9.11 SOME RESULTS FROM ASSIMILATION ON KAPILDUI RADAR WIND INFORMATION IN THE BASQUE COUNTRY.. Gelpi., I.R.; Gaztelumendi., S.; Otxoa de Alda., K.; Ega�a., J.
P9.12 A PHYSICAL INITIALIZATION SCHEME TO INCORPORATE RADA PRECIPITATION DATA AND SATELLITE DATA INTO A NWP MODEL.. Milan, M. ; Ament, F.; Venema, V.; Simmer, C.
P9.13 TOWARDS THE ASSIMILATION OF RADAR REFLECTIVITIES IN THE UK MET OFFICE 4 KM UNIFIED MODEL.. Gaussiat, N.; Darlington, T.; Conway, B. J.; Kitchen, M.
P9.14 IMPACT OF DIFFERENT TRACING METHODOLOGIES IN A NOWCASTING TECHNIQUE. Poli, V.; Montopoli, M.; Alberoni, P.P.; Marzano, F.S.
P9.15 NUMERICAL STUDIES OF SEVERE CONVECTIVE PHENOMENA USING "ROBUST RADAR IMPACT" METHOD. Horv�th, �.
10.1 ENSEMBLE RADAR PRECIPITATION ESTIMATION - A NEW TOPIC ON THE RADAR HORIZON. Germann, U.; Berenguer, M.; Sempere-Torres, D. ; Salvad�, G.
10.2 A BAYESIAN APPROACH TO ASSESSMENT OF UNCERTAINTY IN RADAR RAINFALL ESTIMATES. Borga, M.; Zanon, F.
10.4 ANALYSIS OF THE RADAR DISTANCE ERROR STRUCTURE THROUGH A SIMULATION APPROACH. Llort, X.; Berenguer, M.; S�nchez-Diezma, R.; Sempere-Torres, D.
10.6 MODELIZATION OF THE UNCERTAINTY ASSOCIATED TO RADAR-BASED NOWCASTING TECHNIQUES. IMPACT IN FLOW SIMULATION. Berenguer, M.; Sempere-Torres, D.; S�nchez-Diezma, R.; Pegram, G.; Zawadzki, I.; Seed, A.
10.7 BRIGHTBAND DETECTION AND EVALUATION USING RADAR SIMULATOR IN A NUMERICALLY-MODELLED ATMOSPHERIC SCENARIO. Molini, L.; Parodi, A. ; Rebora, N.; Marzano, F.S.; Siccardi, F.
P10.1 ASSESSMENT OF RADAR QUALITY INFORMATION BY EUMETNET OPERA. Holleman, I. ; Michelson, D.; Galli, G. ; Germann, U. ; Peura, M.; Hohti, H.
P10.2 SCHEME OF QUALITY INDEX FOR RADAR-DERIVED ESTIMATED AND NOWCASTED PRECIPITATION. Szturc, J.; Osrodka, K.; Jurczyk, A.
P10.3 DEVELOPMENT AND APPLICATION OF A QUALITY-INDEX COMPOSIT. Helmert, K.; Hassler, B.
P10.4 IDENTIFICATION OF SPURIOUS PRECIPITATION SIGNALS IN RADAR DATA. Hassler, B.; Helmert, K.; Seltmann, J.
P10.5 DUAL-POL RADAR CALIBRATION AND CORRECTION OF THE BIAS INTRODUCED BY NON UNIFORM RADOME WETTING. Bechini , R.; Cremonini , R.; Gorgucci , E.; Baldini , L.
P10.7 UNCERTAINTY IN RADAR-DERIVED ESTIMATED AND NOWCASTED PRECIPITATION INPUTS TO FLASH FLOODS MODELLING. Szturc, J.; Osrodka, K.; Jurczyk, A.
11.1 CLOUDSAT OBSERVATIONS OF LIGHT PRECIPITATION. L'Ecuyer, T. S.; Miller, S. D.; Cooper, S. J.; Stephens, G. L.
11.2 A VARIATIONAL CLOUD RETRIEVAL SCHEME COMBINING RADAR, LIDAR AND RADIOMETER OBSERVATIONS. Hogan, R. J.; Delanoe, J.
11.3 SATELLITE OBSERVATIONS OF THE RELATIONSHIPS BETWEEN AEROSOL, PRECIPITATION, AND LIGHTNING. Tessendorf, S.A.; Nesbitt, S.W.; Vonder Haar, T.H.
11.6 REMAINING CHALLENGES IN SATELLITE PRECIPITATION ESTIMATION USING THE TROPICAL RAINFALL MEASURING MISSION. Yuter, S.; Miller, M.; Stout, J.; Wood, R. ; Kwiatkowski, J.; Horn, D. ; Spooner, C.
P11.6 THE CANADIAN CLOUDSAT VALIDATION PROJECT. Hudak, D.; Barker, H.; Rodriguez, P.; Donovan, D.
P11.7 THE FEATURES OF RADAR OBSERVATIONS OF SNOW COVER FROM SPACE. Kalmykov, I.; Bagmut, T.; Yefimov, V.
P11.8 FIRST-ORDER SCATTERING EFFECTS ON MILLIMETER-WAVE SPACEBORNE RADAR REFLECTIVITY MEASUREMENTS: A MODEL APPROACH. Ferrauto, G.; Marzano, F.S.
P11.9 RAIN RETRIEVAL OVER LAND FROM X-BAND SPACEBORNE SYNTHETIC APERTURE RADAR: A MODEL STUDY. Marzano, F.S.; Weinman, J.; Mugnai, A. ; Pierdicca, N.
P11.10 INITIATION OF CONVECTIVE STORM OVER NORTHERN ITALY OBSERVED BY SATELLITE AND POLARIMETRIC C-BAND RADAR. Cremonini, R.; Bechini, R.; Campana, V.; Dietrich, S.
12.1 FINE-SCALE VERTICAL STRUCTURE OF PRE-CONVECTIVE RADAR FINE-LINES IN THE WARM-SEASON CONVECTIVE BOUNDARY LAYER. Geerts, B.; Miao, Q.
12.2 OBSERVATIONS OF BOUNDARY-LAYER DEVELOPMENT DURING CSIP. Bennett, L.; Blyth, A.; Nicol, J.; Weckwerth, T.
12.3 CLEAR-AIR RADAR OBSERVATIONS OF THE EVOLUTION OF THE CAPPING INVERSION PRIOR TO CONVECTIVE INTIATION. Morcrette, C.; Browning, K.; Nicol, J.; Lean, H.; Ladd, D.; Blyth, A.
12.4 EVOLUTION OF THE MOISTURE FIELD DURING THE DEVELOPMENT OF THE DAYTIME CONVECTIVE BOUNDARY LAYER. Weckwerth, T.; Bennett, L. ; Kiemle, C. ; Blyth, A. ; Flamant, C. ; Richardson, Y.
12.5 WIND PROFILES GENERATED WITH A SCANNING CLOUD RADAR. Handwerker, J.; G�rsdorf, U.
12.6 A VARIATIONAL METHOD TO REDUCE THE SIDELOBE CONTAMINATION OF BISTATIC DOPPLER MEASUREMENTS. Lamrani, N.; Chong, M.
12.7 HIGH RESOLUTION 3D WIND PROFILING USING AN S-BAND POLARIMETRIC FM-CW RADAR: DEALIASING TECHNIQUES. Unal, C.; Russchenberg, H.; Moisseev, D.
P12.1 COMPARISON OF MODEL-DERIVED DISTRIBUTION OF SENSIBLE HEAT FLUX OVER AN URBAN AREA WITH RADAR-DERIVED RAINFALL FIELDS. Carra�a, M.G.D.; Collier, C.G.
P12.3 ENGINEERING DESCRIPTION OF A SCANNING, L-BAND, PULSE-COMPRESSION RADAR FOR CLEAR-AIR ATMOSPHERIC RESEARCH. Eastment, J. D.; Davies, O. T.; Nicol, J. C.; Pavelin, E. G.
P12.4 CLEAR AIR RADAR DATA AND HUMIDITY PROFILES. Scialom, G. ; Lema�tre, Y.
Information appeared on TV during the ERAD 2006 Conference. All media is in Catalan.
Aiming to promote the excellence between the students participating in the conference, the Organizing Committee and the Programme Committee, launched this year the First ERAD Price to award the best Oral and the best Poster presented by students at the Conference.
All the contributions presented by participants registered as students as first authors were evaluated by an ad-hoc Jury, which selected the best student contribution (best Oral presentation and best Poster).
Outstanding contributions from students. The Jury takes into account the portion of the work really done by the student and selects the best ones.
Up to two prices: one for the Best Oral and another for the Best Poster. Only a best contribution by category will be awarded. Any of the Prizes could be not delivered if the Jury doesn't find any contribution remarkable enough.
The Jury is fully independent to do the selection. In case of draw the President of the Jury will make the final decision.
The Prize is an initiative of ERAD2006 and COST 731, and is sponsored by Hydrometeorological Innovative Solutions (HYDS).
The award for any of the selected students will be 500,00 euros.

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