Oral Interpolation Using an Advection Scheme on Polar Radar Data Alrun Jasper-Tönnies, Hydro & Meteo Gmbh & Co
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Session 1: Progress in QPE and error structure analysis (I) Monday, 1 Sept., Time 9:45, Hall Werdenfels (plenary) Chair: Dmitri Moisseev, University of Helsinki, Finland 9:45 1.1 KEYNOTE: A close shave with Occam's razor: managing complexity in a radar rainfall estimation system Alan Seed, Bureau of Meteorology, Australia, and Mark Curtis 10:15 Coffee break (sponsored by Baron Services) 10:45 1.2 Optimizing the capabilities of weather radars: The impact of error correction and uncertainty identification on quantitative precipitation estimation for hydrological applications Pieter Hazenberg, Department of Atmospheric Sciences, University of Arizona, USA, and Hidde Leijnse, Remko Uijlenhoet 11:00 1.3 Evaluation of a precipitation classification and quantification method using X-band dual polarization radar observation Sanghun Lim, Korea Institute of Construction Technology, Korea, and Dong-Ryul Lee, V. Chandrasekar, Keon-Haeng Lee, Bong-Joo Jang, Haonan Chen 11:15 1.4 Improving radar estimates of rainfall by monitoring the attenuation by the wet radome Robert Thompson, University of Reading, United Kingdom, and Anthony Illingworth, Tim Darlington 11:30 1.5 Quantitative Precipitation Estimation (QPE) from C-Band Dual-polarized radar for the July 08 2013 Flood in Toronto, Canada Sudesh Boodoo, Environment Canada, Canada, and David Hudak, Alexander Ryzhkov, Pengfei Zhang, Norman Donaldson, Janti Reid 11:45 1.6 QPE lessons learnt from the great Colorado Flood of September 2013 Daniel Sempere-Torres, Centre de Recerca Aplicada en Hidrometeorologia, UPC, Spain, and Marc Berenguer, David Gochis, Matthias Steiner Session 2a: Progress in QPE and error structure analysis (II) Monday, 1 Sept., Time 15:00, Hall Werdenfels (parallel) Chair: Marc Berenguer, CRAHI-UPC, Barcelona, Spain 15:00 2a.1 Evaluation of a scale decomposition-based stochastic ensemble quantitative precipitation estimation scheme Loris Foresti, Royal Meteorological Institute of Belgium, Belgium, and Edouard Goudenhoofdt, Maarten Reyniers, Laurent Delobbe, Alan Seed 15:15 2a.2 Spatial interpolation of point measurements of the raindrop size distribution Timothy Raupach, École Polytechnique Fédérale de Lausanne, Switzerland, and Alexis Berne 15:30 2a.3 Improved radar QPE with temporal interpolation using an advection scheme on polar radar data Alrun Jasper-Tönnies, hydro & meteo GmbH & Co. KG, Lübeck, Germany, and Markus Jessen 15:45 2a.4 Rainfall estimation for the first operational S-band polarimetric radar in Korea Cheol-Hwan You, Pukyong National University, Korea, and Dong-In Lee, Mi-Young Kang, Young-Su Bang 16:00 2a.5 A new gauge adjustment procedure for Meteo France QPE radar products Nicolas Gaussiat, Météo France, France, and Daniel Idziorek, Bernard Chapnick, Julien Desplat, David Goutx, Jean-Rémy Regis, Jean-Louis Maridet, Pierre Tabary 16:15 2a.6 Long-term large scale bias-adjusted precipitation estimates at high spatial and temporal resolution derived from the National Mosaic and Multi-sensor QPE (NMQ/Q2) precipitation reanalysis over CONUS Olivier Prat, Cooperative Institute for Climate and Satellites-NC (CICS-NC), NCSU and NOAA/NCDC, Asheville, NC, USA, and Brian R. Nelson, Scott Stevens, D-J. Seo Session 2b: Millimeter-wave cloud radars Monday, 1 Sept., Time 15:00, Hall Zugspitze (parallel) Chair: Stefan Kneifel, McGill University, Montreal, Canada 15:00 2b.1 Utilization of the covariance matrix in cloud radars Alexander Myagkov, Leibniz Institute for Tropospheric Research (TROPOS), Leipzig, Germany, and Matthias Bauer-Pfundstein, Patric Seifert, Ulla Wandinger 15:15 2b.2 G-band atmospheric radars: new frontiers in cloud physics Alessandro Battaglia, University of Leicester, United Kingdom, and C. D. Westbrook, S. Kneifel, P. Kollias, N. Humpage, U. Löhnert, J. Tyynelä, G.W. Petty, 15:30 2b.3 Bin DSD and dynamics retrievals in rain with the ARM Ka-W-band radars dual wavelength Doppler spectra Frederic Tridon, University of Leicester, United Kingdom, and Alessandro Battaglia, Pavlos Kollias 15:45 2b.4 Utilising multiple radar frequencies for deriving microphysical properties of liquid water clouds Ewan O'Connor, Finnish Meteorological Institute, Finland, and Ed Luke 16:00 2b.5 Comparison of Eddy Dissipation Rate Retrievals using Vertically Pointing ARM Cloud Radar Observations Paloma Borque, McGill University, Canada, and Pavlos Kollias, Edward Luke 16:15 2b.6 BAECC SNEX: Comprehensive snowfall experiment during DOE ARM AMF2 deployment in Finland Dmitri Moisseev, University of Helsinki, Finland, and Annakaisa von Lerber, Matti Leskinen, V. Chandrasekar, Larry Bliven, Walt Petersen Session 3: Hydrological studies employing weather radars Monday, 1 Sept., Time 17:00, Hall Werdenfels (plenary) Chair: Christopher Collier, University of Leeds, United Kingdom 17:00 3.1 Areal rainfall depth statistics based on a 10-year reanalysis of volumetric radar observations Edouard Goudenhoofdt, Royal Meteorological Institute, Belgium, and Laurent Delobbe 17:15 3.2 Investigating local extreme value statistics based on 10 years of radar observations Thomas Einfalt, hydro & meteo GmbH & Co. KG, Lübeck, Germany, and Marc Scheibel 17:30 3.3 Propagation of radar rainfall uncertainty through urban hydraulic models Miguel Angel Rico-Ramirez, Department of Civil Engineering, University of Bristol, United Kingdom, and Sara Liguori 17:45 3.4 Improving hydrological modeling with radar data Marc Scheibel, Water Resources Management & Flood Protection, Wupperverband, Germany 18:00 3.5 Some challenges of QPE in snow Elena Saltikoff, Finnish Meteorological Institute, Finland, and Harri Hohti, Philippe Lopez 18:15 3.6 High-resolution X-band polarimetric radar Observations during the HyMeX Special Observation Period in North-East Italian Alpine Region: a Hydrologic Support Tool Marios Anagnostou, IERSD, National Observatory of Athens, Greece, and J. Kalogiros, E.I. Nikolopoulos, E.N. Anagnostou, F. Marra, M. Borga, E. Mair, G. Bertoldi, U. Tappeiner Session 4: Radar networking (I) Tuesday, 2 Sept., Time 8:30, Hall Werdenfels (plenary) Chair: Elena Saltikoff, Finnish Meteorological Institute, Finland 8:30 4.1 KEYNOTE: WMO Activities for the Global Exchange of Radar Data Daniel Michelson, Swedish Meteorological and Hydrological Institute, Sweden, and Paul Joe, Stuart Goldstraw, Dean Lockett 9:00 4.2 Odyssey: a regional solution for weather radar data exchange and radar products generation. Maud Martet, Meteo France, France, and Nicolas Gaussiat, Daniel Idziorek, Stuart Matthews, Robert Scovell, Bernard Urban, Pierre Tabary 9:15 4.3 Beyond Radars: Designing a Network for Diverse Services Aurora Bell, WPB, Bureau of Meteorology, Australia, and Alan Seed, Aoife Murphy 9:30 4.4 DWDs new radar network and postprocessing algorithm chain Kathleen Helmert, Deutscher Wetterdienst, Germany, and Patrick Tracksdorf, Jörg Steinert, Manuel Werner, Michael Frech, Nils Rathmann, Thomas Hengstebeck, Michael Mott, Sybille Schumann, Theodor Mammen 9:45 4.5 Design and first results of the new fourth generation Swiss radar network Urs Germann, MeteoSwiss, Locarno-Monti, Switzerland, and Marco Boscacci, Lorenzo Clementi, Jordi Figueras i Ventura, Marco Gabella, Alessandro Hering, Maurizio Sartori, Ioannis Sideris 10:00 4.6 The French operational weather radar network: achievements, current situation and outlook Pierre Tabary, Météo France, France Session 5: Microphysics of cloud and precipitation (I) Tuesday, 2 Sept., Time 10:45, Hall Werdenfels (plenary) Chair: Anthony Illingworth, University of Reading, United Kingdom 10:45 5.1 Microphysical interpretation of coincident simultaneous and fast alternating horizontal and vertical polarization transmit data John Hubbert, National Center for Atmospheric Research, Boulder, CO, USA, and Scott Ellis 11:00 5.2 A semi-supervised hydrometeor classification method for dual-polarization radar applications Renzo Bechini, Colorado State University, Fort Collins CO, USA, and V. Chandrasekar 11:15 5.3 Polarimetric radar observations of winter clouds and precipitation in the Alps - CLACE2014 Jacopo Grazioli, Ecole Polytechnique Fédérale de Lausanne (EPFL), Environmental Remote Sensing Laboratory (LTE), Switzerland, and Daniel Wolfensberger, Timothy Raupach, Alexis Berne 11:30 5.4 Fingerprinting of microphysical processes in Arctic clouds by tracking Doppler radar spectra features Stefan Kneifel, McGill University, Canada, and Heike Kalesse, Pavlos Kollias, Ed Luke 11:45 5.5 A close insight into precipitation microphysics and dynamics in Switzerland by means of two nearby X-band polarimetric radars, radar wind profilers and atmospheric modeling Marc Schneebeli, Federal Office of Meteorology and Climatology MeteoSwiss, Locarno Monti, Switzerland, and Andreas Leuenberger, Jordi Figueras i Ventura, Samuel Monhart, Marco Gabella 12:00 5.6 Characterization of convective updraft cells during MC3E using S- and C-band polarimetric radars and tri-Doppler vector wind retrievals Marcus van Lier-Walqui, Columbia University and NASA Goddard Institute of Space Studies, USA, and Ann Fridlind, Andrew Ackerman, Derek Posselt, Scott Collis, Jonathan Helmus, Kirk North Session 6a: Microphysics of cloud and precipitation (II) Tuesday, 2 Sept., Time 15:00, Hall Werdenfels (parallel) Chair: Jarmo Koistinen, Finnish Meteorological Institute, Finland 15:00 6a.1 A 3D + time stochastic simulator of raindrop size distributions Marc Schleiss, Princeton University, USA, and James Smith 15:15 6a.2 Radar and aircraft observations made during COPE of convective clouds forced by convergence lines in SW of