1 - 5 September 2014
Garmisch-Partenkirchen, Germany
ERAD 2014
Programme
8th European Conference on Radar in Meteorology and Hydrology
Sunday, 31 August 2014
17:00 – 19:00 Registration and Welcome Cocktail at Garmisch-Partenkirchen
Kongresszentrum
Monday, 1 September 2014
08:00 – 09:00 Registration
09:00 – 09:45 Opening Ceremony
Hall Werdenfels (plenary)
Introduction to ERAD 2014
Welcome Addresses:
Dr. Sigrid Meierhofer, Mayor of Garmisch-Partenkirchen
Prof. Dr. Gerhard Adrian, President of German Weather Service (DWD)
Dr. Thomas Gerz, Institute of Atmospheric Physics, German Aerospace
Center (DLR)
Session 1:
9:45
1.1
Progress in QPE and error structure analysis (I)
Hall Werdenfels (plenary)
Chair: Dmitri Moisseev, University of Helsinki, Finland
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 – 10:45
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 Xband 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
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8th European Conference on Radar in Meteorology and Hydrology
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
12:00 – 13:30 Lunch break (downtown)
13:30 – 15:00 Poster Viewing (Group 1)
Posters: HYD MIC MMW NET NOW QPE
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
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8th European Conference on Radar in Meteorology and Hydrology
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
16:30 – 17:00
Coffee break (sponsored by Eldes)
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
18:30 – 20:00 Ice Breaker (sponsored by DWD)
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8th European Conference on Radar in Meteorology and Hydrology
Tuesday, 2 September 2014
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
10:15 – 10:45
Coffee break (sponsored by Gamic)
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
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8th European Conference on Radar in Meteorology and Hydrology
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
12:15 – 13:30 Lunch break (downtown)
13:30 – 15:00 Poster Viewing (Group 1)
Posters: HYD MIC MMW NET NOW QPE
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 England
Alan Blyth, National Centre for Atmospheric Science, University of Leeds, United
Kingdom, and Lindsay Bennett, Chris Collier, Yahui Huang, David Dufton, Jeff
French, Phil Brown, Tom Choularton, Humphrey Lean
15:30
6a.3
Very large rain drops from 2D video disdrometers and concomitant polarimetric
radar observations
Merhala Thurai, Colorado State University, USA, and Patrick Gatlin, Viswanathan
Bringi, Larry Carey
15:45
6a.4
The anatomy and physics of ZDR columns
Matthew Kumjian, Penn State University, USA, and Alexander Khain, Nir
BenMoshe, Eyal Ilotoviz, Alexander Ryzhkov
16:00
6a.5
Comparison of measured and radar-equivalent gamma DSDs to investigate the
effect of gamma raindrop size distribution assumption on the rain rates
Elisa Adirosi, Institute of Atmospheric Sciences and Climate, CNR, Rome and
Department of Civil, Constructional and Environmental Engineeering, Sapienza
University of Rome, Italy, and Eugenio Gorgucci, Luca Baldini, Ali Tokay
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8th European Conference on Radar in Meteorology and Hydrology
16:15
6a.6
Session 6b:
Investigation of melting layer model assumptions through comparison to radar
and in situ observations carried out during GPM GV campaigns
Annakaisa von Lerber, Finnish Meteorological Institute, Finland, and Dmitri
Moisseev, Andrew Heymsfield, Aaron Bansemer, V. Chandrasekar, Ari-Matti Harri
Radar networking (II)
Tuesday, 2 Sept., Time 15:00, Hall Zugspitze (parallel)
Chair: Kathleen Helmert, Deutscher Wetterdienst, Offenbach, Germany
15:00
6b.1
Inter-radar comparison accounting for partially overlapping volumes
Zlatko Vukovic, Environment Canada, Canada, and M.C. Jim Young, Norman
Donaldson
15:15
6b.2
Optimal placement of weather radar network in complex terrain using swarm
intelligence
Redouane Boudjemaa, University M’hamed Bougara of Boumerdes, Bourmerdes,
Algeria
15:30
6b.3
Urban High-Resolution Precipitation Product: Combining C-Band and Local XBand Radar Data
Katharina Lengfeld, Meteorological Institute, University of Hamburg, Germany,
and Marco Clemens, Hans Münster, Felix Ament
15:45
6b.4
Radar Networking over the Tyrrhenian sea
Andrea Antonini, Consorzio LaMMA, Italy, and Samantha Melani, Manuela
Corongiu, Alessandro Mazza, Alberto Ortolani
16:00
6b.5
Upgrade of the Swedish weather radar network
Günther Haase, Swedish Meteorological and Hydrological Institute (SMHI),
Sweden, and Chatrine Gyllander, Daniel Johnson, Daniel Michelson
16:15
6b.6
The dual-polarization processing chain V2
Abdel-Amin BOUMAHMOUD, Météo France, France, and Béatrice Fradon, Hassan
Al-Sakkah, Nicolas Gaussiat, Pierre Tabary
16:30 – 17:00
Coffee break (sponsored by Toshiba)
Session 7:
Nowcasting techniques
Tuesday, 2 Sept., Time 17:00, Hall Werdenfels (plenary)
Chair: Stephen Nesbitt, University of Illinois at Urbana-Champaign, USA
17:00
7.1
The Colorado Flood of 2013: Radar rainfall estimation, mesoscale wind analysis
and nowcasting implications
Jim Wilson, National Center for Atmospheric Research, USA, and Jenny Sun, Rita
Roberts
17:15
7.2
Hazard assessment nowcasting based on European radar mosaics
Marc Berenguer, Centre de Recerca Aplicada en Hidrometeorologia, UPC,
Barcelona, Spain, and Daniel Sempere-Torres
17:30
7.3
The Radar-based Precipitation Nowcasting System RADVOR of Deutscher
Wetterdienst for the support of meteorological and hydrological alert systems
Tanja Winterrath, Deutscher Wetterdienst, Germany, and Wolfgang Rosenow
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8th European Conference on Radar in Meteorology and Hydrology
17:45
7.4
Scale characterization and correction of diurnal cycle errors in MAPLE
Aitor Atencia, McGill University, Montreal, QC, Canada, and Isztar Zawadzki, Marc
Berenguer, Frédéric Fabry
18:00
7.5
Recent Modifications to a new Surface-based Polarimetric Hydrometeor
Classification Algorithm for the WSR-88D Network
Terry Schuur, University of Oklahoma/CIMMS and NOAA/National Severe Storms
Laboratory, USA, and Alexander V. Ryzhkov, Heather D. Reeves, John Krause,
Kimberly L. Elmore, Kiel L. Ortega
18:15
7.6
Developments in echo tracking - enhancing TITAN
Michael Dixon, National Center for Atmospheric Research, Boulder, Colorado,
USA, and Alan Seed
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8th European Conference on Radar in Meteorology and Hydrology
Wednesday, 3 September 2014
Session 8:
Data quality and calibration (I)
Wednesday, 3 Sept., Time 8:30, Hall Werdenfels (plenary)
Chair: Urs German, MeteoSwiss, Locarno, Switzerland
8:30
8.1
KEYNOTE: Challenges of Polarimetric Weather Radar Calibration
Richard Ice, US Air Force, WSR-88D Radar Operations Center, USA, and Adam
Heck, Jeffrey Cunningham, W. David Zittel
9:00
8.2
Operational monitoring of absolute calibration and differential moments:
longterm stabilty and specific examples
Michael Frech, Deutscher Wetterdienst, Observatorium Hohenpeißenberg,
Germany, and Theo Mammen
9:15
8.3
Stepwise inter-comparison of radar rainfall products: Effects of quality controls,
radar calibration, estimators, QPE methods, and gage adjustment
GyuWon Lee, Dept. of Astronomy and Atmospheric Sciences, Research and
Training Team for Future Creative Astrophysicists and Cosmologists, Kyungpook
National University / Center for Atmospheric REmote sensing (CARE), Kyungpook
National University, Korea, and Soohyun Kwon
9:30
8.4
Weather radar online sun-monitoring in presence of leverage outliers: five or
three parameter model inversion?
Patricia Altube, Servei Meteorològic de Catalunya (Meteocat), Barcelona / Dep. of
Astronomy and Meteorology, University of Barcelona, Spain, and Joan Bech, Oriol
Argemí, Tomeu Rigo, Nicolau Pineda
9:45
8.5
Spectral Dual-Polarization Characteristics of Wind Turbine Clutter and a Wind
Turbine Clutter Suppression Technique
Robert M. Beauchamp, Colorado State University, Fort Collins, CO, USA, and V.
Chandrasekar, Margaret Cheney
10:00
8.6
The German radar composite RX: qualitative performance analysis for a
precipitation climatology
Andreas Wagner, Institute of Geography, University of Augsburg, Germany, and
Jörg Seltmann, Harald Kunstmann
10:15
8.7
Polarimetric WSR-88D network, observation highlights
Dusan Zrnic, NOAA/NSSL, USA, and Robert Lee, Jami B. Boettcher
10:30 – 11:00
Session 9a:
11:00
9a.1
Coffee break (sponsored by EEC)
Innovative Applications of Weather Radar
Wednesday, 3 Sept., Time 11:00, Hall Werdenfels (parallel)
Chair: Daniel Michelson, SMHI, Sweden
Tactical use of WX Radar in ATM
Thomas Wetter, Systems and Operations of the Aeronautical Meteorological
Service, DWD, Germany, and Dirk Zinkhan
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8th European Conference on Radar in Meteorology and Hydrology
11:15
9a.2
A High Resolution 3D Radar Reflectivity Prototype for SESAR
Robert Scovell, Met Office, United Kingdom, and Hassan al-Sakka, Nicolas
Gaussiat, Pierre Tabary
11:30
9a.3
Analysis and nowcast of Available Airspace for ATM
Rudolf Kaltenboeck, Austro Control, Austria, and G. Croonen, H. Ganster, T.
Gärtner, K. Hennermann, M. Kerschbaum, G. Löscher, S. Mayer, C. Nowak, M.
Steinheimer, M. Uray
11:45
9a.4
The European Network for the Radar Surveillance of Animal Movement
Hidde Leijnse, Royal Netherlands Meteorological Institute (KNMI), The
Netherlands, and Adriaan Dokter, Günther Haase, Przemysław Jacewicz, Matti
Leskinen, Alessio Balleri, Judy Shamoun-Baranes, Jose A. Alves, Silke Bauer, Ommo
Hüppop, Jarmo Koistinen, Felix Liechti, Hans van Gasteren, Jason W. Chapman
12:00
9a.5
Intepretation of polarimetric radar measurements at X band for volcanic plume
monitoring.
Mario Montopoli, DIET, Sapienza University of Rome & CETEMPS, University of
L’Aquila, Italy, and Gianfranco Vulpiani, Frank Marzano, Errico Picciotti, Saverio Di
Fabio
12:15
9a.6
Polarimetric C-band radar imagery of a volcanic eruption in New Zealand
John Crouch, Meteorological Service of New Zealand (MetService), New Zealand
Session 9b:
Airborne and spaceborne radars
Wednesday, 3 Sept., Time 11:00, Hall Zugspitze (parallel)
Chair: Frank Marzano, DIET Sapienza University of Rome, Italy
11:00
9b.1
Intercomparisons of 3D wind fields derived from airborne and operational
ground-based radars during HyMeX
Olivier Bousquet, LACy, UMR 8105, Météo-France / CNRS / Université de La
Réunion, Reunion, and Julien Delanoe
11:15
9b.2
Airborne remote sensing of cloud properties with the German research aircraft
HALO
Martin Hagen, Institut für Physik der Atmosphäre, Deutsches Zentrum für Luftund Raumfahrt, Oberpfaffenhofen, Germany, and Lutz Hirsch, Heike Konow, Felix
Ament, Mario Mech, Emiliano Orlandi, Susanne Crewell, Silke Groß, Andreas Fix,
Martin Wirth
11:30
9b.3
Evaluation of CloudSat rainfall retrievals over land using operational WSR-88D
radar data
Sergey Matrosov, CIRES, University of Colorado and NOAA ESRL, USA
11:45
9b.4
Early result of Dual-Frequency Precipitation Radar (DPR) onboard GPM core
satellite
Nobuhiro Takahashi, National Institute of Information and Communications
Technology (NICT), Japan, and Hiroshi Hanado, Katsuhiro Nakagawa, Toshio Iguchi
12:00
9b.5
A spaceborne conically scanning 94GHz radar to provide global observations of
winds rain and clouds.
Anthony Illingworth, University of Reading, United Kingdom, and Alessandro
Battaglia
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8th European Conference on Radar in Meteorology and Hydrology
12:15
9b.6
High-resolution spatial analysis of a hurricane structure by means of X-band and
Ka-band satellite synthetic aperture radar
Saverio Mori, DIET University of Rome & CETEMPS, University of L’Aquila, Italy,
and Federica Polverari, Luca Pulvirenti, Mario Montopoli, Frank Marzano
12:30 – 14:30 Poster Viewing (Group 2)
with Lunch and Coffee (sponsored by Vaisala)
Posters: AIR APP DAC MES NWP SYN TEC
15:00
16:00
Bus transfer to Linderhof Castle
Visit to Linderhof Castle
18:00
Bus transfer to Ettal
Visit to Ettal Monastry
19:00
22:00
Gala Dinner at Ettal (sponsored by SELEX)
Bus transfer return to Garmisch-Partenkirchen
10
8th European Conference on Radar in Meteorology and Hydrology
Thursday, 4 September 2014
Session 10:
Mesoscale and Severe weather studies (I)
Thursday, 4 Sept., Time 8:30, Hall Werdenfels (plenary)
Chair: Aurora Bell, Bureau of Meteorology, Melbourne, Australia
8:30
10.1
KEYNOTE: Convergence zone development in complex terrain during the
Convective and Orographically-induced Precipitation Study (COPS)
Tracy Hertneky, National Center for Atmospheric Research, USA, and Tammy M.
Weckwerth
9:00
10.2
A climatology of mesoscale motions of precipitation patterns
Isztar Zawadzki, McGill University, Canada, and Bernat Puigdomènech
9:15
10.3
Polarimetric X-band radar measurements of the development of precipitation
observed during COPE
Chris Collier, National Centre for Atmospheric Science, University of Leeds, United
Kingdom, and Alan Blyth, Lindsay Bennett, David Dufton, J. French
9:30
10.4
Polarimetric signatures of Mediterranean storms retrieved by an operational
polarimetric X-band radar system
Gianfranco Vulpiani, Department of Civil Protection, Italy, and Luca Baldini, Elisa
Adirosi, Nicoletta Roberto
9:45
10.5
Hailstorm distribution in the Alpine area: a long-term, radar-based analysis over
complex orography
Luca Nisi, 1) Oeschger Centre, University of Bern, Bern, 2) MeteoSwiss, Radar,
Satellite, Nowcasting division, Locarno, Switzerland, and Olivia Martius,
Alessandro Hering, Urs Germann
10:00
10.6
Recent observations of tornadoes using a mobile, rapid-scan, polarimetric, Xband, Doppler radar
Howard Bluestein, School of Meteorology, University of Oklahoma, Norman, USA,
and Jeffrey C. Snyder, Kyle J. Thiem, Zachary B. Wienhoff, Jana B. Houser, Vivek N.
Mahale
10:15 – 10:45
Coffee break (sponsored by METEK)
Session 11:
Advances in weather radar technology and signal processing (I)
Thursday, 4 Sept., Time 10:45, Hall Werdenfels (plenary)
Chair: Alexis Berne, EPFL-LTE, Lausanne, Switzerland
10:45
11.1
Pulse Compression Waveform Design Considerations for Extreme Weather
Observations
James Kurdzo, Advanced Radar Research Center, University of Oklahoma, USA,
and Boon Leng Cheong, Robert Palmer
11:00
11.2
Use of the dual-wavelength dual-polarization CSU-Chill radar to estimate rainfall
from attenuation
Francesc Junyent, Colorado State University, USA, and V. Chandrasekar
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8th European Conference on Radar in Meteorology and Hydrology
11:15
11.3
Measurements of Circular Depolarization Ratio with the Radar with
Simultaneous Transmission / Reception
Alexander Ryzhkov, Cooperative Institute for Mesoscale Meteorological Studies,
University of Oklahoma, Norman, USA, and Pengfei Zhang, Qing Cao, Sergey
Matrosov, Valery Melnikov, Michael Knight
11:30
11.4
Shortening the update time of a phased array weather radar
Valery Melnikov, University of Oklahoma, USA, and Richard Doviak, Dusan Zrnic
11:45
11.5
Dual polarisation technique to improve the identification of RLAN interference
Nawal Husnoo, Met Office, United Kingdom, and Jacqueline Sugier
12:00
11.6
New Doppler Spectral Processing Technique for Identifying Atmospheric Signals
from Radar Wind Profilers
Jonathan Helmus, Argonne National Laboratory, USA, and Virendra P. Ghate,
Richard Coulter, Scott Collis, Karen L. Johnson, Scott Giangrande, Pavlos Kollias
12:30
Lunch break (downtown)
12:30 – 14:30 Poster Viewing (Group 2)
Posters: AIR APP DAC MES NWP SYN TEC
Session 12a: Mesoscale and Severe weather studies (II)
Thursday, 4 Sept., Time 15:00, Hall Werdenfels (parallel)
Chair: Olivier Bousquet, Météo-France / LACy, Saint Denis de La Réunion
15:00
12a.1
A macrophysical life cycle description for precipitating systems
Raquel Evaristo, Meteorological Institute at the University of Bonn, Germany, and
Xinxin Xie, Silke Troemel, Malte Diederich, Jürgen Simon, Clemens Simmer
15:15
12a.2
Trigger and Evolution of the Mesoscale Convection: A Case Study over Pearl
River Delta in South China
Xingchao Chen, Nanjing University, Nanjing, China, and Xingchao Chen
15:30
12a.3
Fine-scale X-Band Mobile Radar Observations of Small-scale Circulations in
Intense Lake-effect Snow Bands
Karen Kosiba, Center for Severe Weather Research, USA, and Joshua Wurman
15:45
12a.4
Hurricane boundary layer: rolls, Low level winds , and building shadows
Joshua Wurman, Center for Severe Weather Research, USA, and Karen Kosiba,
Paul Robinson
16:00
12a.5
Radar-derived Thermodynamics in Tropical Cyclones
Annette Foerster, University of Hawaii at Manoa, USA, and Michael M. Bell
16:15
12a.6
A Radar-Cross-Section Database Driven Radar Time-Series Simulator
Boon Leng Cheong, University of Oklahoma, USA, and B. L. Cheong, D. Bodine, T.
Maruyama, C. Fulton, Sebastian Torres, R. D. Palmer
12
8th European Conference on Radar in Meteorology and Hydrology
Session 12b: Advances in weather radar technology and signal processing (II)
Thursday, 4 Sept., Time 15:00, Hall Zugspitze (parallel)
Chair: John Hubbert, NCAR, Boulder, USA
15:00
12b.1
Cylindrical Polarimetric Phased Array Radar for Weather Observation
John Meier, Advanced Radar Research Center, University of Oklahoma, Norman,
Oklahoma, USA, and Redmond Kelley, Shaya Karimkashi, Matt McCord, Isaac
Meier, Guifu Zhang, Robert Palmer, Allen Zahrai, Damon Schmidt, Richard J.
Doviak, Dusan S. Zrnic, Caleb Fulton
15:15
12b.2
A new method to identify and correct range sidelobes from pulse compression
Chris Westbrook, University of Reading, United Kingdom, and John Nicol
15:30
12b.3
Does Range Oversampling Help or Hurt NEXRAD’s Ability to Detect Tornados?
Sebastian Torres, University of Oklahoma/CIMMS and NOAA/NSSL, Norman,
Oklahoma, USA, and Christopher Curtis
15:45
12b.4
Detection of electric fields using full polarimetric C-Band radar data
Jens Reimann, Institut für Hochfrequenztechnik und Radarsysteme, DLR, Germany,
and Martin Hagen
16:00
12b.5
Developing a low cost C-band FMCW microwave areal rain gauge – MARG
Ferenc Dombai, MET-ENV, Hungary, and H. Paulitsch, R. Cremonini, R. Bechini, M.
Budai
16:15
12b.6
Optimization of turbulence measurements for radar, lidar and sonic
anemometers.
Albert Oude Nijhuis, Delft University of Technology, The Netherlands, and Oleg
Krasnov, Christine Unal, Herman Russchenberg, Alexander Yarovoy
16:30 – 17:00
Session 13:
Coffee break (sponsored by NTT-AT)
Data quality and calibration (II)
Thursday, 4 Sept., Time 17:00, Hall Werdenfels (plenary)
Chair: Remko Uijlenhoet, Wageningen University, The Netherlands
17:00
13.1
Classification of meteorological and non-meteorological targets with new
statistical methods applying polarimetric moments and their texture
Jarmo Koistinen, Finnish Meteorological Institute, Finland, and Teemu Mäkinen,
Seppo Pulkkinen
17:15
13.2
Quality of clear-air radar radial velocity data: Do insects matter?
Ronald Hannesen, Selex ES GmbH, Germany, and Sebastian Kauczok, André
Weipert
17:30
13.3
A new method for clutter detection and removal
Remco van de Beek, Meteo Group, The Netherlands, and Daniel van Dijke, Hugo
Hartmann, Floris Bijlsma
17:45
13.4
Effects of wind turbines on the use of meteorological radar based products
Tim Böhme, Deutscher Wetterdienst, Germany
13
8th European Conference on Radar in Meteorology and Hydrology
18:00
13.5
Weather Radar with Abundant Wind Farming – Impacts on Data Quality and
Mitigation by Doppler Dual-Polarization
Reino Keränen, Vaisala Oyj, Finland, and Alberto Pettazzi, Laura Alku Catalina,
Salsón Santiago
18:15
13.6
Study of radar signatures of hail in the Basque Country
Mercedes Maruri, (1) Basque Meteorology Agency (EUSKALMET), Miñano, Alava;
(2) TECNALIA-Energy and Environment Division-Meteo Area, Miñano, Alava; (3)
Department of Applied Mathematics, University of the Basque Country UPV/EHU,
Faculty of Engineering of Bilbao, Spain, and Arkaitz Etxezarreta, Jose Antonio
Aranda, Maialen Martija, Eugenia Iturritxa, Iñaki Eguiara, Jesus Torres, Joseba
Egaña, Pedro Anitua, Santiago Gaztelumendi
14
8th European Conference on Radar in Meteorology and Hydrology
Friday, 5 September 2014
Session 14:
Synergetic use of weather radar and other sensors
Friday, 5 Sept., Time 8:30, Hall Werdenfels (plenary)
Chair: Pierre Tabary, Météo France, Toulouse, France
8:30
14.1
KEYNOTE: Long-term country-wide rainfall mapping employing cellular
communication networks
Aart Overeem, Wageningen University / Royal Netherlands Meteorological
Institute, The Netherlands, and Hidde Leijnse, Remko Uijlenhoet, Manuel F. Rios
Gaona
9:00
14.2
Using microwave backhaul links to optimize the performance of radar-based
rainfall estimation and attenuation correction
Silke Trömel, Hans-Ertel Centre for Weather Research, Atmospheric Dynamics and
Predictability Branch, University of Bonn, Germany, and Michael Ziegert,
Alexander V. Ryzhkov, Christian Chwala, Clemens Simmer
9:15
14.3
Melting layer attenuation as observed by polarimetric radar-radiometer
synergetic approach
Pablo Saavedra Garfias, University of Bonn, Germany, and Alessandro Battaglia,
Clemens Simmer
9:30
14.4
Multi-sensor field studies of thunderstorms and lightning
Hartmut Höller, Institut für Physik der Atmosphäre, DLR, Germany, and HansDieter Betz, Carlos Morales, Richard J. Blakeslee, Jeffrey C. Bailey, Rachel I.
Albrecht, Margot Leitner
9:45
14.5
Inter-comparison of X-band radar and lidar low-level wind measurement for air
traffic control (ATC)
Thomas Ernsdorf, German Weather Service, Aeronautical Meteorology
Department, Germany, and Bernd Stiller, Björn-Rüdiger Beckmann, André
Weipert, Sebastian Kauczok, Ronald Hannesen
10:00
14.6
On the meteorological circumstances of the occurence of clear air echoes
Jan Handwerker, Karlsruhe Institute of Technology - Institute for Meteorology and
Climate Research, Germany, and Norbert Kalthoff, Bianca Adler
10:15 – 10:45
Coffee break
Session 15:
Use of weather radars in NWP systems
Friday, 5 Sept., Time 10:45, Hall Werdenfels (plenary)
Chair: Hidde Leijnse, KNMI, De Bilt, the Netherlands
10:45
15.1
Comparisons between S, C, and X band polarimetric radar observations and
convective-scale simulations of HyMeX first special observing period
Clotilde Augros, Radar Center and CNRM-GAME, Météo France, France, and
Olivier Caumont, Pierre Tabary, Nicolas Gaussiat, Véronique Ducrocq
11:00
15.2
Use of Radar Observations to Evaluate WRF Cloud Microphysics Scheme
Ki-Hong Min, Kyungpook National University, Korea, and Sunhee Choo, Daehyung
Lee, Gyuwon Lee
15
8th European Conference on Radar in Meteorology and Hydrology
11:15
15.3
Multiple Doppler radar data assimilation with WRF 3D-Var: IOP4 of HyMeX
campaign retrospective studies
Ida Maiello, Centre of Excellence CETEMPS, Department of Physics and Chemistry University of L’Aquila, Italy, and Rossella Ferretti, Luca Baldini, Nicoletta Roberto,
Errico Picciotti, Sabrina Gentile, Pier Paolo Alberoni, Frank Silvio Marzano
11:30
15.4
Assimilating radar volume data into the COSMO model using an LETKF approach
Yuefei Zeng, DWD, Germany, and Ulrich Blahak, Theresa Bick, Virginia Poli, Klaus
Stephan
11:45
15.5
Towards the operational assimilation of radar refractivity retrievals in the
United Kingdom
John Nicol, National Centre for Atmospheric Science, University of Reading, United
Kingdom, and David Simonin, Anthony Illingworth, Susan Ballard
12:00
15.6
Assimilation of multinational radar data using HARMONIE
Martin Ridal, Swedish Meteorological and Hydrological Institute (SMHI), Sweden,
and Mats Dahlbom, Günther Haase, Daniel Michelson
12:15 – 13:00
Closing Ceremony
16
8th European Conference on Radar in Meteorology and Hydrology
Poster Group 1 – Session HYD: Hydrological studies employing weather radars
Display time: Monday & Tuesday
HYD.P01
Visually and easily detectable radar information available for judging the evacuation
from heavy rainfall disasters
Izumi Yokota, Kyushu University, Fukuoka, Japan, and Koji Nishiyama, Kenichi
Tsukahara, Kenji Wakimizi
HYD.P02
Comparison between C-band and S-band radar rainfall for hydrological simulations in
Marikina River Basin, Philippines
Catherine Abon, University of Potsdam, Institute of Earth and Environmental Sciences,
Potsdam, Germany, and Irene Crisologo, David Kneis, Axel Bronstert, Maik Heistermann
HYD.P03
A study on flash flood forecasting using threshold rainfall and quantitative radar
precipitation
Hee Sook Ji, National Institute of Meteorological Research/Korea Meteorological
Administration, Korea, and Hyedeuk Bae, Yoon-Jin Lim, Byoung-Cheol Choi
HYD.P04
Use of radar-based QPE in stochastic precipitation simulator for flood frequency
estimation over small mountain catchments
Petr Zacharov, Institute of Atmospheric Physics ASCR, Czech Republic, and Daniela
Rezacova, Petr Pesice, Sarka Blazkova
HYD.P05
Investigating the ice water path in convective cloud life cycles to improve passive
microwave rainfall retrievals
Ramon Braga, National Institute for Space Research, Brasil, and Daniel Vila
HYD.P06
Improving Hydrometeorological Forecasting Using High-Resolution X-Band Radars
(HyFoX)
Katharina Lengfeld, Meteorological Institute, University of Hamburg, Germany, and
Marc Berenguer, Marco Clemens, Felix Ament, Daniel Sempere-Torres
HYD.P07
Rainfall-runoff modelling using merged rainfall from radar and raingauge
measurements
Nergui Nanding, University of Bristol, United Kingdom, and Miguel Angel Rico-Ramirez,
Dawei Han
HYD.P08
Characteristics of Radar Echoes formed by Seeding Experiment of Liquid Carbon
Dioxide for Enhancing Winter-time Precipitation in the northern part of Kyushu,Japan
Kenji Wakimizu, Kyushu University, Japan, and Koji Nishiyama, Osamu Morira, Kikuro
Tomine, Yoshinori Suzuki, Taichi Maki
HYD.P09
Influence of rainfall spatial variability on hydrological modelling: case study on an
urban catchment
Jérôme Schoorens, Ondeo Sytems, France, and Isabelle Emmanuel, Vincent Le Balier,
Anne Guillon, Bernard Flahaut
HYD.P11
Attenuation Correction and Precipitation Estimates Using a Mobile X Band
Polarimetric Radar for Hydrological Studies
Ivon Wilson da Silva Júnior, University of São Paulo, Brasil, and Augusto J. Pereira Filho,
Felipe Vemado
HYD.P12
Precipitation monitoring in urban areas by a dense C-Band weather radar network
Laura Catalina Alku, University of Helsinki,Helsinki; Vaisala Oy, Vantaa, Finland, and
Kalle Nordling, Roberto Cremonini, Dmitri Moisseev, V. Chandrasekar
17
8th European Conference on Radar in Meteorology and Hydrology
HYD.P14
The TERENO pre-alpine observatory: a hydrometeorological test bed
Benjamin Fersch, Karlsruhe Institute of Technology, Campus Alpin, GarmischPartenkirchen, Germany, and Christian Chwala, Johannes Werhahn, Gerhard Smiatek,
Carsten Jahn, Matthias Mauder, Ralf Kiese, Rainer Gasche, Hans Papen, Harald
Kunstmann
HYD.P15
A cloud-based urban flood Early Warning System using radars
Xavier Llort, Hydrometeorological Innovate Solutions, Spain, and Alvaro Rodríguez,
David Sancho, Rafael Sánchez-Diezma
HYD.P16
Water management DSSs integrating radar and other data sources
David Sancho, Hydrometeorological Innovative Solutions, Spain, and Álvaro Rodríguez,
Rafael Sánchez-Diezma, Xavier Llort
HYD.P17
Comparison between X-band and C-band co-located rainfall estimations in urban
environment in Torino, Italy
Marco Branca, Electronics and Telecommunications Department, Politenico di Torino,
Italy, and Roberto Cremonini, Renzo Bechini, Riccardo Notarpietro
HYD.P18
Use of a Micro Rain Radar (MRR) for Measurements of Rain Drop Sizes and
Quantitative Estimation Precipitation in Mountain Area
Jeongho Choi, Suwon Science College, Korea, and Jungho Kim, V. Chandrasekar, Sanghun
Lim
Poster Group 1 – Session MIC: Microphysics of cloud and precipitation
Display time: Monday & Tuesday
MIC.P01
On applicability of spheroidal shapes to describe observed cloud radar depolarization
ratios of ice hydrometeors
Sergey Matrosov, CIRES, University of Colorado and NOAA ESRL, USA
MIC.P02
Influence of the liquid layer within mixed-phase clouds on radar observations.
Lukas Pfitzenmaier, Delft University of Technology, The Netherlands, and Yann
Dufournet, Christine Unal, Herman Russchenberg
MIC.P03
Hydrometeor Classification at MeteoSwiss
Jordi Figueras i Ventura, MeteoSwiss, Switzerland, and Marco Boscacci, Marco Gabella,
Urs Germann
MIC.P06
Automatic detection and characterization of the melting-layer on X-band polarimetric
radar scans
Daniel Wolfensberger, EPFL-LTE, Switzerland, and Danny Scipion, Alexis Berne
MIC.P07
Discrimination between winter precipitation types based on explicit microphysical
modeling of melting and refreezing in the polarimetric hydrometeor classification
algorithm
Alexander Ryzhkov, Cooperative Institute for Mesoscale Meteorological Studies /
University of Oklahoma, Norman, USA, and Heather Reeves, John Krause, Hoyt Burcham
MIC.P08
Rainfall Estimation and Drop Size Distribution Retrieval from Dual-polarization Radars
at Ku- and S-band: Application in NASA IFloodS Field Campaign
Haonan Chen, Colorado State University, USA, and V. Chandrasekar
18
8th European Conference on Radar in Meteorology and Hydrology
MIC.P09
Retrieval of Rain Microphysical parameters in Korea Peninsular using the DualPolarimetric S-band Radar
Soohyun Kwon, Dept. of Astronomy and Atmospheric Sciences, Research and Training
Team for Future Creative Astrophysicists and Cosmologists, Kyungpook National
University, Korea, and GyuWon Lee, Bo-Young Ye
MIC.P10
Measurment of rain intensity by radiometer and double frequency radar remote
sensing
Anna Linkova, A. Ya. Usikov Institute for Radiophysics and Electronics of National
Academy of Sciences of Ukraine, Ukraine, and Grygoriy Khlopov
MIC.P11
Hydrometeor Classification for the DWD Weather Radar Network: First Verification
Results
Jörg Steinert, Deutscher Wetterdienst, Offenbach, Germany
MIC.P12
Weather radar precipitation estimates vs lightning flash rates: overview of HyMeX
SOP1 cases
Ibai Campo, University of Barcelona, Dep. Astronomy and Meteorology, Barcelona,
Spain, and Anna Domingo-Dalmau, Joan Bech, Nicolau Pineda, Tomeu Rigo
MIC.P13
Evaluation of hydrometeor classification algorithms from multi-frequency dualpolarimetric radar observations collected during HyMeX
Jean-Francois Ribaud, CNRM-GAME and LA, France, and Olivier Bousquet, Hassan AlSakka
MIC.P14
High-resolution X-Band networked rainfall morphology
Scott Collis, Argonne National Laboratory, Australia, and Scott Giangrande, Jonathan
Helmus, Adam Theisen
MIC.P15
Analysis of co-located dual-polarization observations at C and X band in Italy
Renzo Bechini, Arpa Piemonte, Italy, and Roberto Cremonini, Gianfranco Vulpiani, Luca
Baldini, Valentina Campana
MIC.P16
The impact of raindrop collisional processes on the polarimetric radar variables
Matthew Kumjian, Penn State University, USA, and Olivier Prat
MIC.P17
The vertical structure of Mediterranean precipitation during HyMeX special
observation periods in 2012 and 2013
Jacopo Grazioli, Ecole Polytechnique Fédérale de Lausanne (EPFL), Environmental
Remote Sensing Laboratory (LTE), Switzerland, and Alexis Berne
MIC.P19
High resolution polarimetric radar observations in Southern France during the second
HyMex SOP 2013-2014
John Kalogiros, National Observatory of Athens, Greece, and Marios Anagnostou, Guy
Delrieu, Brice Boudevillain, Manos Anagnostou
MIC.P20
Hydrometeor classification tuned for Austrian C-band polarimetric weather radar data
Manuela Kalcher, University of Vienna, Vienna, Austria, and Rudolf Kaltenböck, Leopold
Haimberger
MIC.P21
Raindrop Size Distribution under Drop Break-up: Implications for GPM DPR Algorithm
Leo Pio D'Adderio, University of Ferrara, Ferrara, Italy, and Federico Porcu', Ali Tokay
MIC.P22
Localized intensification of snowfall by air traffic
Susanna Lautaportti, University of Helsinki, Finland, and Laura Rojas, Ksenia Atlaskina,
Dmitri Moisseev, Ewan O'Connor
MIC.P23
Dual-Polarization X-Band Radar Observations of Tropical Convection During HERO
Michael Bell, University of Hawaii, USA
19
8th European Conference on Radar in Meteorology and Hydrology
MIC.P24
Identification of snowfall riming through analysis of radar echo spatial structure
Dmitri Moisseev, University of Helsinki, Finland, and Susanna Lautaportti, V.
Chandrasekar, Pablo Saavedra
MIC.P25
Overview of NASA D3R’s performance during the GV Field Campaigns –IFLOODS and
IPHEX; Preliminary Results
V. Chandrasekar, Colorado State University, Fort Collins, CO, USA, and Robert M.
Beauchamp, Manuel Vega, Haonan Chen, Mathew Schwaller, Walt Petersen, David
Wolff
MIC.P26
Simultaneous polarimetric X-band and Ka-band radar observations of clouds and
mixed phase precipitation over the North Slope of Alaska
V. Chandrasekar, Colorado State University, USA, and Cuong Nguyen, Nitin Bharadwaj,
Hans Verlinde
Poster Group 1 – Session MMW: Millimeter-wave cloud radars
Display time: Monday & Tuesday
MMW.P01 The Fully Polarimetric Architecture of the Ka-W SACR2
Michele Galletti, Brookhaven National Laboratory, USA, and Mariko Oue, Hans Verlinde,
Alexander Ryzhkov
MMW.P02 Using higher radar moments to study ice clouds
Maximilian Maahn, University of Cologne, Germany, and Ulrich Löhnert, Kollias Pavlos
MMW.P03 Development mechanism of a cumulonimbus observed by Ka-band Doppler radar on
18 August 2011 in the Kanto region, Japan
Namiko SAKURAI, National Research Institute for Earth Science and Disaster Prevention,
Japan, and Shimizu Shingo, Shimada Seiichi, Iwanami Koyuru, Misumi Ryohei, Suzuki
Shin-ich, Maesaka Takeshi, Shusse Yukari
MMW.P04 Evaluation and Monitoring of Data Quality of Ka-Band Cloud Radar
Bo-Young Ye, Dept. of Astronomy and Atmospheric Sciences, Research and Training
Team for Future Creative Astrophysicists and Cosmologists, Kyungpook National
University, Korea, and Gyuwon Lee, Soohyun Kwon, Ho-Woo Lee, Jong-Chul Ha
MMW.P05 Tropical Indian Cloud Characteristics: Insights from Cloud radar observations
Madhu Chandra R KALAPUREDDY, Physics and Dynamics of Tropical Clouds Programme,
Indian Institute of Tropical Meteorology, Pune, India, and Sukanya Patra, Subrata Das,
Sachin Deshpande, Kaustav Chakravarty
MMW.P06 Reconstruction of 3D cloud geometry using a scanning cloud radar
Christian Winkler, Meteorologisches Institut, Ludwig-Maximilians-Universität München,
Germany, and Florian Ewald, Tobias Zinner, Bernhard Mayer
MMW.P07 Using the correlation RHO_LDR between the co and cross channel for target
classification of cloud radar data
Matthias Bauer-Pfundstein, METEK, Meteorologische Messtechnik GmbH, Germany, and
Björn-Rüdiger Beckmann, Alexander Myagkov
MMW.P08 The Ka-band radar MIRA36: Experiences from ten years of operation and current
applications
Ulrich Görsdorf, DWD, Meteorologisches Observatorium Lindenberg, Germany, and
Volker Lehmann
20
8th European Conference on Radar in Meteorology and Hydrology
MMW.P09 Characterization of the in-cloud horizontal wind shear and its relation with cloud
morphology using Scanning ARM Cloud Radar Observations
Paloma Borque, McGill University, Canada, and Pavlos Kollias
MMW.P10 Deciphering the Radar Reflectivity Profile in Liquid Stratiform Clouds
Edward Luke, Brookhaven National Laboratory, USA, and Pavlos Kollias
Poster Group 1 – Session NET: Radar networking
Display time: Monday & Tuesday
NET.P01
OPERA 4 - The new phase of Operational Weather Radar Network in Europe
Elena Saltikoff, Finnish Meteorological Institute, Finland, and Hidde Leijnse, Petr Novak
NET.P02
Sensitivity Study for a Reflectivity Retrieval within the testbed of an X-band radar
network
Nicole Feiertag, Meteorological Institute, University of Hamburg, Germany, and
Katharina Lengfeld, Marco Clemens, Felix Ament
NET.P03
Polarimetric radar observations in Belgium
Laurent Delobbe, Royal Meteorological Institute of Belgium, Belgium, and Edouard
Goudenhoofdt
NET.P04
Three-Dimensional Reflectivity Composite created from Radar Volume Data
Michael Mott, Forschung und Entwicklung - Zentrale Entwicklung, Deutscher
Wetterdienst, Germany, and Malte Diederich
NET.P05
PATTERN: Advantages of High-Resolution Weather Radar Networks
Katharina Lengfeld, Meteorological Institute, University of Hamburg, Germany, and
Marco Clemens, Hans Münster, Felix Ament
NET.P06
Real-time estimation and correction for vertical profile of reflectivity in the Danish
weather radar network
Rashpal S. Gill, Danish Meteorological Institute, Denmark, and Martin B. Sørensen, T.
Bøvith
NET.P07
The Morocco Weather Radar Network - mix of upgraded radars and new ones - A
success story
Martin Malkomes, GAMIC mbH, Germany, and Mostapha Saadi, Marco Costa
NET.P08
The ADRIARadNet project: ADRIAtic integrated RADar-based and web-oriented
information processing system NETwork to support hydro-meteorological monitoring
and civil protection decision
Errico Picciotti, CETEMPS, University of L’Aquila, Italy, and Frank Marzano, Valentina
Colaiuda, Marco Massabò, Miranda Deda, Paolo Campanella, Luca Abeti, Francesca Sini,
Carlo Alberto Neri, Shemsi Prençi, Maksimiljan Dhima, Petrit Zorba, Irma Berdufi, Marku
Metodi, Paolo Sala, Marcella Rezzolla, Mato Tomljanović,
NET.P09
Meteorological Applications of the Font Range Observational Network Testbed
John Hubbert, National Center for Atmospheric Research, USA, and P. Kennedy, M.
Dixon, W.-C. Lee, S. Rutledge, T. Weckwerth, V. Chandrasekar, E. Loew
NET.P10
Composite rainfall map from C-band conventional and X-band dual-polarimetric radars
for the whole of Japan
Kohin Hirano, National Research Institute for Earth Science and Disaster Prevention,
Japan, and Masayuki Maki, Ryohei Misumi
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8th European Conference on Radar in Meteorology and Hydrology
NET.P11
Evaluating radar beam occultation and ground clutter in urban environment using
laser scanner data
Roberto Cremonini, Dep. of Physics, University of Helsinki, Finland, and Dmitri Moisseev,
V. Chandrasekar
NET.P12
The BALTRAD Software System Contributions to Kapildu's Radar
Mercedes Maruri, (1) Basque Meteorology Agency (EUSKALMET), Miñano, Alava; (2)
TECNALIA-Energy and Environment Division-Meteo Area, Miñano, Alava; (3) Department
of Applied Mathematics, University of the Basque Country UPV/EHU, Faculty of
Engineering of Bilbao, Spain, and Christian Aloni, Hector Fernández
NET.P13
OPERA User Group – a new way to account for user requirements on OPERA products
Klaus Stephan, German Weather Service, Germany, and Elena Saltikoff
NET.P14
Close Future of Slovak Weather Radar Network
Marian Jurasek, Slovak Hydrometeorological Institute, Slovakia, and Jan Kanak, Luboslav
Okon, Ladislav Meri
NET.P15
Weather radar network design as a function of benefits analysis
Dawn Harrison, Met Office, United Kingdom
Poster Group 1 – Session NOW: Nowcasting techniques
Display time: Monday & Tuesday
NOW.P01
Overview and recent developments of the nowcasting system INCA in Belgium (INCABE)
Maarten Reyniers, Royal Meteorological Institute of Belgium, Belgium
NOW.P02
Operational hail nowcasting and automatic warnings at MeteoSwiss
Alessandro Hering, MeteoSwiss, Locarno-Monti, Switzerland, and Luca Nisi, Simona
Trefalt, Urs Germann
NOW.P03
Retrieving wind gust information from radar data
Simona Trefalt, University of Bern and MeteoSwiss, Switzerland, and Simona Trefalt,
Olivia Romppainen-Martius, Alessandro Hering, Urs Germann
NOW.P04
Use of radar data in nowcast applications
Judith Ungelenk, Deutscher Wetterdienst (DWD), Germany, and Tanja Winterrath, Tim
Böhme, Paul James, Kai Oliver Heuer, Wolfgang Rosenow, Sebastian Trepte, Reinhold
Hess, Tamas Hirsch
NOW.P05
A new Melting Layer Detection Algorithm that Combines Polarimetric Radar-based
Detection with Thermodynamic Output from Numerical Models
Terry Schuur, University of Oklahoma/CIMMS and NOAA/National Severe Storms
Laboratory, USA, and Alexander V. Ryzhkov, John Krause
NOW.P06
Dual-Polarization Radar Particle Classification Results during the Sochi Olympic Games
Janti Reid, Environment Canada, Canada, and Janti Reid, David Hudak, Sudesh Boodoo,
Norman Donaldson, Paul Joe, Dmitry Kiktev, Aleksandr Melnichuk
NOW.P07
Storm Tracking and Forecasting using High Resolution echoes of Short Range X-Band
Radar
Sajid Shah, Politecnico di Torino, Italy, and Riccardo Notarpietro, Marco Branca
22
8th European Conference on Radar in Meteorology and Hydrology
NOW.P08
Nowcasting Using Dual Polarization Radar in Southeast Brazil
Bruno Lisboa Medina, National Institute for Space Research (INPE), Brasil, and Enrique
Vieira Mattos, Luiz Augusto Toledo Machado
NOW.P09
Nowcasting of precipitation at the Danish Meteorological Institute
Thomas Bøvith, Danish Meteorological Institute, Denmark, and Rashpal S. Gill, Martin B.
Sørensen
NOW.P10
Using dual-polarized radar data in LAPS system
Jelena Markovic, Faculty of Physics, Serbia
NOW.P11
Detection of atmospheric rotation by means of the DWD weather radar network
Thomas Hengstebeck, Deutscher Wetterdienst, Germany, and Dirk Heizenreder, Paul Joe
NOW.P12
RainAhead - first results of QPE and QPN based on adjusted radar data from Boostedt
Guido Lempio, hydro & meteo GmbH & Co.KG, Germany, and Thomas Einfalt, Alrun
Jasper-Tönnies
NOW.P13
Case study of hail detection using S-band dual polarization radar in Korea
Sol-Ip Heo, NIMR/KMA, Korea, and Kyung-Yeub Nam, Byoung-Cheol Choi
NOW.P14
Combination of object-oriented and areal tracking algorithm for improvement of radar
echo prediction
Hana Kyznarova, Czech Hydrometeorological Institute, Czech Republic, and Petr Novak
NOW.P15
Study about the nowcasting techniques and their implementation in the
meteorological radar of Kapildui
Diego Gil, Telecommunications Department, Faculty of Engineering of Bilbao, University
of the Basque Country (UPV-EHU), Spain, and Mercedes Maruri, J.A. Aranda
NOW.P16
Quantitative expression of uncertainty in nowcasting heavy convective precipitation in
Central Europe by extrapolation methods
Jan Mejsnar, Department of Meteorology and Environment Protection, Charles
University, Czech Republic, and Zbynĕk Sokol, Petr Pešice
NOW.P17
Skill in nowcasting high-impact heavy precipitation events
Joan Bech, University of Barcelona, Dep. Astronomy and Meteorology, Barcelona, Spain,
and Marc Berenguer
NOW.P18
Using the ZDR Column Product to Detect Convective Storm Development and Track
Updraft Position
Jeffrey Snyder, National Severe Storms Laboratory (NSSL), USA, and Alexander Ryzhkov,
Matthew Kumjian, Joey Picca
NOW.P19
A nowcasting technique for cumulative rainfall for the Mediterranean basin
Alessandro Mazza, CNR-IBIMET/Consorzio LaMMA, Italy, and Samantha Melani, Andrea
Antonini, Alberto Ortolani
NOW.P20
The use of NWP forecasts to improve an ensemble nowcasting technique
Álex Buil, CRAHI-UPC, Spain, and Marc Berenguer, Daniel Sempere-Torres
23
8th European Conference on Radar in Meteorology and Hydrology
Poster Group 1 – Session QPE: Progress in QPE and error structure analysis
Display time: Monday & Tuesday
QPE.P01
Pinpointing the errors in radar estimates of rainfall using minute-by-minute rainfall
rates measured with very sensitive rain gauges
Anthony Illingworth, University of Reading, United Kingdom, and Robert Thompson
QPE.P02
A wind drift correction for radar rainfall products
Caroline Sandford, Met Office, United Kingdom
QPE.P03
Using an S-band radar to verify polarimetric retrieval methods at C-band in a tropical
environment
Maik Heistermann, University of Potsdam, Institute of Earth and Environmental
Sciences, Germany, and Irene Crisologo, Catherine Abon, Gianfranco Vulpiani, Axel
Bronstert
QPE.P04
Error analysis of quantitative precipitation estimates from NCAS’s X-band polarimetric
radar.
David Dufton, National Centre for Atmospheric Science, University of Leeds, United
Kingdom, and Lindsay Bennett, Alan Blyth, Chris Collier
QPE.P05
Radar-Based Precipitation Climatology for Germany – First Results and Future
Directions
Elmar Weigl, Deutscher Wetterdienst (DWD), Germany, and Tanja Winterrath, Gabriele
Malitz
QPE.P06
Progress in operational quantitative precipitation estimation in the Czech Republic
Petr Novák, Czech Hydrometeorological Institute, Czech Republic, and Hana Kyznarová
QPE.P08
Implementation of variable relationships of radar reflectivity and rainfall rate in a
network of X-band radars
Marco Clemens, Meteorological Institute, University of Hamburg, Germany, and
Katharina Lengfeld, Hans Münster, Felix Ament
QPE.P10
Classification and correction of the radar bright band with polarimetric radar
Will Hall, Bristol University, United Kingdom, and Miguel A. Rico-Ramirez, Stefan Kramer
QPE.P11
Validation of satellite precipitation products using NMQ over the CONUS
Jianxin Wang, NASA Goddard Space Flight Center, USA, and Walter Petersen, David
Wolff, George Huffman, David Bolvin, Pierre-Emmanuel Kirstetter
QPE.P12
Correction of C-band radar observation for propagation effects based on the selfconsistency principle
Ahoro ADACHI, Meteorological Research Institute, Japan, and Takahisa Kobayashi,
Hiroshi Yamauchi
QPE.P13
Estimation of radar rainfall and its accuracy Improvement in Korea
Mi-Kyung Suk, Korea Meteorological Administration, Korea, and Hye-Sook Park, JongSeo Park
QPE.P14
Analysis of radar rainfall estimation accuracy using Hybrid Scan Reflectivity (HSR)
Technique in Korea
Hye-Sook Park, Korea Meteorological Administration, Korea, and Jae-Kyoung Lee, MiKyung Suk, Jong-Seo Park
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8th European Conference on Radar in Meteorology and Hydrology
QPE.P15
Merging single and dual-polarization radar rainrates to improve the accuracy of
quantitative rainrate estimation
Jae-Kyoung Lee, Korea Meteorological Administration, Korea, and Ji-Hyeon Kim, HyeSook Park, Mi-Kyung Suk, Jong-Seo Park
QPE.P16
Comparison of two rainfall estimation algorithms using S-band dual-polarization radar
in Korea
Hye-Young Ko, Dept. Astronomy and Atmospheric Sciences, Research and Training Team
for Future Creative Astrophysicists and Cosmologisis, Kyungpook National University,
Daegu, Korea, and Gyuwon Lee
QPE.P17
Comparison of polarimetric techniques for precipitation estimation in Serbia
Zoran Vucinic, Republic Hydrometeorological service of Serbia, Serbia, and Julijana Nadj
QPE.P18
Comparison of Optimal Rainfall map with CAPPI
Soohyun Kwon, Dept. of Astronomy and Atmospheric Sciences, Research and Training
Team for Future Creative Astrophysicists and Cosmologists, Kyungpook National
University / Center for Atmospheric REmote sensing (CARE), Kyungpook National
University, Korea, and Sung-Hwa Jung, GyuWon Lee, Bo-Young Ye
QPE.P19
Quantitative Precipitation Estimation Algorithm Using an Overlapped Observation
Area between Radars
Jungho KIM, Korea University, Korea, and Chulsang Yoo, V. Chandrasekar, Sanghun Lim,
Jeongho Choi
QPE.P20
Dual-polarization based QPE in presence of hail contamination
Ljubov Nevvonen, FMI, Finland, and Dmitri Moisseev, V. Chandrasekar, Heikki Pohjola
QPE.P21
Results from the network of rain gauges in association with the Doppler Weather
Radar
Vesna Ivkov, Republic Hydrometeorological Service of Serbia, Serbia
QPE.P22
A quality-based approach for radar rain field reconstruction and the H-SAF
precipitation products validation
Gianfranco Vulpiani, Department of Civil Protection, Italy, and Angelo Rinollo, Silvia
Puca, Mario Montopoli
QPE.P23
Observation of Winter Precipitation Using the PX-1000
Boon Leng Cheong, University of Oklahoma, USA, and B. L. Cheong , J. D. Lee, T.-Y. Yu, S.
Lee, R. D. Palmer, J. Heo, J.-H. Kim, J. Yoo, S. J. Oh, G. W. Lee, B.-Y. Ye, J. E. Lee, K.-Y. Nam
QPE.P24
Jamming detection using geometric signatures in weather radar images
Dominique Faure, Météo-France, Toulouse, France, and Pierre Tabary, Nicolas Gaussiat,
Maud Martet
QPE.P25
Gauge-radar adjustment by using multivariate kernel regression and spatiotemporal
Kriging
Seppo Pulkkinen, Finnish Meteorological Institute, Finland, and Jarmo Koistinen, Timo
Kuitunen
QPE.P26
Quality-based combination of multi-source precipitation data
Jan Szturc, Department of Ground-Based Remote Sensing, IMGW-PIB, Warszawa,
Poland, and Katarzyna Osrodka, Anna Jurczyk, Piotr Struzik, Irena Otop
QPE.P27
1-year long operational application of Vertical Profile of Reflectivity in the retrieval of
the rain rate at the ground: impact and problems.
Anna Fornasiero, ARPA Emilia-Romagna, Italy, and Roberta Amorati, Pier Paolo Alberoni
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8th European Conference on Radar in Meteorology and Hydrology
QPE.P28
Error sources of radar snowfall estimaiton: Z-S relationships and vertical structure of
snow storm
Jeong-Eun Lee, Kyungpook National University, Korea, and Jeong-Eun Lee, GyuWon Lee
QPE.P29
Comparison of MRR and weather radar measurements in Mediterranean precipitation
Julie Pichon, LTE, EPFL, Lausanne, Switzerland, and Jacopo Grazioli, Tim Raupach, Brice
Boudevillain, Alexis Berne
QPE.P31
Adjustment of Radar Precipitation Estimation Based on the Local Gauge Correction
Method
Kwangho Kim, Pukyong National University, Korea, and Park-Sa Kim, Min-Seong Kim,
Seong-Woon Seo, Dong-Hwan Kang, Byung-Hyuk Kwon
QPE.P32
A dual-polarization dual-frequency transmission experiment for precipitation and
humidity remote sensing
Christian Chwala, Karlsruhe Institute of Technology, Campus Alpin, GarmischPartenkirchen, Germany, and Uwe Siart, Harald Kunstmann
QPE.P33
A neural-network approach for quantitative precipitation estimation using an
operational polarimetric C-band radar in complex terrain scenarios
Gianfranco Vulpiani, Department of Civil Protection, Italy
QPE.P34
Quantitative Precipitation Estimation for the Polarimetric DWD Weather Radar
Network
Patrick Tracksdorf, Deutscher Wetterdienst, Offenbach am Main, Germany
QPE.P35
Comparison of measured drop size distribution and retrieved Z/R relations with the
distribution of reflectivity patterns in the 2D-radar image
Malte Neuper, Institute of Water Resources and River Basin Management - Section
Hydrology, Karlsruhe Institute of Technology KIT, Karlsruhe, Germany, and Uwe Ehret
QPE.P36
How does reconstruction of clutter areas improve by accounting for the spatial and
temporal variability of rainfall?
Shinju Park, Universitat Politècnica de Catalunya, Centre de Recerca Aplicada en
Hidrometeorologia, Barcelona (Spain), current: Department of Astronomy and
Atmospheric Sciences, Kyungpook National University, Daegu, Korea, and Marc
Berenguer
QPE.P37
Range Effects at S and X Band Radars in São Paulo
Roberto Vicente Calheiros, Instituto de Pesquisas Meteorologicas - UNESP, Brasil, and
Ana Maria Gomes, Maria Andrea Lima
QPE.P38
A probabilistic Quantitative Precipitation Estimation for ground-based radar networks
at high space and time scale
Pierre-Emmanuel Kirstetter, OU Advanced Radar Research Center / NOAA National
Severe Storm Laboratory, USA, and Jonathan Gourley, Yang Hong, Jian Zhang, Saber
Moazamigoodarzi, Carrie Langston, Amy Arthur
QPE.P39
Sensitivity of power functions to aggregation: bias and uncertainty in radar rainfall
retrieval
Maximilliano Sassi, Royal Netherlands Institute for Sea Research, 't Horntje, The
Netherlands, and Hidde Leijnse, Remko Uijlenhoet
QPE.P40
Have we reached the limits in quantitative precipitation estimation by conventional
weather radar?
Pieter Hazenberg, Department of Atmospheric Sciences, University of Arizona, USA, and
Hidde Leijnse, Remko Uijlenhoet
26
8th European Conference on Radar in Meteorology and Hydrology
Poster Group 2 – Session AIR: Airborne and spaceborne radars
Display time: Wednesday & Thursday
AIR.P02
An Airborne Ka-Band PMS Probe Radar
Andrew Pazmany, ProSensing Inc., USA
AIR.P03
The CleoSim Radar Simulator
Andrea Manzoni, DEIB - Politecnico di Milano, Italy, and Michele D'Amico, Fabio Milani,
Jean-Philippe Wasselin
AIR.P04
Doppler performance assessment of a space-borne cloud stereo-radar concept for a
hurricane system
Alessandro Battaglia, University of Leicester, United Kingdom, and Pavlos Kollias
AIR.P05
Diagnosis of Sensitivity of Energy Efficiency in Typhoon Sinlaku(2008) during TCS-08/TPARC
Jisun Lee, Dept. of Environmental Atmospheric Sciences, Pukyong National University,
Korea, and Hung-Chi Kuo, Tien-Yiao Hsu, Dong-In Lee
AIR.P06
Radar simulation studies for measurement of precipitation from space-borne radar on
GPM
Takahisa Kobayashi, Central Research Institute of Electric Power Industry, Japan, and
Soichiro Sugimoto, Mistuharu Nomura, Hiromaru Hirakuchi, Ahoro Adachi
AIR.P07
Snowfall validation for the NASA Global Precipitation Measurement mission
Stephen Nesbitt, University of Illinois at Urbana-Champaign, USA, and Kirstin Gleicher,
George Duffy, Kim Reed, V. Chandrasekar, Walt Petersen, David Hudak
AIR.P08
Spatial Variability of Raindrop Size Distribution and Radar Observables
Ali Tokay, JCET/UMBC - NASA/GSFC, USA, and Leo Pio D'Adderio, David B. Wolff, Walter
A. Petersen
AIR.P09
On the ground validation of TRMM PR reflectivity using 3-D composites from a groundbased radar network
Shinju Park, Research and Training Team for Future Creative Astrophysicists and
Cosmologists, Dept. of Astronomy and Atmospheric Sciences and Center for Atmosphere
Remote Sensing, Kyungpook National University, Daegu, Korea, and Soohyun Kwon,
Sung-Hwa Jung, GyuWon Lee
AIR.P10
Scan strategy concepts of Tier-1 radars of GPM ground validation
Luca Baldini, CNR Istituto di Scienze dell'Atmosfera e del Clima, Italy, and V.
Chandrasekar, Walter A. Petersen, Mathew R. Schwaller
AIR.P11
VAD and Dual-Doppler Analysis of Doppler Velocity for HIWRAP
Lin Tian, NASA Goddard Space Flight Center, USA, and Gerry Heymsfield, Steve
Guimond, Lihua Li
27
8th European Conference on Radar in Meteorology and Hydrology
Poster Group 2 – Session APP: Innovative Applications of Weather Radar
Display time: Wednesday & Thursday
APP.P01
Tailored Weather Radar Products for use in aviation
Thomas Wetter, Systems and Operations of the Aeronautical Meteorological Service,
DWD, Germany, and Dirk Zinkhan
APP.P02
A verification and validation study of the prototype products of the 3D high-resolution
radar reflectivity for SESAR
Hassan AL-SAKKA, Météo France, France, and Robert Scovell, Nicolas Gaussiat, Pierre
Tabary
APP.P03
Turbulence eddy dissipation rates in the boundary layer: a comparison of Doppler lidar
and X-band radar estimate
Lucas Besson, LATMOS/UPMC, France, and Richard Wilson
APP.P04
Use of on advanced airborne weather radar for flight trajectory optimization
Fabrizio Cuccoli, U.O. CNIT, Dipartimento di Elettronica e Telecomunicazioni, Firenze,
Italy, and L. Facheris, S. Lischi, A. Lupidi, C. Mugnai, C. Zoppetti, N. Roberto, E. Adirosi, L.
Baldini
APP.P06
The new German guideline for radar measurement of precipitation
Thomas Einfalt, hydro & meteo GmbH & Co. KG, Lübeck, Germany, and Simon Jäckel
APP.P08
Bird flock tracking by weather radars
Matti Leskinen, University of Helsinki, Finland, and Jarmo Koistinen, Dmitri Moisseev,
Pekka Rossi, Heikki Pohjola
APP.P09
Bird migration across the Bay of Biscay observed by meteorological radar
Nadja Weisshaupt, Department of Ornithology, Aranzadi Sciences Society, Spain, and
Mercedes Maruri, Juan Arizaga
APP.P10
Potential of weather radar in estimating volcanic eruption source parameters: case
study of Ejyafjallajökull volcano eruption
Luigi Mereu, DIET University of Rome & CETEMPS, University of L’Aquila, Italy, and Frank
Silvio Marzano, Mario Montopoli, Costanza Bonadonna, Wim Degruyter
APP.P11
Statistical analysis of volcanic ash measured by X-band polarimetric radar
Masayuki Maki, Kagoshima University, Japan, and Ikuko Suzuki, Takeshi Maesaka,
Yoshitaka Muraji
APP.P12
Radar volcano monitoring system in Iceland
Þórður Arason, Icelandic Meteorological Office, Iceland, and Richard F. Yeo, Hermann
Arngrímsson, Bolli Pálmason, Sibylle von Löwis, Guðrún Nína Petersen, Halldór Bjornsson
APP.P13
Application of radar data for oceanography and hydrodynamics of seas
Olga Shishkina, Institute of Applied Physics of the Russian Academy of Sciences, Russian
Federation
28
8th European Conference on Radar in Meteorology and Hydrology
Poster Group 2 – Session DAC: Data quality and calibration
Display time: Wednesday & Thursday
DAC.P01
The effect of a wind power plant in radar data
Michael Frech, Deutscher Wetterdienst, Observatorium Hohenpeißenberg, Germany,
and Jörg Seltmann
DAC.P02
Receiver Upgrade for the Polarimetric C-Band Radar POLDIRAD
Dennis Vollbracht, Research and Development Department, Selex ES GmbH, Germany,
and Daniel Ridene, Jens Reimann, Martin Hagen
DAC.P03
Reflectivity quality control based on 2D and 3D parameters
Sorin Burcea, National Meteorological Administration, Romania, and Daniel Cărbunaru
DAC.P04
A new Radar Data Post-Processing Quality Control Workflow for the DWD Weather
Radar Network
Manuel Werner, Deutscher Wetterdienst (DWD), Germany
DAC.P05
The development of a Kriging based gauge and radar merged product for real-time
rainfall accumulation estimates
Sharon Jewell, Met Office, United Kingdom, and Katie Norman
DAC.P06
The Austrian TUNDRA project - Tuning dual-pol radars in the Alps
Vera Meyer, Central Institute for Meteorology and Geodynamics (ZAMG), Division Data
Methods Models, Vienna, Austria, and Lukas Tüchler, Rudolf Kaltenböck, Christina
Tavolato
DAC.P07
Data quality of the new Austrian dual-polarized weather radars
Lukas Tüchler, Central Institute for Meteorology and Geodynamics, Austria, and Vera
Meyer, Rudolf Kaltenboeck, Christina Tavolato
DAC.P08
Characteristics of Two Quality Control Techniques for Operational Radars in Korea
Sora Park, Weather Radar Center, KMA, Korea, and Ji-Hyeon Kim, Heon-ae Kim, JongSeo Park
DAC.P09
A Novel Method for Absolute Calibration of Radars
Claire Merker, Meteorological Institute, University of Hamburg, Germany, and Katharina
Lengfeld, Marco Clemens, Hans Münster, Ulrich Görsdorf, Felix Ament
DAC.P10
Quality of weather radar wind profiles at ARPA Emilia-Romagna
Virginia Poli, ARPA Emilia-Romagna, Bologna, Italy, and Pier Paolo Alberoni
DAC.P11
Recovery of partial blocked beams from a single-polarised weather radar system
Stephan Jacobi, University of Potsdam, Germany
DAC.P12
Use of Hydrometeors, Bragg Scatter, and Sun Spikes to Determine System ZDR Biases
in the WSR-88D Fleet
W. David Zittel, NOAA/NWS Radar Operations Center, USA, and Jeffrey Cunningham,
Robert Lee, Lindsey Richardson, Richard Ice, Valery Melnikov
DAC.P13
Can NEXRAD and industry share the S-band? Exploring the impact of RF interference
on the WSR-88D estimators
Bradley Isom, NSSL/CIMMS, USA, and Bradley Isom, Christopher Curtis
DAC.P14
Quality Assessment of Radial Velocity Data using Wind Profiles
Iwan Holleman, Radboud University Nijmegen - Institute for Molecules and Materials,
The Netherlands, and Hidde Leijnse
29
8th European Conference on Radar in Meteorology and Hydrology
DAC.P15
X-band weather radar monitoring of precipitation fields in Naples Urban Areas: data
quality, comparison and analysis
Vincenzo Capozzi, Università degli studi di Napoli "Parthenope", Italy, and Errico
Picciotti, Giorgio Budillon, Frank Marzano
DAC.P16
Performance comparison of a low cost dual-polarization X-band mini radar with
references systems in X and C bands in Rome supersite
Stefano Barbieri, CETEMPS, University of L’Aquila, Italy, and Frank Marzano, Errico
Picciotti, Mario Montopoli, John Kalogiros, Marios Anagnostou, Luca Baldini, Saverio Di
Fabio, Raffaele Lidori
DAC.P17
Some important weather radar correction algorithms and the development of the new
3D radar composite product at the Hungarian Meteorological Service.
Roland Steib, Hungarian Meteorological Service, Hungary, and Péter Németh, István
Sebők, Csaba Szegedi
DAC.P18
Weather Radar and Wind Turbines - Theoretical and Numerical Analysis of the
Shadowing and related Precipitation Error
Gerhard Greving, NAVCOM Consult, Germany, and Martin Malkomes
DAC.P19
Polarimetric calibration of weather radar using the sun
Jens Reimann, Institut für Hochfrequenztechnik und Radarsysteme, DLR, Germany, and
Martin Hagen
DAC.P20
Preliminary analysis of vertical profiles of polarimetric radar observables in complex
orography for operational purpose
Mario Montopoli, DIET, Sapienza University of Rome & CETEMPS, University of L’Aquila,
Italy, and Gianfranco Vulpiani
DAC.P21
Differential Reflectivity Calibration for the Euskalmet Weather Radar
Arkaitz Etxezarreta, Adasa Sistemas - Environmental Quality Division. L’Hospitalet de
Llobregat (Barcelona); Department of Applied Mathematics, Faculty of Engineering of
Bilbao, UPV-EHU. Bilbao (Bizkaia); Department of Communications Engineering, Faculty
of Engineering of Bil, Spain, and Mª de las Mercedes Maruri, Jose Antonio Aranda
DAC.P22
Towards the improvement of monitoring and data quality assessment in the weather
radar network of the Meteorological Service of Catalonia (SMC)
Oriol Argemí, Servei Meteorològic de Catalunya, Spain, and Patricia Altube, Tomeu Rigo,
Xavier Ortiga, Nicolau Pineda, Joan Bech
DAC.P23
A tool for designing radar data processing schemes
Joonas Karjalainen, Finnish Meteorological Institute (FMI), Finland, and Markus Peura,
Harri Hohti, Jarmo Koistinen
DAC.P24
Absolute dual-polarization radar calibration: temperature dependence and stability
with focus on antenna-mounted receivers and Noise Source-generated reference
signal
Dennis Vollbracht, Research and Development Department, Selex ES GmbH, Germany,
and Maurizio Sartori, Marco Gabella
DAC.P25
Application of the full wave electromagnetic approach to the calculation of
polarimetric variables for ensembles of rough and nonspheroidal hydrometeors
Djordje Mirkovic, National Severe Storm Laboratory, CIMMS University of Oklahoma,
USA, and Dusan Zrnic, Alexander Ryzhkov
DAC.P26
Using inpaint to replace clutter with plausible radar data
Christoffer A. Elo, Norwegian Meteorological Institute, Norway
30
8th European Conference on Radar in Meteorology and Hydrology
DAC.P27
Images processing techniques applied to the Kapildui weather radar
Mercedes Maruri, (1) Basque Meteorology Agency (EUSKALMET), Miñano, Alava; (2)
TECNALIA-Energy and Environment Division-Meteo Area, Miñano, Alava; (3) Department
of Applied Mathematics, University of the Basque Country UPV/EHU, Faculty of
Engineering of Bilbao, Spain, and Arantxa Polo, Olatz Salmerón
DAC.P28
Comparison of Indian Doppler Weather Radar Reflectivity Observations with TRMMPR
Devajyoti Dutta, National Centre for Medium Range Weather Forecasting, A-50, Sector,
Noida, Dist.- U.P., India, and K. Amar Jyothi, John P. George, Kumar D. Preveen, E. N.
Rajagopal
DAC.P29
Software development processes in radar algorithm development at the DWD
Nils Rathmann, Deutscher Wetterdienst, Offenbach, Germany
DAC.P30
Development of a Real-time Data Quality Index for the S-Pol Radar
Scott Ellis, NCAR/EOL, USA, and Dave Albo, Tammy Weckwerth, John Hubbert, Mike
Dixon
DAC.P31
Evaluation of System PhiDP at Environment Canada’s Research Radar
Norman Donaldson, Environment Canada, King City, ON, Canada, and Sudesh Boodoo,
David Hudak, Vlado Stojanovic
DAC.P32
Statistical Study of Echoes from Wind Farms and Other Moving Clutter Targets
Norman Donaldson, Environment Canada, King City, ON, Canada
Poster Group 2 – Session MES: Mesoscale and Severe weather studies
Display time: Wednesday & Thursday
MES.P01
Doppler-radar observations of a prefrontal wind-shift line in the Southern Plains of the
U. S.
Howard Bluestein, School of Meteorology, University of Oklahoma, USA, and Jeffrey C.
Snyder, Kyle J. Thiem, Zachary B. Wienhoff, Dylan Reif, David Turner
MES.P02
Observations of hail cores of tornadic thunderstorms with four polarimetric radars
Valery Melnikov, University of Oklahoma, USA, and Dusan Zrnic, Donald Burgess,
Edward Mansell
MES.P03
Radar-Based Statistical Characteristics of Convective Storms in the West Coast of the
Korean Peninsula
Sung-Hwa Jung, Research and Training Team for Future Creative Astrophysicists and
Cosmologists, Dept. of Astronomy and Atmospheric Sciences and Center for Atmosphere
Remote Sensing, Kyungpook National University, Korea, and GyuWon Lee
MES.P04
Case study of splitting hailstorms over Bulgaria on 20 May 2013
Ivaylo Zamfirov, National Institute of Meteorology and Hydrology, Pleven, Bulgaria, and
Christo Georgiev, Julia Stoyanova
MES.P05
Winter and summer weather studies using high resolution radar data
Tim Böhme, Deutscher Wetterdienst, Germany
MES.P06
Assessment of severe hailstorms and hail risk using weather radar data
Sorin Burcea, National Meteorological Administration, Romania, and Roxana Cica,
Roxana Bojariu
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8th European Conference on Radar in Meteorology and Hydrology
MES.P07
Classification of MCSs associated with Typhoon by Radar echo pattern
Koji Sassa, Kochi University, Japan, and Hitomi Makigusa
MES.P08
Polarimetric rainfall retrieval in a tropical environment: consistency analysis for two Cband radars in the Philippines
Irene Crisologo, University of the Philippines, Philippines, and Maik Heistermann,
Gianfranco Vulpiani
MES.P09
Simulation of the hail storms with the COSMO NWP model
Zbynek Sokol, Institute of Atmospheric Physics ASCR, Czech Republic, and Petr Pesice,
Vojtech Bliznak, Petr Zacharov
MES.P10
Quality aspect related to radar-based hail detection
Maryna Lukach, Royal Meteorological Institute, Belgium, and Laurent Delobbe
MES.P11
A case study of severe hailstorm in Belgrade on 30th May 2013
Gordana Bogunovic, Republic Hydrometeorological Service of Serbia, Serbia
MES.P12
An echo top estimation using vertical interval interpolation
Maryna Lukach, Royal Meteorological Institute of Belgium (RMI), Belgium, and Maarten
Reyniers, Oliver Salasar Celis, Annie Cuyt
MES.P14
Data Assimilation of Doppler Weather Radar Data in the Predictions of Mesoscale
events
Mohan Kumar Das, SAARC Meteorological Research Centre (SMRC), Bangladesh, and
Md. Abdul Mannan Chowdhury
MES.P15
Dual-Doppler Radar Observation of the Beijing Extreme Rainfall on 21 July 2012
Kun Zhao, Nanjing University, Nanjing, China, and Zhao Kun
MES.P16
Radar characteristics of selected windstorms in Serbia over the last decade
Maja Rabrenovic, Ministry of Interior, Sector for Emergency Management, Belgrade,
Serbia
MES.P17
Radar-based Characteristics of Convective Storm associated with Cloud-to-Ground
Lightning Flashes
Sung-Hwa Jung, Research and Training Team for Future Creative Astrophysicists and
Cosmologists, Dept. of Astronomy and Atmospheric Sciences and Center for Atmosphere
REmote Sensing, Kyungpook National University, Korea, and Joon-Jin Song, GyuWon Lee
MES.P18
Polarimetric weather signatures and Doppler spectral analysis of a convective squall
line
Ricardo Reinoso-Rondinel, Delft University of Technology, The Netherlands, and
Christine Unal, Herman Russchenberg, Thijs IJpelaar, Yann Dufournet
MES.P19
Preliminary result of hail detection using an operational S-band polarimetric radar in
Korea
Mi-Young Kang, Pukyong National University, Korea, and Dong-In Lee, Cheol-Hwan You,
Sol-Ip Heo
MES.P20
Preliminary Results from the ROTATE-2014 (Radar Observations of Tornadoes and
Thunderstorms) experiment
Karen Kosiba, Center for Severe Weather Research, USA, and Joshua Wurman
MES.P21
An Automated Method for Polarimetric Tornado Debris Detection
Jeffrey Snyder, National Severe Storms Laboratory (NSSL), USA, and Alexander Ryzhkov
MES.P22
Polarimetric radial velocity estimates in intense tornadoes observed by a highresolution, rapid-scan, polarimetric mobile radar
Jeffrey Snyder, National Severe Storms Laboratory (NSSL), USA, and Howard Bluestein
32
8th European Conference on Radar in Meteorology and Hydrology
MES.P23
Analysis of a heavy storms episode in Basque Country: the 19-20 jul 2013 case.
Santiago Gaztelumendi, Tecnalia - meteo area / Basque Meteorology Agency, Spain, and
Joseba Egaña, Olatz Principe, Virginia Palacio, Mercedes Maruri
MES.P24
Using radar data for analysis of a very heavy precipitation episode in Bilbao area.
Joseba Egaña, Tecnalia - meteo area / Basque Meteorology Agency, Spain, and Santiago
Gaztelumendi, Virginia Palacio, Olatz Principe, Mercedes Maruri
MES.P25
Hail storm features using C-band polarimetric radar in Delhi and associated
atmospheric energetic
Devajyoti Dutta, National Centre for Medium Range Weather Forecasting, A-50, Sector,
Noida, Dist.- U.P., India, and K. Amar Jyothi, Kumar D. Preveen, John P. George, E. N.
Rajagopal
MES.P26
A major rainfall event in Apulia region observed by newly installed C band radar of
RIVONA Project
Franco Prodi, ISAC-CNR, Bologna, Italy, and Anna Cinzia Marra, Fausto Pasqualucci,
Giuliano Trivellone, Fabrizio Congedo
MES.P27
Effects of orographic convection on cloud and precipitation development in winter
storms
Katja Friedrich, Dept. of Atmospheric and Oceanic Sciences, U of Colorado, USA, and Josh
Aikins, Bart Geerts, Josh Wurman
Poster Group 2 – Session NWP: Use of weather radars in NWP systems
Display time: Wednesday & Thursday
NWP.P01
Climatology of radar anomalous propagation over West Africa
Samuel KAISSASSOU, University of Yaounde 1, Cameroon, and André Lenouo, Philippe
Lopez
NWP.P02
Routine monitoring of radar reflectivity observations at the Met Office and lessons for
direct assimilation of radar reflectivity data in 4D-VAR
Lee Hawkness-Smith, Met Office, Reading, United Kingdom, and Sue Ballard, David
Simonin, Cristina Charlton-Perez
NWP.P03
Application of Immersed Boundary Method to Variational Doppler Radar Analysis
System (VDRAS)
Sheng-Lun Tai, Department of Atmospheric Sciences, National Central University,
Taiwan, and Yu-Chieng Liou, Juanzhen Sun, Shao-Fan Chang
NWP.P04
The use of radar-based QPE in the high resolution QPF verification
Petr Zacharov, Institute of Atmospheric Physics ASCR, Czech Republic, and Daniela
Rezacova, Radmila Brozkova
NWP.P05
COSMO-CZ-EPS
Petr Zacharov, Institute of Atmospheric Physics ASCR, Czech Republic, and Daniela
Rezacova, Zbynek Sokol
NWP.P06
Radar-based post-processing of precipitation forecasts from a convection permitting
NWP ensemble, MOGREPS-UK
Clive Pierce, Met Office, United Kingdom, and Nigel Roberts
33
8th European Conference on Radar in Meteorology and Hydrology
NWP.P07
Methodology for evaluating clouds and precipitation in high resolution models using
radar data
Dan Zhang, Deutscher Wetterdienst, Offenbach am Main, Germany, and Kathrin Wapler,
Ulrich Blahak
NWP.P08
Impact of dense radar observations on short-range rainfall forecasting with 4DVAR
assimilation: Implementation of VDRAS radar data assimilation system and initial
results
Soichiro Sugimoto, Central Research Institute of Electric Power Industry, Japan, and
Juanzhen Sun, Zhuming Yin
NWP.P09
The improvement on quantitative precipitation forecast by implementing ice phase
microphysics into a four-dimensional Variational Doppler Radar Analysis System
(VDRAS)
Shao-Fan Chang, National Central University, Taiwan, and Yu-Chieng Liou, Juanzhen Sun
NWP.P10
Imrovements of seasonal forecast at Regional level (Ethiopia)
Samsom Kahsay Gebretensae, Meteorologist, Ethiopia
NWP.P11
The evaluation of updrafts in an operational high-resolution NWP model using singleDoppler radar measurements
John Nicol, National Centre for Atmospheric Science, University of Reading, United
Kingdom, and Robin Hogan, Thorwald Stein, Kirsty Hanley, Humphrey Lean, Robert
Plant, Peter Clark, Carol Halliwell
NWP.P12
A new efficient radar forward operator for weather radar networks in the COSMO
model
Ulrich Blahak, Deutscher Wetterdienst, Germany, and Yuefei Zeng, Dorit Jerger, Klaus
Stephan
NWP.P13
Assimilation of the radar data in the (1.3 km) high resolution AROME model and
estimates of the observation error correlations
Eric Wattrelot, Météo France, France, and Thibaut Montmerle, Jean-Francois Mahfouf,
Slim Selmi
NWP.P14
Applying OPERA rain rate composite for assimilation into COSMO model
Klaus Stephan, German Weather Service, Germany
NWP.P15
Development of Observation Operator for Dual Polarimetric Radar
Takuya Kawabata, University of Hohenheim, Germany, and Thomas Schwitalla, HansStefan Bauer, Volker Wulfmeyer
Poster Group 2 – Session SYN: Synergetic use of weather radar and other
sensors
Display time: Wednesday & Thursday
SYN.P01
Synergy of ground-based weather radar network and geostationary satellite
observations for extending rain rate estimation beyond radar coverage
Domenico Cimini, CNR-IMAA, Italy, and Saverio Di Fabio, Errico Picciotti, Livio Bernardini,
Gianfranco Vulpiani, Mario Montopoli, Filomena Romano, Frank Marzano
SYN.P02
Use of satellite observations for weather radar quality control improvement
Adolfo Magaldi, University of Barcelona, Spain, and Joan Bech, Jerónimo Lorente, Anke
Thoss
SYN.P04
Wind shear detection using radar and lidar at Frankfurt and Munich airports
34
8th European Conference on Radar in Meteorology and Hydrology
André Weipert, Selex ES GmbH, Germany, and Sebastian Kauczok, Ronald Hannesen,
Thomas Ernsdorf, Bernd Stiller
SYN.P05
Warning procedures for extreme events in the Emilia-Romagna Region
Anna Fornasiero, ARPA Emilia-Romagna, Italy, and Miria Celano, Roberta Amorati,
Virginia Poli, Pier Paolo Alberoni
SYN.P06
Remote sensing of severe convective storms using the MSG 2.5-minute rapid scan,
weather radars and lightning detection data
Petr Novák, Czech Hydrometeorological Institute, Czech Republic, and Hana Kyznarová,
Martin Setvák, Jindřich Šťástka, Michaela Radová, Jan Kaňák, Kristopher Bedka, Michaela
Valachova
SYN.P07
Recognition of severe weather by combining dual-polarization radar measurements
and high-resolution 3D lightning data
Hans-Dieter Betz, nowcast GmbH, Germany, and Martin Hagen, Hartmut Höller,
Matthias Möhrlein
SYN.P08
Conditioning simulated radar rainfields onto gauges to preserve anistropy and relative
wetness towards uncertainty estimates in hydrological applications
Geoff Pegram, Pegram & Associates (Pty) Ltd, South Africa, and Yeboah Gyasi-Agyei
SYN.P09
Verification of a weather radar derived surface precipitation type product
Verònica Vidal, University of Barcelona, Dep. Astronomy and Meteorology, Barcelona,
Spain, and Joan Bech, Joana Aina Ortiz, Nicolau Pineda, Roger Veciana
SYN.P10
Overview of ground based radar/lidar remote sensing study of cloud and precipitation
at Tropical Indian region
Madhu Chandra R KALAPUREDDY, Physics and Dynamics of Tropical Clouds Programme,
Indian Institute of Tropical Meteorology, Pune, India, and Sachin Deshpande, Subrata
Kumar Das, K. Chakravarty, R.D. Ruchith, Sukanya Patra, G. Pandithurai, Thara
Prabhakaran
SYN.P11
Adjustment of radar rainfall images employing rainfall estimates from a cellular
communication network
Aart Overeem, Wageningen University / Royal Netherlands Meteorological Institute, The
Netherlands, and Hidde Leijnse, Remko Uijlenhoet
SYN.P12
Studying precipitation distribution along an alpine mountain slope using a MRR and a
commercial microwave link
Christian Chwala, Karlsruhe Institute of Technology, Campus Alpin, GarmischPartenkirchen, Germany, and Martin Hagen, Harald Kunstmann
SYN.P13
Precipitation observation with commercial microwave links in the alpine region of
Garmisch-Partenkirchen
Christian Chwala, Karlsruhe Institute of Technology, Campus Alpin, GarmischPartenkirchen, Germany, and Harald Kunstmann
35
8th European Conference on Radar in Meteorology and Hydrology
Poster Group 2 – Session TEC: Advances in weather radar technology and
signal processing
Display time: Wednesday & Thursday
TEC.P01
Dual-wavelength estimates of X-band radar signal attenuation characteristics in rain
Sergey Matrosov, CIRES, University of Colorado and NOAA ESRL, USA, and P.C. Kennedy,
R. Cifelli
TEC.P02
Statistical Characterization of the Atmospheric Refractivity from Weather Radar Data
Rubén Nocelo López, Signal Theory and Communications Department, University of Vigo,
Spain, and Verónica Santalla del Rio
TEC.P03
Methods to Improve Fields of Correlation Coefficient Estimates
Igor Ivic, The University of Oklahoma/NSSL, Norman, OK, USA, and Bradley Isom
TEC.P04
Development of advanced radar technologies for weather application
Masakazu Wada, Toshiba Corporation, Japan, and Naoki Anraku, Hiroshi Yamauchi,
Ahoro Adachi, Tomoo Ushio, Shinsuke Satoh
TEC.P06
Locally and Temporally Adaptive Clutter Removal in Weather Radar Measurements
Jörn Sierwald, Eigenor Corporation, Finland, and Jukka Huhtamäki
TEC.P07
Adaptive Clutter Removal in Operational Dual-Polarization Measurements
Jukka Huhtamäki, Eigenor Corporation, Finland, and Jörn Sierwald
TEC.P08
ENIGMA - the versatile weather radar signal processing for weather radars Magnetron, Klystron, TWT and SST
Martin Malkomes, GAMIC mbH, Germany, and Matthias Toussaint, Dietmar Veerkamp
TEC.P09
Adaptive Storm-based Scanning at the National Weather Radar Testbed Phased Array
Radar
David Priegnitz, CIMMS/University of Oklahoma and NOAA/NSSL, USA, and Pamela
Heinselman, Rodger Brown
TEC.P10
Improved Spectrum Width Estimators for Doppler Weather Radars
David Warde, CIMMS, University of Oklahoma and NOAA/OAR/NSSL, USA, and Sebastian
Torres
TEC.P11
Antenna pattern requirements for 3-Pol weather radar measurements.
Veronica Santalla del Rio, University of Vigo, Spain, and María Vera-Isasa, José Manuel
Pidre Mosquera
TEC.P12
Performance comparison of receiving filters/algorithms in weather radar.
Andres Martinez Mera, University of Vigo, Spain, and Veronica Santalla del Rio
TEC.P13
Identification and Filtering of Non-Precipitation Echoes in Dual-Polarization Radar Data
Using Selective Frequency Domain Filter
Bo-Young Ye, Dept. of Astronomy and Atmospheric Sciences, Research and Training
Team for Future Creative Astrophysicists and Cosmologists, Kyungpook National
University, Korea, and Gyuwon Lee, Soohyun Kwon
TEC.P14
Estimation of Melting Layer Altitudes from Dual-Polarization Weather Radar
Observations
Reino Keränen, Vaisala Oyj, Finland, and Laura Alku Catalina, Jason Selzler
TEC.P15
Importance of Rapid-scan Radar Data During a Tornado Outbreak
Pamela Heinselman, NOAA National Severe Storms Laboratory, USA, and Charles Kuster
36
8th European Conference on Radar in Meteorology and Hydrology
TEC.P16
Effect of Carrier Frequency Estimation Error On Clutter Filtering For Magnetron Based
Coherent Systems
Cagatay Candan, Middle East Technical University, Department of Electrical Engineering,
Turkey, and Ali Ozgur Yilmaz, Eda Sezen Ata
TEC.P17
Beam multiplexing and clutter filtering for the Phased Array Weather Radar
Lesya Borowska, Atmospheric Radar Research Center, University of Oklahoma, USA, and
Dusan Zrnic, Guifu Zhang, Chris Curtis
TEC.P18
Statistical evaluation of time multiplexing approach to suppress coupling in the
polarimetric radar
Igor Ivic, The University of Oklahoma/NSSL, Norman, OK, USA
TEC.P19
Improved Correlation Coefficient Estimator
Igor Ivic, The University of Oklahoma/NSSL, Norman, OK, USA
TEC.P20
The Doppler On Wheels and CSWR Surface Observational Facility
Joshua Wurman, Center for Severe Weather Research, USA, and Michael Dixon, Eric
Loew, Karen Kosiba
TEC.P21
Improving the NEXRAD Network: an Update on NSSL Radar Division’s Research-toOperations Activities
Michael Jain, NOAA-National Severe Storms Laboratory, USA, and Sebastian Torres,
Alexander Ryzhkov
TEC.P22
Exploration of ground targets to improve radar refractivity retrieval
Ya-Chien Feng, McGill University, Canada, and Frédéric Fabry
TEC.P24
Deployment of the X-band dual polarization phased array radar in the Dallas-Forth
Worth Urban Demonstration Network.
Krzysztof Orzel, University of Massachusetts, USA, and Lauren Masiunas, Tom Hartley,
Stephen Frasier
TEC.P26
Reuse of existing antenna in Swedish Weather Radar modernization.
Ingemar Carlsson, Saab AB, Sweden
37
8th European Conference on Radar in Meteorology and Hydrology
Alphabetical List of all Authors
Balleri, Alessio:
9a.4;
Bang, Young-Su:
2a.4;
Bansemer, Aaron: 6a.6;
Barbieri, Stefano: DAC.P16;
Battaglia,
2b.2; 2b.3; 9b.5; 14.3;
Alessandro:
AIR.P04;
Bauer, Hans-Stefan: NWP.P15;
Bauer, Silke:
9a.4;
Bauer-Pfundstein, 2b.1; MMW.P07;
Matthias:
Beauchamp, Robert 8.5; MIC.P25;
M.:
Bech, Joan:
8.4; DAC.P22; MIC.P12;
NOW.P17; SYN.P02;
SYN.P09;
Bechini, Renzo:
5.2; 12b.5; HYD.P17;
MIC.P15;
Beckmann, Björn- 14.5; MMW.P07;
Rüdiger:
Bedka, Kristopher: SYN.P06;
Bell, Aurora:
4.3;
Bell, Michael:
12a.5; MIC.P23;
BenMoshe, Nir:
6a.4;
Bennett, Lindsay: 6a.2; 10.3; QPE.P04;
Berdufi, Irma:
NET.P08;
Berenguer, Marc: 1.6; 7.2; 7.4; HYD.P06;
NOW.P17; NOW.P20;
QPE.P36;
Bernardini, Livio: SYN.P01;
Berne, Alexis:
2a.2; 5.3; MIC.P06;
MIC.P17; QPE.P29;
Bertoldi, G.:
3.6;
Besson, Lucas:
APP.P03;
Betz, Hans-Dieter: 14.4; SYN.P07;
Beyer, Stefan:
TEC.P05;
Bharadwaj, Nitin: MIC.P26; ;
Bick, Theresa:
15.4;
Bijlsma, Floris:
13.3;
Bjornsson, Halldór: APP.P12;
Abeti, Luca:
Abon, Catherine:
Ackerman, Andrew:
Adachi, Ahoro:
NET.P08;
HYD.P02; QPE.P03;
5.6;
AIR.P06; TEC.P04;
QPE.P12;
Adirosi, Elisa:
6a.5; 10.4; APP.P04;
Adler, Bianca:
14.6;
Aikins, Josh:
MES.P27;
Alberoni, Pier
15.3; DAC.P10;
Paolo:
QPE.P27; SYN.P05;
Albo, Dave:
DAC.P30;
Albrecht, Rachel I.: 14.4;
Alku, Laura
13.5; HYD.P12;
Catalina:
TEC.P14;
Aloni, Christian:
NET.P12;
Al-Sakka, Hassan: 6b.6; 9a.2; APP.P02;
MIC.P13;
Altube, Patricia:
8.4; DAC.P22;
Alves, Jose A.:
9a.4;
Ament, Felix:
6b.3; 9b.2; DAC.P09;
HYD.P06; NET.P02;
NET.P05; QPE.P08;
Amorati, Roberta: QPE.P27; SYN.P05;
Anagnostou,
3.6; MIC.P19;
Emmanouil:
Anagnostou,
3.6; DAC.P16; MIC.P19;
Marios:
Anitua, Pedro:
13.6;
Anraku, Naoki:
TEC.P04;
Antonini, Andrea: 6b.4; NOW.P19;
Aranda, Jose
13.6; DAC.P21;
Antonio:
NOW.P15;
Arason, Þórður:
APP.P12;
Argemí, Oriol:
8.4; DAC.P22;
Arizaga, Juan:
APP.P09;
Arngrímsson,
APP.P12;
Hermann:
Arthur, Amy:
QPE.P38;
Ata, Eda Sezen:
TEC.P16;
Atencia, Aitor:
7.4;
Atlaskina, Ksenia: MIC.P22;
Augros, Clotilde:
15.1;
Bae, Hyedeuk:
HYD.P03;
Bailey, Jeffrey C.: 14.4;
Baldini, Luca:
Balier, Vincent Le:
Ballard, Susan:
Blahak, Ulrich:
15.4; NWP.P07;
NWP.P12;
Blakeslee, Richard 14.4;
J.:
Blazkova, Sarka:
HYD.P04;
Bliven, Larry:
2b.6;
Bliznak, Vojtech:
MES.P09;
Bluestein, Howard: 10.6; MES.P01;
MES.P22;
Blyth, Alan:
6a.2; 10.3; QPE.P04;
Bodine, D.:
12a.6;
6a.5; 10.4; 15.3;
APP.P04; AIR.P10;
DAC.P16; MIC.P15;
HYD.P09;
15.5; NWP.P02;
38
8th European Conference on Radar in Meteorology and Hydrology
Boettcher, Jami B.: 8.7;
Bogunovic,
MES.P11;
Gordana:
Böhme, Tim:
13.4; MES.P05;
NOW.P04;
Bojariu, Roxana:
MES.P06;
Bolvin, David:
QPE.P11;
Bonadonna,
APP.P10;
Costanza:
Boodoo, Sudesh:
1.5; DAC.P31;
NOW.P06;
Borga, M.:
3.6;
Borowska, Lesya: TEC.P17;
Borque, Paloma:
2b.5; MMW.P09;
Boscacci, Marco:
4.5; MIC.P03;
Boudevillain, Brice: MIC.P19; QPE.P29;
Boudjemaa,
6b.2;
Redouane:
Boumahmoud,
6b.6;
Abdel-Amin:
Bousquet, Olivier: 9b.1; MIC.P13;
Bøvith, Thomas:
NET.P06; NOW.P09;
Braga, Ramon:
HYD.P05;
Branca, Marco:
HYD.P17; NOW.P07;
Bringi,
6a.3;
Viswanathan:
Bronstert, Axel:
HYD.P02; QPE.P03;
Brown, Phil:
6a.2;
Brown, Rodger:
TEC.P09;
Brozkova, Radmila: NWP.P04;
Budai, M.:
12b.5;
Budillon, Giorgio: DAC.P15;
Buil , Álex:
NOW.P20;
Burcea, Sorin:
DAC.P03; MES.P06;
Burcham, Hoyt:
MIC.P07;
Burgess, Donald:
MES.P02;
Calheiros, Roberto QPE.P37;
Vicente:
Campana,
MIC.P15;
Valentina:
Campanella, Paolo: NET.P08;
Campo , Ibai:
MIC.P12;
Candan, Cagatay: TEC.P16;
Cao, Qing:
11.3;
Capozzi, Vincenzo: DAC.P15;
Carbunaru, Daniel: DAC.P03;
Carey, Larry:
6a.3;
Carlsson, Ingemar: TEC.P26;
Caumont, Olivier: 15.1;
Celano, Miria:
SYN.P05;
Celis, Oliver
MES.P12;
Salasar:
Chakravarty,
Kaustav:
Chandrasekar, V.:
Chang, Shao-Fan:
Chapman, Jason
W.:
Chapnick, Bernard:
Charlton-Perez,
Cristina:
Chen, Haonan:
Chen, Xingchao:
Cheney, Margaret:
Cheong, Boon
Leng:
Choi, ByoungCheol:
Choi, Jeongho:
Choo, Sunhee:
Choularton, Tom:
Chowdhury, Md.
Abdul Mannan:
Chwala, Christian:
MMW.P05; SYN.P10;
1.3; 2b.6; 5.2; 6a.6;
8.5; 11.2; AIR.P07;
AIR.P10; HYD.P12;
HYD.P18; MIC.P08;
MIC.P24; MIC.P25;
MIC.P26; NET.P09;
NET.P11; QPE.P19;
QPE.P20;
NWP.P03; NWP.P09;
9a.4;
2a.5;
NWP.P02;
1.3; MIC.P08; MIC.P25;
12a.2; 12a.2;
11.5;
11.1; 12a.6; QPE.P23;
HYD.P03; NOW.P13;
HYD.P18; QPE.P19;
15.2;
6a.2;
MES.P14;
14.2; HYD.P14;
QPE.P32; SYN.P12;
SYN.P13;
Cica, Roxana:
MES.P06;
Cifelli, R.:
TEC.P01;
Cimini, Domenico: SYN.P01; SYN.P01;
Clark, Peter:
NWP.P11;
Clemens, Marco: 6b.3; DAC.P09;
HYD.P06; NET.P02;
NET.P05; QPE.P08;
Clementi, Lorenzo: 4.5;
Colaiuda,
NET.P08;
Valentina:
Collier, Chris:
6a.2; 10.3; QPE.P04;
Collis, Scott:
5.6; 11.6; MIC.P14;
Congedo, Fabrizio: MES.P26;
Corongiu, Manuela: 6b.4;
Costa, Marco:
NET.P07;
Coulter, Richard:
11.6;
Cremonini,
12b.5; HYD.P12;
Roberto:
HYD.P17; MIC.P15;
NET.P11;
Crewell, Susanne: 9b.2;
Crisologo, Irene:
HYD.P02; MES.P08;
QPE.P03;
Croonen, G.:
9a.3;
Crouch, John:
9a.6;
39
8th European Conference on Radar in Meteorology and Hydrology
Cuccoli, Fabrizio:
APP.P04;
Cunningham,
8.1; DAC.P12;
Jeffrey:
Curtis, Christopher: 12b.3; DAC.P13;
TEC.P17;
Curtis, Mark:
1.1;
Cuyt, Annie:
MES.P12;
da Silva Júnior, Ivon HYD.P11;
Wilson:
D'Adderio, Leo Pio: AIR.P08; MIC.P21;
Dahlbom, Mats:
15.6;
D'Amico, Michele: AIR.P03;
Darlington, Tim:
1.4;
Das, Mohan Kumar: MES.P14;
Das, Subrata
SYN.P10;
Kumar:
Das, Subrata:
MMW.P05;
Deda, Miranda:
NET.P08;
Degruyter, Wim:
APP.P10;
Delanoe, Julien:
9b.1;
Elo, Christoffer A.:
Emmanuel,
Isabelle:
Ernsdorf, Thomas:
Etxezarreta,
Arkaitz:
Evaristo, Raquel:
Ewald, Florian:
Fabio, Saverio Di:
DAC.P26;
HYD.P09;
14.5; SYN.P04;
13.6; DAC.P21;
12a.1;
MMW.P06;
9a.5; DAC.P16;
SYN.P01;
Fabry, Frédéric:
7.4; TEC.P22;
Facheris, L.:
APP.P04;
Faure, Dominique: QPE.P24;
Feiertag, Nicole:
NET.P02;
Feng, Ya-Chien:
TEC.P22;
Fernández, Hector: NET.P12;
Ferretti, Rossella: 15.3;
Fersch, Benjamin: HYD.P14;
Figueras i Ventura, 4.5; 5.5; MIC.P03;
Jordi:
Filippaki, Chrysi:
TEC.P05;
Fix, Andreas:
9b.2;
Flahaut, Bernard: HYD.P09;
Foerster, Annette: 12a.5;
Foresti, Loris:
2a.1;
Fornasiero, Anna: QPE.P27; SYN.P05;
Fradon, Béatrice: 6b.6;
Frasier, Stephen: TEC.P24;
Frech, Michael:
4.4; 8.2; DAC.P01;
French, Jeff:
6a.2; 10.3;
Fridlind, Ann:
5.6;
Friedrich, Katja:
MES.P27;
Fulton, Caleb:
12a.6; 12b.1;
Gabella, Marco:
4.5; 5.5; DAC.P24;
MIC.P03;
Galletti, Michele: MMW.P01;
Ganster, H.:
9a.3;
Gärtner, T.:
9a.3;
Gasche, Rainer:
HYD.P14;
Gatlin, Patrick:
6a.3;
Gaussiat, Nicolas: 2a.5; 4.2; 6b.6; 9a.2;
15.1; APP.P02;
QPE.P24;
Gaztelumendi,
13.6; MES.P23;
Santiago:
MES.P24;
Gebretensae,
NWP.P10;
Samsom Kahsay:
Geerts, Bart:
MES.P27;
Gentile, Sabrina:
15.3;
George, John P.:
DAC.P28; MES.P25;
Georgiev, Christo: MES.P04;
Delobbe, Laurent:
2a.1; 3.1; MES.P10;
NET.P03;
Delrieu, Guy:
MIC.P19;
Deshpande, Sachin: MMW.P05; SYN.P10;
Desplat, Julien:
2a.5;
Dhima,
NET.P08;
Maksimiljan:
Diederich, Malte: 12a.1; NET.P04;
Dixon, Michael:
7.6; DAC.P30; NET.P09;
TEC.P20;
Dokter, Adriaan:
9a.4;
Dombai, Ferenc:
12b.5;
Domingo-Dalmau, MIC.P12;
Anna:
Donaldson,
1.5; 6b.1; DAC.P31;
Norman:
DAC.P32; NOW.P06;
Doviak, Richard J.: 11.4; 12b.1;
Ducrocq,
15.1;
Véronique:
Duffy, George:
AIR.P07;
Dufournet, Yann: MES.P18; MIC.P02;
Dufton, David:
6a.2; 10.3; QPE.P04;
Dutta, Devajyoti: DAC.P28; MES.P25;
Egaña, Joseba:
13.6; MES.P23;
MES.P24;
Eguiara, Iñaki:
13.6;
Ehret, Uwe:
QPE.P35;
Einfalt, Thomas:
3.2; APP.P06;
NOW.P12;
Ellis, Scott:
5.1; DAC.P30;
Elmore, Kimberly 7.5;
L.:
40
8th European Conference on Radar in Meteorology and Hydrology
Germann, Urs:
Ghate, Virendra P.:
Giangrande, Scott:
Gil, Diego:
Gill, Rashpal S.:
Gleicher, Kirstin:
Gochis, David:
Goldstraw, Stuart:
Gomes, Ana Maria:
Gorgucci, Eugenio:
Görsdorf, Ulrich:
Goudenhoofdt,
Edouard:
Gourley, Jonathan:
Goutx, David:
Grazioli, Jacopo:
Greving, Gerhard:
Groß, Silke:
Guillon, Anne:
Guimond, Steve:
Gyasi-Agyei,
Yeboah:
Gyllander,
Chatrine:
Ha, Jong-Chul:
Haase, Günther:
Hagen, Martin:
Haimberger,
Leopold:
Hall, Will:
Halliwell, Carol:
Han, Dawei:
Hanado, Hiroshi:
Handwerker, Jan:
Hanley, Kirsty:
Hannesen, Ronald:
Harri, Ari-Matti:
Harrison, Dawn:
Hartley, Tom:
Hartmann, Hugo:
Hawkness-Smith,
Lee:
Hazenberg, Pieter:
Heck, Adam:
Heinselman,
Pamela:
Heistermann, Maik:
4.5; 10.5; MIC.P03;
NOW.P02; NOW.P03;
11.6;
11.6; MIC.P14;
NOW.P15;
NET.P06; NOW.P09;
AIR.P07;
1.6;
4.1;
QPE.P37;
6a.5;
DAC.P09; MMW.P08;
2a.1; 3.1; NET.P03;
Helmert, Kathleen: 4.4;
Helmus, Jonathan: 5.6; 11.6; MIC.P14;
Hengstebeck,
Thomas:
Hennermann, K.:
Heo, J.:
Heo, Sol-Ip:
Hering, Alessandro:
Hertneky, Tracy:
Hess, Reinhold:
Heuer, Kai Oliver:
Heymsfield,
Andrew:
Heymsfield, Gerry:
Hirakuchi,
Hiromaru:
Hirano, Kohin:
Hirsch, Lutz:
Hirsch, Tamas:
Hogan, Robin:
Hohti, Harri:
Holleman, Iwan:
Höller, Hartmut:
Hong, Yang:
Houser, Jana B.:
Hsu, Tien-Yiao:
Huang, Yahui:
Hubbert, John:
Hudak, David:
QPE.P38;
2a.5;
5.3; MIC.P17; QPE.P29;
DAC.P18;
9b.2;
HYD.P09;
AIR.P11;
SYN.P08;
4.4; NOW.P11;
9a.3;
QPE.P23;
MES.P19; NOW.P13;
4.5; 10.5; NOW.P02;
NOW.P03;
10.1;
NOW.P04;
NOW.P04;
6a.6;
AIR.P11;
AIR.P06;
NET.P10;
9b.2;
NOW.P04;
NWP.P11;
3.5; DAC.P23;
DAC.P14;
14.4; SYN.P07;
QPE.P38;
10.6;
AIR.P05;
6a.2;
5.1; DAC.P30; NET.P09;
1.5; AIR.P07; DAC.P31;
NOW.P06;
Huffman, George: QPE.P11;
Huhtamäki, Jukka: TEC.P06; TEC.P07;
Humpage, N.:
2b.2;
Hüppop, Ommo:
9a.4;
Husnoo, Nawal:
11.5;
Ice, Richard:
8.1; DAC.P12;
Idziorek, Daniel:
2a.5; 4.2;
Iguchi, Toshio:
9b.4;
IJpelaar, Thijs:
MES.P18;
Illingworth,
1.4; 9b.5; 15.5;
Anthony:
QPE.P01;
Ilotoviz, Eyal:
6a.4;
Iovino, Antonio:
NET.P08;
Isom, Bradley:
DAC.P13; DAC.P13;
TEC.P03;
Iturritxa, Eugenia: 13.6;
Ivic, Igor:
TEC.P03; TEC.P18;
TEC.P19;
Ivkov, Vesna:
QPE.P21;
6b.5;
MMW.P04;
6b.5; 9a.4; 15.6;
9b.2; 12b.4; DAC.P02;
DAC.P19; SYN.P07;
SYN.P12;
MIC.P20;
QPE.P10;
NWP.P11;
3.3;
9b.4;
14.6;
NWP.P11;
13.2; 14.5; SYN.P04;
6a.6;
NET.P15;
TEC.P24;
13.3;
NWP.P02;
1.2; QPE.P40;
8.1;
TEC.P09; TEC.P15;
HYD.P02; MES.P08;
QPE.P03;
Heizenreder, Dirk: NOW.P11;
41
8th European Conference on Radar in Meteorology and Hydrology
Jacewicz,
Przemystaw:
Jäckel, Simon:
Jacobi, Stephan:
Jahn, Carsten:
Jain, Michael:
James, Paul:
Jang, Bong-Joo:
Jasper-Tönnies,
Alrun:
Jerger, Dorit:
Jessen, Markus:
Jewell, Sharon:
Ji, Hee Sook:
Joe, Paul:
9a.4;
Kim, Kwangho:
Kim, Min-Seong:
Kim, Park-Sa:
Kirstetter, PierreEmmanuel:
Kneifel, Stefan:
Kneis, David:
Knight, Michael:
Ko, Hye-Young:
Kobayashi,
Takahisa:
Koistinen, Jarmo:
APP.P06;
DAC.P11;
HYD.P14;
TEC.P21;
NOW.P04;
1.3;
2a.3; NOW.P12;
NWP.P12;
2a.3;
DAC.P05;
HYD.P03;
4.1; NOW.P06;
NOW.P11;
Johnson, Daniel:
6b.5;
Johnson, Karen L.: 11.6;
Jung, Sung-Hwa:
AIR.P09; MES.P03;
MES.P17; QPE.P18;
Junyent, Francesc: 11.2;
Jurasek, Marian:
NET.P14;
Jurczyk, Anna:
QPE.P26;
Jyothi, K. Amar:
DAC.P28; MES.P25;
Kaissassou, Samuel: NWP.P01;
Kalapureddy,
MMW.P05; SYN.P10;
Madhu Chandra R:
Kalcher, Manuela: MIC.P20;
Kalesse, Heike:
5.4;
Kalogiros, John:
3.6; DAC.P16; MIC.P19;
Kaltenböck, Rudolf: 9a.3; DAC.P06;
DAC.P07; MIC.P20;
Kalthoff, Norbert: 14.6;
Kanák, Jan:
NET.P14; SYN.P06;
Kang, Mi-Young:
2a.4; MES.P19;
Kang, Seong-Woon: QPE.P31;
Karimkashi, Shaya: 12b.1;
Karjalainen, Joonas: DAC.P23;
Kauczok, Sebastian: 13.2; 14.5; SYN.P04;
Kawabata, Takuya: NWP.P15;
Kelley, Redmond: 12b.1;
Kennedy, P.C.:
NET.P09; TEC.P01;
Keränen, Reino:
13.5; TEC.P14;
Kerschbaum, M.: 9a.3;
Khain, Alexander: 6a.4;
Khlopov, Grygoriy: MIC.P10;
Kiese, Ralf:
HYD.P14;
Kiktev, Dmitry:
NOW.P06;
Kim, Heon-ae:
DAC.P08;
Kim, Ji-Hyeon:
DAC.P08; QPE.P15;
QPE.P23;
Kim, Jungho:
HYD.P18; QPE.P19;
QPE.P31;
QPE.P31;
QPE.P31;
QPE.P11; QPE.P38;
2b.2; 5.4;
HYD.P02;
11.3;
QPE.P16;
AIR.P06; QPE.P12;
9a.4; 13.1; APP.P08;
DAC.P23; QPE.P25;
Kollias, Pavlos:
2b.2; 2b.3; 2b.5; 5.4;
11.6; AIR.P04;
MMW.P09; MMW.P10;
Komericki, Zvonko: NET.P08;
Konow, Heike:
9b.2;
Kosiba, Karen:
12a.3; 12a.4; MES.P20;
TEC.P20;
Koyuru, Iwanami: MMW.P03;
Kramer, Stefan:
QPE.P10;
Krasnov, Oleg:
12b.6;
Krause, John:
7.5; MIC.P07;
NOW.P05;
Kuitunen, Timo:
QPE.P25;
Kumjian, Matthew: 6a.4; MIC.P16;
NOW.P18;
Kun, Zhao:
MES.P15;
Kunstmann, Harald: 8.6; HYD.P14; QPE.P32;
SYN.P12; SYN.P13;
Kuo, Hung-Chi:
AIR.P05;
Kurdzo, James:
11.1;
Kuster, Charles:
TEC.P15;
Kwon, Byung-Hyuk: QPE.P31;
Kwon, Soohyun:
8.3; AIR.P09; MIC.P09;
MMW.P04; QPE.P18;
TEC.P13;
Kyznarová, Hana: NOW.P14; QPE.P06;
SYN.P06;
Langston, Carrie: QPE.P38;
Lautaportti,
MIC.P22; MIC.P24;
Susanna:
Lean, Humphrey: 6a.2; NWP.P11;
Lee, Daehyung:
15.2;
Lee, Dong-In:
2a.4; AIR.P05;
MES.P19;
Lee, Dong-Ryul:
1.3;
Lee, G. W.:
QPE.P23;
Lee, GyuWon:
8.3; 15.2; AIR.P09;
MES.P03; MES.P17;
MIC.P09; MMW.P04;
QPE.P16; QPE.P18;
QPE.P28; TEC.P13;
42
8th European Conference on Radar in Meteorology and Hydrology
Lee, Ho-Woo:
Lee, J. D.:
Lee, J. E.:
Lee, Jae-Kyoung:
Lee, Jeong-Eun:
Lee, Jisun:
Lee, Keon-Haeng:
Lee, Robert:
Lee, S.:
Lee, W.-C.:
Lehmann, Volker:
Leijnse, Hidde:
Leitner, Margot:
Lempio, Guido:
Lengfeld,
Katharina:
Lenouo, André:
Leskinen, Matti:
Leuenberger,
Andreas:
Li, Lihua:
Lidori, Raffaele:
Liechti, Felix:
Liguori, Sara:
Lim, Sanghun:
Lim, Yoon-Jin:
Lima, Maria
Andrea:
Linkova, Anna:
Liou, Yu-Chieng:
Lisboa Medina,
Bruno:
Lischi, S.:
Llort, Xavier:
Lockett, Dean:
Loew, Eric:
Löhnert, Ulrich:
Lopez, Philippe:
Lorente, Jerónimo:
Löscher, G.:
Lukach, Maryna:
Luke, Edward:
MMW.P04;
QPE.P23;
QPE.P23;
QPE.P14; QPE.P15;
QPE.P28; QPE.P28;
AIR.P05;
1.3;
8.7; DAC.P12;
QPE.P23;
NET.P09;
MMW.P08;
1.2; 9a.4; 14.1;
DAC.P14; NET.P01;
QPE.P39; QPE.P40;
SYN.P11;
14.4;
NOW.P12;
6b.3; DAC.P09;
HYD.P06; NET.P02;
NET.P05; QPE.P08;
NWP.P01;
2b.6; 9a.4; APP.P08;
5.5;
Magaldi, Adolfo:
Mahale, Vivek N.:
Mahfouf, JeanFrancois:
Maiello, Ida:
Mair, E.:
Maki, Masayuki:
Maki, Taichi:
Makigusa, Hitomi:
Mäkinen, Teemu:
Malitz, Gabriele:
Malkomes, Martin:
Mammen,
Theodor:
Mansell, Edward:
Manzoni, Andrea:
Maridet, JeanLouis:
Markovic, Jelena:
Marra, Anna Cinzia:
Marra, F.:
Martet, Maud:
Martija, Maialen:
Martinez Mera,
Andres:
Martius, Olivia:
Maruri, Mercedes:
AIR.P11;
DAC.P16;
9a.4;
3.3;
1.3; HYD.P18; QPE.P19;
HYD.P03;
QPE.P37;
SYN.P02;
10.6;
NWP.P13;
15.3;
3.6;
APP.P11; NET.P10;
HYD.P08;
MES.P07;
13.1;
QPE.P05;
DAC.P18; NET.P07;
TEC.P08;
4.4; 8.2;
MES.P02;
AIR.P03;
2a.5;
NOW.P10;
MES.P26;
3.6;
4.2; QPE.P24;
13.6;
TEC.P12;
10.5;
13.6; APP.P09;
DAC.P21; DAC.P27;
MES.P23; MES.P24;
NET.P12; NOW.P15;
Maruyama, T.:
12a.6;
Marzano, Frank:
9a.5; 9b.6; 15.3;
APP.P10; DAC.P15;
DAC.P16; NET.P08;
SYN.P01;
Masiunas, Lauren: TEC.P24;
Massabò, Marco: NET.P08;
Matrosov, Sergey: 9b.3; 11.3; MIC.P01;
TEC.P01;
Matthews, Stuart: 4.2;
Mattos, Enrique
NOW.P08;
Vieira:
Mauder, Matthias: HYD.P14;
Mayer, Bernhard: MMW.P06;
Mayer, S.:
9a.3;
Mazza, Alessandro: 6b.4; NOW.P19;
McCord, Matt:
12b.1;
Mech, Mario:
9b.2;
Meier, Isaac:
12b.1;
Meier, John:
12b.1;
Mejsnar, Jan:
NOW.P16;
Melani, Samantha: 6b.4; NOW.P19;
MIC.P10;
NWP.P03; NWP.P09;
NOW.P08;
APP.P04;
HYD.P15; HYD.P16;
4.1;
NET.P09; TEC.P20;
2b.2; MMW.P02;
3.5; NWP.P01;
SYN.P02;
9a.3;
MES.P10; MES.P12;
2b.4; 5.4; MMW.P09;
MMW.P10;
APP.P04;
MMW.P02;
Lupidi, A.:
Maahn,
Maximilian:
Machado, Luiz
NOW.P08;
Augusto Toledo:
Maesaka, Takeshi: APP.P11;
43
8th European Conference on Radar in Meteorology and Hydrology
Melnichuk,
Aleksandr:
Melnikov, Valery:
NOW.P06;
Nishiyama, Koji:
Nisi, Luca:
Nocelo López,
Rubén:
Nomura,
Mistuharu:
Nordling, Kalle:
Norman, Katie:
North, Kirk:
Notarpietro,
Riccardo:
Novák, Petr:
11.3; 11.4; DAC.P12;
MES.P02;
Mereu, Luigi:
APP.P10;
Meri, Ladislav:
NET.P14;
Merker, Claire:
DAC.P09;
Metodi, Marku:
NET.P08;
Meyer, Vera:
DAC.P06; DAC.P07;
Michelson, Daniel: 4.1; 6b.5; 15.6;
Milani, Fabio:
AIR.P03;
Min, Ki-Hong:
15.2;
Mirkovic, Djordje: DAC.P25;
Misumi, Ryohei:
NET.P10;
Moazamigoodarzi, QPE.P38;
Saber:
Möhrlein,
SYN.P07;
Matthias:
Moisseev, Dmitri: 2b.6; 6a.6; APP.P08;
HYD.P12; MIC.P22;
MIC.P24; NET.P11;
QPE.P20;
Monhart, Samuel: 5.5;
Montmerle,
NWP.P13;
Thibaut:
Montopoli, Mario: 9a.5; 9b.6; APP.P10;
DAC.P16; DAC.P20;
QPE.P22; SYN.P01;
Morales, Carlos:
14.4;
Mori, Saverio:
9b.6;
Morira, Osamu:
HYD.P08;
Mott, Michael:
4.4; NET.P04;
Mugnai, C.:
APP.P04;
Münster, Hans:
6b.3; DAC.P09;
NET.P05; QPE.P08;
Muraji, Yoshitaka: APP.P11;
Murphy, Aoife:
4.3;
Myagkov,
2b.1; MMW.P07;
Alexander:
Nadj, Julijana:
QPE.P17;
Nakagawa,
9b.4;
Katsuhiro:
Nam, Kyung-Yeub: NOW.P13; QPE.P23;
Nanding, Nergui:
HYD.P07;
Nelson, Brian R.:
2a.6;
Németh, Péter:
DAC.P17;
Neri, Carlo Alberto: NET.P08;
Nesbitt, Stephen: AIR.P07;
Neuper, Malte:
QPE.P35;
Nevvonen, Ljubov: QPE.P20;
Nguyen, Cuong:
MIC.P26;
Nicol, John:
12b.2; 15.5; NWP.P11;
Nikolopoulos, E.I.: 3.6;
Nowak, C.:
O'Connor, Ewan:
Oh, S. J.:
Okon, Luboslav:
Orlandi, Emiliano:
Ortega, Kiel L.:
Ortiga, Xavier:
Ortiz, Joana Aina:
Ortolani, Alberto:
Orzel, Krzysztof:
Osrodka,
Katarzyna:
Otop, Irena:
Oude Nijhuis,
Albert:
Oue, Mariko:
Overeem, Aart:
Palacio, Virginia:
Pálmason, Bolli:
Palmer, Robert:
Pandithurai, G.:
Papen, Hans:
Park, Hye-Sook:
Park, Jong-Seo:
Park, Shinju:
Park, Sora:
Pasqualucci,
Fausto:
Patra, Sukanya:
Paulitsch, H.:
Pavlos, Kollias:
Pazmany, Andrew:
Pegram, Geoff:
Pereira Filho,
Augusto J.:
Pešice, Petr:
44
HYD.P01; HYD.P08;
10.5; NOW.P02;
TEC.P02;
AIR.P06;
HYD.P12;
DAC.P05;
5.6;
HYD.P17; NOW.P07;
NET.P01; NOW.P14;
QPE.P06; SYN.P06;
9a.3;
2b.4; MIC.P22;
QPE.P23;
NET.P14;
9b.2;
7.5;
DAC.P22;
SYN.P09;
6b.4; NOW.P19;
TEC.P24;
QPE.P26;
QPE.P26;
12b.6;
MMW.P01;
14.1; SYN.P11;
MES.P23; MES.P24;
APP.P12;
11.1; 12a.6; 12b.1;
QPE.P23;
SYN.P10;
HYD.P14;
QPE.P13; QPE.P14;
QPE.P15;
DAC.P08; QPE.P13;
QPE.P14; QPE.P15;
AIR.P09; QPE.P36;
DAC.P08;
MES.P26;
MMW.P05; SYN.P10;
12b.5;
MMW.P02;
AIR.P02;
SYN.P08;
HYD.P11;
HYD.P04; MES.P09;
NOW.P16;
8th European Conference on Radar in Meteorology and Hydrology
Petersen, Guðrún
Nína:
Petersen, Walter
A.:
Pettazzi, Alberto:
Petty, G.W.:
Peura, Markus:
Pfitzenmaier,
Lukas:
Picca, Joey:
Picciotti, Errico:
Pichon, Julie:
Pidre Mosquera,
José Manuel:
Pierce, Clive:
Pineda, Nicolau:
APP.P12;
Reimann, Jens:
12b.4; DAC.P02;
DAC.P19;
Reinoso-Rondinel, MES.P18;
Ricardo:
Reyniers, Maarten: 2a.1; MES.P12;
NOW.P01;
Rezacova, Daniela: HYD.P04; NWP.P04;
NWP.P05;
Rezzolla, Marcella: NET.P08;
Ribaud, JeanMIC.P13;
Francois:
Richardson,
DAC.P12;
Lindsey:
Rico-Ramirez,
3.3; HYD.P07; QPE.P10;
Miguel Angel:
Ridal, Martin:
15.6;
Ridene, Daniel:
DAC.P02;
Rigo, Tomeu:
8.4; DAC.P22; MIC.P12;
Rinollo, Angelo:
QPE.P22;
Rios Gaona,
14.1;
Manuel F.:
Roberto, Nicoletta: 10.4; 15.3; APP.P04;
Roberts, Nigel:
NWP.P06;
Roberts, Rita:
7.1;
Robinson, Paul:
12a.4;
Rodríguez, Alvaro: HYD.P15; HYD.P16;
Rojas, Laura:
MIC.P22;
Romano, Filomena: SYN.P01;
RomppainenNOW.P03;
Martius, Olivia:
Rosenow,
7.3; NOW.P04;
Wolfgang:
Rossi, Francesco
NET.P08;
Luigi:
Rossi, Pekka:
APP.P08;
Ruchith, R.D.:
SYN.P10;
Russchenberg,
12b.6; MES.P18;
Herman:
MIC.P02;
Rutledge, S.:
NET.P09;
Ryohei, Misumi:
MMW.P03;
Ryzhkov,
1.5; 6a.4; 7.5; 14.2;
Alexander:
11.3; DAC.P25;
MES.P21; MIC.P07;
MMW.P01; NOW.P05;
NOW.P18; TEC.P21;
Saadi, Mostapha: NET.P07;
Saavedra Garfias, 14.3; MIC.P24;
Pablo:
Sakurai, Namiko: MMW.P03;
Sala, Paolo:
NET.P08;
Salmerón, Olatz:
DAC.P27;
Saltikoff, Elena:
3.5; NET.P01; NET.P13;
Sánchez-Diezma, HYD.P15; HYD.P16;
Rafael:
2b.6; AIR.P07; AIR.P08;
AIR.P10; MIC.P25;
QPE.P11;
13.5;
2b.2;
DAC.P23;
MIC.P02;
NOW.P18;
9a.5; 15.3; DAC.P15;
DAC.P16; NET.P08;
SYN.P01;
QPE.P29;
TEC.P11;
NWP.P06;
8.4; DAC.P22; MIC.P12;
SYN.P09;
Plant, Robert:
NWP.P11;
Pohjola, Heikki:
APP.P08; QPE.P20;
Poli, Virginia:
15.4; DAC.P10;
SYN.P05;
Polo, Arantxa:
DAC.P27;
Polverari, Federica: 9b.6;
Porcu', Federico:
MIC.P21;
Posselt, Derek:
5.6;
Prabhakaran,
SYN.P10;
Thara:
Prat, Olivier:
2a.6; MIC.P16;
Prençi, Shemsi:
NET.P08;
Preveen, Kumar D.: DAC.P28; MES.P25;
Priegnitz, David:
TEC.P09;
Principe, Olatz:
MES.P23; MES.P24;
Prodi, Franco:
MES.P26;
Puca, Silvia:
QPE.P22;
Puigdomènech,
10.2;
Bernat:
Pulkkinen, Seppo: 13.1; QPE.P25;
Pulvirenti, Luca:
9b.6;
Rabrenovic, Maja: MES.P16;
Radová, Michaela: SYN.P06;
Rajagopal, E. N.:
DAC.P28; MES.P25;
Rathmann, Nils:
4.4; DAC.P29;
Raupach, Timothy: 2a.2; 5.3; QPE.P29;
Reed, Kim:
AIR.P07;
Reeves, Heather D.: 7.5; MIC.P07;
Regis, Jean-Rémy: 2a.5;
Reid, Janti:
1.5; NOW.P06;
NOW.P06;
Reif, Dylan:
MES.P01;
45
8th European Conference on Radar in Meteorology and Hydrology
Sancho, David:
HYD.P15; HYD.P16;
Sandford, Caroline: QPE.P02;
Santacasa,
NET.P08;
Alessandra:
Santalla del Rio,
TEC.P02; TEC.P11;
Veronica:
TEC.P12;
Santiago, Salsón: 13.5;
Sartori, Maurizio: 4.5; DAC.P24;
Sassa, Koji:
MES.P07;
Sassi, Maximilliano: QPE.P39;
Satoh, Shinsuke:
TEC.P04;
Scheibel, Marc:
3.2; 3.4;
Schleiss, Marc:
6a.1;
Schmidt, Damon: 12b.1;
Schneebeli, Marc: 5.5;
Schoorens, Jérôme: HYD.P09;
Schumann, Sybille: 4.4;
Schuur, Terry:
7.5; NOW.P05;
Schwaller, Mathew AIR.P10; MIC.P25;
R.:
Schwitalla, Thomas: NWP.P15;
Scipion, Danny:
MIC.P06;
Scovell, Robert:
4.2; 9a.2; APP.P02;
Sebok, István:
DAC.P17;
Seed, Alan:
1.1; 2a.1; 4.3; 7.6;
Seifert, Patric:
2b.1;
Seiichi, Shimada:
MMW.P03;
Selmi, Slim:
NWP.P13;
Seltmann, Jörg:
8.6; DAC.P01;
Selzler, Jason:
TEC.P14;
Sempere-Torres,
1.6; 7.2; HYD.P06;
Daniel:
NOW.P20;
Seo, D-J.:
2a.6;
Seo, Dong-Hwan: QPE.P31;
Setvák, Martin:
SYN.P06;
Shah, Sajid:
NOW.P07;
Shamoun-Baranes, 9a.4;
Judy:
Shingo, Shimizu:
MMW.P03;
Shin-ich, Suzuki:
MMW.P03;
Shishkina, Olga:
APP.P13;
Siart, Uwe:
QPE.P32;
Sideris, Ioannis:
4.5;
Sierwald, Jörn:
TEC.P06; TEC.P07;
Simmer, Clemens: 12a.1; 14.2; 14.3;
Simon, Jürgen:
12a.1;
Simonin, David:
15.5; NWP.P02;
Sini, Francesca:
NET.P08;
Smiatek, Gerhard: HYD.P14;
Smith, James:
6a.1;
Snyder, Jeffrey C.:
Sokol, Zbynek:
Song, Joon-Jin:
Sørensen, Martin
B.:
Štástka, Jindrich:
Steib, Roland:
Stein, Thorwald:
Steiner, Matthias:
Steinert, Jörg:
Steinheimer, M.:
Stephan, Klaus:
10.6; MES.P01;
MES.P21; MES.P22;
NOW.P18;
MES.P09; NOW.P16;
NWP.P05;
MES.P17;
NET.P06; NOW.P09;
SYN.P06;
DAC.P17;
NWP.P11;
1.6;
4.4; MIC.P11;
9a.3;
15.4; NET.P13;
NWP.P12; NWP.P14;
Stevens, Scott:
2a.6;
Stiller, Bernd:
14.5; SYN.P04;
Stojanovic, Vlado: DAC.P31;
Stoyanova, Julia:
MES.P04;
Struzik, Piotr:
QPE.P26;
Sugier, Jacqueline: 8.5;
Sugimoto, Soichiro: AIR.P06; NWP.P08;
Suk, Mi-Kyung:
QPE.P13; QPE.P14;
QPE.P15;
Sun, Juanzhen:
7.1; NWP.P03;
NWP.P08; NWP.P09;
Suzuki, Ikuko:
APP.P11;
Suzuki, Yoshinori: HYD.P08;
Szegedi, Csaba:
DAC.P17;
Szturc, Jan:
QPE.P26;
Tabary, Pierre:
2a.5; 4.2; 4.6; 6b.6;
9a.2; 15.1; APP.P02;
QPE.P24;
Tai, Sheng-Lun:
NWP.P03;
Takahashi,
9b.4;
Nobuhiro:
Takeshi, Maesaka: MMW.P03;
Tappeiner, U.:
3.6;
Tavolato, Christina: DAC.P06; DAC.P07;
Theisen, Adam:
MIC.P14;
Thiem, Kyle J.:
10.6; MES.P01;
Thompson, Robert: 1.4; QPE.P01;
Thoss, Anke:
SYN.P02;
Thurai, Merhala:
6a.3;
Tian, Lin:
AIR.P11;
Tokay, Ali:
6a.5; AIR.P08; MIC.P21;
Tomine, Kikuro:
HYD.P08;
Tomljanovic, Mato: NET.P08;
Torres, Jesus:
13.6;
Torres, Sebastian: 12a.6; 12b.3; TEC.P10;
TEC.P21;
46
8th European Conference on Radar in Meteorology and Hydrology
Toussaint,
TEC.P08;
Matthias:
Tracksdorf, Patrick: 4.4; QPE.P34;
Trefalt, Simona:
NOW.P02; NOW.P03;
NOW.P03;
Trepte, Sebastian: NOW.P04;
Tridon, Frederic:
2b.3;
Trivellone,
MES.P26;
Giuliano:
Trömel, Silke:
14.2; 12a.1;
Tsukahara, Kenichi: HYD.P01;
Tüchler, Lukas:
DAC.P06; DAC.P07;
Turner, David:
MES.P01;
Tyynelä, J.:
2b.2;
Uijlenhoet, Remko: 1.2; 14.1; QPE.P39;
QPE.P40; SYN.P11;
Unal, Christine:
12b.6; MES.P18;
MIC.P02;
Ungelenk, Judith: NOW.P04;
Uray, M.:
9a.3;
Urban, Bernard:
4.2;
Ushio, Tomoo:
TEC.P04;
Valachova,
SYN.P06;
Michaela:
van de Beek,
13.3;
Remco:
van Dijke, Daniel: 13.3;
van Gasteren,
9a.4;
Hans:
van Lier-Walqui,
5.6;
Marcus:
Veciana, Roger:
SYN.P09;
Veerkamp,
TEC.P08;
Dietmar:
Vega, Manuel:
MIC.P25;
Vemado, Felipe:
HYD.P11;
Vera-Isasa, María: TEC.P11;
Verlinde, Hans:
MIC.P26; MMW.P01;
Vidal, Verònica:
SYN.P09;
Vila, Daniel:
HYD.P05;
Vollbracht, Dennis: DAC.P02; DAC.P24;
von Lerber,
2b.6; 6a.6;
Annakaisa:
von Löwis, Sibylle: APP.P12;
Vucinic, Zoran:
QPE.P17;
Vukovic, Zlatko:
6b.1;
Vulpiani,
9a.5; 10.4; DAC.P20;
Gianfranco:
MES.P08; MIC.P15;
QPE.P03; QPE.P22;
QPE.P33; SYN.P01;
Wada, Masakazu: TEC.P04;
Wagner, Andreas: 8.6;
Wakimizi, Kenji:
HYD.P01; HYD.P08;
Wandinger, Ulla:
Wang, Jianxin:
Wapler, Kathrin:
Warde, David:
Wasselin, JeanPhilippe:
Wattrelot, Eric:
Weckwerth,
Tammy M.:
Weigl, Elmar:
Weipert, André:
Weisshaupt, Nadja:
Werhahn,
Johannes:
Werner, Manuel:
Westbrook, Chris:
Wetter, Thomas:
Wienhoff, Zachary
B.:
Wilson, Jim:
Wilson, Richard:
Winkler, Christian:
Winterrath, Tanja:
Wirth, Martin:
Wolfensberger,
Daniel:
Wolff, David B.:
2b.1;
QPE.P11;
NWP.P07;
TEC.P10;
AIR.P03;
NWP.P13;
10.1; DAC.P30;
NET.P09;
QPE.P05;
13.2; 14.5; SYN.P04;
APP.P09;
HYD.P14;
4.4;
2b.2;
9a.1;
10.6;
DAC.P04;
12b.2;
APP.P01;
MES.P01;
7.1;
APP.P03;
MMW.P06;
7.3; NOW.P04;
QPE.P05;
9b.2;
5.3; MIC.P06;
AIR.P08; MIC.P25;
QPE.P11;
Wulfmeyer, Volker: NWP.P15;
Wurman, Joshua: 12a.3; 12a.4; MES.P20;
MES.P27; TEC.P20;
Xie, Xinxin:
12a.1;
Yamauchi, Hiroshi: QPE.P12; TEC.P04;
Yarovoy,
12b.6;
Alexander:
Ye, Bo-Young:
MIC.P09; MMW.P04;
QPE.P18; QPE.P23;
TEC.P13;
Yeo, Richard F.:
APP.P12;
Yilmaz, Ali Ozgur: TEC.P16;
Yin, Zhuming:
NWP.P08;
Yokota, Izumi:
HYD.P01;
Yoo, Chulsang:
QPE.P19;
Yoo, J.:
QPE.P23;
You, Cheol-Hwan: 2a.4; MES.P19;
Young, M.C. Jim:
6b.1;
Yu, T.-Y.:
QPE.P23;
Yukari, Shusse:
MMW.P03;
Zacharov, Petr:
HYD.P04; MES.P09;
NWP.P04; NWP.P05;
Zahrai, Allen:
12b.1;
Zamfirov, Ivaylo:
MES.P04;
47
8th European Conference on Radar in Meteorology and Hydrology
Zawadzki, Isztar:
Zeng, Yuefei:
Zhang, Dan:
Zhang, Guifu:
Zhang, Jian:
Zhang, Pengfei:
Zhao, Kun:
Ziegert, Michael:
Zinkhan, Dirk:
Zinner, Tobias:
Zittel, W. David:
Zoppetti, C.:
Zorba, Petrit:
Zrnic, Dusan S.:
7.4; 10.2;
15.4; NWP.P12;
NWP.P07;
12b.1; TEC.P17;
QPE.P38;
1.5; 11.3;
MES.P15;
14.2;
9a.1; APP.P01;
MMW.P06;
8.1; DAC.P12;
APP.P04;
NET.P08;
8.7; 11.4; 12b.1;
DAC.P25; MES.P02;
TEC.P17;
48
8th European Conference on Radar in Meteorology and Hydrology
49
8th European Conference on Radar in Meteorology and Hydrology
50
8th European Conference on Radar in Meteorology and Hydrology