Session 6 Forecasting and nowcasting of severe weather |
Oral programme
/ Wed, 20 Sep, 09:00–13:00
/ Room Ulika
Poster programme
/ Attendance Tue, 19 Sep, 14:30–16:00
/ Conference Lobby
/ Attendance Thu, 21 Sep, 14:30–16:00 / Conference Lobby |
Attendance Time: Tuesday, 19 September 2017, 14:30–16:00 Conference Lobby |
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P24
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ECSS2017-37
Significant-hail producing thunderstorms in Finland: Synoptic environment Jenni Rauhala, Terhi Laurila, Antti Mäkelä, and Kirsti Jylhä |
P25
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ECSS2017-14
Development of a new seamless prediction system for very short range convective-scale forecasting at DWD Ulrich Blahak, Roland Potthast, Kathrin Wapler, Axel Seifert, Alberto De Lozar, Elisabeth Bauernschubert, Christian Welzbacher, Robert Osinski, Martin Rempel, Michael Hoff, Markus Junk, and Liselotte bach |
P26
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ECSS2017-18
| presentation
Excessive precipitation over parts of Germany in June 2016: Characteristics of the general weather situation and aspects of the forecast Marcus Beyer, Helge Tuschy, and Julia Fruntke |
P27
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ECSS2017-25
Tracking of radar reflectivity cores and their characteristics - utilization in operational application Hana Kyznarova and Petr Novak |
P28
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ECSS2017-39
A case study of a EF1 tornado in eastern Bohemia (Czech Republic) in 2016 Radek Tomšů |
P29
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ECSS2017-43
| presentation
Fog nowcasting system for Irkutsk airport Tatiana Bazlova, Nikolai Bocharnikov, and Alexander Solonin |
P30
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ECSS2017-49
The use of prognostic spatial information at the evaluation of the QPF for heavy convective rainfalls Petr Zacharov, Daniela Řezáčová, and Radmila Brožková |
P31
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ECSS2017-50
| presentation
Stability indices and wind shear for forecasting severe storm type over Bulgaria Boryana Markova, Tsvetelina Dimitrova, Nadezhda Kadiyska, and Rumjana Mitzeva |
P32
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ECSS2017-51
SOS-CHUVA - A Nowcasting Project Luiz Machado, Edmilson Freitas, Eder Vendrasco, Kleber Nacaratto, Rachel Albrecht, Daniel Vila, Ana Avila, Felipe Pilau, Madeleine Sanchez, Luiz Guarino, and Jean-François Ribaud |
Attendance Time: Thursday, 21 September 2017, 14:30–16:00 Conference Lobby |
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P9
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ECSS2017-59
New adjustments to the 3D convective cells identification applied to severe weather study cases. Anna del Moral, Tomeu Rigo, and Maria Carmen Llasat |
P10
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ECSS2017-64
| presentation
Storm-Scale Ensemble Forecasts for the NOAA HWT Spring Forecasting Experiment and HMT FFaIR Experiment Fanyou Kong, Ming Xue, Youngsun Jung, Keith Brewster, and Nathan Snook |
P11
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ECSS2017-79
Convection Nowcast for Air Traffic Management Verification Vinko Šoljan and Jadran Jurković |
P13
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ECSS2017-100
| presentation
Evaluation of 3 operational severe convective indexes on historical storms that have hit France. Marie Boisserie, Fabienne Dupont, and Karine maynard |
P14 |
ECSS2017-110
Detection, tracking, and nowcasting of convective storms using KONRAD3D (withdrawn) Manuel Werner |
P15
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ECSS2017-128
| presentation
The use of a Semi-automated Severe Convection Checklist at MeteoSwiss Forecast Offices Lionel Peyraud, Lionel Moret, and Didier Ulrich |
P16
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ECSS2017-136
| Extended abstract
| presentation
Towards thunderstorm nowcasting by applying machine learning to a multi-sensor observation and NWP model data base Lea Beusch, Lorenzo Clementi, Loris Foresti, Ulrich Hamann, Alessandro M. Hering, Elena Leonarduzzi, Daniele Nerini, Luca Nisi, Marco Sassi, and Urs Germann |
P17 |
ECSS2017-149
Polar Lows forecasting (withdrawn) Justyna Wodziczko |
P18
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ECSS2017-151
Coastal flooding in Rovinj: the case of February 10th 2016. Lidija Fustar, Kata Botica, and Tomislava Ljubas |
P19
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ECSS2017-171
Use of new radar products for nowcasting of severe storms Tim Böhme, Christian Herold, and Sebastian Schappert |
P20
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ECSS2017-174
Development of operational waterspout forecast product for Adriatic Sea using ALADIN NWP model. Igor Horvat, Tanja Renko, Antonio Stanešić, and Wade Szilagyi |
P21
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ECSS2017-176
Supercell structures developed over Serbia associated to severe weather events in western Romania – a conceptual approach Octavian Paul Bugeac, Sabina Stefan, and Goran Mihajlovic |
P22
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ECSS2017-196
Medium-range forecasting of convective hazards using ESSL’s Additive Regression Convective Hazard Model (ARCHaMo) Lars Tijssen, Pieter Groenemeijer, and Anja Rädler |