PICO AS4.22/NH1.24
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AS4.22/NH1.24 Emergency response with atmospheric dispersion models (co-organized) |
| Convener: Gerhard Wotawa | Co-Conveners: Delia Arnold , Marcus Hirtl , Mikhail Sofiev |
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PICO
/ Thu, 12 Apr, 15:30–17:00
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Thursday, 12 April 2018 PICO spot 5a |
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15:30–15:32 PICO5a.1 |
EGU2018-7036
Prototype of multi-hazard early warning from EUNADICS-AV systems to trigger model forecasts of European airspace Highlight Hugues Brenot, Nicolas Theys, Lieven Clarisse, Daniel Hurtmans, Pascal Hedelt, Margarita Vasquez, Lucia Mona, Gelsomina Pappalardo, Simona Scollo, Mauro Coltelli, Tuomas Peltonen, Juhani Lahtinen, Marcus Hirtl, Delia Arnold, Timo Virtanen, Gerrit de Leeuw, Guðrún Nína Petersen, Sara Barsotti, Matthieu Plu, and Gerhard Wotawa and the EUNADICS-AV WP5 team |
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15:32–15:34 PICO5a.2 |
EGU2018-9161
Dispersion modelling for UK emergency response and preparedness in 2017 Claire Witham, Matthew Hort, and Sarah Millington |
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15:34–15:36 PICO5a.3 |
EGU2018-6154
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Utilization of the LADAS model within Emergency Response Systems in Korea Highlight Kihyun Park, Byung-Il Min, Sora Kim, and Kyung-Suk Suh |
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15:36–15:38 PICO5a.4 |
EGU2018-13837
Operational demonstration tool for forecasting nuclear explosions fallout, atmospheric dispersion and corresponding doses for the aviation sector Christian Maurer, Delia Arnold, Arturo Vargas, and Juhani Lahtinen |
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15:38–15:40 PICO5a.5 |
EGU2018-13577
Tracing back the elevated Ru-106 measurements in Europe end of September/beginning of October 2017 Christian Maurer, Kathrin Baumann-Stanzer, Marielle Mulder, Paul Skomorowski, Gerhard Wotawa, and Delia Arnold |
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15:40–15:42 PICO5a.6 |
EGU2018-12935
Prototype for operational source term (volcanic ash, SO2 and nuclear accidents) inversion modelling for aviation Marie Mulder, Delia Arnold, Christian Maurer, and Marcus Hirtl |
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15:42–15:44 PICO5a.7 |
EGU2018-15285
A method to locate an accidental release: application to RU106 case in September 2017 Highlight Rostislav Kouznetsov and Mikhail Sofiev |
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15:44–15:46 PICO5a.8 |
EGU2018-7819
Modelling and data assimilation of hazardous volcanic ash plumes in the chemical-transport model MOCAGE Bojan Sic, Matthieu Plu, Laaziz El Amraoui, Hugues Brenot, Michelle Parks, and Nicolas Theys |
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15:46–15:48 PICO5a.9 |
EGU2018-14085
A pre-operational assimilation system of aerosols at Météo-France : Volcanic ash and air quality applications Laaziz El Amraoui, Matthieu Plu, and Bojan Sic |
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15:48–15:50 PICO5a.10 |
EGU2018-19211
Inverse modelling method to analyze detections of radionuclides within Europe: illustration on an actual case Olivier Saunier, Anne Mathieu, Damien Didier, and Olivier Masson |
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15:50–15:52 PICO5a.11 |
EGU2018-18087
Simulation of the atmospheric deposit consecutive to the Fukushima accident: variability of response due to several wet deposition schemes Arnaud Quérel, Denis Quélo, Yelva Roustan, and Anne Mathieu |
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15:52–15:54 PICO5a.12 |
EGU2018-10368
Dose calculations for aviation using atmospheric transport modelling and radioprotection tools Arturo Vargas, Delia Arnold, Nikolaos Evangeliou, Christian Maurer, and Maria Amor Duch |
| 15:54–17:00 |
Interactive presentations at PICO screens
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