Day 1: Monday, 4 April 2016
Day 2: Tuesday, 5 April 2016
| Session: Early detection |
Session chair:
CWG Co-Chair |
| Met Office’s Satellite Applications work on detection of convection using satellite imagery |
Lorenzo Labrador, MetOffice |
| Updates to convective initiation (CI) nowcasting, using cloud properties (e.g., effective radius data), along with enhancements for early nowcasting of severe storms |
John Mecikalski, University of Alabama in Huntsville |
| Meteosat-based Characterization of the Initiation and Growth of Severe Convective Storms over Central Europe |
Fabian Senf, Leibniz Institute for Tropospheric Research |
| Introduction of FY-4 Developing Convection Product |
Danyu Qin, Institute of Satellite Meteorology, NSMC/CMA |
| Detection of rapidly developing cumulus areas from Himawari-8 data |
Hiroshi Suzue, MSC/JMA |
| Use of rapid scan datasets when understanding CI and other processes |
John Mecikalski, University of Alabama in Huntsville |
| Discussion on Update of Terms of References |
CWG Co-chairs |
| Session: Mature phase and RSS – part 1 |
Session chair:
Jochen Grandell, EUMETSAT |
| Physics of Satellite-observed features on top of severe storms |
Pao Wang, Department of Atmospheric and Oceanic Sciences |
| Benefits of RSS over Slovenia |
Mateja Iršič Žibert, Slovenian Environment Agency |
| New advances in automated hazardous storm detection and analysis of storms in super rapid scan imagery |
Kristopher Bedka, NASA
|
Day 3: Wednesday, 6 April 2016
| Session: Mature phase and RSS – Part 2 |
Session chair: Jochen Grandell, EUMETSAT |
| Overshooting top detection using MSG 2.5-minute rapid scan data. Presentation not available, please contact author directly. |
Michaela Radova, CHMI |
| Comparison OT brightness temperatures detected by MSG and AVHRR IR imagery – selected OT cases |
Jan Kanak, SHMU |
| Deep convection processes analysed by MSG Optimal Cloud Analysis (OCA) products |
Piotr Struzik, IMGW – NRI |
| Nefodina 2.0: the evolution of the Nefodina model within the HSAF framework |
Michele de Rosa, Geo-K s.r.l. |
| Weather and emergency services applied to management and disaster reduction supported by MTG in Brazil |
Humberto Barbosa, LAPIS |
| New approaches for Nowcasting Techniques over Brazilian Territory |
Daniel Vila, Centro de Previsão de Tempo e Estudos Climáticos |
| Current status of convective cloud monitoring at NMSC/KMA |
Eunha Sohn, NMSC/KMA |
| Session: Multi sensor approach – Part 1 |
Session chair:
Nataša Strelec Mahovic, DHMZ |
| Characterisation of hail storms using a multi-data Approach |
Kathrin Wapler, DWD |
| Hailstorm distribution over the Alpine region using radar and NWP data |
Luca Nisi, MeteoSwiss |
| Analysing Convective Events in Switzerland using MSG, Radar and Lightning Observations (COALITION Second Generation) |
Ulrich Hamann, MeteoSwiss |
| A convective event analysed with satellite, radar and lightning data |
Mária Putsay, Hungarian Meteorological Service |
| Status of MTG Lightning group work |
Jochen Grandell, EUMETSAT |
Day 4: Thursday, 7 April 2016
| Session: Multi sensor approach – Part 2 |
Session chair:
Nataša Strelec Mahovic, DHMZ |
| Multi sensor approach to storm detection |
John Mecikalski, University of Alabama in Huntsville |
| Dual pol radar for nowcasting lightning and intense rainfall event, cloud tracking using satellite and radar (propagation) |
Luiz Machado, INPE |
| Operational nowcasting products for storm detection over Ukraine |
Oleksii Kryvobok, Ukrainian Hydrometeorological Institute |
| Severe storm nowcasting: satellite and lightning data combination |
Michaela Valachová, CHMI |
| Session: NWCSAF |
Session chair:
Piotr Struzik, IMGW |
| NWCSAF status and future plans CDOP-3 |
Pilar Rípodas, AEMET |
| NWCSAF future plans for MTG-IRS |
Xavier Calbet, AEMET |
| Instability indices and water content in clear air NWCSAF product |
Miguel Angel Martínez, AEMET |
| Convection Initiation and RDT in NWCSAF |
Jean-Marc Moisselin, Météo-France |
| Session: New generations of satellite |
Session chair:
Davide Melfi, Italian Air Force Meteorological Service |
| Progress on GOES-R/JPSS Convective Decision Support Research |
Wayne Feltz, SSEC/CIMSS UW-Madison |
| Observing convection with the next generation of geostationary satellites: Himawari, GOES-R, and Meteosat Third Generation |
Dan Lindsey, NOAA/NESDIS/STAR/RAMMB |
| Climatological analyses of hazardous storms from GOES, MSG, MODIS, and AVHRR. Discussion on long term statistics. |
Kristopher Bedka, NASA |
Day 5: Friday, 8 April 2016
Copyrights reserved. Please contact the authors of the single presentations for requests.
