by ESSL and EUMETSAT Trainers
16 – 19 November 2020
ESSL Research and Training Centre Wiener Neustadt, Austria
in case the Corona virus outbreak prevents the course to be held on-site, it will be given online instead
Have you been wondering about how to use satellite data to detect the convective initiation and how does the satellite apperance of storms relate to their physics? Would you like to learn more about how to best incorporate satellite data in your convective storm forecasting process? If yes, then this course is for you!
Course will consist of 4 days (Monday – Thursday) with morning lectures running from 9:00 till 12:00 and afternoon exercises from 14:00 till 16:30.
Lectures will consist of specific topics that are split into theoretical background and satellite perspective. Afternoon exercises will incorporates both forecasting of environment leading up to convective storms and nowcasting using satellite data. Each day will concentrate on a specific topic:
- Theoretical background: Ingredients based methodology – instability and moisture, CAPE.
- Satellite application: Detecting ingredient from satellite: instability indices (Nowcasting-SAF) from geostationary satellites, using IASI sounder data.
- Theoretical background: Forecasting likelihood of convective initiation, nature of lift.
- Satellite application: Detecting convective initiation in satellite data (low-level boundaries, deepening cumulus field, automatic algorithms detecting initiation).
- Theoretical background: Types of convective storms in changing vertical wind profile (from single cells to supercells and bow-echoes).
- Satellite application: Identifying convective storms and their properties using satellite data. Opportunities and limitations of using satellite data to identify convective storm types. Contrasts to radar and lightning detection network data capabilities.
- Theoretical background: Forecasting intensity of convective storms in CAPE – shear parameter space and forecasting individual hazards.
- Satellite application: Nowcasting intensity of convective storms using satellite data. IR-BT signatures (Cold-ring, Cold-U, above anvil cirrus plumes), Storm RGB, Storm top divergence.
Participants are encouraged to share interesting and challenging cases of severe convective storms as well as more general convective storm forecasting issues that they experienced. These can be discussed in the afternoon hours alongside the practical exercises.
To register, please fill in the registration form and proceed to pay the registration fee by clicking on the applicable amount below. Your registration is fixed after having received your participation fee and after confirmation from ESSL. See ESSL Terms and Conditions.
|Prices for course (click on amount to pay by credit card)||Early Fees
until 30 Jun 2020
|ESSL members and employees of institutional ESSL members||EUR 790||EUR 890|
|Non ESSL members||EUR 890||EUR 990|
You may pay by bank transfer to the following account:
|Beneficiary:||European Severe Storms Laboratory – Science and Training|
|Bank address:||Hauptplatz 15, 2500 Baden, Austria|
With your transfer, please indicate “Aviation course fee” and your name.
(without indicating your name, we cannot make sure that the transfer came from you).