Identify and interpret broad scale, synoptic and mesoscale systems

Thomas Krennert (ZAMG) talks about the importance of moisture gradients in analysing the possibility of development of deep moist convection.

Wilfried Jacobs (DWD) explains the power of Airmass RGB in estimating the possibility of cold front transforming into a convective line.

Andreas Wirth (ZAMG) presents the benefits of analysing the water vapour imagery to diagnose synoptic structures and weather patterns.

Christo Georgiev (NIMH) presents influence of synoptic and mesoscale dynamical process, through water vapour imagery, on the intensification of wildfires.

Christo Georgiev (NIMH) discusses the effect of vorticity on tropical cyclones and development of severe thunderstorms, through the scope of water vapour imagery.

Nataša Strelec-Mahović (EUMETSAT) shows and analyses several cases of water vapour structures in the atmosphere using satellite imagery.

Christian Herold (DWD) investigates the usefulness of IASI L2 products in nowcasting, detecting and analyzing sting jets in rapid cyclogenesis.

Bryan Guarante (University of Wisconsin) uses a COMET course to explain the usefulness of analysing water vapour images with a goal of assessing the NWP fields.

Pieter Groenemeijer (ESSL) presents his findings in using low-level moisture proxy data from polar orbiting satellites at European Severe Storms Laboratory training events.

Wilfried Jacobs (DWD) introduces the water vapour channels in the 2022 EUMeTrain Water Vapour Event Week.