Andreas Beckert

PhD Student in computer science at @unihh @WavesToWeather | Interactive Visual Analysis @Met_3D

[Andreas Beckert @an_beckert]

Many thanks to @LeaEisenstein @ChristophFischr Annika Oertel et al. for the warm welcome at @KITKarlsruhe. I'm looking forward to continue our exciting collaboration at @WavesToWeather.

[Lea Eisenstein @LeaEisenstein]

Finally some in-person collaboration with @an_beckert at @KIT to bring his front detection and our wind feature identification #RAMEFI together in @Met_3D. First visualisations look really promising! Working on automating this for near-real time plots in the future :)

[Lea Eisenstein @LeaEisenstein]

Finally some in-person collaboration with @an_beckert at @KIT to bring his front detection and our wind feature identification #RAMEFI together in @Met_3D. First visualisations look really promising! Working on automating this for near-real time plots in the future :)

[Andreas Beckert @an_beckert]

Time animation over 12h of the scene shown above. Visualized with @Met_3D.

[Andreas Beckert @an_beckert]

Descending #stingjet trajectories in the vicinity of frontal fracture as shown by @LeaEisenstein and 3D fronts of #StormEunice / #Zeynep visualized with @Met_3D.

[Lea Eisenstein @LeaEisenstein]

ICON simulations show plenty trajectories descending to the boundary layer for several hours confirming a #stingjet during #StormEunice/#Zeynep. Here is an example for 11 UTC using @Met_3D. However, if and where it reached the surface isn’t certain.