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.
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.
Satellite images of #StormEunice show signs of a #stingjet, an area of intense wind shown by the hook-shaped cloud, when it formed over the Atlantic, South West of Ireland
Chief Scientist Stephen Belcher said he's “proud of the Met Office work in giving due warning of the storm”
I submitted my first paper with colleagues from @WavesToWeather & @Met_3D a few weeks ago in @EGU_GMD! Interested in learning upsides of a 3D perspective in the world of PV? It is in public discussion right now: gmd.copernicus.org/preprints…
When and where will a polar low occur? A new method for interactive 3-D visual data analysis reveals insights that improve distinguishing the times and locations of polar lows. See new #CLICCS paper by Marcel Meyer et al. wcd.copernicus.org/articles/…
Vorhergesagte Windgeschwindigkeit am 17.09.21 um 20 MESZ über den Kapverdischen Inseln: Die DLR Falcon fliegt unter der #Satellitenspur von #Aeolus und misst einen Teilabschnitt. Sie überfliegt dabei die Bodenstation in #Mindelo (markiert durch die dunkelblaue vertikale Linie)...
Marc Rautenhaus @unihh shows how really cool visualisations of @ECMWF ensemble forecasts with Met3D were used for flight planning in #NAWDEX@DLR_en. Especially liked this brilliant spaghetti plot (good example of #sciart@ArnalLouise ?) #ObsCampaignWS
New research article: Interactive 3-D visual analysis of ERA5 data: improving diagnostic indices for marine cold air outbreaks and polar lows doi.org/10.5194/wcd-2-867-20…
Met.3D is an open-source research #visualization framework targeted at interactive, three-dimensional visualization of gridded #atmospheric datasets and visualization research. More information is available at met3d.wavestoweather.de