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VIENTOS
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@LucianoGIS @TomSlavkovsky
Luciano, it'd be great if you could contribute in Blitzortung project to cover your area.
http://en.blitzortung.org/cover_your_area.php
Think about it!
I've now altered the Cloud tops overlay's colors and shading to match the Cloud bases overlay except below 2,500 ft, where the tops gradually become shades of grey below 1,700 ft.
Legend
Cloud tops [levels]
The setting is available here:
https://community.windy.com/post/19262
Examples: the level of useful visual detail is through the roof compared to the standard overlay. The color shades are accurate to +/-100 ft of altitude increments. This is a fully linear overlay.
@TChilli
The images come from a paper named: "Wind Flow Models over Complex Terrain ..."
source: https://www2.dmu.dk/atmosphericenvironment/cost/docs/COST710-4.pdf
Also I propose you to sign up to MetEd (https://www.meted.ucar.edu/index.php)
where you'll find a lot of educational resources in meteorological topics.
You can use keywords (e.g. "NWP" for Numerical Weather Prediction)
and skill levels (e.g. "1" stands for easy) to narrow your search.
https://www.meted.ucar.edu/training_detail.php?topicSorting=15&languageSorting=1&module_sorting=skillLevelAsc
Hi, Fantastic Website and great access to Model Data. Are there more ECMWF Fields that you could put up or a seperate section for Upper Air parameters >?
Such as
Potential Vorticity
Potential Vorticity Advection
Temperature Advection
IPV
Thickness 1000/500mb
Thickness 1000/850mb
Divergence
Temperature Advection
Frontogenesis
Vertical Velocity Fields
PSuedo WV / IR Imagery from the Models
Thanks for your consideration and please keep up the fantastic website - it really is impressive.
Paul Blight
