Matthias Aengenheyster
@maengenheyster.bsky.social
Scientist at @ECMWF, PhD in Climate Physics from @UniofOxford
Pinned
Land, mountains and tracks of storms are revealed from maximum wind gust speed over a 44 year-long atmosphere simulation at 9km resolution done at @ECMWF for @EERIE_Project #EERIE
#30daymapchallenge
#30daymapchallenge
Precipitation transitions from fast, noisy weather to slow, smooth climate as it is averaged over progressively longer periods from one day to 30 years.
Data from a 44-year long atmosphere simulation at 9 km resolution done at @ecmwf.bsky.social for @eerie-project.bsky.social #EERIE25
Data from a 44-year long atmosphere simulation at 9 km resolution done at @ecmwf.bsky.social for @eerie-project.bsky.social #EERIE25
January 16, 2025 at 8:38 AM
Precipitation transitions from fast, noisy weather to slow, smooth climate as it is averaged over progressively longer periods from one day to 30 years.
Data from a 44-year long atmosphere simulation at 9 km resolution done at @ecmwf.bsky.social for @eerie-project.bsky.social #EERIE25
Data from a 44-year long atmosphere simulation at 9 km resolution done at @ecmwf.bsky.social for @eerie-project.bsky.social #EERIE25
Land, mountains and tracks of storms are revealed from maximum wind gust speed over a 44 year-long atmosphere simulation at 9km resolution done at @ECMWF for @EERIE_Project #EERIE
#30daymapchallenge
#30daymapchallenge
November 14, 2024 at 12:10 PM
Land, mountains and tracks of storms are revealed from maximum wind gust speed over a 44 year-long atmosphere simulation at 9km resolution done at @ECMWF for @EERIE_Project #EERIE
#30daymapchallenge
#30daymapchallenge