AROME (NMI)Currently selected.
GFSThe selected time, variable and region is available for this model. GFS is the global weather forecast model of the US weather service run at an internal resolution of 28 km. It offers a plethora of parameters for the next 15 days. Updated 4 times a day up to 384 hours ahead. The runs for the 0, 6, 12 and 18Z runs are usually coming in from 3:30, 9:30, 15:30 and 21:30 UTC, respectively.
HARMONIE (FMI)The selected time, variable and region is available for this model. HARMONIE is a mesoscale weather prediction model managed by the Finnish Meteorological Institute. The data is updated 4 times a day at 00, 06, 12 and 18 UTC. Corresponding model runs are available roughly five hours after analysis time (~ after model run has started).
HARMONIE (DMI)The selected time, variable and region is available for this model. DMI uses and codevelops the weather model HARMONIE. The output at WZ covers Northwestern Europe. The model (cycle 43 ) uses a grid resolution of 2.5 km with boundary conditions from ECMWF.
ICONThe selected time, variable and region is available for this model. ICON is the global weather forecast of the German weather service (DWD) with a grid spacing of approx. 13 km globally (Europe nest: 6 km). Model output is available up to 180 hours ahead for the 0Z and 12Z runs, and up to 120 hours for the 6Z and 18Z runs.
UKMO EUThe selected variable and region is available, but not for 2024-03-28, 15:00. You will switch back to the first available time step.
Member:
OP
0Thu 28 Mar 12:00
3Thu 28 Mar 15:00
6Thu 28 Mar 18:00
9Thu 28 Mar 21:00
12Fri 29 Mar 00:00
15Fri 29 Mar 03:00
18Fri 29 Mar 06:00
21Fri 29 Mar 09:00
24Fri 29 Mar 12:00
27Fri 29 Mar 15:00
30Fri 29 Mar 18:00
33Fri 29 Mar 21:00
36Sat 30 Mar 00:00
39Sat 30 Mar 03:00
42Sat 30 Mar 06:00
45Sat 30 Mar 09:00
48Sat 30 Mar 12:00
51Sat 30 Mar 15:00
54Sat 30 Mar 18:00
57Sat 30 Mar 21:00
help Download GIF hover Single-variable mode
You are now in the multi variable mode. Select all the variables of interest and they will be plotted side-by-side in a grid.

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