ALAROThe selected variable and region is available, but not for 2024-07-10, 11:00. You will switch back to the first available time step.
ARPEGEThe selected variable and region is available, but not for 2024-07-10, 11:00. You will switch back to the first available time step. ARPEGE is the global forecast model of the French weather service (Meteo France). It is runs with a maximum resolution of approx. 7 km in Europe and mean global grid spacing of 15 km. WZ offers forecasts up to 102 hours.
HARMONIE (KNMI-EU)The selected variable and region is available, but not for 2024-07-10, 11:00. You will switch back to the first available time step. HARMONIE is developed in a european consortium and this is the output provided by the KNMI at the supercomputing facilities in Iceland. The output from Cy43 is available at a rotated lat-lon grid and regridded at our server to a grid spacing of 0.05 degree. These data are the raw data provided by the KNMI. The model is reinitialized every hour and run up to 60 hrs ahead.
HARMONIE (DMI)The selected variable and region is available, but not for 2024-07-10, 11:00. You will switch back to the first available time step.
HARMONIE (KNMI-NL)Currently selected. HARMONIE is developed in a european consortium and this is the output provided by the KNMI at the supercomputing facilities in Iceland. The output from Cy43 is available at a grid spacing of 0.029 degree. These data are the raw data provided by the KNMI. The model is reinitialized every hour and run up to 60 hrs ahead.
UKMO EUThe selected variable and region is available, but not for 2024-07-10, 11:00. You will switch back to the first available time step.
WRFThe selected time, variable and region is available for this model. WRF (Weather Research and Forecasting model) is a freely available weather forecast model. WRF version 3.9 is run on the WZ servers and offers 4 forecasts per day up to 72 hours. It is currently run with a horizontal grid spacing of 5 km and uses the WRF single-moment 3 class microphysics scheme, the YSU PBL scheme and the Dudhia radiation scheme.
Member:
OP 1Wed 10 Jul 08:00
2Wed 10 Jul 09:00
3Wed 10 Jul 10:00
4Wed 10 Jul 11:00
5Wed 10 Jul 12:00
6Wed 10 Jul 13:00
7Wed 10 Jul 14:00
8Wed 10 Jul 15:00
9Wed 10 Jul 16:00
10Wed 10 Jul 17:00
11Wed 10 Jul 18:00
12Wed 10 Jul 19:00
13Wed 10 Jul 20:00
14Wed 10 Jul 21:00
15Wed 10 Jul 22:00
16Wed 10 Jul 23:00
17Thu 11 Jul 00:00
18Thu 11 Jul 01:00
19Thu 11 Jul 02:00
20Thu 11 Jul 03:00
21Thu 11 Jul 04:00
22Thu 11 Jul 05:00
23Thu 11 Jul 06:00
24Thu 11 Jul 07:00
25Thu 11 Jul 08:00
26Thu 11 Jul 09:00
27Thu 11 Jul 10:00
28Thu 11 Jul 11:00
29Thu 11 Jul 12:00
30Thu 11 Jul 13:00
31Thu 11 Jul 14:00
32Thu 11 Jul 15:00
33Thu 11 Jul 16:00
34Thu 11 Jul 17:00
35Thu 11 Jul 18:00
36Thu 11 Jul 19:00
37Thu 11 Jul 20:00
38Thu 11 Jul 21:00
39Thu 11 Jul 22:00
40Thu 11 Jul 23:00
41Fri 12 Jul 00:00
42Fri 12 Jul 01:00
43Fri 12 Jul 02:00
44Fri 12 Jul 03:00
45Fri 12 Jul 04:00
46Fri 12 Jul 05:00
47Fri 12 Jul 06:00
48Fri 12 Jul 07:00
49Fri 12 Jul 08:00
50Fri 12 Jul 09:00
51Fri 12 Jul 10:00
52Fri 12 Jul 11:00
53Fri 12 Jul 12:00
54Fri 12 Jul 13:00
55Fri 12 Jul 14:00
56Fri 12 Jul 15:00
57Fri 12 Jul 16:00
58Fri 12 Jul 17:00
59Fri 12 Jul 18:00
60Fri 12 Jul 19:00
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