Preparing satellite image…
Regional image from Meteorix satellite services. GOES RAMMB/CIRA in the Americas; Meteosat in Europe. Image acquisition time is independent of the radar animation. Click any point on the map to change the area. This is a regional image, not a close-up photograph of that point.
Colores orientativos de la paleta Viper HD (10). No son umbrales numéricos exactos ni identifican granizo o lluvia mixta.
La nieve se diferencia mediante datos de modelos integrados en LibreWXR, no por clasificación directa del radar.
Hora del fotograma: —
Fuente: LibreWXR · radar observado y previsión inmediata. Cartografía: Natural Earth / OpenMapTiles.
The pale overlay marks radar coverage published by LibreWXR. Outside it, the absence of echoes does not prove dry weather. This indicates data availability, not precipitation intensity.
See how much rain fell over a 24-hour period using NASA IMERG satellite estimates. Check the accumulation period in UTC.
Read totals in millimetres or inches. IMERG Late Run has a processing delay. The display has a step of about 3.9 mm, so it may miss small totals.
Compare high, middle and low cloud layers over the next 24 hours. Their combinations offer clues about moisture and atmospheric evolution:
| Combination | Possible interpretation |
|---|---|
| Extensive low cloud, little high cloud | Moisture near the surface, stratus clouds or persistent overcast weather. |
| Extensive high cloud, little low cloud | A possible approaching front, or high cloud without rainfall. |
| High cloud increasing, followed by middle cloud | Possible evolution of a frontal system. Follow how the layers change over time. |
| Extensive middle and low cloud | Moist air at multiple levels; precipitation may develop if there is sufficient uplift. |
| Extensive cloud at all three levels | An extensive cloud system that may accompany active fronts or convection; layers may be separated and do not by themselves confirm vertically developed clouds. |
This is general guidance, not an automatic diagnosis. Multiple cloud layers do not by themselves confirm rain or thunderstorms. ECMWF forecasts the fraction of sky covered in each layer; also consider precipitation, humidity, pressure and stability.