Next 48-hours weather forecast over Europe.

Dataset

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Domain

Date

Run

Forcing

Status
Title
MesoNH-Europe
Meso-NH is an atmospheric non hydrostatic research model that is applied to a broad range of resolutions, from synoptic to turbulent scales, and is designed for studies of physics and chemistry.
Domain region
Europe
Domain size
3000 km x 3000 km
Date
Oct 11th, 2024 from 7h UTC
Initial and forcing model
GFS
The Global Forecast System (GFS) is a National Centers for Environmental Prediction (NCEP) weather forecast model that generates data for dozens of atmospheric and land-soil variables, including temperatures, winds, precipitation, soil moisture, and atmospheric ozone concentration. The system couples four separate models (atmosphere, ocean model, land/soil model, and sea ice) that work together to accurately depict weather conditions.
Forecast model
Meso-NH
Horizontal resolution
10 km x 10 km
Leadtime
24 to 48 hours

Variables

Set the variable to visualise.

Altitude dynamics

Geopotential height at 500hPa

Geopotential height at 500hPa in colored filled contours (in dam) and mean sea-level pressure in black contours (in hPa)

Geopotential height at 500hPa

Geopotential height at 500hPa in colored filled contours (in dam) and mean sea-level pressure in black contours (in hPa)

Temperature at 500hPa with geopotential at 500hPa

Temperature at 500hPa in colored filled contours (in °C) and geopotential height in black contours (in dam)

Temperature at 850hPa with geopotential at 500hPa

Temperature at 850hPa in colored filled contours (in °C) and geopotential height at 500hPa in black contours (in dam)

300hPa wind speed

Wind speed modulus (in km/h) and vectors at 300hPa

Boundary-Layer

2-meter temperature

Air temperature at 2 meters above ground (in °C). This variable is a diagnostics computed from prognostic model temperature at a different model level and taking into account atmospheric stability.

2-meter relative humidity

Air relative humidity at 2 meters above ground (in %). This variable is a diagnostics computed from prognostic model temperature at a different model level and taking into account atmospheric stability functions.

2-meter temperature and 10-m wind vectors

Air temperature at 2 meters above ground (in °C) and horizontal wind directions in vectors

10-meter wind speed

Horizontal wind speed modulus at 10 meters height. This variable is a diagnostic computed from prognostic model temperature at a different model level and taking into account atmospheric stability.

10-meter wind gust

Maximum wind gust at 10 meters height (in km/h). Computation based on the wind speed and the turbulent kinetic energy)

Wind speed at 850hPa

Wind speed modulus (in km/h) at 850 hPa in filled contours and mean sea-level pressure (in hPa) in black contours

Temperature at 850hPa

Temperature (in °C) at 850hPa

Boundary-Layer height

Boundary-Layer height (in m) computed from the parcel method (based on the theta vertical profile)

Convective Available Potential Energy

Maximum value on the vertical of the Convective Available Potential Energy (in J/kg)

Convective Inhibition

Convective INhibition (in J/kg) at the point of CAPEMAX

Cloud and humidity

2-meter relative humidity

Vertical maximum cloud fraction

Maximum value in the column of the cloud fraction (in %). 100% means a full cloud cover. 0% means clear sky.

Convection

Boundary-Layer height

Boundary-Layer height (in m) computed from the parcel method (based on the theta vertical profile)

Convective Available Potential Energy

Maximum value on the vertical of the Convective Available Potential Energy (in J/kg)

Convective Inhibition

Convective INhibition (in J/kg) at the point of CAPEMAX

Energy

Turbulent kinetic energy at 15 meters height

Subgrid turbulent kinetic energy (in m**2/s**2) from the turbulence scheme based on a prognostic equation of the TKE. The TKE represents the intensity of the turbulence mixing.

Geopotential

Geopotential height at 500hPa

Geopotential height at 500hPa in colored filled contours (in dam) and mean sea-level pressure in black contours (in hPa)

Geopotential height at 500hPa

Geopotential height at 500hPa in colored filled contours (in dam) and mean sea-level pressure in black contours (in hPa)

Temperature at 500hPa with geopotential at 500hPa

Temperature at 500hPa in colored filled contours (in °C) and geopotential height in black contours (in dam)

Temperature at 850hPa with geopotential at 500hPa

Temperature at 850hPa in colored filled contours (in °C) and geopotential height at 500hPa in black contours (in dam)

Mean sea level pressure

Wind speed at 850hPa

Wind speed modulus (in km/h) at 850 hPa in filled contours and mean sea-level pressure (in hPa) in black contours

Geopotential height at 500hPa

Geopotential height at 500hPa in colored filled contours (in dam) and mean sea-level pressure in black contours (in hPa)

Geopotential height at 500hPa

Geopotential height at 500hPa in colored filled contours (in dam) and mean sea-level pressure in black contours (in hPa)

Near-Surface

2-meter temperature

Air temperature at 2 meters above ground (in °C). This variable is a diagnostics computed from prognostic model temperature at a different model level and taking into account atmospheric stability.

2-meter relative humidity

2-meter temperature and 10-m wind vectors

Air temperature at 2 meters above ground (in °C) and horizontal wind directions in vectors

10-meter wind speed

Horizontal wind speed modulus at 10 meters height. This variable is a diagnostic computed from prognostic model temperature at a different model level and taking into account atmospheric stability.

10-meter wind gust

Maximum wind gust at 10 meters height (in km/h). Computation based on the wind speed and the turbulent kinetic energy)

Precipitation

Instantaneous snow rate

One-hour amount of large scale snow fallen (in mm/h)

Instantaneous rain rate

One-hour amount of large scale rain fallen (in mm/h)

Accumulated rain precipitation

Total amount of large scale rain fallen since the begging of the run (in mm)

Accumulated snow precipitation

Total amount of large scale snow fallen since the begging of the run (in mm)

Radiation

Downward short wave flux

Downwoard short wave flux (in W/m**2)

Temperature

2-meter temperature

Air temperature at 2 meters above ground (in °C). This variable is a diagnostics computed from prognostic model temperature at a different model level and taking into account atmospheric stability.

2-meter temperature and 10-m wind vectors

Air temperature at 2 meters above ground (in °C) and horizontal wind directions in vectors

Temperature at 850hPa

Temperature (in °C) at 850hPa

Temperature at 500hPa with geopotential at 500hPa

Temperature at 500hPa in colored filled contours (in °C) and geopotential height in black contours (in dam)

Temperature at 850hPa with geopotential at 500hPa

Temperature at 850hPa in colored filled contours (in °C) and geopotential height at 500hPa in black contours (in dam)

Wind

2-meter temperature and 10-m wind vectors

Air temperature at 2 meters above ground (in °C) and horizontal wind directions in vectors

10-meter wind speed

Horizontal wind speed modulus at 10 meters height. This variable is a diagnostic computed from prognostic model temperature at a different model level and taking into account atmospheric stability.

10-meter wind gust

Maximum wind gust at 10 meters height (in km/h). Computation based on the wind speed and the turbulent kinetic energy)

Wind speed at 850hPa

Wind speed modulus (in km/h) at 850 hPa in filled contours and mean sea-level pressure (in hPa) in black contours

300hPa wind speed

Wind speed modulus (in km/h) and vectors at 300hPa

Forecast

Weather forecast hours are distributed in real-time upon availability of each timestep.

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