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Most used parameters

These are the parameters most frequently viewed by our users. See all our parameters under the "all" tab

Weather observation Visibility (km) Sea level pressure QFF Temperature (°C) Max. temperature, 12h (°C) Min. temperature, 12h (°C) Relative humidity (%) Dew point (°C) Gusts, 1h (kph) Cloud coverage (%)

All parameters

Here you will find all the parameters available for this model sorted into groups. Click on the respective group to display the parameters. If you don't see your desired parameter, try scrolling a bit down the list.

Weather, pressure

Weather observation Visibility (km) Sea level pressure QFF Geopotential height (gpm) Sea Level Pressure QNH (hPa) Air pressure at station (hPa) Pressure tendency, 3h (1/10hPa)

Temperature and humidity

Temperature (°C) Max. temperature, 12h (°C) Min. temperature, 12h (°C) Relative humidity (%) Dew point (°C) Dew point difference Wet bulb temperature (°C)

Wind, gusts, direction

Wind direction 10min Mean wind speed (kph) Gusts, 10min (kph) Gusts, 1h (kph) Gusts, 3h (kph) Gusts, 6h (kph)

Clouds, sunshine, short wave radiation

Height of clouds above station Cloud coverage (%) Cloud coverage Cloud type, low clouds Cloud type, middle clouds Cloud type, high clouds

Precipitation: rain, snow, hail

Precipitation, 3h (mm) Precipitation, 24h (mm)

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Thu 01/23/2025, 08:30am IST

India, 82 stations within this area

Sea Level Pressure QNH (hPa)

Stationsname

00°C

Gemeldet um 12:00 Uhr

Station

°C

Reported at 12:00 Uhr

Sea Level Pressure QNH (mbar)

This map displays the observed pressure at a given station adjusted to sea level for that station’s elevation using an algorithm. This algorithm corrects observed pressures at altitude to MSLP using standard atmosphere data that defines what the average pressure is at any given altitude. The observed deviation from the station’s altitude average is then used to calculate the deviation from the sea level average (1013mb) and thus what the pressure would be at that station if it was at sea level. Use this map to find areas of high pressure (generally calm weather) and areas of low pressure (generally inclement weather).

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