Norwegian in-situ weather station data
Data center: Norwegian Meteorological InstituteAbstract:
Time series of observations from Norwegian weather stations. The observations have been through the data collection system of the Norwegian Meteorological institute, which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).Metadata Information
Access constraint: OpenUse constraint:
Investigator
Name: Norwegian Meteorological InstituteOrganisation: Norwegian Meteorological InstituteMetadata Author
Temporal extent
Start date: 1850-01-01T00:00:00Z
Child dataset(s)
Institutions: Norwegian Meteorological InstituteShow more...
Abstract:
Time series of Snow depth observations from the Norwegian weather station Hostadvatn (WIGOS ID 0-578-0-62700, station ID 62700). The depth of the snow is measured in cm from the ground to the top of the snow cover. (Code=-1 means "no snow" and can be presented as "."). The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open-
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Precipitation (24 h) observations from the Norwegian weather station Asker - Sem (WIGOS ID 0-20000-0-01486, station ID 19710). Daily precipitation sum (between 06-06 UTC). The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Snow depth observations from the Norwegian weather station Haukedal (WIGOS ID 0-578-0-56960, station ID 56960). The depth of the snow is measured in cm from the ground to the top of the snow cover. (Code=-1 means "no snow" and can be presented as "."). The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Air pressure at sea level observations from the Norwegian weather station Tafjord (WIGOS ID 0-20000-0-01218, station ID 60500). Air pressure reduced to mean sea level. The parameter is usually called QFF in aviation and shows the measured air pressure reduced to mean sea level by applying actual atmospheric conditions. The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Air pressure at sea level observations from the Norwegian weather station Sauda (WIGOS ID 0-20000-0-01424, station ID 46610). Air pressure reduced to mean sea level. The parameter is usually called QFF in aviation and shows the measured air pressure reduced to mean sea level by applying actual atmospheric conditions. The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Precipitation (24 h) observations from the Norwegian weather station Sandane (WIGOS ID 0-578-0-58070, station ID 58070). Daily precipitation sum (between 06-06 UTC). The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Precipitation (24 h) observations from the Norwegian weather station Tomb (WIGOS ID 0-578-0-17050, station ID 17050). Daily precipitation sum (between 06-06 UTC). The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Snow depth observations from the Norwegian weather station Fet i Eidfjord (WIGOS ID 0-20000-0-01340, station ID 49800). The depth of the snow is measured in cm from the ground to the top of the snow cover. (Code=-1 means "no snow" and can be presented as "."). The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Air pressure at sea level observations from the Norwegian weather station Rygge (WIGOS ID 0-20000-0-01494, station ID 17150). Air pressure reduced to mean sea level. The parameter is usually called QFF in aviation and shows the measured air pressure reduced to mean sea level by applying actual atmospheric conditions. The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Wind direction observations from the Norwegian weather station Drevsjø (WIGOS ID 0-20000-0-01393, station ID 700). Mean wind direction over the last ten minutes before the observation time. Wind direction is defined as the direction from which the wind blows and is registered in degrees, where 360 degrees is north and 90 degrees is east. . The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Mean wind speed observations from the Norwegian weather station Tomb (WIGOS ID 0-578-0-17050, station ID 17050). Mean wind speed is registered as a mean value of the wind speed over the last ten minutes before the observation time. (default: 10 meters above ground, some stations have measurements at 2 meters). The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Air pressure at sea level observations from the Norwegian weather station Kjevik (WIGOS ID 0-20000-0-01452, station ID 39040). Air pressure reduced to mean sea level. The parameter is usually called QFF in aviation and shows the measured air pressure reduced to mean sea level by applying actual atmospheric conditions. The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Wind direction observations from the Norwegian weather station Sola (WIGOS ID 0-20000-0-01415, station ID 44560). Mean wind direction over the last ten minutes before the observation time. Wind direction is defined as the direction from which the wind blows and is registered in degrees, where 360 degrees is north and 90 degrees is east. . The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Wind direction observations from the Norwegian weather station Tomb (WIGOS ID 0-578-0-17050, station ID 17050). Mean wind direction over the last ten minutes before the observation time. Wind direction is defined as the direction from which the wind blows and is registered in degrees, where 360 degrees is north and 90 degrees is east. . The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open -
Institutions: Norwegian Meteorological Institute
Show more...
Abstract:
Time series of Air pressure at station level observations from the Norwegian weather station Bodø (WIGOS ID 0-20000-0-01152, station ID 82290). Air pressure at the station. The parameter is usually called QFE in aviation and shows the measured air pressure reduced to the reference height of the station. The observations have been through the data collection system of the Norwegian Meteorological institute which includes a number of automated and manual quality control routines. The number of available quality control routines is parameter dependent. Note that this is a live/dynamic dataset: New observations arrive (at a pace that depends on the station and parameter) and existing observations may be corrected (even some of the very old ones).License :
Access: Open
Henrik Mohns Plass 1, 0371 Oslo, Norway
Telephone: +47 22 96 30 00 E-mail: post@met.no