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Found 8 results.

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MKonthly assessment of TPW for Europe

Assessment texts on monthly mean tropospheric precipitable water, provided by ECSM - European Climate System Monitoring, WMO Regional Climate Centre (RCC) on Climate Monitoring

Monthly means of TPW for Europe

Maps of monthly mean values of precipitable water derived from SATEM bulletins by gridding to 5x5 degree grid and interpolation to a 1x1 degree grid.(near realtime product), provided by WMO Regional Climate Centre (RCC) on Climate Monitoring

Monthly anomalies of TPW for Europe

Maps of monthly anomalies of precipitable water derived from SATEM bulletins by gridding to 5x5 degree grid and interpoation to a 1x1 degree grid (reference period 1980-2005), (near realtime product), provided by WMO Regional Climate Centre (RCC) on Climate Monitoring

Monthly validation of TPW for Europe

Graphs on validation of mean tropospheric precipitable water product, provided by ECSM - European Climate System Monitoring, WMO Regional Climate Centre (RCC) on Climate Monitoring

Monthly normals of TPW 1980-2005 for Europe

Maps of longterm monthly means (1980-2005) of precipitable water derived from SATEM bulletins by gridding to 5x5 degree grid and interpolation to a 1x1 degree grid, provided by WMO Regional Climate Centre (RCC) on Climate Monitoring

TPW for Europe

Monthly maps (mean and anomaly) and texts to precipitable water analyses based on SATEM and TEMP reports , provided by WMO RA VI Regional Climate Centre (RCC) an Climate Monitoring

GFZ GNSS-derived precipitable water vapor for climate reference network GRUAN

The Global Climate Observing System (GCOS) Reference Upper Air Network (GRUAN, https://www.gruan.org/ ) of the World Meteorological Organization (WMO) is an international observing network, designed to meet climate requirements. Upper air observations within the GRUAN network will provide long-term high-quality climate records. A GNSS receiver is part of the GRUAN station equipment with highest priority for measuring of atmospheric water vapor. GRUAN observations are intended to provide long-term high-quality data for the reliable determination of climatological trends and to provide further insight into atmospheric processes. Precise GNSS data analysis is a key to reach data quality on the highest level. Due to its long-term experience in GNSS data processing, GFZ was selected as a Central GRUAN GNSS Data Processing Centre. This data publicatoion includes the GRUAN Data Product (GDP) of GFZ: GNSS Precipitable Water (PW).

GFZ GNSS-derived precipitable water vapor for climate reference network GRUAN

The Global Climate Observing System (GCOS) Reference Upper Air Network (GRUAN, https://www.gruan.org/ ) of the World Meteorological Organization (WMO) is an international observing network, designed to meet climate requirements. Upper air observations within the GRUAN network will provide long-term high-quality climate records. A GNSS receiver is part of the GRUAN station equipment with highest priority for measuring of atmospheric water vapor. GRUAN observations are intended to provide long-term high-quality data for the reliable determination of climatological trends and to provide further insight into atmospheric processes. Precise GNSS data analysis is a key to reach data quality on the highest level. Due to its long-term experience in GNSS data processing, GFZ was selected as a Central GRUAN GNSS Data Processing Centre. This data publicatoion includes the GRUAN Data Product (GDP) of GFZ: GNSS Precipitable Water (PW).

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