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Clouds, precipitation and radiation - MSG-CPP products
The Cloud Physical Properties (CPP) algorithm is being developed at KNMI to derive cloud, precipitation and radiation products from satellite instruments such as SEVIRI onboard... -
Meteo surface - validated and gapfilled observations of common atmospheric...
Validated and gapfilled meteorological surface observations of precipitation, visibility, radiation, air pressure, wind speed, wind direction, temperature and dew point at... -
Cloud-modified UV index
Cloud-free and cloud-modified UV index data for an area covering The Netherlands for each quarter of an hour from 03:00 UTC up to and including 21:45 UTC, both in the usual non-... -
Meteo data - actual synoptic observations KNMI the Netherlands per 10 minutes
KNMI collects observations from the automatic weather stations situated in the Netherlands and BES islands on locations such as aerodromes and North Sea platforms. In addition,... -
Radiation - transformed daily global radiation, KNMI14, Netherlands
Transformed daily time series for global radiation for the KNMI'14 scenarios for around 2030, 2050 and 2085 for 14 stations in the Netherlands (revised 2015). Can also be... -
Radiation - BSRN irradiance data at 1 minute interval at Cabauw
Dataset contains direct, diffuse, global and downward longwave irradiances at 60 seconds time resolution. Dataset also contains air temperature, relative humidity and air... -
Radiation - validated and gapfilled surface long and shortwave radiation,...
Validated and gapfilled short wave and longwave in and outgoing radiation at the surface from Cabauw on a 10-minute basis. For more information about how to interpret the data,... -
KNMI’23 climate scenario data for official data portal with extra variables
The KNMI'23 climate scenarios are based on 240 years (8 ensembles of 30 years each) of RACMO (Regional Atmospheric Climate Model) v2.3 data for every horizon/scenario. The data... -
KNMI’23 climate scenario data for official data portal
The KNMI'23 climate scenarios are based on 240 years (8 ensembles of 30 years each) of RACMO (Regional Atmospheric Climate Model) v2.3 data for every horizon/scenario. The data...