CAP Alerts published by Mexico (CAP) (mx-smn)urn:wmo:md:mx-smn:cap-mx
CAP alerts published by National Weather Service, Mexico City, Mexico (mx-smn). |
Observations synoptiques horaires des stations...urn:wmo:md:cm-meteocameroon:aqkyax
WIS2node cameroun (cm-meteocameroon) |
Hourly synoptic observations from fixed-land...urn:wmo:md:be-rmib:hourly-synop
Synoptic observations in BUFR format distributed by the Royal Meteorological Institute of Belgium |
Aerodrome Observationurn:wmo:md:bn-bdmd:aviation-metar
WBSB METAR |
Aerodrome Forecasturn:wmo:md:bn-bdmd:aviation-taf
WBSB TAF |
Argo marine floats vertical profiles distributed by Coriolisurn:wmo:md:fr-ifremer-argo:cor:msg:argo
Argo is an international program to observe the interior of the ocean with a fleet of profiling floats drifting in the deep ocean currents (https://argo.ucsd.edu). Argo GDAC is a dataset of 10 billion in situ ocean observations from 20 000 profiling... |
MeteoAlarm Archive Warningsurn:wmo:md:eu-eumetnet-warnings:core.weather.advisories-warnings
Historical archive of weather warnings |
CAP alerts published by NIMH Sofia, Bulgariaurn:wmo:md:bg-nimh:core.weather.cap
CAP alerts published by National Institute of Meteorology and Hydrology, Sofia, Bulgaria |
Radiosonde ascent data from Antarcticaurn:wmo:md:uk-bas:weather.surface-based-observations.sonde-ascent
High resolution radiosonde measurements of temperature, pressure, humidity, and wind speed/direction collected during the ascent phase. From stations operated by BAS in collaboration with the Met Office. |
TEMP observations from stations (TEMP) (sa-ncm)urn:wmo:md:sa-ncm:observations.surface.temp-bufr
temp observations data from the fixed land station in Saudi Arabia |
Upper-level temperature/humidity/wind reports from...urn:wmo:md:tt-trin-met:2qaq9f
Upper Air Rawinsonde (Trinidad and Tobago) |
Hydrometcentre of Russia subseasonal probabilistic.urn:wmo:md:ru-roshydromet:urn:wmo:md:ru-roshydromet:urn:wmo:md:ru-roshydromet:urn:wmo:md:ru-roshydromet:urn:wmo:md:ru-roshydromet:urn:wmo:md:ru-roshydromet:urn:wmo:md:ru-roshydromet:neacc.forecast.subseasonal.probabilistic.global.sl-av
The SL-AV model of Hydrometcentre of Russia is used both for medium- and long-range predictions in different configurations. The SLAV072L96 configuration with 0.72x0.9 degrees lat- lon resolution is used for producing weekly subseasonal forecasts with... |
Hourly synoptic observations from fixed-land...urn:wmo:md:rw-rma:kedehn
Hourly synoptic observations from fixed-land stations (SYNOP) (rw-rma) |
Level 2 OCN (BUFR) - Sentinel-1Curn:wmo:md:int-eumetsat:sentinel-1c:sac-c:ocn
Level 2 Ocean (OCN) product. The OCN product may contain the following geophysical components derived from the SAR data: Ocean Wind field (OWI), Ocean Swell spectra (OSW), Surface Radial Velocity (RVL). OCN products are generated from all four... |
Level 2 OCN (BUFR) - Sentinel-1Durn:wmo:md:int-eumetsat:sentinel-1d:sac-c:ocn
Level 2 Ocean (OCN) product. The OCN product may contain the following geophysical components derived from the SAR data: Ocean Wind field (OWI), Ocean Swell spectra (OSW), Surface Radial Velocity (RVL). OCN products are generated from all four... |
Poseidon-4 Altimetery Level 2 High Resolution - Sentinel-6Aurn:wmo:md:int-eumetsat:sentinel-6a:poseidon-4:alt:hr
The product contain the typical altimetry measurements, like the altimeter range, the sea surface height, the wind speed, significant wave height and all required geophysical corrections and related flags derived either from RAW or RMC, or the... |
Poseidon-4 Altimetery Level 2 Low Resolution - Sentinel-6Aurn:wmo:md:int-eumetsat:sentinel-6a:poseidon-4:alt:lr
The Level 2 low resolution (LR) product is output of the LR level 2 processor. It contains the altimeter range, the sea surface height, the wind speed, significant wave height and all required geophysical corrections and related flags derived from the... |
Poseidon-4 Altimetery Level 2 High Resolution - Sentinel-6Burn:wmo:md:int-eumetsat:sentinel-6b:poseidon-4:alt:hr
The product contain the typical altimetry measurements, like the altimeter range, the sea surface height, the wind speed, significant wave height and all required geophysical corrections and related flags derived either from RAW or RMC, or the... |
Poseidon-4 Altimetery Level 2 Low Resolution - Sentinel-6Burn:wmo:md:int-eumetsat:sentinel-6b:poseidon-4:alt:lr
The Level 2 low resolution (LR) product is output of the LR level 2 processor. It contains the altimeter range, the sea surface height, the wind speed, significant wave height and all required geophysical corrections and related flags derived from the... |
Ozonesondeurn:wmo:md:org-woudc:OzoneSonde
Vertically profiled ozone levels in the atmosphere defined by ballone-borne ozone instruments. Ozonesondes are lightweight, ozone-measuring modules suitable for launching on small balloons. These balloons ascend to the stratospheric and lower... |
Total Ozone - daily observationsurn:wmo:md:org-woudc:TotalOzone
A measurement of the total amount of atmospheric ozone in a given column from the surface to the edge of the atmosphere. Ground based instruments such as spectrophotometers and ozonemeters are used to measure results daily. |
Rocketsondeurn:wmo:md:org-woudc:RocketSonde
ROCOZ data campaigns designed to survey latitude and seasonal changes in ozone densities in the stratosphere and lower mesosphere. Further information can be found at https://woudc.org/archive/Archive-NewFormat/RocketSonde_1.0_1/DSS_ROCOZ_Ozonesondes.pdf |
UV Index (hourly maximum)urn:wmo:md:org-woudc:uv_index_hourly
Developed by Canadian scientists in 1992, the ultraviolet index or UV index measures the strength of sunburn-producing ultraviolet radiation at a given location and time. The index values are calculated from measurements made by ground-based... |
Broadbandurn:wmo:md:org-woudc:Broad-band
Measurements of ultraviolet-A (UV-A), UV-B radiation and erythemally weighted UV radiation. The measurement technique utilizes colored glass optical filters to block the Sun’s visible spectra and a UV sensitive fluorescent phosphor to convert the UV... |
Lidarurn:wmo:md:org-woudc:Lidar
Temperature and ozone density data above about 25km is lidar derived. Lidar is a technology that measures distances by laser targeting to create density maps. Temperature and density below 20-25km (maximum sonde height) is that given by the nearest in... |
Multibandurn:wmo:md:org-woudc:Multi-band
Measurements include diffuse, spectral and total global radiation with several discrete, pass-band filters. Observations are made using various models of radiometers which compute direct irradiance with a nominal spectral resolution of 2-10nm at FWHM... |
Spectralurn:wmo:md:org-woudc:Spectral
Similar to broad-band, Spectral measurements involves UV radiation measured with several discrete, pass-band filters with nominal spectral resolution of 2-10nm at FWHM (Full width at half maximum) |
UmkehrN14 Level 1.0urn:wmo:md:org-woudc:UmkehrN14_1.0
Umkehr measurements are ozone profiles compiled using 14 N-values, measured with ultraviolet spectrophotometers of the ratio of zenith sky light intensities of two wavelengths in the solar ultraviolet range when the sun is near the horizon. Level 1 is... |
Total Ozone - hourly observationsurn:wmo:md:org-woudc:TotalOzoneObs
A measurement of the total amount of atmospheric ozone in a given column from the surface to the edge of the atmosphere. Ground based instruments such as spectrophotometers and ozonemeters are used to measure results hourly. |
Hourly synoptic observations from fixed-land...urn:wmo:md:mw-dccms:recommended.surface-based-observations.synop
Hourly synoptic observations from fixed-land stations (SYNOP) (mw-dccms) recommended |
Hourly synoptic observations from fixed-land...urn:wmo:md:sz-swazimet:surface-based-observations.synop
Hourly synoptic observations from fixed-land stations (SYNOP) in Eswatini |
Upper air weather observationsurn:wmo:md:il-ims:weather.observations.temp
Upper air observations measured by radiosonde stations in Israel |
Upper air radiosonde observations during TEAMx campaigneurn:wmo:md:de-dwd:weather.observations.teamx
Upper air radiosonde observations measured by the KITsonde system during the TEAMx campaign between 2025-01-16 and 2025-07-31. And DWD MME Station WIGOS-ID 0-276-9-1306. |
NOAA-18 AMSU-A data provided by station Hong Kong (hkg)urn:wmo:md:hk-hko:http:core.weather.space-based-observations.noaa-18.amsu-a
NOAA-18 AMSU-A data provided by station Hong Kong (hkg) |
Surface Weather Observationsurn:wmo:md:cy-dom:surface-based-observations.synop
Surface Observations measured at the automatic and manual stations of Department of Meteorology (DoM) Cyprus |
Surface weather observations from ships (hk-hko)urn:wmo:md:hk-hko:core.weather.surface-based-observations.ship
ship |
Hourly synoptic observations from fixed-land...urn:wmo:md:my-metmalaysia:synop-hourly
Malaysia Hourly SYNOP |
Climat summary report from fixed-land stations...urn:wmo:md:cg-met:core.climate.surface-based-observations.climat
Climat summary report from fixed-land stations (SYNOP) (cg-met) |
DoM WRF-ARW Limited-Area Deterministic Prediction Systemurn:wmo:md:cy-dom:weather.prediction.deterministic.local
Numerical Weather Prediction (NWP) data from the WRF-ARW model run by the Department of Meteorology. The data include mean-sea level pressure, precipitation, 2m temperature, upper air data and 10m wind. |
CAP Alerts published by cg-meturn:wmo:md:cg-met:7j4xdo
Alertes météorologiques en République du Congo |
Global Ensemble Prediction Modelurn:wmo:md:de-dwd:icon-eps.ALL
ICON-EPS 0.5 deg x 0.5 deg regular lat/lon grid, up to +180h every 6h, runs 00/12 UTC, various parameter, various level, various threshold |
CAP Alerts published by cg-meturn:wmo:md:cg-met:core.weather.advisories-warning
Alertes Météorologiques en République du Congo |
Surface weather observationsurn:wmo:md:il-ims:weather.observations.swob-realtime
Surface Observations measured at the automatic stations of the Israel Meteorological Service network, either for a single station, or for the stations of specific provinces and territories (last 30 days) |
Surface Weather Observationsurn:wmo:md:de-dwd:weather.observations
Surface Observations measured at the automatic and manual stations of Deutscher Wetterdienst, the German Weather Service |
Example surface weather observations GOOS Voluntary...urn:wmo:md:hk-hko:surface-weather-observations:ship
Example surface weather observations from GOOS Voluntary Observing Ships downloaded from the WIS. |
Weather RADARurn:wmo:md:cy-dom:weather.radar
Real-time, dual polarization Doppler RADAR observations from two RADAR stations of the Department of Meteorology, with WSI 0-196-0-17602 (Eliovounos, Nata, Pafos) and 0-196-0-17608 (Rizoelia, Larnaka). |
Official weather warnings and advisories in Common...urn:wmo:md:hk-hko-swic:recommended.weather.advisories-warnings
The Severe Weather Information Centre (SWIC) provides a centralised source of authoritative warnings and advisories from the alerting authorities around the world. SWIC is a core component of the WMO Global Multi-hazard Alert System framework for... |
Surface weather observationsurn:wmo:md:il-ims:weather.observations.international
Surface Observations measured at the automatic and manual international weather stations of the Israel Meteorological Service, after some manual quality control checks |
Monthly Climate Observationsurn:wmo:md:il-ims:climate.climate-monthly
CLIMAT bulletin containing climatological data sent on a monthly basis. |
Observational ship data (BUFR coded)urn:wmo:md:de-dwd:weather.observations.ship
Surface/sea level synoptic observations from marine stations and ships world wide |
Upper-level temperature/humidity/wind reports from...urn:wmo:md:ru-aviamettelecom:temp
Upper-level temperature/humidity/wind reports from fixed-land stations (TEMP) (ru-aviamettelecom) |
Drifting buoy observationsurn:wmo:md:in-imd:osycw0
Drifting Buoy data |
CrIS full channel set from NOAA DBRTNurn:wmo:md:us-cimss:dbnet.cris-fullch-viirs
CrIS radiances with all channels and VIIRS radiance cluster statistics in BUFR format ; received and processed with low latency by NOAA DBRTN at SSEC,University of Wisconsin-Madison |
CrIS full channel set from NOAA DBRTNurn:wmo:md:us-cimss:dbnet.cris-fullch
CrIS radiances with all channels in BUFR format; received and processed with low latency by NOAA DBRTN at SSEC, University of Wisconsin-Madison. |
IASI full channel set from NOAA DBRTNurn:wmo:md:us-cimss:dbnet.iasi-fullch
IASI radiances with all channels in BUFR format; received and processed with low latency by NOAA DBRTN at SSEC, University of Wisconsin-Madison. |
Weather Elements on Grid based on the Global...urn:wmo:md:ca-eccc-msc:903b7591-a5ec-4cdd-95e2-0a6cf602685b
Weather Elements on Grid (WEonG) based on the Global Deterministic Prediction System (GDPS) is a post-processing system designed to compute the weather elements required by different forecast programs (public, marine, aviation, air quality, etc.).... |
Surface Weather Observationsurn:wmo:md:de-dwd:weather.observations.GSRN
Surface Observations measured at the automatic of Deutscher Wetterdienst, the German Weather Service. The data are part of the GSRN-project, which provides additional information for the calculation of measurement uncertainties. |
Hourly synoptic observations from fixed-land...urn:wmo:md:gh-gmet:urn:wmo:md:gh-gmet:core.surface-based-observations.synop
Observations from automatic weather stations |
Hourly synoptic observations from fixed-land...urn:wmo:md:zw-msd:urn:wmo:md:zw-msd:surface-weather-observations
Observation data from MSD Zimbabwe |
Hourly synoptic observations from fixed-land...urn:wmo:md:zw-msd:surface-weather-observations
Observation data from MSD Zimbabwe. |
Coastal Flooding Risk Index [experimental]urn:wmo:md:ca-eccc-msc:5dc1e43e-1776-5df8-919e-e229819c8954
The Coastal Flooding Risk Index is a geo- and time-referenced polygon product issued by the Meteorological Service of Canada (MSC) to articulate the coastal flooding risk, impact and probability. Products are issued daily by Storm Prediction Centres... |
Daily values from land stations (DAYCLI) (bi-igebu)urn:wmo:md:bi-igebu:xztfgb
Institut Géographique du Burundi |
Operational Geophysical Data Record (BUFR) - SARALurn:wmo:md:int-eumetsat:saral:altika
The Operational Geophysical Data Record (OGDR - BUFR) is a near real-time operational product delivered to users within 3-5 hours from instrument sensing. The main geophysical parameters in the OGDR product, derived from the AltiKa Ka-band altimeter... |
Commercial Radio Occultation Level 1B dataurn:wmo:md:int-eumetsat:cro:lemur:stratos
As part of its Commercial Radio Occultation (RO) service, EUMETSAT generates bending angle L1b products in netCDF and BUFR format. These products are based on Spire L0, L1a and L1b radio occultation data procured by EUMETSAT from the contractor Spire,... |
OGDR NRT data - SWOTurn:wmo:md:int-eumetsat:swot:poseidon
Near-real time Operational Geophysical Data Record (OGDR) data from the Nadir Altimeter of the Surface Water and Ocean Topography (SWOT) mission, which has been developed jointly by the French Centre national d'études spatiales (CNES) and the U.S.... |
SRAL Level 2 Altimetry Global - Sentinel-3urn:wmo:md:int-eumetsat:sentinel-3a:sral
All Sentinel-3 NRT products are available at pick-up point in less than 3h. The products contain the typical altimetry measurements, like the altimeter range, the sea surface height, the wind speed, significant wave height and all required geophysical... |
SRAL Level 2 Altimetry Global - Sentinel-3urn:wmo:md:int-eumetsat:sentinel-3b:sral
All Sentinel-3 NRT products are available at pick-up point in less than 3h. The products contain the typical altimetry measurements, like the altimeter range, the sea surface height, the wind speed, significant wave height and all required geophysical... |
OLCI Level 2 Total Columnar Water Vapour in NRT...urn:wmo:md:int-eumetsat:sentinel-3a:olci
The TCWV data and the complementing TCWV errors are taken from the Integrated Water Vapour (IWV) data and IWV error, are extracted from the OLCI marine product in SAFE format and then encoded in BUFR format. Therefore, the documentation of the OLCI... |
OLCI Level 2 Total Columnar Water Vapour in NRT...urn:wmo:md:int-eumetsat:sentinel-3b:olci
The TCWV data and the complementing TCWV errors are taken from the Integrated Water Vapour (IWV) data and IWV error, are extracted from the OLCI marine product in SAFE format and then encoded in BUFR format. Therefore, the documentation of the OLCI... |
Atmospheric Sounding Service - Feng-Yun - 3 -...urn:wmo:md:int-eumetsat:regional:vass
EARS-VASS is composed of Level 1b MWHS and MWTS data acquired via direct broadcast reception from the FY-3 satellites. The data contain for all spectral channels and all Fields of view the calibrated and geolocated L1 data in BUFR format. MWHS has the... |
Atmospheric Motion Vectors - MSG - Indian Oceanurn:wmo:md:int-eumetsat:met09:amv
Atmospheric Motion Vectors at all heights below the tropopause, derived from 5 channels (Visual 0.8, Water Vapour 6.2, Water Vapour 7.3, Infrared 10.8 and the High Resolution Visual channel), all combined into one product. Vectors are derived by... |
All-Sky Radiances - MSG - Indian Oceanurn:wmo:md:int-eumetsat:met09:asr
The All-Sky Radiances (ASR) product contains information on mean brightness temperatures and radiances from all thermal (eg, infrared and water vapour) channels. It includes both clear and cloudy sky radiances and brightness temperatures. Applications... |
Atmospheric Motion Vectors - MSG - 0 degreeurn:wmo:md:int-eumetsat:met10:amv
Atmospheric Motion Vectors at all heights below the tropopause, derived from 5 channels (Visual 0.8, Water Vapour 6.2, Water Vapour 7.3, Infrared 10.8 and the High Resolution Visual channel), all combined into one product. Vectors are derived by... |
All-Sky Radiances - MSG - 0 degreeurn:wmo:md:int-eumetsat:met10:asr
The All-Sky Radiances (ASR) product contains information on mean brightness temperatures from all thermal (eg, infrared and water vapour) channels. It includes both clear and cloudy sky brightness temperatures. Applications and Users: Numerical... |
Atmospheric Motion Vectors (BUFR) - MTG - 0 degreeurn:wmo:md:int-eumetsat:met12:amv
The Atmospheric Motion Vector (AMV) product is realised by tracking clouds or water vapour features in consecutive FCI satellite images based on feature tracking between each pair of consecutive repeat cycles, leading to two intermediate AMV products... |
All Sky Radiance (BUFR) - MTG - 0 degreeurn:wmo:md:int-eumetsat:met12:asr
The All-Sky Radiance (ASR) product is a segmented product that provides FCI Level 1C data statistics within processing segments referred to as Field-of-Regard (FoR). The statistics are computed on the L1C radiances (for all FCI channels), brightness... |
Rapid Scan Atmospheric Motion Vectors - MSGurn:wmo:md:int-eumetsat:met11:amv
Atmospheric Motion Vectors at all heights below the tropopause, derived from 5 channels: Visual (0.8), Water Vapour (6.2), Water Vapour (7.3), Infrared (10.8) and the High Resolution Visual channel, combined into one product. The same algorithm as for... |
Operational Geophysical Data Record (BUFR) - Jason-3urn:wmo:md:int-eumetsat:jason-3:poseidon-3b
The Operational Geophysical Data Record (OGDR) - BUFR is a near real-time operational product delivered to users within 3 - 5 hours from instrument sensing. The main geophysical parameters in the OGDR product, derived from the Poseidon altimeter... |
SWIM Level 2 nadir data (BUFR) - CFOSATurn:wmo:md:int-eumetsat:cfosat:swim
Level 2 NRT data SWH, wind speed) from the Surface Waves Investigation and Monitoring (SWIM) instrument on the Chinese-French (NSOAS/CNES) CFOSAT satellite. Nadir data extracted from L2 NRT netCDF files and encoded to BUFR using the Sentinel-6 BUFR template. |
Hourly synoptic observations from fixed-land...urn:wmo:md:dz-meteoalgerie:surface-weather-observations
Hourly synoptic observations from fixed-land stations (SYNOP) (dz-meteoalgerie) |
Upper-level temperature/humidity/wind reports from...urn:wmo:md:dz-meteoalgerie:surface-based-observations:temp
Upper-level temperature/humidity/wind reports from fixed-land stations |
AMSU-A Level 1B - Metop-B - Globalurn:wmo:md:int-eumetsat:metop-b:amsu-a:glb
The Advanced Microwave Sounding Unit-A (AMSU-A) is a 15-channel microwave radiometer that is used for measuring global atmospheric temperature profiles and will provide information on atmospheric water in all of its phases (with the exception of small... |
AVHRR Atmospheric Motion Vectors (BUFR) - Metop-B - Globalurn:wmo:md:int-eumetsat:metop-b:avhrr:amvgb
Tropospheric winds derived globally using the tandem configuration of Metop-B and Metop-C AVHRR instruments. Two complementary products are generated considering either Metop-B or Metop-C as the reference platform. Atmospheric motion vectors (AMVs)... |
AMSU-A Level 1B - Metop-B - Regionalurn:wmo:md:int-eumetsat:metop-b:amsu-a:reg
Sounder data are produced by a set of the instruments making up the Advanced TIROS Operational Vertical Sounder (ATOVS) and are used to obtain information about the vertical profile of temperature and humidity in the atmosphere. The radiation... |
AVHRR Atmospheric Motion Vectors (BUFR) - Metop-B - Polarurn:wmo:md:int-eumetsat:metop-b:avhrr:amvpl
Winds at all heights below the tropopause in the polar regions (latitudes higher than 55º), derived from the Metop AVHRR instrument IR 10.8 channel. Atmospheric motion vectors (AMVs) are a valuable observation type for providing dynamical information... |
AVHRR Atmospheric Motion Vectors (triplet mode)...urn:wmo:md:int-eumetsat:metop-b:avhrr:amvtp
Tropospheric winds derived from the Metop AVHRR instrument IR 10.8 channel, and using 3 consecutive images from the two current Metop satellites. Atmospheric motion vectors (AMVs) are a valuable observation type for providing dynamical information for... |
GRAS Level 1B - Metop-B - Globalurn:wmo:md:int-eumetsat:metop-b:gras:glb
The GNSS (Global Navigation Satellite System) Receiver for Atmospheric Sounding (GRAS) probes the vertical profile of the atmosphere by observing GPS (Global Positioning Satellite) in a limb sounding geometry. GRAS observes rising and setting... |
IASI Level 1 Principal Component Scores - Metop-B - Globalurn:wmo:md:int-eumetsat:metop-b:iasi:l1pcs
The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally... |
IASI Trace Gases - Metop-Burn:wmo:md:int-eumetsat:metop-b:iasi:l2trg
The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally... |
IASI Level 1 - 500 Selected Channels and Principal...urn:wmo:md:int-eumetsat:metop-b:iasi:reg
The IASI principal component scores product contains IASI radiance spectra (see the IASI GDS L1C), compressed by the Principal Component Analysis method. Calibrated and geolocated IASI observations in a combined product containing both 300 Principal... |
MHS Level 1B - Metop-B - Globalurn:wmo:md:int-eumetsat:metop-b:mhs:glb
The Microwave Humidity Sounder (MHS) is a 5 channel instrument used to provide input to the retrieval of surface temperatures, emissivities, and atmospheric humidity. In combination with AMSU-A information it can also be used to process precipitation... |
MHS Level 1B - Metop-B - Regionalurn:wmo:md:int-eumetsat:metop-b:mhs:reg
Sounder data are produced by a set of the instruments making up the Advanced TIROS Operational Vertical Sounder (ATOVS) and are used to obtain information about the vertical profile of temperature and humidity in the atmosphere. The radiation... |
IASI Ozone - Metop-Burn:wmo:md:int-eumetsat:metop-b:iasi:l2ozo
The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally... |
IASI Sulphur dioxide - Metop-Burn:wmo:md:int-eumetsat:metop-b:iasi:l2soa2
Near Real Time Sulphur Dioxide global product based on IASI measurements. This is a total column product, but several alternative columns are available for the user, each using different assumptions on the mean plume height: 7 km, 10 km, 13 km, 19 km,... |
IASI Level 1C - Reduced Spectral Samples - Metop-B - Globalurn:wmo:md:int-eumetsat:metop-b:iasi:l1red
This product covers the reduced spectral samples (500 channels). The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with... |
AMSU-A Level 1B - Metop-C - Globalurn:wmo:md:int-eumetsat:metop-c:amsu-a:glb
The Advanced Microwave Sounding Unit-A (AMSU-A) is a 15-channel microwave radiometer that is used for measuring global atmospheric temperature profiles and will provide information on atmospheric water in all of its phases (with the exception of small... |
IASI Surface Emissivity - Metop-Burn:wmo:md:int-eumetsat:metop-b:iasi:l2ems
The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally... |
IASI Cloud parameters - Metop-Burn:wmo:md:int-eumetsat:metop-b:iasi:l2clp
The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally... |
IASI Atmospheric Temperature Water Vapour and...urn:wmo:md:int-eumetsat:metop-b:iasi:l2twt
The main objective of the Infrared Atmospheric Sounding Interferometer (IASI) is to provide high resolution atmospheric emission spectra to derive temperature and humidity profiles with high spectral and vertical resolution and accuracy. Additionally... |
AVHRR Atmospheric Motion Vectors (BUFR) - Metop-C - Globalurn:wmo:md:int-eumetsat:metop-c:avhrr:amvgb
Tropospheric winds derived globally using the tandem configuration of Metop-C and Metop-C AVHRR instruments. Two complementary products are generated considering either Metop-C or Metop-C as the reference platform. Atmospheric motion vectors (AMVs)... |
