An update on the status of the monitoring and use of AMVs at ECMWF is presented, with a particular focus on Meteosat 8 AMVs, which have been assimilated operationally at ECMWF since June 2005. Other monitoring and assimilation activities have included the transition from GOES 9 to JMA’s MTSAT-1R and the arrival of a new product from CMA’s FY-2C
Meteosat-8 commenced routine operations on January 29th 2004. EUMETSAT currently generates atmospher...
Data from the ATOVS series of instruments continue to play a major role in the ECMWF assimilation sy...
The work on Atmospheric Motion Vectors (AMV) at the Hungarian Meteorological Service (HMS) started w...
A review of the status of Atmospheric Motion Vectors (AMVs), monitored and assimilated operationally...
Atmospheric Motion Vectors (AMVs) play an important role in ECMWF’s observing system, notably provid...
Atmospheric motion vectors (AMVs) have been assimilated operationally in the Met Office global model...
EUMETSAT currently derives meteorological products operationally from four geostationary satellites....
The operational near-real time wind generation is at EUMETSAT based on two generations of geostation...
The generation of Atmospheric Motion Vectors (AMVs) from geostationary satellite data at EUMETSAT ha...
The Group of Meteorological Satellite (CGMS) has been recommending the standardization of Atmospheri...
Atmospheric Motion Vector (AMV) is one of important meteorological products derived from satellite d...
The usage of Atmospheric Motion Vectors (AMVs) in the BUFR-encoded dataset (BUFR AMVs) generated fro...
Atmopsheric motion vectors (AMVs) are a valuable observation type for providing dynamical informatio...
The advent of the Meteosat Second Generation (MSG) provides many new opportunities for improved deri...
In August 2002 as the first Meteosat Second Generation satellite was launched a new era started at E...
Meteosat-8 commenced routine operations on January 29th 2004. EUMETSAT currently generates atmospher...
Data from the ATOVS series of instruments continue to play a major role in the ECMWF assimilation sy...
The work on Atmospheric Motion Vectors (AMV) at the Hungarian Meteorological Service (HMS) started w...
A review of the status of Atmospheric Motion Vectors (AMVs), monitored and assimilated operationally...
Atmospheric Motion Vectors (AMVs) play an important role in ECMWF’s observing system, notably provid...
Atmospheric motion vectors (AMVs) have been assimilated operationally in the Met Office global model...
EUMETSAT currently derives meteorological products operationally from four geostationary satellites....
The operational near-real time wind generation is at EUMETSAT based on two generations of geostation...
The generation of Atmospheric Motion Vectors (AMVs) from geostationary satellite data at EUMETSAT ha...
The Group of Meteorological Satellite (CGMS) has been recommending the standardization of Atmospheri...
Atmospheric Motion Vector (AMV) is one of important meteorological products derived from satellite d...
The usage of Atmospheric Motion Vectors (AMVs) in the BUFR-encoded dataset (BUFR AMVs) generated fro...
Atmopsheric motion vectors (AMVs) are a valuable observation type for providing dynamical informatio...
The advent of the Meteosat Second Generation (MSG) provides many new opportunities for improved deri...
In August 2002 as the first Meteosat Second Generation satellite was launched a new era started at E...
Meteosat-8 commenced routine operations on January 29th 2004. EUMETSAT currently generates atmospher...
Data from the ATOVS series of instruments continue to play a major role in the ECMWF assimilation sy...
The work on Atmospheric Motion Vectors (AMV) at the Hungarian Meteorological Service (HMS) started w...