Add to ORKGAtmopsheric motion vectors (AMVs) are a valuable observation type for providing dynamical information for forecast models. They are produced by tracking clouds or gradients in water vapour through successive satellite images. AMVs have been assimilated in forecast models since the 1980s. Traditionally they are generated using imagery from geostationary satellites, which monitor a constant region of the Earth. AMVs are produced at several centres including EUMETSAT in Europe, NESDIS in the USA, JMA in Japan, CMA in China and IMD in India
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
AMV is a product derived by tracing the movement of individual cloud (VIS and IR1) or water vapor (I...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
AMV is a product derived by tracing the movement of individual cloud patterns in successive Himawar...
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
AMV is a product derived by tracing the movement of individual cloud (VIS and IR1) or water vapor (I...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
The Atmospheric Motion Vector(AMV) is the atmospheric movement direction, speed and height products ...
AMV is a product derived by tracing the movement of individual cloud patterns in successive Himawar...
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...
Atmospheric motion over a wide area can be derived by tracing the movement of individual cloud or wa...