2008
DOI: 10.1590/s0102-77862008000200008
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Estimativa do vento para os baixos níveis utilizando imagens dos canais visível e infravermelho próximo 3.9 µm

Abstract: RESUMOEste trabalho apresenta o desenvolvimento de um modelo para estimar a direção e velocidade do vento na baixa troposfera, com base no deslocamento de nuvens. O vento em baixos níveis é estimado a partir de um método automático, que utiliza como dados, as imagens dos canais visível e infravermelho próximo (3,9 μm), ambos do satélite geoestacionário GOES-12. Para a estimativa do vento em baixos níveis, durante o período diurno, utilizou-se o canal visível e para o período noturno o canal infravermelho próxi… Show more

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Cited by 2 publications
(1 citation statement)
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“…Atmospheric motion vectors are based on the advanced algorithm version developed by the European Space Operations Centre (Schmetz et al 1993;Laurent 1993). The algorithm was improved at CPTEC-INPE (Machado and Ceballos 2000;Laurent et al 2002;Negri and Machado 2008) using cloud or water vapor structures tracked from successive image sequences as tracers to estimate the wind speed and direction. Wind information is very important to monitor in real time the growth of short waves, normally associated with intense convection.…”
Section: Atmospheric Motion Vectors (Amvs)mentioning
confidence: 99%
“…Atmospheric motion vectors are based on the advanced algorithm version developed by the European Space Operations Centre (Schmetz et al 1993;Laurent 1993). The algorithm was improved at CPTEC-INPE (Machado and Ceballos 2000;Laurent et al 2002;Negri and Machado 2008) using cloud or water vapor structures tracked from successive image sequences as tracers to estimate the wind speed and direction. Wind information is very important to monitor in real time the growth of short waves, normally associated with intense convection.…”
Section: Atmospheric Motion Vectors (Amvs)mentioning
confidence: 99%