Geophysical Research Letters · 1986 · 58 citations · 19 references
Natural SciencesEarth SciencesMeteorologyAtmospheric DynamicsAtmospheric ScienceMesoscale MeteorologyAtmospheric WavesPlanetary Boundary LayerPlanetary WavesStratospheric DynamicsStratospheric MeteorologySurface Wave DynamicsEasterly Jet DynamicsMesospheric WavesPlanetary Wave DynamicsPlanetary Wave PropagationPlanetary-scale WavesStratospheric JetsTropical Easterly JetTropospheric Wave Dynamics
Analysis of temperatures retrieved from satellite limb radiance measurements of the stratosphere and mesosphere during January‐February 1979 reveals 3 prominent waves: wave number 3 with period 2.1 days, wave number 4 with period 1.8 days, and wave number 1 with period approximately 9 days. Each of these has maximum amplitude in the equatorward shear zone of the summer mesospheric easterly jet and propagates westward. Characteristics of the 1.8 day wave number 4 mode indicate that it arises from instability of the jet. The set of three waves may comprise an interacting triad.
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