Titlebook: New Horizons in Occultation Research; Studies in Atmospher Andrea Steiner,Barbara Pirscher,Gottfried Kircheng Book 20091st edition Springer

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EXUDE

Sampling of the Diurnal Tide of Temperature Using Formosat-3/COSMIC Data to determine the temperature diurnal tide typical for one month, i.e., on a monthly basis. In this initial study on the topic we investigated the diurnal amplitude and phase between 4?km and 35?km altitude in different geographical regions in July 2007. The tropical diurnal tide shows a distinctive

outset

Recent Advances in the Study of Stratospheric Wave Activity Using COSMIC and CHAMP GPS-ROzed and parameterized in models because their cumulative effect on the atmosphere is important. GPS Radio Occultation (RO) satellites are able to measure the temporal and spatial evolution of gravity waves with global coverage. COSMIC enables their study at a much higher temporal and spatial resolut

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Recent Advances in Gravity Wave Analysis from Long Term Global GPS Radio Occultation Observationsderable intense gravity wave activity (WA) at middle latitudes near to the Andes Range. WRF (Weather Research and Forecasting) and MM5 (Mesoscale Model 5) mesoscale model results for two selected cases in the vicinity of RO lines of tangent points, confirm an intense activity near to the mountains.

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New Applications and Advances of the GPS Radio Occultation Technology as Recovered by Analysis of thures. A possibility exists to measure important parameters of internal waves: the intrinsic phase speed, the horizontal wind perturbations, and, under some assumptions, the intrinsic frequency as function of height in the atmosphere. A new technique was applied to measurements provided during CHAlle

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Climatologies Based on Radio Occultation Data from CHAMP and Formosat-3/COSMICe they can be traced, at least in principle, to the international standard for the second. The special climate utility of RO data arises from their accuracy and long-term stability due to self-calibration. The German research satellite CHAMP (CHAllenging Minisatellite Payload for geoscientific resea

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