Validation of MISR aerosol geophysical product with AERONET ground-based optical depth and sky radiance measurements
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MISR AERONET validation↗
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Results for “Geophysical”
Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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QuikSCAT geophysical model function for precipitation and extreme high wind
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scatterometer precipitation ocean wind↗
QuikSCAT geophysical model function for hurricane wind and rain
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scatterometer hurricane rain↗
QuikSCAT geophysical model function for hurricane wind and rain
The SeaWinds scatterometer on the QuikSCAT spacecraft has been operating since August 1999 to provide global mapping of ocean winds.
scatterometer hurricane rain↗
Compressing massive geophysical data sets using vector quantization
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Multi-angle Imaging SpectroRadiometer (MISR) quant↗
Imaging the earth from space: applications in geology and geophysics
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remote sensing visible near infrared thermal radar↗
Overview of geophysical and biological applications of SeaWinds scatterometer on QuikSCAT Satellite
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wind ecosystem ringed seal↗
QuickSCAT Geophysical Model Function and Imaging of Tropical Cyclone Winds
The feasibility of spaceborne scatterometers for the measurements of tropical cyclone wind fields has been investigated with the data from the Sea Winds scatterometer on QuickSCAT.
scatterometer ocean winds↗
Interplanetary Medium and Geophysical Phenomena During Geomagnetic Storms
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geomagnetic storms space weather JASTP↗
QuikScat Geophysical Model Function and High-Resolution Imaging of Tropical Cyclone Winds
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Scatterometer Ocean Winds Tropical Cyclone↗
Quikscat Geophysical Model Function and High-Resolution Imaging of Tropical Cyclone Winds
The feasibility of Quikscat for the measurements of tropical cyclone wind fields has been investigated with the data from seven hurricanes.
Ocean Winds Hurricanes Scatterometer↗
Geocenter Variations Caused by Mass Redistribution of Surface Geophysical Processes
Both surface and internal mass redistribution causes geocenter variations. The global surface mass redistribution can be measured or modeled and is considered as the primary contributor to the geocenter variations on seasonal time scale.
surface internal mass redistribution geocenter var↗
Geophysical Science Results from Radio Tracking of Mars Pathfinder
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doppler range measurements Mars' pole of rotation ↗
MISR Radiometric Uncertainty analyses and their Utilization within Geophysical Retrievals
The multi-angle Imaging SpecroRadiometer (MISR) instrument is to be launched with the Earth Observing System EOS-AM1 spacecraft in 1998.
Radiometry↗
The RADARSAT Geophysical Processor System (RGPS)
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ScanSAR radar imagery age distribution of ice rada↗
Geophysical Investigations of Australian Impact Craters
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impact origin Mt. Toondina gravity surveys↗
Oceanic Sea Level Height Changes, Atmospheric Pressure Fluctuations and Temporal Geopotential Variations as Geophysical Indicators
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IUGG Oceans IAG PS JS2 Lageos I↗
(abstract) Altimeter Calibration and Geophysical Monitoring from Collocated Measurements at the Harvest Oil Platform
Prior to the launch of TOPEX/ Poseidon in August 1992, NASA established its primary in situ verification site on the Harvest oil platform located in the Pacific Ocean off the coast of central California. Data from a suite of geodetic and oceanographic instruments attached to the platform have been combined to yield a precise record of absolute sea level simce the beginning of the mission. Critical to the computation of this geocentric sea level record is the precise determination of the platform geodetic height and the vertical velocity in the global terrestrial reference frame.We compare estimates of the platform height and vertical velocity from global positioning system (GPS) data alone and from a combination of GPS and satellite laser ranging (SLR) information. Current estimates suggest the platform is subsiding at a rate of about 8 mm per year. This height information is combined with in situ tide gauge measurements of sea level relative to a platform reference mark in order to produce a continuous record of the local geocentric sea height.
Pacific Ocean geodetics oceanographic geocentric s↗