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Please use this identifier to cite or link to this item: http://hdl.handle.net/2014/26049

Title: (abstract) Altimeter Calibration and Geophysical Monitoring from Collocated Measurements at the Harvest Oil Platform
Authors: Haines, B. J.
Christensen, E. J.
Norman, R. A.
Parke, M. E.
Born, G. H.
Gill, S. K.
Issue Date: 23-Jul-1996
Citation: Brisbane, Australia
Abstract: 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.
URI: http://hdl.handle.net/2014/26049
Appears in Collections:JPL TRS 1992+

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