Knowledge of the earth's gravity field continued to increase during the last four years. Altimetry data from the GEOS-3 satellite has provided the geoid over most of the ocean to an accuracy of about one meter. Increasing amounts of laser data has permitted the solution for 566 terms in the gravity field with which orbits of the GEOS-3 satellite have been computed to an accuracy of about one to two meters. The combination of satellite tracking data, altimetry and gravimetry has yielded a solution for 1360 terms in the earth's gravity field. A number of problems remain to be solved to increase the accuracy of the gravity field determination. New satellite systems would provide gravity data in unsurveyed areas and correction for topographic f...
Gravity anomalies have been recovered in the North Atlantic and the Indian Ocean regions. Comparison...
Linear estimation theory, along with a new technique to compute relative data weights, was applied t...
Improved models of the Earth's gravitational field have been developed from conventional tracking da...
A satellite-to-satellite tracking experiment is planned between ATS-F and GEOS-C with a range accura...
Progress in the following areas is described: refining altimeter and altimeter crossover measurement...
An improved model for the Earth's gravity field, TEG-1, was determined using data sets from fourteen...
A number of detailed gravimetric geoids of portions of the world's oceans from marine gravity measur...
Geodetic parameters describing the earth's gravity field and the positions of satellite-tracking sta...
The determination of the Earth's gravitational potential can be done through the analysis of satelli...
A new set of 1 deg x 1 deg mean free air anomalies was used to construct a gravimetric geoid by Stok...
Current knowledge of the Earth’s gravity field and its geoid, as derived from various observing tech...
Major new computations of terrestrial gravitational field models were performed by the Geodynamics B...
One of the fundamental problems of modern geodesy is precise definition of the gravitational field a...
Various techniques for using satellite technology to determine the earth's gravity field are analyze...
Plate tectonics and its contribution to progress in studies of the Earth's gravitational field is di...
Gravity anomalies have been recovered in the North Atlantic and the Indian Ocean regions. Comparison...
Linear estimation theory, along with a new technique to compute relative data weights, was applied t...
Improved models of the Earth's gravitational field have been developed from conventional tracking da...
A satellite-to-satellite tracking experiment is planned between ATS-F and GEOS-C with a range accura...
Progress in the following areas is described: refining altimeter and altimeter crossover measurement...
An improved model for the Earth's gravity field, TEG-1, was determined using data sets from fourteen...
A number of detailed gravimetric geoids of portions of the world's oceans from marine gravity measur...
Geodetic parameters describing the earth's gravity field and the positions of satellite-tracking sta...
The determination of the Earth's gravitational potential can be done through the analysis of satelli...
A new set of 1 deg x 1 deg mean free air anomalies was used to construct a gravimetric geoid by Stok...
Current knowledge of the Earth’s gravity field and its geoid, as derived from various observing tech...
Major new computations of terrestrial gravitational field models were performed by the Geodynamics B...
One of the fundamental problems of modern geodesy is precise definition of the gravitational field a...
Various techniques for using satellite technology to determine the earth's gravity field are analyze...
Plate tectonics and its contribution to progress in studies of the Earth's gravitational field is di...
Gravity anomalies have been recovered in the North Atlantic and the Indian Ocean regions. Comparison...
Linear estimation theory, along with a new technique to compute relative data weights, was applied t...
Improved models of the Earth's gravitational field have been developed from conventional tracking da...