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VI Hotine-Marussi Symposium on Theoretical and Computational Geodesy

Part of the International Association of Geodesy Symposia Book Series (volume 132)

Editors: Xu, Peiliang; Liu, Jingnan; Dermanis, Athanasios

DOI: 10.1007/978-3-540-74584-6

ISBN: 978-3-540-74583-9

Publisher: Springer Berlin Heidelberg - Springer Journals

Jan 1, 2008

1 - 10 of 58 Chapters

LitStream

Do We Need New Gravity Field Recovery Techniques for the New Gravity Field Satellites?

Ilk, K.H.; Löcher, A.; Mayer-Gürr, T.

Pages: 3 –9

[The classical approach of satellite geodesy consists in deriving the spherical harmonic coefficients representing the gravitational potential from an analysis of accumulated orbit perturbations of artificial satellites with different altitudes and orbit inclinations. This so-called differential...
LitStream

A Localizing Basis Functions Representation for Low–Low Mode SST and Gravity Gradients Observations

Keller, W.

Pages: 10 –16

[For geophysical/ oceanographic/ hydrological applications of dedicated gravity field missions regional gravity field solutions are of higher interest than the usual global solutions. In order to derive regional solutions, so-called in-situ observations like line-of-sight accelerations or...
LitStream

Gravity Field Modeling on the Basis of GRACE Range-Rate Combinations

Ditmar, P.; Liu, X.

Pages: 17 –22

[A new functional model is proposed for gravity field modeling on the basis of KBR data from the GRACE satellite mission. This functional model explicitly connects a linear combination of gravitational potential gradients with a linear combination of range-rate measurements at several successive...
LitStream

The Torus Approach in Spaceborne Gravimetry

Xu, C.; Sideris, M.G.; Sneeuw, N.

Pages: 23 –28

[Direct global gravity field recovery from the dedicated gravity field satellite missions Champ, Grace and Goce is a very demanding task. This has led to so-called semi-analytical schemes that are usually classified as either space-wise or time-wise under certain approximations and assumptions....
LitStream

Gravity Recovery from Formation Flight Missions

Sneeuw, N.; Sharifi, M.A.; Keller, W.

Pages: 29 –34

[We present a proof-of-concept of gravity field recovery from satellite-to-satellite tracking (sst) in formation flight (ff). Three orbit types will be investigated: grace-type sst, co-orbital ff on a 2:1 relative ellipse, and out-of-plane ff on a circular relative orbit. All formations have...
LitStream

GRACE Gravity Model Derived by Energy Integral Method

Wang, Z.T.; Li, J.C.; Chao, D.B.; Jiang, W.P.

Pages: 35 –42

[Based on the energy integral equation of satellite orbit-motion, some applied computation formulas for Earth gravity field recovery from satellite to satellite tracking data are presented, in which a strict expression of the difference of kinetic energy between two satellites on the same orbit...
LitStream

Robust Estimation and Robust Re-Weighting in Satellite Gravity Modelling

Loon, J.P. van

Pages: 43 –48

[In this paper, we will discuss robust estimation and robust re-weighting techniques for the analysis of data from the space-gravimetric missions (CHAMP, GRACE, and GOCE in the near future). The stochastic and the functional models of these data are not perfectly known beforehand, and the data...
LitStream

Topographic and Isostatic Reductions for Use in Satellite Gravity Gradiometry

Wild, F.; Heck, B.

Pages: 49 –55

[Gravity gradiometry is strongly sensitive to the gravity field induced by the topographic and isostatic masses of the Earth. The downward continuation of the gravitational signals from satellite height to sea level is rather difficult because of the high frequency behaviour of the combined...
LitStream

Gravity Change After the First Water Impoundment in the Three-Gorges Reservoir, China

Sun, S.; Xiang, A.; Shen, C.; Zhu, P.; Chao, B.F.

Pages: 56 –61

[This paper presents the high-precision gravity survey for the gravity changes resulting from the water load, crustal deformation and underground water level change, before and after the first (2003) water impoundment of the Three-Gorges Reservoir. We find: (i) Close to the dam, the gravity...
LitStream

Continental Water Storage Changes from GRACE Line-of-Sight Range Acceleration Measurements

Chen, Y.; Schaffrin, B.; Shum, C.K.

Pages: 62 –66

[Spaceborne gravimetry such as GRACE provides a unique opportunity to observe basin-scale surface and subsurface global water storage changes with unprecedented accuracy and temporal and spatial coverages. The contemporary methodology to process GRACE data for hydrologic studies is in terms of...

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