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Improved constraints on models of glacial isostatic adjustment: a review of the contribution of ground-based geodetic observations
The provision of accurate models of Glacial Isostatic Adjustment (GIA) is presently a priority
need in climate studies, largely due to the potential of the Gravity Recovery and Climate …
need in climate studies, largely due to the potential of the Gravity Recovery and Climate …
GPS as an independent measurement to estimate terrestrial water storage variations in Washington and Oregon
Abstract The Global Positioning System (GPS) measures elastic ground loading deformation
in response to hydrological mass variations on or near Earth's surface. We present a time …
in response to hydrological mass variations on or near Earth's surface. We present a time …
A 10-year comparison of water levels measured with a geodetic GPS receiver versus a conventional tide gauge
A standard geodetic GPS receiver and a conventional Aquatrak tide gauge, collocated at
Friday Harbor, Washington, are used to assess the quality of 10 years of water levels …
Friday Harbor, Washington, are used to assess the quality of 10 years of water levels …
On seasonal signals in geodetic time series
We explore implications for modeling and noise analysis of stochastic seasonal processes
of climatic origin in geodetic time series. Seasonal signals are generally modeled as …
of climatic origin in geodetic time series. Seasonal signals are generally modeled as …
On the significance of periodic signals in noise analysis of GPS station coordinates time series
Each of the GPS-derived time series consists of the deterministic (functional) and stochastic
part. We propose that the deterministic part includes all periodicities from 1st to 9th …
part. We propose that the deterministic part includes all periodicities from 1st to 9th …
Annual variations of monsoon and drought detected by GPS: A case study in Yunnan, China
Abstract The Global Positioning System (GPS) records monsoonal precipitable water vapor
(PWV) and vertical crustal displacement (VCD) due to hydrological loading, and can thus be …
(PWV) and vertical crustal displacement (VCD) due to hydrological loading, and can thus be …
Detecting time-varying seasonal signal in GPS position time series with different noise levels
The coordinate time series determined with the Global Positioning System (GPS) contain
annual and semi-annual periods that are routinely modeled by two periodic signals with …
annual and semi-annual periods that are routinely modeled by two periodic signals with …
Noise characteristics of high‐rate multi‐GNSS for subdaily crustal deformation monitoring
Abstract High‐rate GPS (Global Positioning System) has the potential to record crustal
motions on a wide subdaily timescale from seconds to hours but usually fails to capture …
motions on a wide subdaily timescale from seconds to hours but usually fails to capture …
Long GPS coordinate time series: multipath and geometry effects
Within analyses of Global Positioning System (GPS) observations, unmodeled subdaily
signals propagate into long‐period signals via a number of different mechanisms. In this …
signals propagate into long‐period signals via a number of different mechanisms. In this …
Integrating GPS with GLONASS for high‐rate seismogeodesy
High‐rate GPS is a precious seismogeodetic tool to capture coseismic displacements
unambiguously and usually improved by sidereal filtering to mitigate multipath effects …
unambiguously and usually improved by sidereal filtering to mitigate multipath effects …