Hydrogeodesy, a relatively new field within the earth sciences, is the analysis of the
distribution and movement of terrestrial water at Earth's surface using measurements of …

The Earth's surface fluid mass redistribution, eg, groundwater depletion and severe drought,
causes the elastic surface deformation, which can be measured by global positioning …

Using the measurements of 750 GPS stations around the Tibetan Plateau for over 10 years
since 1999, we derived a high‐resolution 3‐D velocity field for the present‐day crustal …

We evaluate the benefits of space‐derived ground deformation measurements for basin‐
wide characterization of aquifer‐system properties and groundwater levels. We use …

Groundwater use in California's San Joaquin Valley exceeds replenishment of the aquifer,
leading to substantial diminution of this resource,,, and rapid subsidence of the valley floor …

Establishing what controls the timing of earthquakes is fundamental to understanding the
nature of the earthquake cycle and critical to determining time-dependent earthquake …

We estimate the rates and patterns of vertical land motion (VLM) on all locations on Earth's
land surface using GPS Imaging. The solution is based on a large database of uniformly …

Seasonal signals in GPS time series are of great importance for understanding the evolution
of regional mass fluctuations, ie, ice, hydrology, and ocean mass. Conventionally these …

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 …

We systematically investigate the spatiotemporal water storage changes in Taiwan using
geodetic (GNSS and GRACE) and hydrological (precipitation, GLDAS and LSDM …