Abstract The Global Positioning System (GPS) is an important tool to observe and model
geodynamic processes such as plate tectonics and post-glacial rebound. In the last three …

Using measurements of continuous GPS stations and GRACE across the southeastern
Tibetan Plateau, we found that the GRACE-derived vertical displacements are highly …

GNSS coordinate time series data for permanent reference stations often suffer from
random, or even continuous, missing data. Missing data interpolation is necessary due to …

The morphological changes of unstable areas can be identified using different
methodologies that allow repeated surveys over time. The integration between the data …

Linear trends, or site velocities, derived from global navigation satellite system (GNSS)
positional time series have been commonly applied to site stability assessments, structural …

Removal of the common mode error (CME) is a routine procedure in postprocessing
regional GPS network observations, which is commonly performed using principal …

This study aims at assessing the safety behavior of the Incheon long-span bridge using high
rate (10 Hz) geodetic monitoring global positioning system (GPS). The time series of wavelet …

Previous geodetic vertical observations show that both uplift and subsidence occur in the
North China Craton. While significant land subsidence occurs in the North China Plain, uplift …

As the largest groundwater drainage region in China, the per capita water resources in the
North China Plain (NCP) account for only one-seventh of the country's available water …

Higher-order ionospheric (HOI) delays are one of the principal technique-specific error
sources in precise global positioning system analysis and have been proposed to become a …