In a context of global change and increasing anthropic pressure on the environment,
monitoring the Earth system and its evolution has become one of the key missions of …

A modification in the rate of change of sea level (ie an 'acceleration'or 'nonlinear trend') is an
important climate-related signal, which requires confirmation and explanation. In this study …

This paper presents estimates of rates of mean sea level (MSL) change around the UK,
based on a larger tide gauge data set and more accurate analysis methods than have been …

The 20th century regional and global sea level variations are estimated based on long‐term
tide gauge records. For this the neural network technique is utilized that connects the coastal …

A methodology is developed to analyze a multivariate linear model, which occurs in many
geodetic and geophysical applications. Proper analysis of multivariate GPS coordinate time …

In this paper, mean sea level changes in the German Bight, the south-eastern part of the
North Sea, are analysed. Records from 13 tide gauges covering the entire German North …

The establishment of a long-term stable global reference frame is important for studying sea
level records for, eg, climate-related studies. GPS stations connected to the tide gauge …

Some estimates of GPS velocity uncertainties are very low,<< 0.1 mm/year with 10 years of
data. Yet, residual velocities relative to rigid plate models in nominally stable plate interiors …

Geodetic observations are necessary to characterize highly accurate spatial and temporal
changes of the Earth system that relate to sea-level changes. Quantifying the long-term …

We compared estimates of crustal velocities within Great Britain based on continuous global
positioning system (CGPS) measurements to predictions from a model of glacial isostatic …