Vertical land motions are a key element in understanding how sea levels have changed
over the past century and how future sea levels may impact coastal areas. Ideally, to be …

Assessing the vertical land motion (VLM) at tide gauges (TG) is crucial to understanding
global and regional mean sea-level changes (SLC) over the last century. However …

Researchers investigating climate change have used historical tide-gauge measurements
from all over the world to investigate the changes in sea-level that have occurred over the …

This study aims to correct for long-term vertical land motions at tide gauges (TG) by
estimating high-accurate GPS vertical velocities at co-located stations (GPS@ TG), useful for …

GPS height time series used in geophysical studies are often formed from discrete,
continuous, nonoverlap** 24 hour processing sessions. With such a strategy, unmodeled …

A new reanalysis of Global Navigation Satellite System (GNSS) data at or near tide gauges
worldwide was produced by the University of La Rochelle (ULR) group within the third …

We present a new method of combining satellite altimetry and tide gauge data to obtain
improved estimates of absolute (or geocentric) vertical crustal motion at tide gauges within a …

Estimation of sea level trends is essential for understanding sea level rise dynamics. In this
study, the performance of traditional Ordinary Least Squares (OLS) linear trend forecasting …

This study quantifies the absolute sea level (ASL) change along the coast of China from
1993 to 2019 using tide gauge (TG) and Global Navigation Satellite System (GNSS) data …

This study aims to estimate Vertical Land Motion (VLM) using multi-sensor and in-situ data at
the tide gauge stations (TG) located on the western and southern coasts of Turkey. The …