In 2018 we celebrated 25 years of development of radar altimetry, and the progress
achieved by this methodology in the fields of global and coastal oceanography, hydrology …

Sea level rise (SLR) poses a significant threat to coastal regions worldwide, particularly
affecting over 60 million people living below 10 m above sea level along the African coast …

Wind-driven coastal upwelling can be compensated by onshore geostrophic flow, and river
plumes are associated with such flow. We investigate possible limitation of the northeast …

River discharge influences ocean dynamics and biogeochemistry. Due to the lack of a
systematic, up‐to‐date global measurement network for river discharge, global ocean …

Low-lying coastal regions are generally vulnerable to climate change, and particularly to sea
level variations. Understanding how these variations affect the coastal population requires …

Coastal zones with dense populations, low elevations and/or inadequate adaptive capacity
are on the frontline of unprecedented impacts from climate change. The Gulf of Guinea …

In the framework of the Coastal sea level project of the ESA Climate Change Initiative, a new
coastal sea level product from the Jason-1, 2 and 3 missions over 2002–2018 has been …

Mesoscale dynamics is essential to understanding the physical and biological processes of
the coastal ocean regions due to its ability to modulate water properties. However, on the …

While the reliability of reprocessed altimetry data from X-Track has been examined for sea
level studies, it has not previously been used to study ocean tides in tidally complex coastal …

In this study, we estimate vertical land motion for 35 stations primarily located along the
coastline of Portugal and Spain, using GPS time series with at least eight years of …