For more than two decades, satellites have been tracking how Earth's water moves—whether it's ice melting, groundwater levels changing, or sea levels rising. The original Gravity...

Terrestrial sediments transported by rivers are essential for coastal ecosystems and human livelihoods. However, traditional methods, both in-situ measurements and satellite...

The NEROGRAV “almost” Spring School 2025 took place from Monday, March 10th to Friday, March 14th in Neustadt an der Weinstrasse. More than fifty people took part in the event,...

Satellite gravimetry has great potential for improving numerical Earth system models that simulate Earth system processes and the interactions between its components, e.g. between...

Early-career scientists from geodesy, climate research, physics, and engineering within the QuantumFrontiers International Research School (QFIRS) and TerraQ Research Training...

The Gravity Recovery and Climate Experiment (GRACE) and GRACE Follow-On (GRACE-FO) satellite missions have provided a revolutionary tool for measuring changes of the Earth’s...

Water is a vital resource for livelihood and development, yet its availability is increasingly at risk due to climate change and anthropogenic activities. More than 80% of...

Scientific satellites for measuring the Earth's magnetic field such as CHAMP (2000 to 2010) and Swarm (since 2013) contain a number of special instruments (scalar magnetometers,...

Using assimilation models and hydrogeological observations, a team from the Polish Geological Institute and the Space Research Center of the Polish Academy of Sciences has...