💭 Comparing large-scale hydrological models & satellite gravimetry (GRACE/GRACE-FO) with superconducting gravimeters is still challenging. 🔬 More gravimeters + better satellites/models → seamless water storage monitoring. 📄 EGU: meetingorganizer.copernicus.org/EGU26/EGU26-... #Geodesy #EGU2026

⏳ Almost 20 yrs of 𝗚𝗥𝗔𝗖𝗘/-𝗙𝗢 data assimilation tell a fascinating story 🌍💧. Read our newest HESS review here: hess.copernicus.org/articles/30/...

Our #CRC1502 team integrated GRACE/GRACE-FO terrestrial water storage anomalies into eCLM across Europe, improving simulations of water storages and fluxes. 📊 detect-z03.geoinformation.net/geonetwork/s... 💡 www.globalwaterstorage.info/en/satellite... 👩‍💻 Yorck Ewerdwalbesloh & @aquasong.bsky.social

We have a mission! Both HydroGNSS satellites have sent their first signals 📡 HydroGNSS is a Scout mission under FutureEO: compact in size, but built to deliver big science insights into Earth’s water cycle💧 🔗 www.esa.int/Applications...

🎉 Milestone: #CRC1502 paper #100 — and now 1,438 citations across 107 papers! ECIRA — annual 1-km crop-specific irrigated area for 16 crops across 28 European countries (2010–2020). Open data to support crop/water modelling and water-resources management. 📜 doi.org/10.1038/s415...

Discover how GNSS, once just a simple mapping tool, has become essential in planetary monitoring. Learn how it uncovers Earth's hidden secrets in our latest blog post: blogs.egu.eu/divisions/g/... #EGU #EGU_G #Geodesy #GNSS

⛈️ A new study from our speaker @jurgenkusche.bsky.social, led by Christian Mielke reveals that extreme convective storms generate cloud water mass changes which should be in detection range of GRACE-FO LRI measurements. Do we have to update our de-aliasing products? 📝 doi.org/10.1029/2025...