Our new study on how large floods will change in Europe under climate change, led by @bfang.bsky.social, with @bevacquae.bsky.social

Another huge leap in European Nutrient-related work from our group is published in Nature Food, showing via a comprehensive scenario analysis of nitrogen surplus typologies in Europe that a 20% fertilizer reduction may fall short of 2030 EU Green Deal goals.

www.nature.com/articles/s43...

🚀 Pushing the Frontiers of Pharmaceutical Fate Modelling 🌊💊
Thrilled to share our new work, a seamless, end-to-end modelling framework for tracking pharmaceuticals from human use to ecological impact, now applied across the entire river network of Saxony, Germany. pubs.acs.org/doi/10.1021/...

📚 Education is a lifelong journey!

From healthy eating to digital farming, @FAO.org offers free resources for all ages. Explore our top picks & keep learning something new every day! 🌍 📖

Read more 🔗 bit.ly/3PUIeNT

#WorldBookDay

📢Call for Papers📢

A new #AGUPubs special collection welcomes papers exploring the multifaceted interactions between #agriculture and #hydrology within the context of broader global changes.

🔗 Learn more: buff.ly/K3r0z4k

#ASLO25 #STEM #EarthScience #ClimateChange @aslo.org

It has been possible with a sheer and persistent determination of our team - the work led by Masooma and supported by Fanny! And I’m incredibly proud to be part of this work.

Pursuing FAIR Science:
As always, we went the extra mile in this study by not only detailing our "methodology to reconstruct historical P surplus" but also by making the "dataset publicly available" — a commitment to open and transparent science!

Check out our latest work on the century-long analysis of phosphorus (P) surplus across Europe's soils, highlighting how P has accumulated from 1850 to 2019 at high spatial detail. essd.copernicus.org/articles/17/...

A collective effort powered by an incredible team: @lese66.bsky.social , Stephan T, @orakovec.bsky.social , Andreas M, Niko Wanders, Ming Pan, Falk Heße, and Sabine A. Thank you!

This research would not have been possible without our early efforts in making high-resolution Europe-wide simulations conducted as part of the EdGE project and the following HOKLIM project

And here comes the hidden part: Beyond regional differentiated analysis, we also look critically into the seasonal changes in groundwater recharge - this has been a missing piece in many large-scale assessments.

The findings underscore the growing urgency for the Central European region to better pinpoint uncertainties in climate impact assessments.

A clear north-south polarization emerges — Mediterranean regions will likely experience a significant decline in groundwater recharge, while Scandinavian regions are projected to receive more recharge in the future. Intensification grows as we go towards higher warming levels.

Based on our multi-model ensemble, we present the Europe-wide, high-resolution multi-model assessment of groundwater recharge under different global warming levels.

🌍💧 This one is close to my heart! After nearly five years in the making (while juggling many other commitments, COVID times), I’m thrilled to share our latest work:

📢 Multi-Model Assessment of Groundwater Recharge Across Europe Under Climate Change Scenarios

🔗 [Read it here](lnkd.in/d_V6jbKu)

📚 Education is a fundamental human right. Without it, there is no freedom and no prosperity.

We are committed to investing in high-quality education and continued training for citizens in Europe and beyond.

#InternationalDayOfEducation

🌊 Thrilled to share our latest paper: "Catchments Amplify Reservoir Thermal Response to Climate Warming" 🌍 On how catchments intensify reservoir responses to climate warming by altering thermal regimes, stratification, and mixing dynamics.

agupubs.onlinelibrary.wiley.com/doi/full/10....

It’s the culmination of years of effort from an incredible team, combining expertise in modeling and monitoring 🙌. Huge thanks to: E. Fatima, S. Attinger, M. Kaluza, O. Rakovec, C. Rebmann, R. Rosolem, S. E. Oswald, @lese66.bsky.social S. Zacharias, and M. Schrön.

- It marks a significant step forward, fully integrating novel CRNS measurements with their forward processing module in mHM.
- Enabled the direct incorporation of CRNS measurements into the mHM model, enhancing its soil moisture processes and other related processes (e.g., evapotranspiration).

🌍💧 Excited to share our latest research, led by our PhD student Eshrat Fatima: "Improved representation of soil moisture processes through incorporation of cosmic-ray neutron count measurements in a large-scale hydrologic model" 📖 Read the full paper here: hess.copernicus.org/articles/28/...

Excited to share another latest study: Spatio-Temporal Consistency and Variability in Parameter Dominance on Simulated Hydrological Fluxes and State Variables 🌊. With #mHM/#MPR across 102 German catchments..

Read more: agupubs.onlinelibrary.wiley.com/doi/full/10....

🌍 Proud to be part of this multi-institutional effort on a global perspective of freshwater pollution:: "Multimodel and Multiconstituent Scenario Construction for Future Water Quality"💧
Read more: pubs.acs.org/doi/full/10....

#WaterQuality #Sustainability #GlobalPerspective

Excited to join this platform and explore a fresh way of connecting with amazing people. Stay tuned for exciting updates and conversations from our group coming your way soon.