Deadline for sign up: 15 January 2026, 13:00 CET Deadline for travel support application: 1 December 2025 Session HS2.3.3: meetingorganizer.copernicus.org/EGU26/sessio... Please share and spread the word! #egu26 #europeangeosciencesunion #watertemperature

Join our new #EGU26 session on “Freshwater Temperatures: From Local to Global Scales” from 3 to 8 May 2026, on-site in Vienna and virtually! We ( @manuelaibrunner.bsky.social , Michelle van Vliet, Felipe Saavedra, James White, and myself) invite abstract submissions to our session HS2.3.3!

Are you working with #watertemperatures in freshwater systems? Are you doing field work, modelling, large-scale analyses, or catchment studies? Are you studying natural and anthropogenic processes governing fresh water temperatures, and their implications on ecosystems and water resources? #egu26

We are thrilled to announce that #HYCLIMM member Raul Wood, together with WSL researcher @tobias-wechsler.bsky.social, got their WSL grant Snow2HyDro! This project focuses on the adaptation needs from water resources, energy, and agriculture in the Alpenrhein. Stay tuned!🤩 #WSL #SLF

How do reservoirs shape streamflow extremes in the Alps? 🌊 New paper from our team! In his latest study, our #HYCLIMM member Jonas Götte and co-authors analyzed Alpine catchments to understand how (hydropower) #reservoirs influence #streamflow extremes. 🔗 doi.org/10.1088/3033... #hydrology

🔥 Last week, Xinhang Li and Julia Miller attended the 1st International Workshop on Extreme Wildfire Events X-Fire 2025 and presented: 🌦️ (1) The relationship between wildfire synchronicity and weather regime in Europe. 🌍 (2) Weather conditions conducive to wildfire in a warmer Europe.

HYCLIMM at IMC 2025! Last week, HYCLIMM members @mariagrundmann.bsky.social, Joren Janzing, and Raul Wood attended the International Mountain Conference in Innsbruck. Stay tuned for upcoming papers! #IMC2025 #HYCLIMM #ClimateResearch #MountainHydrology @usyseth.bsky.social @slfdavos.bsky.social

Learning, connecting, and exploring hydrology in action! 🌊 @mariagrundmann.bsky.social & @cchartierrescan.bsky.social took part in the 16th Catchment Science Summer School at the University of Birmingham and came back with a lot of new insights and inspiration! ✨

📢 Check out our newest publication: hess.copernicus.org/articles/29/... 🔍 How reliable are reanalysis datasets for studying hydro-climatic extremes? 📊 All have strengths, but one stands out. Want to know which one? @slfdavos.bsky.social @ethz.ch #C3S #hydrology #ClimateScience

🤩New paper from our team member @cchartierrescan.bsky.social entitled 'Snow drought propagation and its impacts on streamflow drought in the Alps' published on Environmental Research Letters! Big congrats! Check out more details here: iopscience.iop.org/article/10.1... #ClimateChange #Hydrology

Last week, James Kirchner, @harshberia.bsky.social and @mfhydro.bsky.social visited us in Davos to discuss the ongoing field study of river water temperature and their study on river isotopes! Thanks for the nice discussions! #dischma @manuelaibrunner.bsky.social @mariagrundmann.bsky.social

🥳 New paper by Amber van Hamel 🐟 Extremely high suspended sediment concentration in rivers negatively impact the health of aquatic ecosystems. ❔Curious? ➡️ Suspended sediment concentrations in Alpine rivers: from annual regimes to sub-daily extreme events: hess.copernicus.org/articles/29/...

👋 Hi, we are HYCLIMM – Hydrology & Climate Impacts in Mountain Regions – a research group at @slfdavos.bsky.social & @ethz.ch . We study #water & #climateextremes in mountains under #globalchange! ↪️ We’ll share updates on our work & team led by @manuelaibrunner.bsky.social

🌊 @mariagrundmann.bsky.social wrote about finding a water temperature community in this @hs.egu.eu blogpost! #hyclimm #slf #eth #watertemperature #community

Our team is looking for a new team member:

We are excited to share our latest science on #floods, #droughts, and #wildfires at @egu.eu next week and are looking forward to discussing it with you. This is what we have to offer:

In our new review on 'Hydroclimate volatility on a warming Earth' led by @weatherwest.bsky.social, we show that global-averaged subseasonal and interannual whiplash have increased substantially in the past and further increases are anticipated with ongoing warming: www.nature.com/articles/s43...