Dust^2
We study the source to sink movement of dust in the critical zone. One of nine Clusters in the Critical Zone Collaborative Network.
We study the source to sink movement of dust in the critical zone. One of nine Clusters in the Critical Zone Collaborative Network.
Thank you @EuroGeosciences for bringing us together this morning for HS2.1.12 “Advancing Critical Zone Science Across Scales through Synthesis and Collaboration.”
Such a great opportunity to gather and learn from interdisciplinary and inter-institutional #CriticalZone research teams who are developing ways to effectively collaborate on important projects for years at a time.
Review this #EGU24 session here: https://bit.ly/EGU24_HS2-1-12
Visit the 🏔️ of Nepal and see how 💧🌱and 🏘️ work together in storms, landslides, and just everyday life in this morning's 'Critical Zone Hydrology: Dynamics and Evolution' section of @EuroGeosciences #EGU24 session HS2.1.12: https://bit.ly/EGU24_HS2-1-12
Co-chair @jmunroe says the number of papers in the session about the Himalayan #CriticalZone is the simple result of the number of people who are asking questions about the changing climate in a landscape referred to as the watertowers of the world.
How groups of ~20 scientists in Germany, France, Nepal, and the U.S. work together to ask research questions about the complex systems that maintain terrestrial life on Earth.
That's the focus of posters included in a Tuesday @EuroGeosciences #EGU24 morning session co-chaired by @jmunroe.
You'll bring back something to support your team's work from "Advancing Critical Zone Science Across Scales through Synthesis and Collaboration" this morning.
"Deep-seated landslides play a dominant role in the volume budget of landslide catalogs and serve as the primary geomorphological process shaping hillslope evolution in steep regions."
From the abstract of one of the psoters in the 'Advancing Critical Zone Science Across Scales through Synthesis and Collaboration' session presented on 16 April during #EGU24.
⭐️🗓️🔗: https://bit.ly/EGU24HS2112A6
"A recent model development—graphflood—enables the computation of hydro-stationary water surfaces and discharge using a simplified shallow water approximation."
All of this and more in the Tuesday #EGU24 session HS2.1.12 'Advancing Critical Zone Science Across Scales through Synthesis and Collaboration'.
Add 'Exploring fluvial morphodynamics through scales' to your @EuroGeosciences General Assembly programme: ⭐️🗓️🔗 https://bit.ly/43VLcbq
As you are winding down after the first day of #EGU24 you may be thinking about which sessions you'll be attending tomorrow.
A 14-poster session "Advancing Critical Zone Science Across Scales through Synthesis and Collaboration" is a possibility: https://bit.ly/EGU24_HS2-1-12
This post highlights a poster in that #EGU24 session which describes "a distributed numerical model for simulating coupled subsurface and land surface hydrological processes in chalk catchments."
All of that and we're only in day 1 of the 2024 @EuroGeosciences General Assembly.
Tomorrow morning during #EGU24 join us for "Link between groundwater storage and landscape changes in mountainous areas: the Kahule Khola watershed (Nepal)"
"In Nepal, it is estimated that 2/3 of the volume of rivers comes from the exfiltration of groundwater through resurgences." Find out what this means for long term #CriticalZone research.
⭐️🗓️🔗: https://bit.ly/EGU24HS2112A8
As you plan your #EGU24 Tuesday add "Hydrological, biogeochemical, and ecological linkages at the land-sea margin: Insights from a coastal critical zone network" to your @EuroGeosciences programme: https://bit.ly/EGU24HS2112A3
Read more about this session in our #EGU24 #newsroom 📖🔗: https://bit.ly/49GwXrX
