"Future #modeling efforts should consider including dust as a nutrient input for alpine watersheds."
Cluster member Janice Brahney is one of two co-authors of "Quantifying Dust Nutrient Mobility Through an #Alpine WatershedQuantifying Dust Nutrient Mobility Through an Alpine #Watershed" published in JGR Biogeosciences last month.
[paywall]
University of #Kansas based Cluster member Erin Seybold is one of the authors of this Nature Water paper published earlier this month "proposing a consistent definition for headwater systems and streams".
Read Advancing the science of headwater streamflow for global water protection via the link below.
@koen_hufkens @biodiversity from the abstract “.. mean transit times of water through aboveground vegetation vary from ~5 days in croplands to ~18 days in evergreen needleleaf forests, with a global median of 8.1 days. In herbaceous..land-cover types with comparatively low water storage &high seasonal water use, such as grasslands, the water stored in biomass may be.. transiting in less than one day. .. plants store little water compared to other pools..”
#ecohydrology #ecology #watercycle
BlueGreen Labs recently contributed to a new study on the storage and transit time of water in vegetation in Nature Water. This work offers an important integrated measure of functional responses of vegetation to water dynamics and how global changes might impact ecohydrology.
Today at #AGU24
Frontiers in Ecohydrology II & III
Oral sessions highlighting innovative methods and interdisciplinary approaches, from #RemoteSensing to model-data fusion, to understand coupled hydrological and ecological systems across scales.
III: https://bit.ly/AGU24_H42F
Here's a 2023 interview with Wake Forest University based Cluster member Lauren Lowman, one of the conveners of these sessions.
This #AGU24 session invites proposals from researchers working at the intersection of hydrology and ecology
Propose your abstract to our AGU24 session on ecohydrology.
We're seeking innovative research that advances our understanding of water-ecosystem interactions.
Sponsored by the Ecohydrology Technical Committee. #AGU24 #Ecohydrology #Research
This #AGU24 session invites proposals from researchers working at the intersection of hydrology and ecology
Propose your abstract to our AGU24 session on ecohydrology.
We're seeking innovative research that advances our understanding of water-ecosystem interactions.
Sponsored by the Ecohydrology Technical Committee. #AGU24 #Ecohydrology #Research
Calling all ecohydrologists.
Present your research at AGU24.
Wake Forest University-based Big Data Cluster collaborator Lauren Lowman is among the conveners of Frontiers in Ecohydrology and seek abstracts that advance understanding through interdisciplinary methods.
Highlight your novel approaches today.
Ecohydrologists! Submit your abstracts for the Frontiers in #Ecohydrology session at #AGU24 co-convened by Critical Zone Collaborative Network Big Data Cluster's Lauren Lowman.
Lowman is based at Wake Forest University and during AGU23 in San Francisco she offered this insight into how the team selects which abstracts will be part of their session.
Link to submit your abstract: https://bit.ly/FrontiersInEcohydrology
Reminder!
The call for new #ecohydrology demonstration sites for 2024 is still open and this till the 31st of August.
Find out more about the call, the submission rules and access the submission form.
https://unesco.org/en/articles/call-new-ecohydrology-demonstration-sites-year-2024?hub=68140
unescoWATER @unescoWATER
Free final online conference of #WATSON
“WATer isotopeS in the critical zONe: from groundwater recharge to plant transpiration”
10, 11, and 12 September 2024
Abstract submission deadline 1 July
Main topics
#Groundwater and #soil #water #recharge (day 1) #ecohydrology #plant #water #uptake (day 2) #Catchment #hydrology, catchment-scale water #residence #time and #travel #times (day 3)
information and @
https://lnkd.in/dTVe_HZM
Cluster member Lauren Lowman is based at Wake Forest University. Her work in #ecohydrology explores how landscapes react to and recover from disturbances like #wildfire and #drought.
In this Cluster Chat she speaks with us about the research benefits of joining the Cluster, #mentoring students, and studying the changing #climate right outside your door: https://youtu.be/92TYc9K2uPY?si=AjyL9IGeUDou9-VS
A great conversation to go with that second cup of #coffee this morning.
In this Cluster Chat we spoke with Wake Forest University based Lauren Lowman about exploring the potentials of #ecohydrology, #mentoring students, and the balance of scientific inquiry and community concern when what you research is happening to the place you live.
All of this and more right here 
https://youtu.be/92TYc9K2uPY
#Teacher. #Mentor. #Community member.
In this Cluster Chat recorded at the 2023 American Geophysical Union Annual Fall Meeting cluster member Lauren Lowman describes the work she does, the power of collaboration, and how every part of her outside world informs the inner workings of her research and creativity.
Lowman is based at #WakeForest University in #NorthCarolina.
#AGU23 #EnvironmentalScience #ecohydrology #hydrology #ClimateCrisis
Mireya Reyes is based at Wake Forest University and presenting some #UndergraduateResearch at #AGU23.
Reyes stepped away from her poster session to talk with us and says she's pursuing a career in science to help people everywhere better understand how changes in the climate will directly impact their everyday lives.
Researchers Determine Great Salt Lake's Equilibrium Flow
A study reveals the river flow needed to maintain the lake's average elevation, offering insights into effective water management strategies.
"How much river flow will it take to rescue the Great Salt Lake?"
Vermont research reveals subsurface carbon dynamics: DOC consumption deep, DIC production shallow. Climate change implications for ecosystems significant.
"Differential Production and Export of Dissolved #Carbon from Shallow and Deep #Subsurface" in the #AGU23 poster hall this morning.
Cluster collaborator Lauren Lowman reviews convener notes before the start of the first of their two #ecohydrology-related #AGU23 sessions today.
Add Frontiers in Ecohydrology to your schedule: https://bit.ly/agu23121313
Forest Management: A Delicate Balance
In California's Sierra Nevada, strategic forest thinning combats wildfires and influences #ecohydrology and #biodiversity.
The Sagehen Project, a collaboration with the US Forest Service, uses advanced data to study these effects.
This approach helps understand #forest resilience, stream health, and fire behavior, aiming for a harmonious balance with nature.
Add to your #AGU23 
https://bit.ly/agu23121105
Forest Management: A Delicate Balance
In California's Sierra Nevada, strategic forest thinning combats wildfires and influences #ecohydrology and #biodiversity.
The Sagehen Project, a collaboration with the US Forest Service, uses advanced data to study these effects.
This approach helps understand #forest resilience, stream health, and fire behavior, aiming for a harmonious balance with nature.
Add to your #AGU23 https://bit.ly/agu23121105
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