How the chemistry of rock #glaciers influences #WaterChemistry.
A 2023 paper from #CriticalZone Network #Dustˆ2 Cluster member @jmunroe and Alexander L. Handwerger.
"Results underscore the role of rock glaciers as an agent influencing the #hydrochemistry of water in high-elevation stream #systems."
Hello journalist researching and writing about the future of the #GreatSaltLake.
If you're including modeling forecasts in your story we recommend you connect with Derek Mallia. Mallia is a #Dustˆ2 Cluster collaborator based at the University of #Utah and has developed some useful models that can add to your reporting.
The Collectors Tour continues at the site of Dust 11, perched in a beautiful location which provides #Dustˆ2 collaborator Emmet Norris a chance to reflect on the geologic ages showcased in this area of the world.
Complete collection of the #CriticalZone Collaborative Network #Dustˆ2 Collectors Tour on our web page.
12 months alone at 12,000 feet. That's been existence for Dust 12 until #Dustˆ2 Collaborator Emmet Norris stopped by to check up on this equipment last week.
Part of The Collectors Tour.
#Dustˆ2 Cluster Collaborator Emmet Norris is touring the array of passive dust collectors in the Southwest United States.
In this update from The Collectors Tour Norris reflects on his visit to Dust 14 and how this work is inspiring him to think about dust and snow in new ways.
Hello there science #journalist.
If you're working on a story about isotopes and how they're used in scientific research this #Dustˆ2 Cluster collaborator is an expert in this field and will be a great source for your next story.
Meet Diego Fernandez
The current #FieldFocus on our #CriticalZone Collaborative Network webpage is #microplastics.
Visit and read some of the latest research featuring collaborations with #Dustˆ2 Cluster members.
Our Cluster studies how mineral #dust moves through the #CriticalZone, the part of the Earth which supports surface life.
As part of a three day meeting finding ways to pool their knowledge and advance #EnvironmentalScience members of the nine clusters in the Critical Zone Collaborative Network visited a #FieldSite near #SaltLakeCity which provides some of our #dust on #snow data, managed by a #Dustˆ2 team based at the #University of #Utah.
More about their work: https://kslnewsradio.com/2013500/how-altas-dirtiest-snow-year-ended-its-2022-snowmelt-process-2-weeks-early.
#Soil grows from #dust. But how the #dust gets to the place it will become soil is exactly what the #CriticalZone Collaborative Network's #Dustˆ2 Cluster studies. Here's an overview of the cluster's work from one of the team's #PrincipalInvestigators @jmunroe based at @middlebury
Dust^2
Dustˆ2