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#earthscience

8 posts6 participants0 posts today

A story about us!

"A study team led by [University of #Utah] atmospheric scientist Kevin Perry and @jmunroe a geology professor at Middlebury College, considered Earth’s “Critical Zone,” a near-surface layer where organisms interact with rock, air, soils and water. Dust processes such as deposition, erosion and transport influence the Critical Zone."

Read the latest media coverage of our work in this posting to theU: bit.ly/3E5diIz

bit.lyDust in the Wind: How cities alter natural airborne particles - @theUSalt Lake's locally sourced dust pollution carries far more hazardous elements than natural dust blown in from Great Basin.

The Collectors Tour takes you to passive dust collectors stationed in an array throughout the Southwestern United States. Here at Dust 5, Cluster member Jeff Munroe describes how soil that supports life in an alpine landscape sorts itself from the rocks all around it, creating almost an oasis of fertility in a sea of rocks.

youtube.com/watch?v=m3v3G7jLeUo

More in this 2007 paper published in Arctic, Antarctic, and Alpine Research: bit.ly/4dvXOJv

#CitizenScience keeping an eye on the source-to-sink movement of dust around #SaltLakeCity.

"Give the overall flow yesterday, the dust in the Salt Lake Valley was likely from sources to the south and the southwest given the flow direction and not from the exposed Great Salt Lake bed."

Read the blog post 🔗: bit.ly/43u9Cun

Some of the Cluster's work the source of dust moving in the #CriticalZone: bit.ly/418gLid

American Physical Society, did you miss "Science Explorer: ADS for All #NASAScience" at #APSsummit25?

#ADSabs ➡️ SciX, an #openscience #digitallibrary providing #physicist w/ advanced search, visualization, & citation tools!

Access #physics, #heliophysics, #earthscience, #planetaryscience, #astronomy & more w/ familiar ADS features!

doi.org/10.5281/zenodo.15054991

ZenodoScience Explorer: ADS for All NASA ScienceFor over 30 years, the Astrophysics Data System (ADS) has been the indispensable digital library for astrophysicists. Building on this success, ADS is evolving to support more scientific disciplines. With the growing demand for open science resources, NASA directed ADS to cover planetary science, heliophysics, earth science, comprehensively, and NASA-funded research in the biological and physical sciences. As a result, ADS is becoming an interdisciplinary platform, the Science Explorer (SciX), unifying the physical sciences. SciX discipline-specific interfaces allow researchers to use their preferred terms to search a vast multidisciplinary database for relevant scholarly literature, data sets, and software. Links to the publisher’s version of record and open access versions, such as preprints, ensure access for all scientists. SciX visualizations map relations among authors and concepts, encouraging exploration of collaborations and themes across disciplines. Advanced functions suggest review articles, trending papers, and similar research, essential for tracking rapidly evolving topics. With robust SciX citation metrics and bibliographic tools, scientists can track their impact and identify key papers. Exporting custom libraries streamlines drafting articles, grant proposals, and literature reviews.  For ADS users, the SciX astrophysics interface is familiar, even offering the “classic” form. ADS and libraries are unchanged, while SciX expands to serve a broader community.