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1
Introduction
2
Welcome
3
The new paradigm
4
Parallel approaches
5
The critical zone
6
Mineral surface coating
7
Uranium and copper transport
8
Soil aggregates
9
Soil weathering
10
Temporal information
11
Synthetic soil aggregates
12
Biogeochemical filters
13
Soil weathering and manganese
14
Colloids
15
Example of contaminant transport
16
Conclusion
Description:
Explore the cutting-edge developments in X-ray science and their applications in geochemistry and environmental studies through this 26-minute talk by David Singer from Kent State University. Delve into the new paradigm of parallel approaches in studying the critical zone, examining mineral surface coatings, uranium and copper transport, soil aggregates, and weathering processes. Discover how synthetic soil aggregates and biogeochemical filters contribute to our understanding of soil dynamics. Learn about the role of manganese in soil weathering and the importance of colloids in contaminant transport. Gain insights into how X-ray techniques provide temporal information and advance our knowledge of geochemical processes from the atomic to the landscape scale.

From Atoms to Mountains - New Frontiers in X-ray Science

Mineralogical Society of America
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