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Development of Quantitative Weathering Indicators in Proximal Alluvial Sediments to Assess Glacial Activity in the Rock Record
Entry ID: NSF-ANT08-42639

Abstract: The proposed research seeks to test the hypothesis that chemical and physical weathering in proximal alluvial systems will show systematic and measurable variations between glacial and nonglacial systems. To accomplish this, the investigation will attempt to quantify the natural variation of chemical and physical weathering in granitoid-sourced proximal alluvial sediments in end-member glacial and ... View entire text
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Description: Original data submitted

Description: NSF Award Abstract #0842639
Geographic Coverage
Spatial coordinates   
  N: -77.42   S: -77.7   E: 162.45   W: 163.13

Data Set Citation
Version: Not provided
Temporal Coverage
Start Date: 2009-06-15
Stop Date: 2011-05-31
Data Set Progress
Data Center
United States Antarctic Program Data Center Supplemental Info
Data Center URL:

Data Center Personnel
Email: info at
Contact Address:
Lamont-Doherty Earth Observatory
61 Route 9W
City: Palisades
Province or State: NY
Postal Code: 10964
Country: USA
Email: lsoreg at
Contact Address:
The University of Oklahoma
City: Norman
Province or State: OK
Postal Code: 73019
Country: US
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Creation and Review Dates
DIF Creation Date: 2011-08-12
Last DIF Revision Date: 2018-11-12