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Element and Isotope Geochemistry

Controls on quartz precipitation mechanisms and isotope fractionation during diagenesis of Precambrian chemical sedimentary rocks like IF are not well constrained.

Using electron microprobe analyses (@UTK), X-ray diffraction and fluorescence (@UMD), MC-ICP-MS, IRMS (@UWO), and SIMS techniques (@NORDSIMS), we can gather major, trace, and rare earth element data at both the micro and macro scale, in addition to high-resolution in-situ and bulk isotope data to provide new constraints on geochemical and isotopic changes during diagenesis and metamorphism of iron formation and other associated rocks.

Such constraints can then be used to decipher how primary geochemical signatures related to ocean chemistry change over the time frame of deposition.

News

April 13, 2018

Welcome

We are happy to have graduate student Jackie Drazan join the lab this…

October 10, 2016

Fall 2016: Looking for data for student projects / grants to apply for? Check these links out

https://earthdata.nasa.gov/ https://earthdata.nasa.gov/earth-observati…

September 22, 2016

Interested in undergraduate research?

Apply for a UROP! Deadline October 10, 2016