Model-based analysis of δ 34 S signatures to trace sedimentary pyrite oxidation during managed aquifer recharge in a heterogeneous aquifer
Abstract
The oxidation of pyrite is often one of the main drivers affecting groundwater quality during managed aquifer recharge in deep aquifers. Data and techniques that allow detailed identification and quantification of pyrite oxidation are therefore crucial for assessing and predicting the adverse water quality changes that may be associated with this process. In this study, we explore the benefits of combining stable sulphur isotope analysis with...
Paper Details
Title
Model-based analysis of δ 34 S signatures to trace sedimentary pyrite oxidation during managed aquifer recharge in a heterogeneous aquifer
Published Date
May 1, 2017
Journal
Volume
548
Pages
368 - 381
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