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| Publication | RI 33 |
|---|---|
| Citation | Gammons, C., and Kuzara, S., 2022, Developing a sulfate-isotope fingerprint of acid mine drainage to identify underground controls on groundwater flow paths: Montana Bureau of Mines and Geology Report of Investigation 33, 30 p. |
| DOI | https://doi.org/10.59691/UGPH4151 |
| Price | $ 15.00 |
| Document Version | Final |
| Document Status | Print on Demand |
| Description | Using isotopic tracers to identify and document the extent of acid mine drainage migration in a limestone aquifer with unpredictable groundwater flow paths. |
| Subject(s) | MADISON AQUIFER, SULFUR ISOTOPES, FINGERPRINT, ACID MINE |
| Geographic Area/Counties | CASCADE |
Files Available For Download
Download report (36 Mb)
Download appendix A: Inorganic water quality (393 kb)
Download appendix B: Summary of all stable isotope data for dissolved sulfate and water (134 kb)
Download appendix C: Stable isotopes of dissolved inorganic carbon (79 kb)