Application of Bioremediation to Complex Sites
C1. Munitions Response Site Management Strategies
Title | Abstract or Paper PDF | Presentation PDF |
|---|---|---|
| Application of Stable Isotopic and Omics Methods for Assessment of RDX Natural Attenuation in Groundwater. M.E. Fuller, P.G.K. van Groos, K.H. Kucharzyk, and N.C. Sturchio. | View | View |
| Evaluation of RDX Biodegradation Using Compound-Specific Stable Isotope Analysis (CSIA) and Stable Isotope Probing (SIP). P.B. Hatzinger, M.E. Fuller, L. Heraty, N.C. Sturchio, and K.-H. Chu. | View | View |
| Measuring In Situ Degradation by Tracer Stable Isotope-labeled RDX Groundwater Release. T.J. Boyd, C. Tobias, J. Popovic, R.H. Cuenca, Y. Hagimoto, and M.M. Michalsen. | View | View |
| Development and Evaluation of an Underwater Advanced Time-Domain Electromagnetic System for Munitions Response Classification. S. Bancroft, T. Bell, and S. Saville. | View | View |
| Field-Scale Treatability Study to Evaluate In Situ Bioremediation via Soil Mixing of EVO and ZVI to Reduce Munitions Constituents. S.T. Downey, R. Mayer, and R.L. Meadows. | View | View |
| Case Studies in Data Management from Two Large-Scale Munitions Response Project Sites. M. Elwaseif and S. Saville. | View | |
| Molecular Analysis of Microbial Communities Associated with ATO Biodegradation. D.K. Taylor, M. Brooks, and M.J. Krzmarzick. | View |