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Environmental Science & Technology|May 12, 2005
Cryogenic laser induced U(VI) fluorescence studies of a U(VI) substituted natural calcite: implications to U(VI) speciation in contaminated Hanford sedimentsZheming Wang, John M Zachara, James P Mckinley, et al.Journal of Environmental Radioactivity|May 13, 2014
Influence of alkaline co-contaminants on technetium mobility in vadose zone sedimentsJim E Szecsody, Danielle P Jansik, James P McKinley, et al.Frontiers in Microbiology|September 18, 2015
Microbial mineral colonization across a subsurface redox transition zoneBrandon J Converse, James P McKinley, Charles T Resch, et al.Microbial Ecology|September 25, 2013
Environmental controls on the activity of aquifer microbial communities in the 300 area of the Hanford siteAllan Konopka, Andrew E Plymale, Denny A Carvajal, et al.Chemosphere|September 30, 2010
Chromium transport in an acidic waste contaminated subsurface medium: the role of reductionNikolla P Qafoku, P Evan Dresel, Eugene Ilton, et al.Ground Water|November 20, 2010
River-induced flow dynamics in long-screen wells and impact on aqueous samplesVince R Vermeul, James P McKinley, Darrell R Newcomer, et al.Environmental Science & Technology|March 5, 2004
Microscale distribution of cesium sorbed to biotite and muscoviteJames P McKinley, John M Zachara, Steven M Heald, et al.The Science of the Total Environment|May 4, 2019
Persistence of chromate in vadose zone and aquifer sediments in Hanford, WashingtonJim E Szecsody, Mike J Truex, Nikolla P Qafoku, et al.Environmental Science & Technology|May 11, 2006
Changes in uranium speciation through a depth sequence of contaminated Hanford sedimentsJeffrey G Catalano, James P McKinley, John M Zachara, et al.Journal of Contaminant Hydrology|May 14, 2013
Establishing a geochemical heterogeneity model for a contaminated vadose zone--aquifer systemChristopher J Murray, John M Zachara, James P McKinley, et al.Pageof 3