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Environmental Science & Technology|September 26, 2015
Uranium Redistribution Due to Water Table Fluctuations in Sandy Wetland MesocosmsEmily R Gilson, Shan Huang, Paul G Koster van Groos, et al.Inorganic Chemistry|October 24, 2023
Insights into the Growth of Ternary WSSe Nanotubes in an Atmospheric CVD ReactorR Rosentsveig, M B Sreedhara, S S Sinha, et al.The Science of the Total Environment|January 1, 2022
1H-13C heteronuclear single quantum coherence NMR evidence for iodination of natural organic matter influencing organo-iodine mobility in the environmentChen Xu, Peng Lin, Ravindranath Garimella, et al.Chemosphere|August 15, 2016
Uranium fate in wetland mesocosms: Effects of plants at two iron loadings with different pH valuesPaul G Koster van Groos, Daniel I Kaplan, Hyun-Shik Chang, et al.Journal of the National Cancer Institute|December 7, 2000
Her-2-neu expression and progression toward androgen independence in human prostate cancerS Signoretti, R Montironi, J Manola, et al.Environmental Science & Technology|October 22, 2025
Multiple Sources of Riparian Wetland Suspended Solids during Episodic Rain Events: Influence on Uranium TransportDaniel I Kaplan, Karah M Greene, Wei Xing, et al.Critical Reviews in Environmental Science and Technology|September 30, 2014
Radioiodine Biogeochemistry and Prevalence in GroundwaterD I Kaplan, M E Denham, S Zhang, et al.Journal of Environmental Radioactivity|October 1, 2013
Radioiodine concentrated in a wetlandDaniel I Kaplan, Saijin Zhang, Kimberly A Roberts, et al.The Science of the Total Environment|June 22, 2016
Iron mineralogy and uranium-binding environment in the rhizosphere of a wetland soilDaniel I Kaplan, Ravi Kukkadapu, John C Seaman, et al.The Science of the Total Environment|September 1, 2014
Speciation of iodine isotopes inside and outside of a contaminant plume at the Savannah River SiteKathleen A Schwehr, Shigeyoshi Otosaka, Silke Merchel, et al.Pageof 35