TY - THES A1 - Hines, N A T1 - Mercury and methylmercury in Spring Lake, Minnesota: a mass balance approach comparing redox transformations, sediment loading, lake dynamics, and watershed processes. Y1 - 2004// N1 - R827630 ER - TY - THES A1 - Johnson, B M T1 - Sulfate reducing bacteria and the role of nutrients in mercury methylation in sediments of Spring Lake, Minnesota. Y1 - 2004// N1 - R827630 ER - TY - JOUR A1 - Hines, N A A1 - Brezonik, P L T1 - Mercury Dynamics in a small Northern Minnesota lake: water to air exchange and photoreactions of mercury. Y1 - 2004// N1 - R827630 JF - MARINE CHEMISTRY J1 - MAR CHEM VL - 90(1-4) ER - TY - CONF A1 - Hines, N A A1 - Brezonik, P L A1 - Johnson, B A1 - Cotner, J A1 - Engstrom, D T1 - Methyl and total mercury in aquatic environments: a look at the sediment-water interface in Spring Lake, Minnesota. N1 - R827630 ER - TY - CONF A1 - Hines, N A A1 - Brezonik, P L A1 - Khwaja, A R T1 - Sources and sinks for Hg0 in Spring Lake, Minnesota: implications for mercury cycling and mass balances. N1 - R827630 ER - TY - CONF A1 - Jeremiason, J D A1 - Swain, E B A1 - Nater, E A A1 - Cotner, J B A1 - et, A L T1 - Sulfate addition enhances concentrations and export of methylmercury from a treated wetland. Y1 - 2003/08/12 N1 - R827630 ER - TY - CONF A1 - Jeremiason, J D T1 - Current Hg studies at the Marcell Experimental Forest. N1 - R827630 ER - TY - CONF A1 - Jeremiason, J D A1 - Swain, E B A1 - Brezonik, P L A1 - Hines, N A A1 - Nater, E A1 - Cotner, J A1 - Johnson, B A1 - Engstrom, D R A1 - Almendinger, J T1 - Methylmercury sources to lakes in forested watersheds: has enhanced methylation increased mercury levels in fish relative to atmospheric deposition? N1 - R827630 ER - TY - CONF A1 - Jeremiason, J D A1 - Swain, E B A1 - Brezonik, P L A1 - Hines, N A A1 - Nater, E A1 - Fleck, J A1 - Cotner, J A1 - Johnson, B A1 - Engstrom, D A1 - Almendinger, J T1 - Overview of the Minnesota STAR grant. N1 - R827630 ER - TY - CONF A1 - Johnson, B M A1 - Cotner, J B A1 - Brezonik, P L T1 - Role of sulfate reducing bacteria in methyl mercury flux from freshwater sediments. Y1 - 2002/06/ N1 - R827630 ER - TY - CONF A1 - Johnson, B M A1 - Cotner, J B A1 - Brezonik, P L A1 - Hines, N A T1 - Role of sulfate-reducing bacteria in methyl mercury flux from freshwater sediments. N1 - R827630 ER - TY - CONF A1 - Khwaja, A R A1 - Hines, N A1 - Brezonik, P L T1 - Influence of aquatic humic substances on photochemical transformations of mercury. Y1 - 2001/02/ N1 - R827630 ER - TY - CONF A1 - Khwaja, R A1 - Brezonik, P L A1 - Bloom, P R T1 - Mechanisms, products, and importance of methylmercury photolysis in freshwater ecosystems. N1 - R827630 ER - TY - CONF A1 - Nater, E A A1 - Fleck, J A A1 - Grigal, D F T1 - Mercury-sulfur relationships in natural surface waters draining from peatlands. N1 - R827630 ER - TY - CONF A1 - Swain, E B A1 - Jeremiason, J D A1 - Engstrom, D R A1 - Almendinger, J E A1 - et, A L T1 - Sulfate addition enhances concentrations and export of methylmercury from a treated wetland. Y1 - 2003/08/ N1 - R827630 ER - TY - CONF A1 - Swain, E B A1 - Monson, B A A1 - Jeremiason, J A1 - Brezonik, P L A1 - et, A L T1 - Methylmercury sources to lakes in forested watersheds: has enhanced methylation increased mercury in fish relative to atmospheric deposition? Y1 - 2003/11/ N1 - R827630 ER -