Item talk:Q260422
From geokb
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"name": "Competition between dissolved organic matter and freshwater plankton control methylmercury isotope fractionation during uptake and photochemical demethylation",
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"abstract": "Isotope fractionation related to photochemical reactions and planktonic uptake at the base of the food web is a major uncertainty in the biological application of mercury (Hg) stable isotopes. In freshwater systems, it is unclear how competitive interactions among methylmercury (MeHg), dissolved organic matter (DOM), and phytoplankton govern the magnitude of mass-dependent and mass-independent fractionation. This study investigated how DOM alters rates of planktonic MeHg uptake and photodegradation and corresponding Hg isotope fractionation in the presence of freshwater phytoplankton species,\u00a0Raphidocelis subcapitata. Outdoor sunlight exposure experiments utilizing\u00a0R. subcapitata\u00a0were performed in the presence of different DOM samples using environmentally relevant ratios of MeHg-DOM thiol groups. The extent of \u0394199Hg in phytoplankton incubations (2.99\u2030 St. Louis River HPOA, 1.88\u2030 Lake Erie HPOA) was lower compared to paired abiotic control experiments (4.29 and 2.86\u2030, respectively) after \u223c30 h of irradiation, resulting from cell shading or other limiting factors reducing the extent of photodemethylation. Although the \u0394199Hg/\u0394201Hg ratio was uniform across experiments (\u223c1.4), \u0394199Hg/\u03b4202Hg slopes varied dramatically (from \u22120.96 to 15.4) across incubations with\u00a0R. subcapitata\u00a0and DOM. In addition, no evidence of Hg isotope fractionation was observed within\u00a0R. subcapitata\u00a0cells. This study provides a refined examination of Hg isotope fractionation markers for key processes occurring in the lower food web prior to bioaccumulation, critical for accurately accounting for the photochemical processing of Hg isotopes across a wide spectrum of freshwater systems.",
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