Predicted versus observed sediment arsenic fluxes in relation to temperature.

• Main Authors: Brittany C. Astles (14290341), John Chételat (529889), Michael J. Palmer (3189375), Jesse C. Vermaire (5464793)
• Format: Still Image
• Language: unknown
• Published: 2022
• Subjects: Ecology; Inorganic Chemistry; Environmental Sciences not elsewhere classified; Biological Sciences not elsewhere classified; low organic matter; contained predominately clay; 7 ° c; 21 ° c; strongly enhance sediment; sediment redox conditions; lower martin lake; great slave lake; experimental incubation approach; either sediment type; warmer temperatures associated; reported temperature enhancement; overlying oxic waters; duplicate sediment batches; div >< p; lake sediments either; yellowknife bay sediments; warmer temperatures; yellowknife bay; surface waters; overlying water; experimental investigation; contaminated sediment; yellowknife area; contaminated sediments; warming effects; thermal stratification; term warming; temperature treatments; study assessed; published studies; northwest territories; microbial metabolism; legacy arsenic; internal loading; indirect effects; higher solid; fluxes ranging; evaluating climate; environmental concern; duplicate cores; direct effect; controlled chamber; continued remobilization; climate change; arsenic fluxes; Great Slave Lake; Northwest Territories; Yellowknife; Yellowknife Bay
• Online Access: https://doi.org/10.1371/journal.pone.0279412.g006

Predicted As fluxes from Lower Martin Lake sediment (calculated using Fick’s law) for each temperature treatment in comparison to measured As fluxes in duplicate cores.