| First Name | Last Name | Company Name | Abstract Title | Session | Day & Session | Start Time |
|---|---|---|---|---|---|---|
| Carla | Pereira-Garcia | Universidad Autonoma de Barcelona | Genomic and Transcriptomic analysis of a Deep-Ocean Alteromonas sp. with capacity for Methylmercury Detoxification | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session One | 06:00 UTC |
| Yongli | Wang | Texas Tech University | Role of geochemistry and non-mercury methylators in supporting mercury methylation in aquatic sediments | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session One | 06:00 UTC |
| Adrien | Vigneron | Université de Pau et des Pays de l’Adour, E2S UPPA, CNRS, IPREM, Pau, France | Transcriptomic Evidence for Versatile Metabolic Activities of Mercury Cycling Microorganisms in Brackish Microbial Mats | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session One | 06:00 UTC |
| Heyu | Lin | The University of Melbourne | Multi-Omics Reveals Metabolically Versatile Bacterial Mercury Methylators in Marine Oxycline | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session One | 06:00 UTC |
| Caitlin | Gionfriddo | Smithsonian Environmental Research Center | Linking Metabolic and hgcA Activity to Mercury Methylation Rates by Pseudodesulfovibrio mercurii ND132 | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session One | 06:00 UTC |
| Spencer | Roth | Oak Ridge National Laboratory | Increased Potential for Mercury Methylation Along a Bog to Fen Trophic Gradient in Sub-Arctic Peatlands | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session One | 06:00 UTC |
| Natalia | Neal-Walthall | Duke University | Utility of Diffusive Gradient in Thin-film Passive Samplers for Quantifying Hg Bioavailability for Methylation and Biomagnification | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session Two | 09:30 UTC |
| Benjamin | Peterson | University of Wisconsin at Madison | Inorganic mercury bioavailability and microbial methylation capacity constraints on in situ mercury methylation | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session Two | 09:30 UTC |
| Andrea G. | Bravo | Institute of Marine Sciences, Spanish National Research Council (CSIC) | PREVALENCE OF THE GENES INVOLVED IN METHYLMERCURY DEGRATION AND MERCURY REDUCTION IN THE GLOBAL DEEP OCEAN. | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session Two | 09:30 UTC |
| Elena | Yunda | Umeå University | Hg methylation in relation to phenotypic differences of Geobacter sulfurreducens biofilms | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session Two | 09:30 UTC |
| Noemie | Lavoie | University of Ottawa | Physiological Insights Into a Novel Mercury Reduction Pathway by Anoxygenic and Phototrophic Heliobacteria | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session Two | 09:30 UTC |
| Dmitrii | Deev | Jožef Stefan Institute | Proof of Concept for Aerobic Mercury Methylation by Sulfate Reducing Bacteria | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling | Friday 29th July - Session Two | 09:30 UTC |
| First Name | Last Name | Company Name | Abstract Title | Session |
|---|---|---|---|---|
| JINPING | XUE | Universite de Pau et des Pays de L'Adour, E2S UPPA, CNRS, IPREM, Institut des Sciences Analytiques et de Physico-chimie pour l'Environnement et les Matériaux | Unravelling Phototrophic Mercury Transformations by Coupling Laboratory- and Field-Scale Incubation Studies | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling |
| Spencer | Washburn | Oak Ridge National Laboratory | Understanding Environmental Controls on Fluvial Periphyton Composition and Effects on Mercury Cycling | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling |
| Andrew | Graham | Grinnell College | Controls on MeHg Uptake and Degradation by Several Anaerobic Bacteria | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling |
| Mareike Franziska | Gutensohn | Umeå University, Sweden | MeHg Formation by Geobacter Sulfurreducens Driven by Hg Speciation and Cell Physiological State | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling |
| IKRAM | BAKOUIR | IPREM-UMR | Coupling Fluorescent Probes to Characterize S-Containing Compounds in a Mercury Methylating SRB Bacteria | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling |
| Zohra | Zahir | University of Regina | Identifying the Microbial Communities That Methylated Mercury in Prairie Wetland Ponds | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling |
| Rui | Zhang | University of Ottawa | Exploring the Functional Diversity of Microbial Communities in Rice Paddies Along a Mercury Contamination Gradient | Special Session - Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling |
