Mercury 2022 Mercury 2022

Mercury Conference sessions include:

  • Addressing global Hg challenges in a changing world
  • Analytical methods for Hg speciation to assess impacts of Climate Change
  • Atmospheric Hg cycling: Source & Emissions
  • Case studies on implementing the Minamata Convention
  • Communities, Hg and Climate Change
  • Energy/ Fossil Fuels
  • How are we doing in implementing the Minamata Convention?
  • Human Exposure and Risk Assessment of Hg
  • Mercury Emissions: Monitoring and Analysis
  • Mercury in Artisanal Gold Mining
  • Mercury in Contaminated Sites
  • Mercury in Freshwater Ecosystems
  • Mercury in Marine Ecosystems
  • Mercury in Polar Ecosystems
  • Mercury in the Terrestrial Ecosystems
  • Mercury Regulatory and Policy Matters
  • Mercury Treatment/ Abatement
  • Predicting the Impacts of Climate Change on Hg Cycling
  • Progress in understanding Hg and human health impacts
  • Risk Assessment of Hg exposure to wildlife, birds and fish
  • The impacts of climate change on global Hg cycling
   Special Sessions
  • Artisanal and Small- Scale Gold Mining – challenges and solutions
  • Assessing the effectiveness of the Minamata Convention on Mercury under climate uncertainties
  • Climate-Driven Perturbations of Arctic Mercury Cycling – a Special Session Coupled to the 2021 AMAP Mercury Assessment
  • Global mercury concentrations in biota: their use as a basis for a global monitoring framework
  • Impacts of Climate Change on Global Mercury Cycling
  • Mercury in the Southern Hemisphere
  • Meta-omic and geochemical approaches to linking microbial activity to biogeochemical mercury cycling
  • Metrological Traceability for mercury analysis and speciation
  • National Action Plans to reduce mercury use in artisanal and small-scale gold mining: translating data into policy responses
  • New developments in understanding reactive mercury concentrations and chemistry
  • planetGOLD: A Pathway to Reducing Global Mercury Pollution from Artisanal and Small- Scale Gold Mining
  • Selenium-mercury interactions in aquatic food webs: The state of the science and future research directions




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