Observations of background levels of atmospheric mercury are important to help inform modelling of land-ocean-atmosphere interactions and the role the Australian region plays in global mercury cycling. Continuous measurement of gaseous elemental mercury (GEM), which
Elevated mercury concentrations in the surface environment continues to attract increasing research attention worldwide. Like many heavy metals, anthropogenic mercury in the environment today may have a complicated and often unknown story of how it
As many members of the Mercury Australia team have previously found, many waterways around the world are experiencing increasing levels of mercury. High mercury levels in waterways lead to dire environmental and public health consequences.
Natural archives can be used to reconstruct the trends of mercury (Hg) fluxes over temporal and spatial scales. However, the majority of studies have been carried out in the Northern Hemisphere, with only a small
Australia is rich in most minerals but not cinnabar (mercuric sulphide, HgS). The Australian continent features similar geological settings to the main historical mercury-producing regions in Spain (Almaden), Slovenia (Idria) and California (New Almaden and