People have known about the health dangers associated with mercury exposure for some time. I recently came across an extract from a mid-19th century journal, which, with reference to the occupational use of mercury by
Wildlife contamination by heavy metals from mines and other enterprises is of great concern worldwide (Figure 1). The concern is not only towards the animals suffering from the contamination itself but also the communities that
Mercury is a potent neurotoxin that has a high rate of bioaccumulation and biomagnification through food webs. Industrial activities, like mining, fossil fuel combustion, and cement production, release mercury to the environment. Over the past
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
Mercury Australia members Dr Larissa Schneider, Associate Professor Darren Sinclair and Professor Peter Nelson had the opportunity to be part of the Conference of the Parties (COP3) of the Minamata Convention, in Geneva. The COP3
Maxwell Warren, Paul Winn and Larissa Schneider An ANU (School of Culture, History, and Language; Fenner School of Environment and Society) and Hunter Community Environment Centre collaboration Mercury is an incredibly toxic heavy metal, which
Mercury Australia was pleased to hold its inaugural symposium on 7-8 November 2019 at the School of Culture, History and Language – Australia National University, Canberra. The symposium brought together a diverse range of researchers
Mercury in the Southern Hemisphere and Tropics Over the last two decades, the cycle of mercury between the atmosphere, terrestrial and aquatic systems has received abundant attention in the Northern Hemisphere. In contrast, our understanding
Rainfall is the most significant component of current climate variability in the tropics around Timor-Leste and is associated with the Monsoon, the Indian Ocean Dipole (IOD) and the El Niño. A critical question on understanding
Biogeochemical cycles are the backbone of Earth system science. Mercury Australia is conducting research to understand how human activities have changed the natural biogeochemical cycle of mercury (Hg) in Australia. The goal of this study
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