Ian M. Hedgecock

Elsie M Sunderland2
Francesca Sprovieri1
Helen M Amos1
2Elsie M Sunderland
1Francesca Sprovieri
1Helen M Amos
1Ralf Ebinghaus
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Atmospheric Hg monitoring is now occurring on a global scale for the first time. Mercury research priorities are identified and described. Modelling advances give insight into the deposition and biota concentration links. The current level of monitoring is inadequate for regulatory purposes. Knowledge of fundamental atmospheric Hg chemistry processes needs(More)
Centuries of anthropogenic releases have resulted in a global legacy of mercury (Hg) contamination. Here we use a global model to quantify the impact of uncertainty in Hg atmospheric emissions and cycling on anthropogenic enrichment and discuss implications for future Hg levels. The plausibility of sensitivity simulations is evaluated against multiple(More)
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