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The global and regional redistribution of mercury within the environment is of primary importance to both natural ecosystems and human health.The ratification of the Minamata Convention on Mercury by 91 parties represents a key step in protecting ecosystems and future societies from increasing mercury accumulation.However,key to the continued quantification and mitigation of mercury pollution is the fundamental science controlling its speciation,movement,bioaccumulation,and impacts on ecosystems.This special issue brings together a diverse collection of papers detailing advances in the science of mercury pollution.The papers provide new insights into fundamental processes,environmental (boio)monitoring,analyrical techniques,and remediation technology.