Authors: Novakowski, K; Bruemmer, A; Wernick, B

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Novakowski, K, Bruemmer, A & Wernick, B 2023, 'A framework for managing contaminants at legacy mine sites ', in B Abbasi, J Parshley, A Fourie & M Tibbett (eds), Mine Closure 2023: Proceedings of the 16th International Conference on Mine Closure, Australian Centre for Geomechanics, Perth,

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Keywords: abandoned mine, adaptive framework, contaminant management, effects linkages, legacy mine, pollution prevention hierarchy, monitoring, site characterisation

BC Ministry of Forests 2020, BC Crown contaminated sites program 2020 biennial report.
Chilean Copper Commission and United Nations Environment Programme, 2001, abandoned mines problems, issues and policy challenges for decision makers summary report.
Government of Canada 2023, The Canadian Environmental Protection Act, 1999 and Pollution Prevention, factsheet, viewed 17 June 2023,
Nevada Division of Environmental Protection 2023, Abandoned mine lands program, viewed 17 June 2023,
Stevens, R 2021, Current status of mine closure readiness: Are governments prepared, brief, viewed 17 June 2023,
United States Environmental Protection Agency 2000, Abandoned mine site characterization and cleanup handbook.
United States Environmental Protection Agency 2023, Pollution prevention law and policies P2 Defined, viewed June 2023,

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