The Environmental Impact of Submarine Tailings Disposal at the Island Copper Mine on Vancouver Island: A Case History in Environmental Policy

Canadian Institute of Mining, Metallurgy and Petroleum
Patrick Moore
Organization:
Canadian Institute of Mining, Metallurgy and Petroleum
Pages:
8
File Size:
58 KB
Publication Date:
May 1, 2002

Abstract

In 1971 the government of British Columbia issued a permit for the Island Copper Mine to commence disposal of 33,000 tons per day of mine tailings into Rupert Inlet, a marine fjord on the northwest coast of Vancouver Island. There was considerable controversy surrounding the development, public hearings were held, and as a requirement of the permit the company was obliged to carry out a comprehensive environmental monitoring program. The results of this program provide a thorough assessment of the environmental impact of submarine tailings disposal over the 24-year life of the mine. Following closure in December, 1995, the monitoring program continued for three years to determine the extent of marine ecosystem recovery and re-colonization. It is apparent from the findings of the monitoring program that the mine tailings were dispersed more widely than was originally predicted. It is also clear that widespread heavy metal contamination has not materialized. In retrospect it appears that submarine tailings disposal has resulted in far less severe environmental impacts than if the alternative of land disposal had been adopted. This review highlights significant aspects of public policy decision-making, design of environmental monitoring programs, and questions of interpretation of monitoring program data.
Citation

APA: Patrick Moore  (2002)  The Environmental Impact of Submarine Tailings Disposal at the Island Copper Mine on Vancouver Island: A Case History in Environmental Policy

MLA: Patrick Moore The Environmental Impact of Submarine Tailings Disposal at the Island Copper Mine on Vancouver Island: A Case History in Environmental Policy. Canadian Institute of Mining, Metallurgy and Petroleum, 2002.

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