The Impact of Coastal and Marine Mines on Seabed Biological Resources: Engineering Needs for Sustainable Recovery and for Use of the Resources after Mining Ceases.

- Organization:
- Canadian Institute of Mining, Metallurgy and Petroleum
- Pages:
- 8
- File Size:
- 56 KB
- Publication Date:
- May 1, 2002
Abstract
Coastal and marine mines affect the seabed?s biological resources, eg fisheries, when large volume wastes such as tailings are placed on the seabed, and by the extraction processes from marine mining. Worldwide monitoring of such effects for the past 30+ years now provides information to describe Best Practice design, construction and monitoring procedures. The critical environmental factors for submarine tailings placement (STP) are the selection of an appropriate deposition site and discharge depth, the deposition rate of the tailings, and the speed of biodiversity recovery to a sustainable ecological succession. These should be predictable at new sites using current modeling and experimental procedures. Prediction procedures are still needed to minimize potential destabilization of deposited tailings, and consequent biodiversity recovery setbacks. Comparable environmental information is needed from marine mining sites.
Citation
APA:
(2002) The Impact of Coastal and Marine Mines on Seabed Biological Resources: Engineering Needs for Sustainable Recovery and for Use of the Resources after Mining Ceases.MLA: The Impact of Coastal and Marine Mines on Seabed Biological Resources: Engineering Needs for Sustainable Recovery and for Use of the Resources after Mining Ceases.. Canadian Institute of Mining, Metallurgy and Petroleum, 2002.