Use of 3D Visualisation Techniques to identify Minimal Impact Sand and Gravel Extraction Sites

Society for Mining, Metallurgy & Exploration
A. J. Benham H. Kessler
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
11
File Size:
1522 KB
Publication Date:
Jan 1, 2005

Abstract

In the UK a high proportion of land-won sand and gravel is extracted from sub-alluvial gravels and river terrace gravels located within river valleys. However, extraction from deposits of this type is increasingly proving to be less acceptable. Quarries within river valleys often have a high visual impact and the cumulative impact of these operations in close proximity to each other can be high (figure 1). River valley operations are almost always restored to open water. Whilst these may be attractive for nature conservation and provide leisure activities, they can also have a serious impact on the natural hydrology of the flood plain. Wet restoration of quarries located close to airports or airfields can also lead to concerns regarding increased risk of bird strike on aircraft. The Civil Aviation Authority recently suggested that an exclusion zone of 13 km be applied around all airports and airfields to reduce the potential for bird strikes on aircraft. This action is likely to have a serious impact on the availability of potential sand and gravel extraction sites in river valleys.
Citation

APA: A. J. Benham H. Kessler  (2005)  Use of 3D Visualisation Techniques to identify Minimal Impact Sand and Gravel Extraction Sites

MLA: A. J. Benham H. Kessler Use of 3D Visualisation Techniques to identify Minimal Impact Sand and Gravel Extraction Sites. Society for Mining, Metallurgy & Exploration, 2005.

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