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Influence of Strip Mines on Regional Ground-Water Flow
The effect of an operational strip mine on regional ground-water flow is investigated using a finite element model of the steady flow system. Mine location, mine size, water-table configuration, and subsurface layering of aquifer units are examined. The results demonstrate that: (1)The impact of a mine can extend far beyond its radius of influence at the water table; (2)mines placed near regional discharge areas have a more significant effect on the regional system; (3)natural water-table variation due to topography masks the effects of some mines; and (4)buried aquifers beneath the mine excavation limit the amount of flow field distortion caused by the mine.
Influence of Strip Mines on Regional Ground-Water Flow
The effect of an operational strip mine on regional ground-water flow is investigated using a finite element model of the steady flow system. Mine location, mine size, water-table configuration, and subsurface layering of aquifer units are examined. The results demonstrate that: (1)The impact of a mine can extend far beyond its radius of influence at the water table; (2)mines placed near regional discharge areas have a more significant effect on the regional system; (3)natural water-table variation due to topography masks the effects of some mines; and (4)buried aquifers beneath the mine excavation limit the amount of flow field distortion caused by the mine.
Influence of Strip Mines on Regional Ground-Water Flow
Wilson, John L. (author) / Hamilton, David A. (author)
Journal of the Hydraulics Division ; 104 ; 1213-1223
2021-01-01
111978-01-01 pages
Article (Journal)
Electronic Resource
Unknown
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