Physical Limnology Of Existing Mine Pit Lakes (4b36d4c4-ac28-4599-ab7b-6cb1a2d5afd1)

Society for Mining, Metallurgy & Exploration
G. A. Doyle
Organization:
Society for Mining, Metallurgy & Exploration
Pages:
7
File Size:
327 KB
Publication Date:
Jan 1, 1996

Abstract

The quality of water in mine pit lakes depends in part on the physical limnology (Le. stratification, turnover, and development of anoxic conditions with depth) of the lake. Limnologic data collected from four existing pit lakes indicate that pit lakes develop a thermocline, or temperature stratification, in the upper 10m to 30 m of the water column. Two of the pit lakes (26 m and 55 m deep) undergo seasonal turnover of the entire water column, whereas two deeper pit lakes (110 m and 240 m) undergo seasonal turnover of only the upper portion of the water column. In the deeper lakes, seasonal mixing does not extend through the entire water column and a distinct chemocline develops with depth.
Citation

APA: G. A. Doyle  (1996)  Physical Limnology Of Existing Mine Pit Lakes (4b36d4c4-ac28-4599-ab7b-6cb1a2d5afd1)

MLA: G. A. Doyle Physical Limnology Of Existing Mine Pit Lakes (4b36d4c4-ac28-4599-ab7b-6cb1a2d5afd1). Society for Mining, Metallurgy & Exploration, 1996.

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