. Hydrochemical, vegetational and microbiological effects of a natural and a constructed wetland on the control of acid mine drainage . Mine drainage; Acid mine drainage; Wetlands. Jnlel Weir •Limestone Chonnel PLAN VIEW Bertn. I'-CottoilSod Mat 23 m. Peot Mix Bentonite Liner Figure 10-4. Sand Coulee constructed wetland sampling site (Kiel and Kerins 1988). vegetative mat and the high water level in the artificial wetland precluded removal of a coherent core. Instead, the saturated sediment was shoveled into the container, preserving the depth sequence of the peat. This procedure
. Hydrochemical, vegetational and microbiological effects of a natural and a constructed wetland on the control of acid mine drainage . Mine drainage; Acid mine drainage; Wetlands. Jnlel Weir •Limestone Chonnel PLAN VIEW Bertn. I'-CottoilSod Mat 23 m. Peot Mix Bentonite Liner Figure 10-4. Sand Coulee constructed wetland sampling site (Kiel and Kerins 1988). vegetative mat and the high water level in the artificial wetland precluded removal of a coherent core. Instead, the saturated sediment was shoveled into the container, preserving the depth sequence of the peat. This procedure was deemed acceptable for the Sand Coulee wetland samples because the sediment color and texture were homogeneous throughout the peat profile,- and because the sediment was fluid enough to fill the container without forming pockets of air. 134. Please note that these images are extracted from scanned page images that may have been digitally enhanced for readability - coloration and appearance of these illustrations may not perfectly resemble the original Montana State University (Bozeman, Mont. ). Reclamation Research Unit; Dollhopf, D. J; MSI Detoxification, Inc. [Bozeman, Mont. ? : Montana State Univ. ?]
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