. 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. V) 'o a o o s 1â1 a â *-> o Surface (1-2 cm) Sample --EZIl nmoles/gdw ESS mole % 4- 3-- Kl+2 Ul+2 20 16 12. O v 1â1 o Lincoln Lincoln Sand Sand Hardâ Swamp Coulee Coulee scrabble Gulch Large Small Creek Bog Bog nd = not determined. Histograms represent means + 1 std. deviation. N1+2 symbols used to distinguish subsets generated by Tukey's test of log.|Q transformed data; Ml+2 used 2*arcsin square root transformea
. 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. V) 'o a o o s 1â1 a â *-> o Surface (1-2 cm) Sample --EZIl nmoles/gdw ESS mole % 4- 3-- Kl+2 Ul+2 20 16 12. O v 1â1 o Lincoln Lincoln Sand Sand Hardâ Swamp Coulee Coulee scrabble Gulch Large Small Creek Bog Bog nd = not determined. Histograms represent means + 1 std. deviation. N1+2 symbols used to distinguish subsets generated by Tukey's test of log.|Q transformed data; Ml+2 used 2*arcsin square root transformea data (see text for details). Figure 10-13. Sulfate-reducing bacterial phospholipid fatty acid biomarker expressed as density per gram of soil and proportion of total microbial biomass. 15 3. 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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