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Abstract
Sediments from a relatively cold (5 °C), petroleum hydrocarbon-contaminated aquifer in Adak, AK, mineralized [ 14 C]toluene at an aerobic rate (16.3% day -1 at 5 °C) comparable to that (5.1% day -1 at 20 °C) of sediments from a more temperate aquifer at Hanahan, SC. In addition, rates of overall microbial metabolism in sediments from the two aquifers, as estimated by [1- 14 C]acetate mineralization, were similar (∼10.6% h -1 ) at their respective in situ temperatures. These results are not consistent with the common assumption that biodegradation rates in cold groundwater systems are depressed relative to more temperate systems. Furthermore, these results suggest that intrinsic bioremediation of petroleum hydrocarbon contaminants in cold groundwater systems may be technically feasible, in some cases.
Published Version
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