Flooding and the distribution of selected metals in floodplain sediments in St. Maries, Idaho

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Authors:Tobin, Graham A.; Brinkmann, Robert; Montz, Burrell E.
Author Affiliations:Primary:
University of South Florida, Department of Geography, Tampa, FL, United States
Other:
Binghamton University, United States
Volume Title:Environmental Geochemistry and Health
Source:Environmental Geochemistry and Health, 22(3), p.219-232. Publisher: Springer, London, United Kingdom. ISSN: 0269-4042
Publication Date:2000
Note:In English. 23 refs.; 7 tables
Summary:The link between sediment contamination and flooding is not well established, since flooding may exacerbate problems by spreading pollutants throughout the floodplain, or alternatively may dilute contaminants in source areas. To determine the substance of such relationships, the pattern of sediment contamination was examined in a small Idaho town following flooding in 1996. Four heavy metals were tested, nickel, chromium, zinc and copper, in 97 soil samples obtained from sites across the floodplain of the St. Joe River. Flood history and land-uses at each sample site were noted. Results showed that contamination levels generally were not high, with flood areas having lower concentrations than non-flood areas. A stronger relationship could be argued for land-use, with higher concentrations of contamination associated with some industrial sites. High levels of contamination were also found in several samples taken from recreational areas. Further research looking at the potential sources of contamination in relation to characteristics of the flood hydrology would seem pertinent.
Subjects:Chromium; Concentration; Copper; Floodplains; Floods; Fluvial features; Geologic hazards; Ground water; Heavy metals; Histosols; Inceptisols; Industrial waste; Land use; Metals; Mollisols; Nickel; Pollutants; Pollution; Sediments; Soils; Spatial distribution; Surface water; Waste disposal; Zinc; Benewah County Idaho; Idaho; United States; Saint Maries Idaho
Coordinates:N470500 N472500 W1162000 W1170500
Record ID:2010092851
Copyright Information:GeoRef, Copyright 2018 American Geosciences Institute.
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