Trace Metal Assessment of Lake Michigan Tributaries Using Low-Level Techniques

JAMES P. HURLEY; MARTIN M. SHAFER; SUSAN E. COWELL; J. T. OVERDIER; PETER E. HUGHES; DAVID E. ARMSTRONG

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Trace Metal Assessment of Lake Michigan Tributaries Using Low-Level Techniques

机译：使用低水平技术对密歇根湖支流进行痕量金属评估

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The clean low-level methods employed provide precise, accurate measurements of trace metal levels in Lake Michigan tributaries. As a result, concentrations found in these rivers give us the opportunity for accurate esti- mates of tributary loadings of metals to Lake Michigan. Additionally, the data show dramatic differences in trace metal levels and partitioning among tributaries, reflecting the impact of variations in both watershed geochemistry and anthropogenic inputs. Since partitioning behavior differs among tributaries, accurate estimates of loadings to Lake Michigan will require detailed modeling of individual tributaries to develop relationships of metal loadings to flow, dissolved organic carbon, suspended particulate matter levels, and other factors.

机译：所采用的干净的低含量方法可以精确，准确地测量密歇根湖支流中的痕量金属含量。结果，在这些河流中发现的浓度使我们有机会准确估算出密歇根湖的金属支流负荷量。此外，数据还显示了痕量金属含量和支流之间分配的巨大差异，反映了流域地球化学和人为输入的变化所产生的影响。由于支流之间的分配行为不同，因此准确估算到密歇根湖的负荷将需要对各个支流进行详细的建模，以建立金属负荷与流量，溶解有机碳，悬浮颗粒物含量和其他因素之间的关系。

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来源
《Environmental Science & Technology》 |1996年第6期|p.2093-2098|共6页
作者
JAMES P. HURLEY; MARTIN M. SHAFER; SUSAN E. COWELL; J. T. OVERDIER; PETER E. HUGHES; DAVID E. ARMSTRONG;
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作者单位

Bureau of Research, Wisconsin Department of Natural Resources, 1350 Femrite Drive, Monona, Wisconsin 53716;

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收录信息美国《科学引文索引》(SCI);美国《工程索引》(EI);美国《生物学医学文摘》(MEDLINE);美国《化学文摘》(CA);
原文格式 PDF
正文语种 eng
中图分类环境化学;
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Trace Metal Assessment of Lake Michigan Tributaries Using Low-Level Techniques

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