Dames & Moore, 1999 - USDA Forest Service

I
Table 7.1-38 - Toxicity Criteria and Bioconcentration Factors Used for Site-Specific Human Health Risk
@ Table 7.1-39 -
Table 7.1-40 -
Table 7.1-4 1 -
Table 7.1-42 -
Table 7.1-43 -
Table 7.1-44 -
Table 7.2.2-1A -
Table 7.2.2-1B1 -
Table 7.2-2- 1 B2 -
Table 7.2-2- 1B3 -
Table 7.2.2-1 C -
Table 7.2.2- 1D -
0 Table 7.2.2-1E -
Table 7.2.2-1F -
Table 7.2.2-1G -
Table 7.2.2-1H -
Table 7.2.2-2 -
Table 7.2.2-3 -
Table 7.2.2-4 -
Table 7.2.3-1A -
Table 7.2.3-1B -
Table 7.2.3-2A -
Table 7.2.3-2B -
Table 7.2.3-3A -
-Table 7.2.3-3B -
Table 7.2.3-4A -
Table 7.2.3-4B -
Table 7.2.3-5 -
Table 7.2.3-7 -
Table 7.2.3-8 -
Table 7.2.3-9 -
Table 7.2.3-10 -
Table 7.2.3-1 1 -
Table 7.2.3-12 -
Table 7.2.3-13 -
Table 7.2.3-14 -
Table 7.2.3-15 -
Table 7.2.3-16 -
Table 7.2.3- 17 -
Table 7.2.3- 18 -
Table 7.2.4- 1 a -
Table 7.2.4- 1 b -
Table 7.2.4- 1c -
Table 7.2.4-2a -
Table 7.2.4-2b -
Table 7.2.4-2C -
Assessment
Exposure Factors Used for Site-Specific Human Health Risk Assessment
Site-Specific Method C Cleanup
Comparison of Site-Specific Method C Criteria to Exposure Concentrations
Calculation of Cancer Risks and Hazard Quotients
Evaluation of Cumulative Risk
Toxicity Profiles for Indicator Hazardous Substances
Statistical Analysis and Comparison of Surface Water Data from Railroad Creek, South Bank
Statistical Analysis and Comparison of Surface Water Data from Railroad Creek, Upstream
Statistical Analysis and Comparison of Surface Water Data from Railroad Creek, Adjacent
Statistical Analysis and Comparison of Surface Water Data from Railroad Creek, Downstream
Comparison of Total Metal Concentrations in Sediment Collected from Railroad Creek
Summary of Ferricrete, Flocculent and Portal Film Data
Statistical Analysis and Comparison of Surface Soil Chemical Data at Holden Village
Statistical Analysis and Comparison of Surface and Subsurface Tailings Metals
Concentrations
Statistical Analysis and Comparison of Chemical Data for Stations along Portal Drainage
Statistical Analysis and Comparison of Chemical Data from Groundwater Seepage
Species of Federal Concern Which May Occur in the Vicinity of Holden Mine, as Indicated by
the US Forest Service August 13, 1997
Toxicity Benchmarks for Amphibians Exposed to Cadmium, Copper, Lead, Zinc, and Mercury
Summary of Representative ROCs
Screening of COCs for Surface Water
Results of Peer-Reviewed Bioassays with Salmonid Fishes
Screenings of COCs for Sediments and Flocculent
Results of Peer-Reviewed Bioassays with Benthic Macroinvertebrates
Elimination of COCs for Soils, Tailings, and Dust
Soil Concentrations of Metals Which Allow Plant Germination and Growth in the Wild
Toxicity Reference Values (TRVs) and Safe Food and Water Concentrations for
Representative Avian ROCs
Toxicity Reference Values (TRVs) for Mammals
Example Prediction of Body Burdens of Metals in Benthic Invertebrates in Railroad Creek
Doses to American Dipper
Doses to Osprey Consuming Trout
Doses to Mink Consuming Trout
Soil: Biota Uptake Algorithms
Bioavailability of Metals
Doses to Mule Deer
Doses to Deer Mice
Doses to Mink Consuming Small Mammals
Doses to Dusky Shrew
Doses to Red-Tailed Hawk
Doses to American Robin
Doses to Bat
Hazard Quotients for Salmonids in Southbank Railroad Creek
Hazard Quotients for Salmonids in Mainstream Railroad Creek
Hazard Quotients for Salmonids in Median Mainstream Railroad Creek
Hazard Quotients for Insect Nymphs in Southbank Railroad Creek
Hazard Quotients for Insect Nymphs in Mainstream Railroad Creek
Hazard Quotients for Benthic Invertebrates Exposed to the Highest Metals Concentrations in
Sediments of Railroad Creek
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Figure& Appcndices.doc
17693-005-019VuIy 29.1999; 1255 PM,DW FINAL RI REPORT