By Committee on Toxicology, Board on Environmental Studies and Toxicology, Commission on Life Sciences, National Research Council.
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Additional resources for Review of the US Navy's human health risk assessment of the naval air facility at Atsugi, Japan
Sample text
4 (Radian 1998a) contains the strategy that is designed to answer the following questions for the FTIR sampling: • • • • What is the contribution of the Jinkanpo Incineration Complex to the air quality at the base? Are there temporal variations in VOC and acid gas concentrations at the base? Are there variations in VOC and acid gas concentrations across the area of the base? What is the continuous inhalation exposure of NAF personnel to VOC and acid gas concentrations? About this PDF file: This new digital representation of the original work has been recomposed from XML files created from the original paper book, not from the original typesetting files.
2-2) (NEHC 2000). No information regarding the assumptions, data sources, methods, or intermediate results is presented. This subcommittee's evaluation of the dispersion modeling relies heavily on the Pioneer draft report (Pioneer 2000; p. 13, p. 92), a Radian International report (Radian 2000a), and Appendix I of the Radian report (2000d). Despite the limitations of air-dispersion modeling, in general the subcommittee concludes that the modeling as performed in this study is sophisticated and provides the best basis for determining the contribution of the incinerator facility to exposures at NAF Atsugi.
Also, samples were collected, where possible, from areas of potential sediment accumulation, areas of observed vegetation stress, and areas lacking evidence of erosion or ground cover. The narrative in the Radian report (1998b) is more factual and demonstrates that the soil-trend samples were taken in a logical manner. • The second sentence in the second paragraph on p. 29 of the NEHC draft summary report should be replaced with the following based on the Radian report (1998b, p. 4-43): It is evident that subsurface soils from the soil trend data set are less contaminated than the surface soils.