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Monte Carlo Applications
Citra M.J. 2004. Incorporating Monte Carlo Methods Into
Multi-Media Fate Models. Environmental Toxicology and Chemistry
23:1629-1633.
Thayer W.C., Griffith D.A., Goodrum P.E., Diamond G.L., and Hassett
J.M. 2003. Application of geostatistics to risk assessment. Risk
Anal. 23(5): 945-960.
Choudhury H.,
Harvey T., Thayer W.C., Lockwood T.F., Stiteler W.M., Goodrum P.E., Hassett J.M.
and Diamond G.L. 2001. Urinary Cadmium Elimination as a
Biomarker of Exposure for Evaluating a Cadmium Dietary Exposure-Biokinetics
Model. J. Toxicol. Environ. Health, Part A. 63: 321-350.
Choudhury H., Harvey T., Thayer W.C., Lockwood T.F., Stiteler W.M.,
Goodrum P.E., Hassett J.M., and Diamond G.L. 2000. Use of a Modified
Cadmium Pharmacokinetics Model to Validate Urinary Cadmium Elimination
as a Biomarker of Exposure. In: Metal Ions in Biology and Medicine. Centeno J.A., Collery
P., Vernet G., Finkelman R.B., Gibb H.,
Etienne J.C., Eds. John Libbey Eurotext, Paris. p. 313-315.
Griffin S., Goodrum P.E., Diamond G.L., Meylan W., Brattin W.J.,
Hassett J.M. 1999. Application of a Probabilistic Risk Assessment
Methodology to a Lead Smelter Site. Hum Ecol Risk Assess 5(4):845-868.
Goodrum P.E. 1999. Uncertainty Analysis of Childhood Lead Exposure
Using the Integrated Stochastic Exposure Model. Dissertation, SUNY
Environmental Science and Forestry, Syracuse, NY.
Diamond G.L., Goodrum P.E., Felter S.P., Ruoff W.L. 1997. Gastrointestinal Absorption of Metals. Drug Chem Toxicol 20:345-368.
Goodrum P.E., Diamond G.L., Hassett J.M., Johnson D.L. 1996. Monte Carlo Modeling of Childhood Lead Exposure: Development of a
Probabilistic Methodology for Use with the U.S. EPA IEUBK Model for Lead
in Children. Hum Ecol Risk Assess 2:681-708.
Price P.S., Curry C.L., Goodrum P.E., Gray M.N., McCrodden J.I.,
Harrington N.W., Carlson-Lynch H., Keenan R.E. 1996. Monte Carlo Modeling
of Time-dependent Exposures Using a Microexposure Event Approach. Risk
Anal 16(3):39-348.
Goodrum P.E.,
Diamond G.L., Hassett J.M. and Johnson D.L. 1996. Monte Carlo modeling of
childhood lead exposure: Development of a probabilistic methodology for
use with the U.S. EPA IEUBK model for lead in children. Hum. Ecol. Risk
Asses. 2:681-708.
Price P.S.,
Curry C.L., Goodrum P.E., Gray M.N., McCrodden J.I., Harrington
N.W.,
Carlson-Lynch H., and Keenan R.E. 1996. Monte Carlo modeling of
time-dependent exposures using a microexposure event approach. Risk
Anal. 16(3):339-348.
Stiteler W.M, Joly D.A.
and Printup H. 1993. Monte Carlo Investigation of Issues Relating to
the Benchmark Dose Method. SRC TR 93-035. Prepared under USEPA Contract
No. 68-C0-0043.
Stiteler W.M. 1991. A
Monte Carlo System for Investigating the Benchmark Method. SRC TR
91-064. Prepared under USEPA Contract No. 68-C0-0043.
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