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Overview of Projects in CRESP I -
Exposure Assessment Task Group

The following slide presentations are best viewed at 800 x 600 screen resolution. Most of these presentations are also available in Adobe Acrobat (pdf) printable format.
 
  • Research to Support Decisions Involving Exposure to Contaminents from DOE Sites: slides
  • Integration of Geographic Information Systems and Relational Database Tools for Environmental Data Access, Visualization, and Analysis: slides | pdf
  • Improvements in Computational Efficiency of Uncertainty Analysis: Coupling of the Stochastic Response Surface Method with Sensitivity Analysis Methods: slides | pdf
  • GRIDLIB: A GIS-Based Tool for Linking Macroenvironmental to Microenvironemental Models: slides | pdf
  • Data and Model Assimilation using a Bayesian Methodology: Markov Chain Monte Carlo Simulation: slides | pdf
  • Estimation of Bioavailability using Deconvolution: slides | pdf
  • Defining Background Groundwater Quality for the Savannah River Site: slides
  • Background Soil Quality and Relationships between Surface and Subsurface Soil Samples from the Savannah River Site: slides
  • A New Mechanistic Model for the Resuspension of Particulate Matter: slides
  • Particulate Matter Dispersion Modeling at the Local Scale: Comparison of the Fugitive Dust Model with a Lagrangian Fluid Particle Model: slides | pdf
  • Respiratory Tract Dosimetry Modeling for Inhaled Particulate Matter: Comparison of the EDMAS-AID and ICRP66 Models: slides | pdf
  • Mesoscale Atmospheric Transport and Dispersion Modeling: slides | pdf
  • Modeling the Impact of Forest Fires on the Emission and Atmospheric Transport of Contaminants: slides | pdf
  • Oral Bioavailability of Metals from Soil: slides | pdf
  • Modification of an Integrated Food Web Model Coupled to Macro- and Microenvironemental Transport and Fate Models: Application to Pond B, Savannah River Site: slides | pdf
  • Evaluation of Binary Chemical Mixtures on Early Life Stages of Freshwater Fish: slides
  • Evaluation of Fit for One-, Two-, and Three-Compartment Models to Uptake and Elimination Data for Two Persistent Chlorinated Xenobiotics: 2,3,7,8-Tetrachlorodibenzo-p-dioxin (TCDD) and 3,3',4,4',5-Pentachlorobiphenyl (PCB 126): slides

EOHSI is a Joint Institute of the University of Medicine & Dentistry of NJ –
Robert Wood Johnson Medical School and Rutgers University


Questions or comments? Contact Webmaster. Last updated February 2, 2006