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. Author manuscript; available in PMC: 2019 Feb 11.
Published in final edited form as: Environ Model Softw. 2018 Feb 11;104:118–129.

Table 3.

Key parameters for conducting a health impact analysis in BenMAP–CE.

Air quality Population Baseline Rate of Death and Disease β Coefficient Economic values
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Default parameters
  • Year 2000–2013 PM2.5 and ozone monitoring data for the contiguous U.S.

  • Voronoi Neighborhood Average interpolates to user-specified grid

  • Grids defined for common air pollution models

  • U.S. population stratified by sex/age/race/ethnicity

  • Population projected from 2000 to 2050 in 1-year increments

  • Aggregated from census blocks to 12 km grid cells

  • Cause-specific county-level death rates projected from 2000 to 2060 in 5-year increments

  • Hospital and emergency department visits for 2013 at county and state-level

  • Over 100 PM2.5 and ozone health impact functions (β) for mortality, hospital admission, emergency department, exacerbated asthma, acute respiratory symptoms, school/work loss days

  • # of cost-of-illness (COI) and willingness-to-pay (WTP) studies for each health endpoint quantified by health impact functions


Updating parameters
  • Import .csv or .xlsx file specifying air quality modeling or monitoring data.

  • As needed, import shapefile boundary defining location of air quality impacts

  • Import .csv or .xlsx file specifying sex/age/race/ethnicity stratified population counts assigned to grid

  • Import .csv or .xlsx file specifying age/race/ethnicity stratified baseline incidence rate assigned to each grid cell

  • Import .csv or .xlsx file specifying health impact function(s), including health endpoint, functional form, effect coefficient, applicable age/sex/race/ethnicity

  • Import .csv or .xlsx file specifying COI or WTP function(s), including health endpoint, unit value