Wood-Burning Device Changeout: Modeling the Impact on PM_2.5 Concentrations in a Remote Subarctic Urban Nonattainment Area

Table 1

Parameterizations used in this study.

Process	Scheme and reference
Cloud microphysics	Six water-class cloud microphysical scheme [16]
Subgrid-scale convection	Further developed 3D version of the Grell-Dévényi cumulus-ensemble scheme [17]
Radiation	Goddard shortwave radiation scheme [18], Radiative Transfer Model for long-wave radiation [19], radiative feedback from aerosols [20]
Atmospheric boundary layer and sublayer processes	[21]
Land-surface processes	Modified Rapid Update Cycle land-surface model [22]
Gas-phase chemistry	[23]
Photolysis frequencies	[24]
Aerosol physics, chemistry and dynamics	Modal Aerosol Dynamics Model for Europe [25] and Secondary ORGanic Aerosol Model [26]
Dry deposition	[27] with the modifications by [14]
Biogenic emissions	calculated inline depending on meteorological conditions [28]