Replication Data for: Canadian 2023 and 2025 Boreal Forest Wildfires: Downwind Formaldehyde to Nitrogen Dioxide Ratios and Implications for Surface Ozone Production

(C) "windspeedy" is the wind speed at averaged within each 4 km box, (D-G) Numbered columns (0,1,...,etc.) are described in detail, below. (H) "VCD" is the vertical column density enhancement (ΔVCD) in molec/cm^2 (background-corrected, i.e. with the background VCD between 20 to 50 km upwind subtracted), (I) "Line" is the line density (molec/cm), (J) "STD" is the standard deviation from the centre of the Gaussian fit profile across the ΔVCDs (molec/cm^2), (K-N) The last four columns include META DATA for the fire and include the fire name "name", trace gas "species", the data of the fire in YYYYMMDD "date", and TROPOMI overpass "orbit".

Numbered columns (0, 1, ..., etc.) in the CSV file are background-corrected enhancement rates in tonnes/hour for each species. Each number corresponds to a lifetime (τ) used to calculate the enhancement rates, following the following key: CO: '0' ---> τ = 336 hours HCHO: '0' ---> τ = 1.5 hours '1' ---> τ = 3.0 hours '2' ---> τ = 6.0 hours NO2: '0' ---> τ = 1.0 hours '1' ---> τ = 2.0 hours '2' ---> τ = 4.0 hours '3' ---> τ = 6.0 hours