Simulations
ga1 = MIDDAY LOW SOIL NO 
ga2 = MIDDAY BASE 
ga3 = MIDDAY VERY HIGH SOIL NO
ha1 = LOW LIGHT LOW SOIL NO
ha2 = LOW LIGHT BASE
ha3 = LOW LIGHT VERY HIGH SOIL NO

Files with temporally averaged vertical profiles 
Variables in ga1.csv, ga2.csv, ga3.csv, ha1.csv, ha2.csv, ha3.csv
* Vertical dimension of the model in meters from the ground to 3x canopy height, normalized by canopy height in meters (variable called Ôheight (z/h)Õ)
* Horizontally averaged conversion factor for converting a variable from ppb to molecules cm-3
* Horizontally averaged ambient concentrations in molecules cm-3, included for NO, OH, HO2, NOx, and isoprene
* Standard deviations of ambient concentrations across horizontal space in molecules cm-3, included for OH and isoprene
* Horizontally averaged vertical fluxes in ppb m s-1, included for OH
* Horizontally averaged chain length (Chemical Loss of OH Ð Chemical Loss of HOx and RO2)/Chemical Loss of HOx and RO2)
* Horizontally averaged OH reactivity (OHr) (s-1)
* Horizontally averaged OHr bias due to isoprene-OH segregation (s-1)
* Horizontally averaged OH-isoprene correlation
* Horizontally averaged chemical loss of OH via reaction with all of its reactants (includes loss from both mean and segregation components) (molecules cm-3 s-1)

Files with spectra 
The different files (spectra_*.csv) are: 
* ÔisopÕ (the spectra for isoprene)
* ÔohrÕ (the spectra for OH chemical loss)
* ÔOH-ISOPÕ (the co-spectra for OH and isoprene)
* Ôoh_wÕ (the co-spectra for OH and vertical velocity)
* Ôisop_wÕ (the co-spectra for isoprene and vertical velocity).
In each file, there is the following
* ÔkÕ is the horizontal wavenumber
* Values for each simulation and canopy height shown in the paper or supplemental. Values are azimuthally- and time-averaged two-dimensional spectra or co-spectra. Each is normalized by the maximum spectral value.