TORERO COARE model run, ReadMe.txt, June13, 2012, BWB
Description of file "TORERO_COARE_CO2_allVars.txt"
TORERO cruise, R/V Ka'imimoana, Jan 26 - Feb 27, 2012

COARE input was generated from hourly mean SAMOS met data.
Run version: coareG31vn_CO2.m (recent vectorized version of COAREG for CO2)
Assumed constants: zi=600, zu=zt=zq=18m, lat=0, dCO2=0 (no pCO2 data this cruise)

The following hourly values are reported in the output txt file:

%	GENERAL
DateTimeStr	- time string
DecDay		- time in decimal day-of-year format
lat			- SAMOS latitude
lon			- SAMOS longitude

%	COARE INPUT MET DATA (SAMOS)
u = surface relative wind speed (m/s) at height zu(m) (SAMOS true ws used here)
ta = bulk air temperature (degC) at height zt(m)
rh = relative humidity (%) at height zq(m)
ts = water temperature (degC) (SAMOS SST + 0.2 deg for cool skin)
pa = surface air pressure (mb) (default = 1015)
Rs = downward shortwave radiation (W/m^2)
Rl = downward longwave radiation (W/m^2)

%	BULK FLUX OUTPUT VARIABLES
usr = friction velocity (m/s)
tau = wind stress (N/m^2)
hsb = sensible heat flux into ocean (W/m^2)
hlb = latent heat flux into ocean (W/m^2)
hbb = bouyancy flux into ocean (W/m^2)
hsbb = sonic bouyancy flux into ocean (W/m^2)
tsr = t*
qsr = q*
zot = z_o for temperature (m)
zoq = z_o for humidity (m)
Cd = wind stress transfer coefficient at height zu
Ch = sensible heat transfer coefficient at height zt
Ce = latent heat transfer coefficient at height zq
L = Obukhov length scale (m)
zet = Monin-Obukhov stability parameter zu/L
dter = cool-skin temperature depression (degC)
tkt = cool-skin thickness (m)
Urf = windspeed at reference height (m/s)
Trf = temperture at reference height (C)
Qrf = specific humidity at reference height (g/kg)
RHrf = relative humidity at reference height (%)

%	CO2 GAS TRANSFER OUTPUT VARIABLES
rwo = waterside resistance
ra = airside resistance
rw = modified waterside resistance
vtco = waterside nonbubble transfer velocity (m/s)
vtc = total waterside transfer velocity (m/s) at ambient Sc
phi = stability correction
sol = solubility (mole/m^3/atm)
alc = solubility (dimensionless)
scwc = waterside Schmidt number
vtc2 = nonbubble plus Woolf waterside transfer velocity (m/s)
kbb = tranfer velocity from Woolf bubble parameterization
cfb = CO2 flux in mmol/m2/s  (zero for this cruse because no dCO2)
k660 = transfer velocity at Sc=660

%	OTHER VARIABLES
CO2flux = measured CO2 flux in ppm m/s
vtc_cm_hr = vtc in cm/hr units
k660_cm_hr = k660 in cm/hr units