List of variables write to the history file at various history levels.

The history level go from the lowest level (SECHIBA_HISTLEVEL = 1) were only the bare essential is written to the most verbose mode at SECHIBA_HISTLEVEL = 10. Each tables gives the list of variables which are added at the coresponding history level. Thus for SECHIBA_HISTLEVEL = 3 you will get all the variables which are the first 3 tables.

SECHIBA_HISTLEVEL = 1 :

Variable name	Title	units	size in i	size in j	size in k	Operation performed
evap	Evaporation	mm/d	iim	jjm	1	ave(scatter(X*un_jour/dt))
temp_sol	Surface Temperature	C	iim	jjm	1	ave(cels(X))
rain	Rainfall	mm/d	iim	jjm	1	ave(scatter(X*un_jour/dt))
snowf	Snowfall	mm/d	iim	jjm	1	ave(scatter(X*un_jour/dt))
netrad	Net radiation	W/m^2	iim	jjm	1	ave(scatter(X))
lai	Leaf Area Index	-	iim	jjm	nvm	ave(scatter(X))

SECHIBA_HISTLEVEL = 2 :

Variable name	Title	units	size in i	size in j	size in k	Operation performed
subli	Sublimation	mm/d	iim	jjm	1	ave(scatter(X*un_jour/dt))
evapnu	Bare soil evaporation	mm/d	iim	jjm	1	ave(scatter(X*un_jour/dt))
runoff	Surface runoff	mm/d	iim	jjm	1	ave(scatter(X*un_jour/dt))
tair	Air Temperature	C	iim	jjm	1	ave(X)
qair	Air humidity	g/g	iim	jjm	1	ave(X)
alb_vis	Albedo visible	-	iim	jjm	1	ave(X)
alb_nir	Albedo near infrared	-	iim	jjm	1	ave(X)
z0	Surface roughness	-	iim	jjm	1	ave(scatter(X))
transpir	Transpiration	mm/d	iim	jjm	nvm	ave(scatter(X*un_jour/dt))
inter	Interception loss	mm/d	iim	jjm	nvm	ave(scatter(X*un_jour/dt))

SECHIBA_HISTLEVEL = 3 :

Variable name	Title	units	size in i	size in j	size in k	Operation performed
tsol_max	Maximum Surface Temperature	C	iim	jjm	1	t_max(cels(X))
tsol_min	Minimum Surface Temperature	C	iim	jjm	1	t_min(cels(X))
fluxsens	Sensible Heat Flux	W/m^2	iim	jjm	1	ave(X)
snow	Snow mass	kg/m^2	iim	jjm	1	ave(scatter(X))
snowage	Snow age	?	iim	jjm	1	ave(scatter(X))
snowice	Snow on ice	kg/m^2	iim	jjm	1	ave(scatter(X))
snowiceage	Snow age on ice	d	iim	jjm	1	ave(scatter(X))
vegetfrac	Fraction of vegetation	-	iim	jjm	nvm	ave(scatter(X))

SECHIBA_HISTLEVEL = 4 :

Variable name	Title	units	size in i	size in j	size in k	Operation performed
gqsb	Upper Soil Moisture	-	iim	jjm	1	ave(scatter(X))
bqsb	Lower Soil Moisture	-	iim	jjm	1	ave(scatter(X))
qsintveg	Water on canopy	Kg/m^2	iim	jjm	nvm	ave(scatter(X))
rstruct	Structural resistance	mm/d	iim	jjm	nvm	ave(scatter(X))
gpp	CO2 Assimilation	gC/m2/d	iim	jjm	nvm	ave(scatter(X*un_jour/dt))
precisol	Throughfall	mm/d	iim	jjm	nvm	ave(scatter(X*un_jour/dt))

SECHIBA_HISTLEVEL = 5 :

Variable name	Title	units	size in i	size in j	size in k	Operation performed
swnet	Net solar radiation	W/m^2	iim	jjm	1	ave(X)
temp_pheno	Temperature for Pheno	K	iim	jjm	1	ave(scatter(X))

SECHIBA_HISTLEVEL = 6 :

Variable name	Title	units	size in i	size in j	size in k	Operation performed
ptn	Deep ground temperature	K	iim	jjm	ngrnd	ave(X)

SECHIBA_HISTLEVEL = 7 :

Variable name

Title

units

size in i

size in j

size in k

Operation performed

SECHIBA_HISTLEVEL = 8 :

Variable name	Title	units	size in i	size in j	size in k	Operation performed
beta	Beta Function	-	iim	jjm	1	ave(scatter(X))
qcdrag	Diffusion coeff.	-	iim	jjm	1	ave(scatter(X))
vbeta1	Beta for sublimation	-	iim	jjm	1	ave(scatter(X))
vbeta4	Beta for bare soil	-	iim	jjm	1	ave(scatter(X))
vbetaco2	beta for CO2	mm/d	iim	jjm	nvm	ave(scatter(X))
dtdt	Max value of dT/dt	K/s	iim	jjm	1	t_max(X)
soiltype	Fraction of soil textures	%	iim	jjm	nbsoil	once(X)

SECHIBA_HISTLEVEL = 9 :