Model variables

The variable meta-data (i.e., all instances of Variable) are available in a dictionary as the attribute RogerState.var_meta. The actual data arrays are attributes of RogerState.variables:

state.variables.theta  # data array for variable theta
state.var_meta["theta"]  # metadata for variable theta

Variable class

class roger.variables.Variable(name, dims, units='', long_description='', dtype=None, time_dependent=True, scale=1.0, write_to_restart=False, extra_attributes=None, mask=None, active=True, initial=None)

Bases: object

Available variables

There are two kinds of variables in RoGeR. Main variables are always present in a simulation, while conditional variables are only available if their respective condition is True at the time of variable allocation.

Attributes:

: Time-dependent

: Conditional

: Written to restart files by default

RogerVariables.tau

Units:

Dimensions:

scalar

Type:

int32

Attributes:

Index of current time step

RogerVariables.taup1

Units:

Dimensions:

scalar

Type:

int32

Attributes:

Index of next time step

RogerVariables.taum1

Units:

Dimensions:

scalar

Type:

int32

Attributes:

Index of last time step

RogerVariables.tau_event

Units:

Dimensions:

scalar

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Index of current time step within event

RogerVariables.time

Units:

seconds

Dimensions:

scalar

Type:

int32

Attributes:

Current time

RogerVariables.time_event0

Units:

seconds

Dimensions:

scalar

Type:

int32

Attributes:

time since last rainfall/snow melt

RogerVariables.ages

Units:

days

Dimensions:

(ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

water ages

RogerVariables.nages

Units:

days

Dimensions:

(nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

water ages

RogerVariables.itt

Units:

Dimensions:

scalar

Type:

int32

Attributes:

Current iteration

RogerVariables.itt_substep

Units:

Dimensions:

scalar

Type:

int32

Attributes:

Current iteration of substep

RogerVariables.itt_day

Units:

Dimensions:

scalar

Type:

int32

Attributes:

Current iteration within day

RogerVariables.itt_event

Units:

Dimensions:

scalar

Type:

int32

Condition:

lambda settings: settings.enable_film_flow

Attributes:

Current iteration within event

RogerVariables.itt_forc

Units:

Dimensions:

scalar

Type:

int32

Attributes:

Current iteration of forcing

RogerVariables.itt_cr

Units:

Dimensions:

scalar

Type:

int32

Attributes:

Current iteration of crop rotation

RogerVariables.year

Units:

Dimensions:

(timesteps)

Type:

int32

Attributes:

Year at Current iteration

RogerVariables.YEAR

Units:

Dimensions:

(t_forc)

Type:

int32

Attributes:

Year

RogerVariables.month

Units:

Dimensions:

(timesteps)

Type:

int32

Attributes:

Month at Current iteration

RogerVariables.MONTH

Units:

Dimensions:

(t_forc)

Type:

int32

Attributes:

Month

RogerVariables.doy

Units:

Dimensions:

(timesteps)

Type:

int32

Attributes:

Day of year at Current iteration

RogerVariables.doy_dist

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Day of year at Current iteration

RogerVariables.doy_fert1

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Day of year of first mineral fertilizer application

RogerVariables.doy_fert2

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Day of year of second mineral fertilizer application

RogerVariables.doy_fert3

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Day of year of third mineral fertilizer application

RogerVariables.doy_fert1_org

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Day of year of first organic fertilizer application

RogerVariables.doy_fert2_org

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Day of year of second organic fertilizer application

RogerVariables.doy_fert3_org

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Day of year of third organic fertilizer application

RogerVariables.DOY

Units:

Dimensions:

(t_forc)

Type:

int32

Attributes:

Day of year

RogerVariables.dt

Units:

hours

Dimensions:

scalar

Type:

float32

Attributes:

time step

RogerVariables.dt_secs

Units:

seconds

Dimensions:

scalar

Type:

int32

Attributes:

time step

RogerVariables.time_for_diag

Units:

seconds

Dimensions:

scalar

Type:

int32

Attributes:

cumulated time step within diagnostic period

RogerVariables.event_id

Units:

Dimensions:

(timesteps)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Event number

RogerVariables.event_id_counter

Units:

Dimensions:

scalar

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Counter of event number

RogerVariables.maskCatch

Units:

Dimensions:

(x, y)

Type:

bool

Attributes:

Mask in physical space for catchment

RogerVariables.maskRiver

Units:

Dimensions:

(x, y)

Type:

bool

Attributes:

Mask in physical space for river

RogerVariables.maskLake

Units:

Dimensions:

(x, y)

Type:

bool

Attributes:

Mask in physical space for lake

RogerVariables.maskUrban

Units:

Dimensions:

(x, y)

Type:

bool

Attributes:

Mask in physical space for urban

RogerVariables.maskBoundGw

Units:

Dimensions:

(x, y)

Type:

bool

Condition:

lambda settings: settings.enable_groundwater

Attributes:

Mask in physical space for boundaries

RogerVariables.x

Units:

lambda settings: "degrees_east" if settings.coord_degree else "m"

Dimensions:

Type:

float

Attributes:

Zonal (x) coordinate of grid center point

RogerVariables.y

Units:

lambda settings: "degrees_north" if settings.coord_degree else "m"

Dimensions:

Type:

float

Attributes:

Meridional (y) coordinate of grid center point

RogerVariables.z

Units:

mm

Dimensions:

Type:

float

Attributes:

Vertical coordinate of grid center point

RogerVariables.lu_id

Units:

m

Dimensions:

(x, y)

Type:

int32

Attributes:

Land use

RogerVariables.LU_ID

Units:

m

Dimensions:

(x, y, t)

Type:

int32

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Land use

RogerVariables.sealing

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

degree of surface sealing

RogerVariables.z0

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

depth of the surface ponding

RogerVariables.inner_boundary

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

catchment boundary

RogerVariables.outer_boundary

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

catchment boundary

RogerVariables.elev

Units:

m a.s.l.

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

surface elevation

RogerVariables.q0_out

Units:

mm/s

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

surface runoff leaving a grid cell

RogerVariables.dz0

Units:

m/m

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

tendency of depth of the surface ponding

RogerVariables.dz_sub

Units:

m/m

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

tendency of depth of the saturation water table

RogerVariables.v0

Units:

mm/s

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

flow velocity of surface runoff

RogerVariables.v_sub

Units:

mm/s

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

flow velocity of subsurface runoff

RogerVariables.q_mat_out

Units:

mm/s

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

matrix subsurface runoff leaving a grid cell

RogerVariables.q_mp_out

Units:

mm/s

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

macropore subsurface runoff leaving a grid cell

RogerVariables.slope

Units:

m/m

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

surface slope

RogerVariables.slope_per

Units:

%

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

surface slope

RogerVariables.S_dep_tot

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

total surface depression storage

RogerVariables.ground_cover

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

fraction of ground cover

RogerVariables.lai

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

leaf area index

RogerVariables.throughfall_coeff_top

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

throughfall coefficient of upper surface layer

RogerVariables.throughfall_coeff_ground

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

throughfall coefficient of lower surface layer

RogerVariables.basal_evap_coeff

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

basal soil evaporation coefficient

RogerVariables.k_stress_evap

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

water stress coefficient of soil evaporation

RogerVariables.evap_coeff

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

soil evaporation coefficient

RogerVariables.basal_transp_coeff

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

basal transpiration coefficient

RogerVariables.k_stress_transp

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

water stress coefficient of transpiration

RogerVariables.transp_coeff

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

transpiration coefficient

RogerVariables.S_int_top_tot

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

total interception storage of upper surface layer

RogerVariables.S_int_ground_tot

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

total interception storage of lower surface layer

RogerVariables.S

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Attributes:

storage

RogerVariables.dS

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

storage change

RogerVariables.S_SNOW

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

snow storage

RogerVariables.S_snow

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Attributes:

snow storage

RogerVariables.dS_snow

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

change in snow storage

RogerVariables.swe

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

snow water equivalent

RogerVariables.swe_top

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

snow water equivalent stored in snow cover of upper surface layer

RogerVariables.swe_top_tot

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

total snow water equivalent stored in snow cover of upper surface layer

RogerVariables.swe_ground

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

snow water equivalent stored in snow cover of lower surface layer

RogerVariables.S_dep

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

surface depression storage

RogerVariables.S_sur

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

surface storage

RogerVariables.dS_sur

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

change in surface storage

RogerVariables.S_int_top

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

interception storage of upper surface layer

RogerVariables.S_int_ground

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

interception storage of lower surface layer

RogerVariables.TA

Units:

degC

Dimensions:

(t_forc)

Type:

float

Attributes:

air temperature

RogerVariables.TA_MIN

Units:

degC

Dimensions:

(t_forc)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

daily minimum air temperature

RogerVariables.TA_MAX

Units:

degC

Dimensions:

(t_forc)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

daily maximum air temperature

RogerVariables.ta

Units:

degC

Dimensions:

(x, y, timesteps)

Type:

float

Attributes:

air temperature

RogerVariables.ta_year

Units:

degC

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

average annual air temperature

RogerVariables.ta_offset

Units:

degC

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

offset of air temperature

RogerVariables.ta_day

Units:

degC

Dimensions:

(x, y, timesteps_day)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

air temperature

RogerVariables.temp_soil

Units:

degC

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

soil temperature

RogerVariables.damp_soil_temp

Units:

m

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

diurnal dampening depth of soil temperature

RogerVariables.phi_soil_temp

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

phase constant of soil temperature

RogerVariables.z_soil

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

Soil depth

RogerVariables.c_root

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

scale parameter of root depth

RogerVariables.clay

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

fraction of clay content in soil

RogerVariables.sand

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

fraction of sand content in soil

RogerVariables.lmpv

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

length of vertical macropores

RogerVariables.lmpv_non_sat

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

non-saturated length of vertical macropores

RogerVariables.z_sc

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

depth of shrinkage cracks

RogerVariables.z_sc_non_sat

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

non-saturated depth of shrinkage cracks

RogerVariables.dmpv

Units:

1/m^2

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

density of vertical macropores

RogerVariables.mp_drain_area

Units:

%

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

drainage area of vertical macropore

RogerVariables.dmph

Units:

1/m^2

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

density of horizontal macropores

RogerVariables.frac_lp

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

fraction of large pores

RogerVariables.frac_fp

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

fraction of fine pores

RogerVariables.theta_eff

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

effective porosity

RogerVariables.theta_ufc

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

usable field capacity of soil

RogerVariables.theta_ac

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

air capacity of soil

RogerVariables.theta_pwp

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

permanent wilting point of soil

RogerVariables.theta_sat

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content at saturation

RogerVariables.theta_fc

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content at field capacity

RogerVariables.theta_27

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content at 2700 hPa potential

RogerVariables.theta_4

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content at 4000 hPa potential

RogerVariables.theta_6

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content at 6000 hPa potential

RogerVariables.theta_pc

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content threshold for deep percolation and capillary rise

RogerVariables.S_ufc_s

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

usable field capacity of soil

RogerVariables.S_ac_s

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

air capacity of soil

RogerVariables.S_pwp_s

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

permanent wilting point of soil

RogerVariables.S_sat_s

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content at saturation

RogerVariables.S_fc_s

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content at field capacity

RogerVariables.wfs

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

water front suction

RogerVariables.ks

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Saturated hydraulic conductivity

RogerVariables.ha

Units:

hpa

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

air entry value

RogerVariables.lambda_bc

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

pore-size distribution index

RogerVariables.m_bc

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

pore-connectivity parameter

RogerVariables.n_salv

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

salvucci exponent

RogerVariables.z_sc_max

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

maximum depth of shrinkage cracks

RogerVariables.v_mp_layer_1

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

macropore flow velocity in the first layer

RogerVariables.v_mp_layer_2

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

macropore flow velocity in the second layer

RogerVariables.v_mp_layer_3

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

macropore flow velocity in the third layer

RogerVariables.v_mp_layer_4

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

macropore flow velocity in the fourth layer

RogerVariables.v_mp_layer_5

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

macropore flow velocity in the fifth layer

RogerVariables.v_mp_layer_6

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

macropore flow velocity in the sixth layer

RogerVariables.v_mp_layer_7

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

macropore flow velocity in the seventh layer

RogerVariables.v_mp_layer_8

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

macropore flow velocity in the eighth layer

RogerVariables.event_no_ff

Units:

Dimensions:

scalar

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

Film flow event number

RogerVariables.event_id_ff

Units:

Dimensions:

scalar

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

Film flow event number

RogerVariables.event_id_ff_counter

Units:

Dimensions:

scalar

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

counter of film flow event number

RogerVariables.event_start_ff

Units:

Dimensions:

(events_ff)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

iteration when new film flow event starts

RogerVariables.event_end_ff

Units:

Dimensions:

(events_ff)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

iteration when film flow event stops

RogerVariables.rain_int_ff

Units:

mm/10min

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

rainfall intensity of film flow input pulse

RogerVariables.rain_event

Units:

mm/dt

Dimensions:

(x, y, timesteps_event_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

rainfall of a film flow event

RogerVariables.rain_event_ff

Units:

mm/dt

Dimensions:

(x, y, timesteps_event_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

rectangular rainfall pulse of a film flow event

RogerVariables.rain_event_sum

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

rainfall sum of a film flow event

RogerVariables.rain_event_csum

Units:

mm

Dimensions:

(x, y, timesteps_event_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

cumulated rainfall sum of a film flow event

RogerVariables.t_end_ff

Units:

10min

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

time of film flow event

RogerVariables.ti_ff

Units:

10min

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

time of intersection between wetting front and drainage front

RogerVariables.tb_ff

Units:

10min

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

time at beginning of rainfall input pulse

RogerVariables.ts_ff

Units:

10min

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

time at end of rainfall input pulse

RogerVariables.tw_ff

Units:

10min

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

time at arrival of wetting front at soil depth

RogerVariables.tp_ff

Units:

10min

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

time at arrival of percolation front at soil depth

RogerVariables.qs_ff

Units:

m/s

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

volume flux density of film flow

RogerVariables.zi_ff

Units:

mm

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

depth of intersection between wetting front and drainage front

RogerVariables.rain_ff

Units:

mm/10min

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

rainfall pulse of film flow

RogerVariables.v_wf

Units:

mm/dt

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

velocity of film flow wetting front

RogerVariables.v_perc

Units:

mm/dt

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

velocity of film flow percolation front

RogerVariables.ff_abs_rz

Units:

mm/dt

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

film flow abstraction into root zone

RogerVariables.ff_abs_ss

Units:

mm/dt

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

film flow abstraction into subsoil

RogerVariables.ff_abs

Units:

mm/dt

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

film flow abstraction into soil

RogerVariables.theta_d_rel_rz_ff

Units:

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

relative saturation deficit of root zone

RogerVariables.theta_d_rel_ss_ff

Units:

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

relative saturation deficit of subsoil

RogerVariables.S_f_rz

Units:

mm

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: settings.enable_film_flow

Attributes:

film volume of root zone

RogerVariables.S_f_ss

Units:

mm

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: settings.enable_film_flow

Attributes:

film volume of subsoil

RogerVariables.S_f

Units:

mm

Dimensions:

(x, y, events_ff)

Type:

float

Condition:

lambda settings: settings.enable_film_flow

Attributes:

film volume

RogerVariables.ff_drain

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_film_flow

Attributes:

film flow drainage

RogerVariables.theta_rz_ff

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

soil water content including film flow of root zone

RogerVariables.theta_ss_ff

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

soil water content including film flow of subsoil

RogerVariables.theta_ff

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

soil water content including film flow

RogerVariables.S_rz_ff

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_film_flow

Attributes:

storage of root zone including film flow

RogerVariables.S_ss_ff

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_film_flow

Attributes:

storage of subsoil including film flow

RogerVariables.S_ff

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_film_flow

Attributes:

storage including film flow

RogerVariables.itt_event_ff

Units:

Dimensions:

(events_ff)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

iteration within film flow event

RogerVariables.z_wf_ff

Units:

mm

Dimensions:

(x, y, events_ff, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

depth of water content wave

RogerVariables.z_pf_ff

Units:

mm

Dimensions:

(x, y, events_ff, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

depth of percolation front

RogerVariables.z_pf

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

depth of percolation front

RogerVariables.a_ff

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

film flow parameter

RogerVariables.c_ff

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_film_flow

Attributes:

fudge parameter of film flow abstraction

RogerVariables.kf

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

vertical hydraulic conductivity of bedrock

RogerVariables.theta

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Soil water content

RogerVariables.theta_fp

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Soil water content in fine pores

RogerVariables.theta_lp

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Soil water content in large pores

RogerVariables.theta_d

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil moisture deficit

RogerVariables.theta_d_fp

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil moisture deficit in fine pores

RogerVariables.theta_d_rel

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

relative soil moisture deficit

RogerVariables.theta_d_rel_t0

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

relative soil moisture deficit at beginning of event

RogerVariables.theta_d_rel_t1

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

relative soil moisture deficit after rainfall pause

RogerVariables.theta_d_t0

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil moisture deficit at beginning of event

RogerVariables.theta_d_t1

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil moisture deficit after rainfall pause

RogerVariables.S_S

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

soil water content

RogerVariables.S_s

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Attributes:

soil water content

RogerVariables.dS_s

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

change in soil water content

RogerVariables.S_fp_s

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content in fine pores

RogerVariables.S_lp_s

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content in large pores

RogerVariables.S_zsat

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content in large pores below saturation water level

RogerVariables.k

Units:

mm/h

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

hydraulic conductivity of soil

RogerVariables.h

Units:

hPa

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water potential

RogerVariables.y_mp

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

radial length of macropore wetting front

RogerVariables.y_sc

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

horizontal length of shrinkage crack wetting front

RogerVariables.z_wf

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

depth of wetting front

RogerVariables.z_wf_t0

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

depth of wetting front

RogerVariables.z_wf_t1

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

depth of wetting front

RogerVariables.z_wf_fc

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

depth of wetting front to fill storage until field capacity

RogerVariables.z_sat_layer_1

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

saturation depth of the first layer

RogerVariables.z_sat_layer_2

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

saturation depth of the second layer

RogerVariables.z_sat_layer_3

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

saturation depth of the third layer

RogerVariables.z_sat_layer_4

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

saturation depth of the fourth layer

RogerVariables.z_sat_layer_5

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

saturation depth of the fifth layer

RogerVariables.z_sat_layer_6

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

saturation depth of the sixth layer

RogerVariables.z_sat_layer_7

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

saturation depth of the seventh layer

RogerVariables.z_sat_layer_8

Units:

mm/h

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_lateral_flow

Attributes:

saturation depth of the eighth layer

RogerVariables.z_sat

Units:

mm/

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

depth of saturation water level

RogerVariables.dz_sat

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

change in saturation water level

RogerVariables.sa_s

Units:

mm

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

water StorAge of soil

RogerVariables.SA_s

Units:

mm

Dimensions:

(x, y, timesteps, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative water StorAge of soil

RogerVariables.msa_s

Units:

mg

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass StorAge of soil

RogerVariables.csa_s

Units:

per mil

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope StorAge of soil

RogerVariables.M_s

Units:

mg

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of soil

RogerVariables.C_s

Units:

mg/l

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of soil

RogerVariables.C_iso_s

Units:

per mil

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of soil

RogerVariables.mr_s

Units:

mg

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

mass removal from solute mass StorAge of soil

RogerVariables.denit_s

Units:

mg/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

denitrification of soil nitrate

RogerVariables.ngas_s

Units:

mg/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

gaseous loss of ammonium

RogerVariables.ma_s

Units:

mg

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

mass input to solute mass StorAge of soil

RogerVariables.nit_s

Units:

mg/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

nitrification of mineral soil nitrogen

RogerVariables.min_s

Units:

mg/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

mineralization of soil nitrogen

RogerVariables.ndep_s

Units:

mg/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

nitrogen deposition

RogerVariables.nfix_s

Units:

mg/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

nitrogen fixation

RogerVariables.rt10_s

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

10th percentile of soil residence time

RogerVariables.rt25_s

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

25th percentile of soil residence time

RogerVariables.rt50_s

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

50th percentile of soil residence time

RogerVariables.rt75_s

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

75th percentile of soil residence time

RogerVariables.rt90_s

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

90th percentile of soil residence time

RogerVariables.rtavg_s

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

average of soil residence time

RogerVariables.Nmin_s

Units:

mg

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

inorganic nitrogen in soil

RogerVariables.z_root

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport or settings.enable_nitrate

Attributes:

Root depth

RogerVariables.zroot_to_zsoil_max

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

maximum ratio of root zone depth to soil depth

RogerVariables.Z_ROOT

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Root depth

RogerVariables.z_evap

Units:

m

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

evaporation depth

RogerVariables.tew

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

total evaporable water

RogerVariables.rew

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

readily evaporable water

RogerVariables.de

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

accumulated soil evaporation deficit

RogerVariables.theta_water_stress

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content below water stress of plants starts

RogerVariables.water_stress_fp

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

fraction of extractable fine pore storage for plant

RogerVariables.k_rz

Units:

mm/h

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

hydraulic conductivity of root zone

RogerVariables.h_rz

Units:

hPa

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water potential of root zone

RogerVariables.theta_rz

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Soil moisture in root zone

RogerVariables.theta_fp_rz

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

Soil water content in fine pores

RogerVariables.theta_lp_rz

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

Soil water content in large pores

RogerVariables.S_RZ

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

soil water content in root zone

RogerVariables.S_rz

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Attributes:

soil water content in root zone

RogerVariables.S_rz_init

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

initial soil water content in root zone

RogerVariables.dS_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

change of soil water content in root zone

RogerVariables.S_fp_rz

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content of fine pores in root zone

RogerVariables.S_lp_rz

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content of large pores in root zone

RogerVariables.S_zsat_rz

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content in large pores below saturation water level

RogerVariables.S_PWP_RZ

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_crop_phenology

Attributes:

soil water content at permanent wilting point in root zone

RogerVariables.S_pwp_rz

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content at permanent wilting point in root zone

RogerVariables.S_fc_rz

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content at field capacity in root zone

RogerVariables.S_SAT_RZ

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_crop_phenology

Attributes:

soil water content at saturation in root zone

RogerVariables.S_sat_rz

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content at saturation in root zone

RogerVariables.S_ufc_rz

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

usable field capacity of root zone

RogerVariables.S_ac_rz

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

air capacity of root zone

RogerVariables.sa_rz

Units:

mm

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

water StorAge of root zone

RogerVariables.SA_rz

Units:

mm

Dimensions:

(x, y, timesteps, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative water StorAge of root zone

RogerVariables.msa_rz

Units:

mg

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass StorAge of root zone

RogerVariables.csa_rz

Units:

per mil

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope StorAge of root zone

RogerVariables.M_rz

Units:

mg

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of root zone

RogerVariables.C_rz

Units:

mg/l

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of root zone

RogerVariables.C_iso_rz

Units:

per mil

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of root zone

RogerVariables.rt10_rz

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

10th percentile of root zone residence time

RogerVariables.rt25_rz

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

25th percentile of root zone residence time

RogerVariables.rt50_rz

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

50th percentile of root zone residence time

RogerVariables.rt75_rz

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

75th percentile of root zone residence time

RogerVariables.rt90_rz

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

90th percentile of root zone residence time

RogerVariables.rtavg_rz

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

average of root zone residence time

RogerVariables.km_denit_rz

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Michaelis constant for denitrification

RogerVariables.dmax_denit_rz

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

maximum denitrification rate

RogerVariables.km_nit_rz

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Michaelis constant for nitrification

RogerVariables.dmax_nit_rz

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

maximum nitrification rate

RogerVariables.kmin_rz

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

constant soil nitrogen mineralization rate

RogerVariables.kngl_rz

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

constant gaseous loss rate of ammonium

RogerVariables.kfix_rz

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

constant nitrogen fixation rate

RogerVariables.kdep

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

constant nitrogen deposition rate

RogerVariables.nup

Units:

kg N ha-1 day-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

potential nitrogen uptake rate by plants

RogerVariables.nh4_up

Units:

mg N day-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

nitrogen uptake rate by plants

RogerVariables.c_fert

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

ratio to dissolve mineral nitrogen fertilizer

RogerVariables.mr_rz

Units:

mg

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

mass removal from solute mass StorAge of root zone

RogerVariables.ma_rz

Units:

mg

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

mass input to solute mass StorAge of root zone

RogerVariables.Nmin_rz

Units:

mg

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

inorganic nitrogen in root zone

RogerVariables.k_ss

Units:

mm/h

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

hydraulic conductivity of subsoil

RogerVariables.h_ss

Units:

hPa

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water potential of subsoil

RogerVariables.theta_ss

Units:

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Soil moisture in subsoil

RogerVariables.theta_fp_ss

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

Soil water content in fine pores

RogerVariables.theta_lp_ss

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

Soil water content in large pores

RogerVariables.S_SS

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

soil water content in subsoil

RogerVariables.S_ss

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Attributes:

soil water content in subsoil

RogerVariables.S_ss_init

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

initial soil water content in subsoil

RogerVariables.dS_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

change of soil water content in subsoil

RogerVariables.S_fp_ss

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content of fine pores in subsoil

RogerVariables.S_lp_ss

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content of large pores in subsoil

RogerVariables.S_zsat_ss

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

soil water content in large pores below saturation water level

RogerVariables.S_PWP_SS

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_crop_phenology

Attributes:

soil water content at permanent wilting point in subsoil

RogerVariables.S_pwp_ss

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content at permanent wilting point in subsoil

RogerVariables.S_fc_ss

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content at field capacity in subsoil

RogerVariables.S_SAT_SS

Units:

mm

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_crop_phenology

Attributes:

soil water content at saturation in subsoil

RogerVariables.S_sat_ss

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

soil water content at saturation in subsoil

RogerVariables.S_ufc_ss

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

usable field capacity of subsoil

RogerVariables.S_ac_ss

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

air capacity of subsoil

RogerVariables.sa_ss

Units:

mm

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

water StorAge of subsoil

RogerVariables.SA_ss

Units:

mm

Dimensions:

(x, y, timesteps, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative water StorAge of subsoil

RogerVariables.msa_ss

Units:

mg

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass StorAge of subsoil

RogerVariables.csa_ss

Units:

per mil

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope StorAge of subsoil

RogerVariables.M_ss

Units:

mg

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of subsoil

RogerVariables.C_ss

Units:

mg/l

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of subsoil

RogerVariables.C_iso_ss

Units:

per mil

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of subsoil

RogerVariables.rt10_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

10th percentile of subsoil residence time

RogerVariables.rt25_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

25th percentile of subsoil residence time

RogerVariables.rt50_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

50th percentile of subsoil residence time

RogerVariables.rt75_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

75th percentile of subsoil residence time

RogerVariables.rt90_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

90th percentile of subsoil residence time

RogerVariables.rtavg_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

average of subsoil residence time

RogerVariables.km_denit_ss

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Michaelis constant for denitrification

RogerVariables.dmax_denit_ss

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

maximum denitrification rate

RogerVariables.km_nit_ss

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Michaelis constant for nitrification

RogerVariables.dmax_nit_ss

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

maximum nitrification rate

RogerVariables.kmin_ss

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

constant mineralization rate

RogerVariables.mr_ss

Units:

mg

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

mass removal from solute mass StorAge of subsoil

RogerVariables.ma_ss

Units:

mg

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

mass input to solute mass StorAge of subsoil

RogerVariables.Nmin_ss

Units:

mg

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

inorganic nitrogen in subsoil

RogerVariables.N_fert1

Units:

kg N ha-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Nitrogen of first mineral fertilizer application

RogerVariables.N_fert2

Units:

kg N ha-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Nitrogen of second mineral fertilizer application

RogerVariables.N_fert3

Units:

kg N ha-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Nitrogen of third mineral fertilizer application

RogerVariables.N_fert1_org

Units:

kg N ha-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Nitrogen of first organic fertilizer application

RogerVariables.N_fert2_org

Units:

kg N ha-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Nitrogen of second organic fertilizer application

RogerVariables.N_fert3_org

Units:

kg N ha-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

Nitrogen of third organic fertilizer application

RogerVariables.S_gw_tot

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_groundwater

Attributes:

total groundwater storage

RogerVariables.z_gw_tot

Units:

m

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_groundwater

Attributes:

total thickness of aquifer layer

RogerVariables.npor

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_groundwater

Attributes:

porosity of aquifer layer

RogerVariables.nuy

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_groundwater

Attributes:

unspecific yield of aquifer layer

RogerVariables.n0

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

specific yield at the soil/bedrock interface

RogerVariables.k_gw

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_groundwater

Attributes:

hydraulic conductivity of aquifer layer

RogerVariables.k_leak

Units:

mm/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_groundwater

Attributes:

hydraulic conductivity of aquitard

RogerVariables.bdec

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_groundwater

Attributes:

decay coeffcient

RogerVariables.tt

Units:

m^2/h

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_groundwater

Attributes:

transmissivity of aquifer

RogerVariables.z_gw

Units:

m

Dimensions:

(x, y, timesteps)

Type:

float

Attributes:

Groundwater table depth

RogerVariables.Z_GW

Units:

m

Dimensions:

(t_forc)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_groundwater_boundary

Attributes:

Groundwater table depth

RogerVariables.dz_gw

Units:

m/m

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_groundwater & settings.enable_routing_1D

Attributes:

gradient of groundwater table depth

RogerVariables.S_gw

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_groundwater

Attributes:

Groundwater storage

RogerVariables.S_gw_res

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_groundwater

Attributes:

Residual groundwater storage

RogerVariables.dS_gw

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_groundwater

Attributes:

change of groundwater storag

RogerVariables.S_vad_tot

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_groundwater or settings.enable_groundwater_boundary

Attributes:

Total vadose zone storage

RogerVariables.S_vad

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_groundwater or settings.enable_groundwater_boundary

Attributes:

Vadose zone storage

RogerVariables.S_vad_res

Units:

mm

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_groundwater

Attributes:

Residual vadose zone storage

RogerVariables.dS_vad

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_groundwater & settings.enable_groundwater

Attributes:

change of vadose zone storage

RogerVariables.sa_vad

Units:

mm

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

water StorAge of vadose zone

RogerVariables.SA_vad

Units:

mm

Dimensions:

(x, y, timesteps, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

cumulative water StorAge of vadose zone

RogerVariables.msa_vad

Units:

mg

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute mass StorAge of vadose zone

RogerVariables.M_vad

Units:

mg

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute mass of vadose zone

RogerVariables.C_vad

Units:

mg/l

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute concentration of vadose zone

RogerVariables.sa_gw

Units:

mm

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

water StorAge of groundwater

RogerVariables.SA_gw

Units:

mm

Dimensions:

(x, y, timesteps, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

cumulative water StorAge of groundwater

RogerVariables.msa_gw

Units:

mg

Dimensions:

(x, y, timesteps, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute mass StorAge of groundwater

RogerVariables.M_gw

Units:

mg

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute mass of groundwater

RogerVariables.C_gw

Units:

mg/l

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute concentration of groundwater

RogerVariables.k_denit_gw

Units:

kg N ha-1 year-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate & settings.enable_groundwater

Attributes:

decay rate for denitrification in groundwater

RogerVariables.q_re

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_groundwater or settings.enable_groundwater_boundary

Attributes:

groundwater recharge

RogerVariables.q_gw

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_groundwater

Attributes:

lateral groundwater flow

RogerVariables.sas_params_q_gw

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

SAS parameters of lateral groundwater runoff

RogerVariables.TT_q_gw

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

cumulative travel time distribution

RogerVariables.tt_q_gw

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

travel time distribution

RogerVariables.MTT_q_gw

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_q_gw

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute travel time distribution

RogerVariables.M_q_gw

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute mass of lateral groundwater flow

RogerVariables.C_q_qw

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_groundwater

Attributes:

solute concentration of lateral groundwater flow

RogerVariables.q_leak

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_groundwater

Attributes:

groundwater leakage

RogerVariables.PREC

Units:

mm/10 minutes

Dimensions:

(t_forc)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

precipitation (uniform)

RogerVariables.PREC_DIST_DAILY

Units:

mm/10 minutes

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

precipitation (distributed)

RogerVariables.prec

Units:

mm/dt

Dimensions:

(x, y, timesteps)

Type:

float

Attributes:

precipitation

RogerVariables.prec_weight

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

weight factor of precipitation

RogerVariables.EVENTS

Units:

Dimensions:

(t_forc)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport & settings.enable_film_flow

Attributes:

event number

RogerVariables.soil_fertility

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

soil fertility class

RogerVariables.fert_weight

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

weight factor of fertilization

RogerVariables.prec_day

Units:

mm/dt

Dimensions:

(x, y, timesteps_day)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

precipitation

RogerVariables.rain

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rainfall

RogerVariables.rain_top

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rainfall at upper surface layer

RogerVariables.rain_ground

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rainfall at lower surface layer

RogerVariables.rain_on_snow

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rain on snow cover

RogerVariables.snow

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snowfall

RogerVariables.snow_melt_drip

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snow melt drip from canopy

RogerVariables.snow_top

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snowfall at upper surface layer

RogerVariables.snow_ground

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snowfall at lower surface layer

RogerVariables.int_top

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rainfall interception

RogerVariables.int_ground

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rainfall interception

RogerVariables.int_prec

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

precipitation interception

RogerVariables.int_rain_top

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rainfall interception at upper surface layer

RogerVariables.int_rain_ground

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rainfall interception at lower surface layer

RogerVariables.int_snow_top

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snowfall interception at upper surface layer

RogerVariables.int_snow_ground

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snowfall interception at lower surface layer

RogerVariables.snow_melt_top

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snow melt in upper surface layer

RogerVariables.snow_melt_ground

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snow melt

RogerVariables.snow_melt

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snow melt

RogerVariables.q_rain_on_snow

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

rain-on-snow runoff

RogerVariables.q_snow

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

snow runoff

RogerVariables.inf_mat

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

matrix infiltration

RogerVariables.INF_MAT_RZ

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

matrix infiltration into root zone

RogerVariables.inf_mat_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

matrix infiltration into root zone

RogerVariables.inf_mat_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

matrix infiltration into subsoil

RogerVariables.inf_mat_pot

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

potential matrix infiltration

RogerVariables.inf_sc

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

shrinkage crack infiltration

RogerVariables.inf_sc_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

shrinkage crack infiltration

RogerVariables.inf_mp

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

macropore infiltration

RogerVariables.inf_mp_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

macropore infiltration into root zone

RogerVariables.inf_mp_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

macropore infiltration into subsoil

RogerVariables.INF_PF_SS

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

preferential infiltration into subsoil

RogerVariables.inf_pf_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

preferential infiltration into subsoil

RogerVariables.INF_PF_RZ

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

preferential infiltration into root zone

RogerVariables.inf_pf_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

preferential infiltration into root zone

RogerVariables.inf

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

total infiltration

RogerVariables.inf_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

total infiltration into root zone

RogerVariables.inf_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

total infiltration into subsoil

RogerVariables.inf_in_tracer

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_nitrate

Attributes:

cumulated infiltration for tracer input

RogerVariables.no_wf

Units:

Dimensions:

(x, y)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

number of wetting fronts

RogerVariables.pi_gr

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

threshold rainfall intensity

RogerVariables.pi_m

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

rainfall sum at matrix saturation

RogerVariables.t_sat

Units:

hours

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

time to reach matrix saturation

RogerVariables.t_sat_t0

Units:

hours

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

time to reach matrix saturation of first wetting front

RogerVariables.t_sat_t1

Units:

hours

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

time to reach matrix saturation of second wetting front

RogerVariables.Fs

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Infiltration sum to reach saturation

RogerVariables.Fs_t0

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Infiltration sum to reach saturation of first wetting front

RogerVariables.Fs_t1

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

Infiltration sum to reach saturation of second wetting front

RogerVariables.inf_mat_pot_event_csum

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

cumulated potential matrix infiltration while event

RogerVariables.inf_mat_event_csum

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

cumulated matrix infiltration while event

RogerVariables.inf_mp_event_csum

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

cumulated macropore infiltration while event

RogerVariables.inf_sc_event_csum

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

cumulated shrinkage crack infiltration while event

RogerVariables.tt_inf_mat_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.mtt_inf_mat_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute travel time distribution

RogerVariables.C_inf_mat_rz

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of matrix infiltration into root zone

RogerVariables.C_iso_inf_mat_rz

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of matrix infiltration into root zone

RogerVariables.M_inf_mat_rz

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of matrix infiltration into root zone

RogerVariables.tt_inf_pf_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.mtt_inf_pf_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute travel time distribution

RogerVariables.C_inf_pf_rz

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of preferential infiltration into root zone

RogerVariables.C_iso_inf_pf_rz

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of preferential infiltration into root zone

RogerVariables.M_inf_pf_rz

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of preferential infiltration into root zone

RogerVariables.tt_inf_pf_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.mtt_inf_pf_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute travel time distribution

RogerVariables.C_inf_pf_ss

Units:

mg/l or per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of preferential infiltration into subsoil

RogerVariables.C_iso_inf_pf_ss

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of preferential infiltration into subsoil

RogerVariables.M_inf_pf_ss

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of preferential infiltration into subsoil

RogerVariables.aet

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual evapotranspiration

RogerVariables.aet_soil

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual evapotranspiration from soil water storage

RogerVariables.RS

Units:

MJ/m2

Dimensions:

(t_forc)

Type:

float

Attributes:

solar radiation

RogerVariables.rs

Units:

MJ/m2

Dimensions:

(x, y)

Type:

float

Attributes:

solar radiation

RogerVariables.rs_day

Units:

MJ/m2

Dimensions:

(x, y, timesteps_day)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

solar radiation

RogerVariables.c1_mak

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

Makkink coeffcient

RogerVariables.c2_mak

Units:

Dimensions:

(x, y)

Type:

float

Attributes:

Makkink coeffcient

RogerVariables.PET

Units:

mm/dt

Dimensions:

(t_forc)

Type:

float

Attributes:

potential evapotranspiration

RogerVariables.pet

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

potential evapotranspiration

RogerVariables.pet_weight

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

weight factor of potential evapotranspiration

RogerVariables.pet_day

Units:

mm/dt

Dimensions:

(x, y, timesteps_day)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

potential evapotranspiration

RogerVariables.pet_res

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

Residual potential evapotranspiration

RogerVariables.ptransp

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

potential transpiration

RogerVariables.ptransp_res

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

Residual potential transpiration

RogerVariables.TRANSP

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

actual transpiration

RogerVariables.transp

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual transpiration

RogerVariables.evap

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual evaporation

RogerVariables.EVAP_SOIL

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

actual soil evaporation

RogerVariables.evap_soil

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual soil evaporation

RogerVariables.evap_int

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual evaporation of intercepted water

RogerVariables.evap_int_top

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual evaporation of intercepted water from upper surface layer

RogerVariables.evap_int_ground

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual evaporation of intercepted water from lower surface layer

RogerVariables.evap_sur

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual evaporation from surface layer

RogerVariables.evap_dep

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

actual evaporation from surface depression storage

RogerVariables.sas_params_transp

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

SAS parameters of transpiration

RogerVariables.TT_transp

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative travel time distribution

RogerVariables.tt_transp

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.MTT_transp

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_transp

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass travel time distribution

RogerVariables.ctt_transp

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration travel time distribution

RogerVariables.M_transp

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of transpiration

RogerVariables.C_transp

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of transpiration

RogerVariables.C_iso_transp

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of transpiration

RogerVariables.tt10_transp

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

10th percentile of transpiration travel time

RogerVariables.tt25_transp

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

25th percentile of transpiration travel time

RogerVariables.tt50_transp

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

50th percentile of transpiration travel time

RogerVariables.tt75_transp

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

75th percentile of transpiration travel time

RogerVariables.tt90_transp

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

90th percentile of transpiration travel time

RogerVariables.ttavg_transp

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

average of transpiration travel time

RogerVariables.sas_params_evap_soil

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

SAS parameters of soil evaporation

RogerVariables.TT_evap_soil

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative travel time distribution

RogerVariables.tt_evap_soil

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.MTT_evap_soil

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_evap_soil

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass travel time distribution

RogerVariables.ctt_evap_soil

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration travel time distribution

RogerVariables.M_evap_soil

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of soil evaporation

RogerVariables.C_evap_soil

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of soil evaporation

RogerVariables.C_iso_evap_soil

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of soil evaporation

RogerVariables.q_fp_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

vertical root zone drainage of fine pores

RogerVariables.q_lp_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

vertical root zone drainage of large pores

RogerVariables.Q_RZ

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

vertical root zone drainage

RogerVariables.q_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

vertical root zone drainage

RogerVariables.q_fp_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

vertical subsoil drainage of fine pores

RogerVariables.q_lp_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

vertical subsoil drainage of large pores

RogerVariables.Q_SS

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

vertical subsoil drainage

RogerVariables.q_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

vertical subsoil drainage

RogerVariables.RE_RL

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_crop_phenology

Attributes:

redistribution after root loss

RogerVariables.re_rl

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

redistribution after root loss

RogerVariables.re_rl_pwp

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

redistribution of immobile soil water after root loss

RogerVariables.sas_params_re_rl

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_crop_phenology

Attributes:

SAS parameters of redistribution after root loss

RogerVariables.TT_re_rl

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative travel time distribution

RogerVariables.tt_re_rl

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.MTT_re_rl

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_re_rl

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass travel time distribution

RogerVariables.ctt_re_rl

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration travel time distribution

RogerVariables.M_re_rl

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of redistribution after root loss

RogerVariables.C_re_rl

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of redistribution after root loss

RogerVariables.C_iso_re_rl

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of redistribution after root loss

RogerVariables.sas_params_q_rz

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

SAS parameters of percolation from root zone

RogerVariables.TT_q_rz

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative travel time distribution of root zone peroclation

RogerVariables.tt_q_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution of root zone peroclation

RogerVariables.mtt_q_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass travel time distribution of root zone percolation

RogerVariables.ctt_q_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration travel time distribution of root zone percolation

RogerVariables.M_q_rz

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of root zone percolation

RogerVariables.C_q_rz

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of root zone percolation

RogerVariables.C_iso_q_rz

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of root zone percolation

RogerVariables.sas_params_q_ss

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

SAS parameters of percolation from subsoil

RogerVariables.TT_q_ss

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative travel time distribution of subsoil percolation

RogerVariables.tt_q_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution of subsoil percolation

RogerVariables.MTT_q_ss

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative solute travel time distribution of subsoil percolation

RogerVariables.mtt_q_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass travel time distribution of subsoil percolation

RogerVariables.ctt_q_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration travel time distribution of subsoil percolation

RogerVariables.M_q_ss

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of subsoil percolation

RogerVariables.C_q_ss

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of subsoil percolation

RogerVariables.C_iso_q_ss

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of subsoil percolation

RogerVariables.tt10_q_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

10th percentile of subsoil percolation travel time

RogerVariables.tt25_q_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

25th percentile of subsoil percolation travel time

RogerVariables.tt50_q_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

50th percentile of subsoil percolation travel time

RogerVariables.tt75_q_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

75th percentile of subsoil percolation travel time

RogerVariables.tt90_q_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

90th percentile of subsoil percolation travel time

RogerVariables.ttavg_q_ss

Units:

days

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_age_statistics

Attributes:

average of subsoil percolation travel time

RogerVariables.CPR_RZ

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

capillary rise from subsoil into root zone

RogerVariables.cpr_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

capillary rise from subsoil into root zone

RogerVariables.cpr_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

capillary rise from groundwater

RogerVariables.RE_RG

Units:

mm/dt

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_crop_phenology

Attributes:

redistribution after root growth

RogerVariables.re_rg

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

redistribution after root growth

RogerVariables.re_rg_pwp

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

redistribution of immobile soil water after root growth

RogerVariables.sas_params_re_rg

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_crop_phenology

Attributes:

SAS parameters of redistribution after root growth

RogerVariables.TT_re_rg

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative travel time distribution

RogerVariables.tt_re_rg

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.MTT_re_rg

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_re_rg

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass travel time distribution

RogerVariables.ctt_re_rg

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration travel time distribution

RogerVariables.M_re_rg

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of redistribution after root growth

RogerVariables.C_re_rg

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of redistribution after root growth

RogerVariables.C_iso_re_rg

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of redistribution after root growth

RogerVariables.sas_params_cpr_rz

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

SAS parameters of capillary rise into root zone

RogerVariables.TT_cpr_rz

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative travel time distribution

RogerVariables.tt_cpr_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.MTT_cpr_rz

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_cpr_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass travel time distribution

RogerVariables.ctt_cpr_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration travel time distribution

RogerVariables.M_cpr_rz

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of capillary rise from subsoil into root zone

RogerVariables.C_cpr_rz

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of capillary rise from subsoil into root zone

RogerVariables.C_iso_cpr_rz

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of capillary rise from subsoil into root zone

RogerVariables.sas_params_cpr_ss

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

SAS parameters of capillary rise into subsoil

RogerVariables.TT_cpr_ss

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative travel time distribution

RogerVariables.tt_cpr_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

travel time distribution

RogerVariables.MTT_cpr_ss

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_cpr_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass travel time distribution

RogerVariables.ctt_cpr_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration travel time distribution

RogerVariables.M_cpr_ss

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of capillary rise from groundwater into subsoil

RogerVariables.C_cpr_ss

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of capillary rise from groundwater into subsoil

RogerVariables.C_iso_cpr_ss

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of capillary rise from groundwater into subsoil

RogerVariables.q_sur

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

surface runoff

RogerVariables.q_hof

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

hortonian overland flow

RogerVariables.q_sof

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

saturation overland flow

RogerVariables.q_sub

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral subsurface runoff

RogerVariables.q_sub_pot

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral potential subsurface runoff

RogerVariables.q_sub_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral subsurface runoff in root zone

RogerVariables.q_sub_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral subsurface runoff in subsoil

RogerVariables.q_sub_pot_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral potential subsurface runoff in subsoil

RogerVariables.q_sub_mat

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral matrix subsurface runoff

RogerVariables.q_sub_mat_pot

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral potential matrix subsurface runoff

RogerVariables.q_sub_mat_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral matrix subsurface runoff in root zone

RogerVariables.q_sub_mat_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

matrix subsurface runoff in subsoil

RogerVariables.q_sub_mat_pot_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral potential matrix subsurface runoff in subsoil

RogerVariables.q_sub_mp

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral macropore subsurface runoff

RogerVariables.q_sub_mp_pot

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral potential macropore subsurface runoff

RogerVariables.q_sub_mp_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral macropore subsurface runoff in root zone

RogerVariables.q_sub_mp_pot_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral potential macropore subsurface runoff in root zone

RogerVariables.q_sub_mp_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral macropore subsurface runoff in subsoil

RogerVariables.q_sub_mp_pot_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

lateral potential macropore subsurface runoff in subsoil

RogerVariables.q_pot_rz

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

potential precolation in root zone

RogerVariables.q_pot_ss

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Attributes:

potential precolation in subsoil

RogerVariables.q_sub_mp_share

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

share of lateral macropore subsurface runoff

RogerVariables.q_sub_mat_share

Units:

mm/dt

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

share of lateral matrix subsurface runoff

RogerVariables.sas_params_q_sub_rz

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

SAS parameters of lateral subsurface runoff in root zone

RogerVariables.TT_q_sub_rz

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

cumulative travel time distribution

RogerVariables.tt_q_sub_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

travel time distribution

RogerVariables.MTT_q_sub_rz

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_q_sub_rz

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

solute travel time distribution

RogerVariables.M_q_sub_rz

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

solute mass of lateral subsurface runoff in root zone

RogerVariables.C_q_sub_rz

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

solute concentration of lateral subsurface runoff in root zone

RogerVariables.sas_params_q_sub_ss

Units:

Dimensions:

(x, y, n_sas_params)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

SAS parameters of lateral subsurface runoff in subsoil

RogerVariables.TT_q_sub_ss

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

cumulative travel time distribution

RogerVariables.tt_q_sub_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

travel time distribution

RogerVariables.MTT_q_sub_ss

Units:

Dimensions:

(x, y, nages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

cumulative solute travel time distribution

RogerVariables.mtt_q_sub_ss

Units:

Dimensions:

(x, y, ages)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

solute travel time distribution

RogerVariables.M_q_sub_ss

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

solute mass of lateral subsurface runoff in subsoil

RogerVariables.C_q_sub_ss

Units:

mg/l

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_lateral_flow

Attributes:

solute concentration of lateral subsurface runoff in subsoil

RogerVariables.alpha_transp

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

partition coefficient of transpiration

RogerVariables.alpha_q

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

partition coefficient of drainage

RogerVariables.prec_event_csum

Units:

mm

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

cumulated rainfall/snow melt while event

RogerVariables.t_event_csum

Units:

hours

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

cumulated time while event

RogerVariables.C_IN

Units:

mg/l or per mil

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of input

RogerVariables.C_ISO_IN

Units:

per mil

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of input

RogerVariables.C_in

Units:

mg/l or per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute concentration of input

RogerVariables.C_iso_in

Units:

per mil

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of input

RogerVariables.C_snow

Units:

mg/l

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope concentration of snow cover

RogerVariables.C_iso_snow

Units:

per mil

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

isotope ratio of snow cover

RogerVariables.M_snow

Units:

mg

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of snow cover

RogerVariables.M_IN

Units:

mg

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of input

RogerVariables.M_in

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

solute mass of input

RogerVariables.NMIN_IN

Units:

mg

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_nitrate

Attributes:

mineral nitrogen fertilizer

RogerVariables.Nmin_in

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_nitrate

Attributes:

undissolved mineral nitrogen fertilizer

RogerVariables.Nfert_min

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_nitrate

Attributes:

mineral nitrogen fertilizer

RogerVariables.NORG_IN

Units:

mg

Dimensions:

(x, y, t)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_nitrate

Attributes:

organic nitrogen fertilizer

RogerVariables.Norg_in

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_nitrate

Attributes:

organic nitrogen fertilizer

RogerVariables.Nfert_org

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_nitrate

Attributes:

organic nitrogen fertilizer

RogerVariables.Nfert

Units:

mg

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport & settings.enable_nitrate

Attributes:

nitrogen fertilizer

RogerVariables.z_stream_tot

Units:

m

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

total depth of river

RogerVariables.flow_dir_topo

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

topographic flow direction

RogerVariables.k_st

Units:

m^1/3 s^-1

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

Strickler coefficient

RogerVariables.q_sur_in

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral surface inflow

RogerVariables.q_sur_out

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral surface outflow

RogerVariables.q_sur_in_d8

Units:

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral surface inflow

RogerVariables.q_sur_out_d8

Units:

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral surface outflow

RogerVariables.q_sub_in

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral subsurface inflow

RogerVariables.q_sub_in_rz

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral subsurface inflow

RogerVariables.q_sub_in_ss

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral subsurface inflow

RogerVariables.q_sub_in_d8

Units:

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral subsurface inflow

RogerVariables.q_sub_out

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral subsurface outflow

RogerVariables.q_sub_out_d8

Units:

Dimensions:

(x, y, n_flowdir)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

lateral subsurface outflow

RogerVariables.z_stream

Units:

m

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_routing_1D

Attributes:

depth of riverr

RogerVariables.ta_min

Units:

degC

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

minimum air temperature

RogerVariables.ta_max

Units:

degC

Dimensions:

(x, y, timesteps)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

maximum air temperature

RogerVariables.crop_type

Units:

Dimensions:

(x, y, crops)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

crop type

RogerVariables.crop_height

Units:

mm

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

height of crops

RogerVariables.crop_height_max

Units:

mm

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

maximum height of crops

RogerVariables.lai_crop

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

leaf area index of crops

RogerVariables.c_int

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport

Attributes:

scale parameter of interception storage

RogerVariables.S_int_tot_crop

Units:

mm

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

total interception storage of crop canopy

RogerVariables.doy_start

Units:

Dimensions:

(x, y, crops)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

day of year of sowing

RogerVariables.doy_mid

Units:

Dimensions:

(x, y, crops)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

day of year of full canopy

RogerVariables.doy_dec

Units:

Dimensions:

(x, y, crops)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

day of year of crop canopy decay

RogerVariables.doy_end

Units:

Dimensions:

(x, y, crops)

Type:

int32

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

day of year of harvesting

RogerVariables.ta_base

Units:

degC

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

lower threshold of crop growth

RogerVariables.ta_ceil

Units:

degC

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

upper threshold of crop growth

RogerVariables.gdd

Units:

GDD

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

growing degree days

RogerVariables.gdd_sum

Units:

GDD

Dimensions:

(x, y, timesteps, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

cumulated growing degree days

RogerVariables.t_grow_cc

Units:

GDD

Dimensions:

(x, y, timesteps, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

time since crop canopy growth

RogerVariables.t_grow_root

Units:

GDD

Dimensions:

(x, y, timesteps, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

time since crop root growth

RogerVariables.t_half_mid

Units:

GDD

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

time since half full canopy

RogerVariables.t_decay

Units:

GDD

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

time since crop canopy decay

RogerVariables.ccc_growth_rate

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

growth rate of crop canopy cover

RogerVariables.ccc

Units:

Dimensions:

(x, y, timesteps, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

crop canopy cover

RogerVariables.ccc_min

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

minimum crop canopy cover

RogerVariables.ccc_mid

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

crop canopy cover at maturity

RogerVariables.ccc_max

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

maximum crop canopy cover

RogerVariables.crop_dev_coeff

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

crop development coefficient

RogerVariables.basal_evap_coeff_crop

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

basal crop evaporation coefficient

RogerVariables.k_stress_transp_crop

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

water stress coefficient of crop transpiration

RogerVariables.basal_crop_coeff

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

basal crop coefficient

RogerVariables.crop_scale

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

scaling factor of crop parameters

RogerVariables.root_growth_scale

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

scaling factor of crop root growth parameters

RogerVariables.canopy_growth_scale

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

scaling factor of crop canopy growth parameters

RogerVariables.basal_crop_coeff_scale

Units:

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

scaling factor of basal crop coefficient

RogerVariables.lut_crop_scale

Units:

Dimensions:

(x, y, n_crop_types)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

scaling factor of crop parameters

RogerVariables.basal_crop_coeff_mid

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

basal crop coefficient of mature crop

RogerVariables.theta_water_stress_crop

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

soil water content of crop water stress

RogerVariables.water_stress_coeff_crop

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

coeffcient of crop water stress

RogerVariables.root_growth_rate

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

growth rate of crop roots

RogerVariables.z_root_crop

Units:

mm

Dimensions:

(x, y, timesteps, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

root depth of crop

RogerVariables.z_root_crop_max

Units:

mm

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

maximum root depth of crop

RogerVariables.k_stress_root_growth

Units:

Dimensions:

(x, y, crops)

Type:

float

Condition:

lambda settings: not settings.enable_offline_transport and settings.enable_crop_phenology

Attributes:

water stress coeffcient of root growth

RogerVariables.lut_ilu

Units:

mm

Dimensions:

(n_lu, n_params13)

Type:

float

Attributes:

Look-up-table of land use dependent interception storage

RogerVariables.lut_gc

Units:

Dimensions:

(n_lu, n_params13)

Type:

float

Attributes:

Look-up-table of land use dependent ground cover

RogerVariables.lut_gcm

Units:

Dimensions:

(n_lu, n_params2)

Type:

float

Attributes:

Look-up-table of land use dependent maximalground cover

RogerVariables.lut_is

Units:

mm

Dimensions:

(n_sealing, n_params2)

Type:

float

Attributes:

Look-up-table of sealing dependent interception storage

RogerVariables.lut_mlms

Units:

mm/h

Dimensions:

(n_slope, n_params9)

Type:

float

Condition:

lambda settings: settings.enable_lateral_flow

Attributes:

Look-up-table of lateral macropore flow velocity

RogerVariables.lut_rdlu

Units:

mm

Dimensions:

(n_lu, n_params7)

Type:

float

Attributes:

Look-up-table of land use dependent root depth

RogerVariables.lut_crops

Units:

Dimensions:

(n_crop_types, n_crop_params)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology

Attributes:

Look-up-table of crop specific parameters

RogerVariables.lut_fert1

Units:

Dimensions:

(n_crop_types, n_params13)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology & settings.enable_nitrate

Attributes:

Look-up-table of nitrogen fertilization

RogerVariables.lut_fert2

Units:

Dimensions:

(n_crop_types, n_params13)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology & settings.enable_nitrate

Attributes:

Look-up-table of nitrogen fertilization

RogerVariables.lut_fert3

Units:

Dimensions:

(n_crop_types, n_params13)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology & settings.enable_nitrate

Attributes:

Look-up-table of nitrogen fertilization

RogerVariables.lut_nup

Units:

Dimensions:

(n_crop_types, n_params3)

Type:

float

Condition:

lambda settings: settings.enable_crop_phenology & settings.enable_nitrate

Attributes:

Look-up-table of nitrogen uptake by crops

RogerVariables.dS_num_error

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

numerical error of water balance

RogerVariables.dS_rz_num_error

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

numerical error of root zone water balance

RogerVariables.dS_ss_num_error

Units:

mm

Dimensions:

(x, y)

Type:

float

Attributes:

numerical error of subsoil water balance

RogerVariables.dC_num_error

Units:

M

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

numerical error of solute balance

RogerVariables.dC_rz_num_error

Units:

M

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

numerical error of solute balance

RogerVariables.dC_ss_num_error

Units:

M

Dimensions:

(x, y)

Type:

float

Condition:

lambda settings: settings.enable_offline_transport

Attributes:

numerical error of solute balance