Index

Keywords and section headings of all topics.

--json Comparison of runs
1. Open the example (Getting started) Getting started
2. Look at the project (Getting started) Getting started
3. Run the calculation (Getting started) Getting started
4. Look at the results (Getting started) Getting started
5. Change something and compare (Getting started) Getting started
A_LEVEL Output files
A_LEVEL.csv – atmospheric records (Output files) Output files
acknowledgements Credits and license
Activation energies (Solute transport: temperature and water-content dependence, colloids) Solute transport: temperature and water-content dependence, colloids
activation energy Solute transport: temperature and water-content dependence, colloids
activation energy Temperature and water-content dependence of reactions
active uptake Root water and solute uptake
active uptake Root solute uptake
Active uptake (Root solute uptake) Root solute uptake
actual evaporation Boundary fluxes, heads and cumulative quantities
actual transpiration Boundary fluxes, heads and cumulative quantities
add material Materials & parameters
Additions of Rusteau (Relation to HYDRUS-1D) Relation to HYDRUS-1D
advection dispersion equation Solute transport equations
Aerodynamic and canopy resistance (Penman–Monteith combination equation) Penman–Monteith combination equation
aerodynamic resistance Surface energy balance
aerodynamic resistance Penman–Monteith combination equation
AIC Parameter estimation results
AIC Parameter estimation
air entrapment Hysteresis
air entry value Soil hydraulic property models
albedo Meteorological data
albedo Surface energy balance
alpha Materials & parameters
alpha h Scaling of the hydraulic properties
alpha K Scaling of the hydraulic properties
alpha theta Scaling of the hydraulic properties
altitude Meteorological data
Angstrom Penman–Monteith combination equation
animation Profiles
annotation Figure editor
Annotations (Figure editor) Figure editor
Arrhenius Solute transport: temperature and water-content dependence, colloids
Arrhenius Temperature and water-content dependence of reactions
artificial dispersion Solute transport: general
artificial dispersion Numerical solution
ATMOSPH.IN Time-variable boundary data
atmospheric boundary condition Boundary conditions of water flow
atmospheric boundary condition Water flow boundary conditions
Atmospheric boundary condition (Boundary conditions of water flow) Boundary conditions of water flow
atmospheric data Time-variable boundary data
Atmospheric inputs: partitioning, daily variation, interception, snow Atmospheric inputs: partitioning, daily variation, interception, snow
attachment Colloid, virus and bacteria transport
Attachment from filtration theory (Colloid, virus and bacteria transport) Colloid, virus and bacteria transport
authors Credits and license
Axes (Figure editor) Figure editor
axis Figure editor
bacteria Solute transport: temperature and water-content dependence, colloids
bacteria Colloid, virus and bacteria transport
BALANCE Output files
balance error Mass balance
BALANCE.csv – mass balance (Output files) Output files
Balance.out Mass balance
batch Command line program
bibliography References
BIC Parameter estimation results
BIC Parameter estimation
blocking Solute transport: temperature and water-content dependence, colloids
blocking Colloid, virus and bacteria transport
Blocking and straining functions (Colloid, virus and bacteria transport) Colloid, virus and bacteria transport
bootstrap Pedotransfer functions (Rosetta)
Boundary and initial conditions (Variably saturated water flow) Variably saturated water flow
boundary conditions Boundary conditions of water flow
boundary conditions Water flow boundary conditions
Boundary conditions (Heat transport) Heat transport
Boundary conditions (Heat transport) Heat transport
Boundary conditions (Solute transport equations) Solute transport equations
Boundary conditions of water flow Boundary conditions of water flow
Boundary fluxes (Dual-permeability model) Dual-permeability model
Boundary fluxes, heads and cumulative quantities Boundary fluxes, heads and cumulative quantities
boundary information Boundary fluxes, heads and cumulative quantities
breakthrough curve Observation points
Brooks and Corey (Soil hydraulic property models) Soil hydraulic property models
Brooks Corey Soil hydraulic model
Brooks Corey Soil hydraulic property models
Building a figure (Figure editor) Figure editor
bulk density Neural network prediction (Rosetta)
bulk density Solute transport: transport parameters
bulk density Pedotransfer functions (Rosetta)
C(h) Soil hydraulic properties
Campbell Heat transport
Campbell Heat transport
Canopy interception (Atmospheric inputs: partitioning, daily variation, interception, snow) Atmospheric inputs: partitioning, daily variation, interception, snow
canopy resistance Penman–Monteith combination equation
capabilities Introduction to Rusteau-1D
caption Figure editor
Carsel Parrish Materials & parameters
Cauchy Solute transport: boundary conditions
centrifugal acceleration Non-equilibrium water flow, centrifuge and density-dependent flow
centrifuge Further options of the HYDRUS code
centrifuge Non-equilibrium water flow, centrifuge and density-dependent flow
Centrifuge (lCentrif) (Further options of the HYDRUS code) Further options of the HYDRUS code
Centrifuge (Non-equilibrium water flow, centrifuge and density-dependent flow) Non-equilibrium water flow, centrifuge and density-dependent flow
Chapters (Rusteau-1D Help) Rusteau-1D Help
chart Figure editor
check Check & run
Check & run Check & run
Checks (Check & run) Check & run
chemical non-equilibrium Non-equilibrium solute transport
Chung Horton Heat transport
Chung Horton Heat transport
citations References
CLI Command line program
colloid attachment Solute transport: temperature and water-content dependence, colloids
Colloid attachment parameters (Solute transport: temperature and water-content dependence, colloids) Solute transport: temperature and water-content dependence, colloids
Colloid, virus and bacteria transport Colloid, virus and bacteria transport
colloids Solute transport: general
colloids Colloid, virus and bacteria transport
colour Figure editor
Columns (Mass balance) Mass balance
Columns (Time-variable boundary data) Time-variable boundary data
command line Command line program
Command line program Command line program
compare runs Comparison of runs
comparison Measured data
comparison Comparison of runs
Comparison of runs Comparison of runs
compatibility Relation to HYDRUS-1D
Compatibility (Relation to HYDRUS-1D) Relation to HYDRUS-1D
Compensated root water uptake (Root water uptake) Root water uptake
compensated uptake Root water uptake
compensation Root water and solute uptake
compensation Root solute uptake
concentration boundary condition Solute transport: boundary conditions
concentration flux Solute transport: boundary conditions
Concentrations (Solute transport: boundary conditions) Solute transport: boundary conditions
Concentrations oscillate or become negative (Questions and problems) Questions and problems
conduction Heat transport
conductivity function Soil hydraulic properties
conductivity function Soil hydraulic property models
confidence intervals Parameter estimation results
confidence intervals Parameter estimation
constant flux Water flow boundary conditions
constant head Water flow boundary conditions
constraints Parameter estimation (inverse problem)
contents Rusteau-1D Help
convection Heat transport
convection dispersion Solute transport equations
convergence Questions and problems
convergence Iteration criteria
correlation Parameter estimation
correlation matrix Parameter estimation results
coupled transport Coupled water, vapor and heat flow
Coupled water, vapor and heat flow Coupled water, vapor and heat flow
Coupling (Surface energy balance) Surface energy balance
Courant number Run-time information
Courant number Notes on spatial and temporal discretization
Crank-Nicolson Solute transport: general
Crank-Nicolson Numerical solution
credits Credits and license
Credits and license Credits and license
crop Meteorological data
Crop (Meteorological data) Meteorological data
CSV Figure editor
CSV Measured data
CSV Output files
Ctrl+S Keyboard and mouse
cumulative fluxes Boundary fluxes, heads and cumulative quantities
Curves (Materials & parameters) Materials & parameters
daily variation Atmospheric inputs: partitioning, daily variation, interception, snow
daily variation Time-variable boundary data
Daily variation of evaporation and transpiration (Atmospheric inputs: partitioning, daily variation, interception, snow) Atmospheric inputs: partitioning, daily variation, interception, snow
data file Figure editor
Data files (Figure editor) Figure editor
Data of Fit.in (Measured data) Measured data
data types Parameter estimation (inverse problem)
de Vries Heat transport
decay Solute transport: reactions
decay chain Solute transport: reactions
decay chain Solute transport equations
deep drainage Boundary conditions of water flow
deep drainage Water flow boundary conditions
Deep drainage (Boundary conditions of water flow) Boundary conditions of water flow
definitions Symbols and glossary
degradation Temperature and water-content dependence of reactions
degree-day Atmospheric inputs: partitioning, daily variation, interception, snow
demonstration Examples
density-dependent flow Further options of the HYDRUS code
density-dependent flow Non-equilibrium water flow, centrifuge and density-dependent flow
Density-dependent flow (lDensity) (Further options of the HYDRUS code) Further options of the HYDRUS code
Density-dependent flow (Non-equilibrium water flow, centrifuge and density-dependent flow) Non-equilibrium water flow, centrifuge and density-dependent flow
detachment Colloid, virus and bacteria transport
diagram Figure editor
differences Relation to HYDRUS-1D
diffusion coefficient Solute transport: transport parameters
dimensions Units
Dirichlet Solute transport: boundary conditions
Dirichlet Boundary conditions of water flow
disclaimer Credits and license
discretization Soil profile
discretization Notes on spatial and temporal discretization
Dispersion (Solute transport equations) Solute transport equations
dispersion coefficient Solute transport equations
dispersivity Solute transport: transport parameters
dpi Figure editor
drag and drop The main window
Drag and drop (Keyboard and mouse) Keyboard and mouse
Drag and drop (The main window) The main window
drains Boundary conditions of water flow
dtMax Time & output
dtMin Time & output
dual non-equilibrium Non-equilibrium solute transport
Dual non-equilibrium (Non-equilibrium solute transport) Non-equilibrium solute transport
dual permeability Soil hydraulic model
dual permeability Dual-permeability model
Dual permeability (Non-equilibrium solute transport) Non-equilibrium solute transport
dual porosity Soil hydraulic model
dual porosity Dual-porosity models
dual porosity Non-equilibrium solute transport
Dual porosity inside the matrix (Dual-permeability model) Dual-permeability model
Dual-permeability model Dual-permeability model
Dual-permeability parameters (Soil hydraulic model) Soil hydraulic model
Dual-porosity models Dual-porosity models
During the run (Parameter estimation results) Parameter estimation results
Durner Soil hydraulic model
Durner Soil hydraulic property models
Durner (dual porosity) (Soil hydraulic property models) Soil hydraulic property models
Durner's model (Dual-porosity models) Dual-porosity models
effective saturation Soil hydraulic property models
element size Notes on spatial and temporal discretization
emissivity Surface energy balance
energy balance Meteorological data
energy balance Surface energy balance
enhancement factor Further options of the HYDRUS code
enhancement factor Coupled water, vapor and heat flow
Ernst Boundary conditions of water flow
errors Questions and problems
Estimate (Parameter estimation (inverse problem)) Parameter estimation (inverse problem)
evaporation Surface energy balance
evaporation Time-variable boundary data
example Getting started
example projects Examples
Examples Examples
Examples (Projects and files) Projects and files
export Figure editor
export Output files
export Projects and files
Export (Figure editor) Figure editor
export help Command line program
Extensions (Variably saturated water flow) Variably saturated water flow
extrapolation Further options of the HYDRUS code
extraterrestrial radiation Hargreaves equation
F1 Keyboard and mouse
F5 Check & run
F5 Keyboard and mouse
FAO-56 Penman–Monteith combination equation
FAQ Questions and problems
features Introduction to Rusteau-1D
Feddes Root water and solute uptake
Feddes Root water uptake
Feddes parameters (Root water and solute uptake) Root water and solute uptake
Figure (Figure editor) Figure editor
Figure editor Figure editor
Figure editor (Keyboard and mouse) Keyboard and mouse
figures Figure editor
file menu Projects and files
filtration theory Solute transport: temperature and water-content dependence, colloids
filtration theory Colloid, virus and bacteria transport
final time Time & output
finite elements Numerical solution
first simulation Getting started
first-order Solute transport: reactions
first-order decay Solute transport equations
Fit.in Parameter estimation (inverse problem)
Fit.in Projects and files
Fit.in Parameter estimation
Fit.in (Projects and files) Projects and files
Fit.in data Measured data
Fit.out Parameter estimation results
Fit.out (Output files) Output files
fitted parameters Parameter estimation results
fixed points Soil profile
font Figure editor
Font and text sizes (Figure editor) Figure editor
Fonts (Credits and license) Credits and license
fraction of equilibrium sites Solute transport: transport parameters
fractures Dual-permeability model
free drainage Boundary conditions of water flow
free drainage Water flow boundary conditions
Free drainage (Boundary conditions of water flow) Boundary conditions of water flow
Freundlich Solute transport: reactions
Freundlich Solute transport equations
frozen time levels Parameter estimation
further options Further options of the HYDRUS code
Further options of the HYDRUS code Further options of the HYDRUS code
Galerkin Numerical solution
Gas phase (Solute transport equations) Solute transport equations
general solute information Solute transport: general
Geographical and radiation parameters (Meteorological data) Meteorological data
Gerke van Genuchten Dual-permeability model
Getting started Getting started
glossary Symbols and glossary
Glossary (Symbols and glossary) Symbols and glossary
Good practice (Parameter estimation) Parameter estimation
goodness of fit Parameter estimation results
governing equation Variably saturated water flow
Governing equation (Solute transport equations) Solute transport equations
Governing equations (Dual-permeability model) Dual-permeability model
Governing equations (Dual-porosity models) Dual-porosity models
GPL Credits and license
graph Figure editor
h1d Projects and files
h1dr Projects and files
Hargreaves Meteorological data
Hargreaves Hargreaves equation
Hargreaves equation Hargreaves equation
Hargreaves-Samani Hargreaves equation
hCritA Boundary conditions of water flow
hCritA Time-variable boundary data
hCritS Boundary conditions of water flow
hCritS Water flow boundary conditions
heat capacity Heat transport
heat capacity Heat transport
Heat capacity (Heat transport) Heat transport
Heat transport Heat transport
heat transport Processes & units
Heat transport Heat transport
heat transport parameters Heat transport
help Rusteau-1D Help
Help window (The main window) The main window
Henry Solute transport: reactions
Henry Solute transport equations
hierarchical Pedotransfer functions (Rosetta)
Hints (Comparison of runs) Comparison of runs
Hints (Solute transport: reactions) Solute transport: reactions
Hints (Time & output) Time & output
Hooghoudt Boundary conditions of water flow
horizontal drains Water flow boundary conditions
Horizontal drains (Boundary conditions of water flow) Boundary conditions of water flow
hotkeys Keyboard and mouse
How do I cite the methods? (Questions and problems) Questions and problems
How do I make a figure for a paper or a presentation? (Questions and problems) Questions and problems
How to use this help (Rusteau-1D Help) Rusteau-1D Help
hTab Iteration criteria
humidity Meteorological data
hydraulic conductivity Variably saturated water flow
Hydraulic models (Soil hydraulic model) Soil hydraulic model
hydrostatic equilibrium Soil profile
HYDRUS 4.17 Relation to HYDRUS-1D
HYDRUS variable names Symbols and glossary
HYDRUS variable names (Symbols and glossary) Symbols and glossary
HYDRUS-1D Relation to HYDRUS-1D
HYDRUS-1D Introduction to Rusteau-1D
HYDRUS-1D examples (Examples) Examples
HYDRUS-1D project Projects and files
HYDRUS-1D projects (.h1d) (Projects and files) Projects and files
hysteresis Soil hydraulic model
Hysteresis Hysteresis
Hysteresis (Soil hydraulic model) Soil hydraulic model
hysteresis curves Soil hydraulic properties
Hysteresis.in Soil hydraulic model
iEnhanc Further options of the HYDRUS code
immobile water Dual-porosity models
immobile water content Solute transport: transport parameters
import Projects and files
import data Measured data
inclination Variably saturated water flow
Inclination (Soil profile) Soil profile
infiltration Boundary fluxes, heads and cumulative quantities
Infiltration & evaporation with roots (Examples) Examples
initial condition Soil profile
Initial condition (Non-equilibrium solute transport) Non-equilibrium solute transport
initial estimates Parameter estimation (inverse problem)
Initial hysteresis state (Hysteresis.in) (Soil hydraulic model) Soil hydraulic model
initial time Time & output
Input data (Neural network prediction (Rosetta)) Neural network prediction (Rosetta)
interception Atmospheric inputs: partitioning, daily variation, interception, snow
interception Time-variable boundary data
Interface (Credits and license) Credits and license
Internal interpolation tables (Iteration criteria) Iteration criteria
interpolation tables Iteration criteria
interpolation tables Numerical solution
Interpolation tables (Numerical solution) Numerical solution
Interpreting the results (Parameter estimation results) Parameter estimation results
introduction Introduction to Rusteau-1D
Introduction to Rusteau-1D Introduction to Rusteau-1D
inverse problem Parameter estimation (inverse problem)
inverse problem Processes & units
inverse problem Parameter estimation
inverse results Parameter estimation results
IRRIG.csv (Output files) Output files
isothermal vapor flux Coupled water, vapor and heat flow
Iteration (Parameter estimation (inverse problem)) Parameter estimation (inverse problem)
Iteration criteria Iteration criteria
iterations Parameter estimation results
iterations Run-time information
JSON Comparison of runs
K(h) Soil hydraulic properties
K(theta) Soil hydraulic properties
Kd Solute transport: reactions
keep results Comparison of runs
Keeping and loading runs (Comparison of runs) Comparison of runs
kept run Comparison of runs
Keyboard (Keyboard and mouse) Keyboard and mouse
Keyboard and mouse Keyboard and mouse
keyboard shortcuts Keyboard and mouse
kinetic sorption Non-equilibrium solute transport
Kool and Parker model (Hysteresis) Hysteresis
Kool Parker Hysteresis
Kosugi Soil hydraulic model
Kosugi Soil hydraulic property models
Kosugi (log-normal) (Soil hydraulic property models) Soil hydraulic property models
Ks Materials & parameters
l Materials & parameters
LAI Meteorological data
LAI Atmospheric inputs: partitioning, daily variation, interception, snow
LAI Time-variable boundary data
Langmuir Solute transport: reactions
Langmuir Colloid, virus and bacteria transport
Langmuir Solute transport equations
latent heat Surface energy balance
latitude Meteorological data
layer Figure editor
lCentrif Further options of the HYDRUS code
lDensity Further options of the HYDRUS code
leaf area index Atmospheric inputs: partitioning, daily variation, interception, snow
legend Figure editor
length unit Units
Lenhard Hysteresis
lExtrap Further options of the HYDRUS code
license Credits and license
License (Credits and license) Credits and license
Limitations (Pedotransfer functions (Rosetta)) Pedotransfer functions (Rosetta)
linear sorption Solute transport equations
literature References
load run Comparison of runs
Loading (Measured data) Measured data
logarithmic axis Figure editor
logistic function Root water uptake
logistic growth Root water and solute uptake
long-wave radiation Penman–Monteith combination equation
look-up tables Soil hydraulic model
Look-up tables (Soil hydraulic property models) Soil hydraulic property models
lower boundary Water flow boundary conditions
Lower boundary (Solute transport: boundary conditions) Solute transport: boundary conditions
Lower boundary (Water flow boundary conditions) Water flow boundary conditions
macropores Dual-permeability model
main drying curve Hysteresis
main processes Processes & units
main wetting curve Hysteresis
main window The main window
markup Figure editor
Marquardt Parameter estimation (inverse problem)
Marquardt-Levenberg Parameter estimation
Marquardt–Levenberg iteration (Parameter estimation) Parameter estimation
Mass balance Mass balance
Mass balance (Numerical solution) Numerical solution
mass balance error Questions and problems
mass conservative Numerical solution
mass transfer Dual-porosity models
mass transfer coefficient Non-equilibrium solute transport
Mass transfer driven by the pressure head (Dual-porosity models) Dual-porosity models
Mass transfer driven by the water content (Dual-porosity models) Dual-porosity models
mass unit Units
materials Soil profile
materials Materials & parameters
Materials & parameters Materials & parameters
Materials (Materials & parameters) Materials & parameters
matrix Dual-permeability model
maximum number of iterations Iteration criteria
Measured data Measured data
menu The main window
Menu bar (The main window) The main window
mesh Notes on spatial and temporal discretization
METEO.csv and Meteo.out (Output files) Output files
METEO.IN Meteorological data
Meteo.out Output files
Meteorological data Meteorological data
meteorological data Processes & units
Method (Pedotransfer functions (Rosetta)) Pedotransfer functions (Rosetta)
Michaelis-Menten Root water and solute uptake
Michaelis-Menten Root solute uptake
Miller Miller Scaling of the hydraulic properties
Millington Quirk Solute transport: general
mobile immobile Dual-porosity models
mobile immobile Non-equilibrium solute transport
Mobile–immobile water (physical non-equilibrium) (Non-equilibrium solute transport) Non-equilibrium solute transport
Models (Neural network prediction (Rosetta)) Neural network prediction (Rosetta)
modified van Genuchten Soil hydraulic property models
Modified van Genuchten (Vogel and Císlerová) (Soil hydraulic property models) Soil hydraulic property models
MoistDep Temperature and water-content dependence of reactions
MoistDep.in Solute transport: temperature and water-content dependence, colloids
moisture dependence Temperature and water-content dependence of reactions
molecular diffusion Solute transport: transport parameters
Molecular diffusion (Solute transport: transport parameters) Solute transport: transport parameters
mouse Keyboard and mouse
Moving fronts (Notes on spatial and temporal discretization) Notes on spatial and temporal discretization
Mualem Soil hydraulic property models
n Materials & parameters
navigation The main window
Navigation panel (The main window) The main window
net radiation Penman–Monteith combination equation
Net radiation (Surface energy balance) Surface energy balance
Neumann Boundary conditions of water flow
neural network Neural network prediction (Rosetta)
neural network Pedotransfer functions (Rosetta)
Neural network prediction (Rosetta) Neural network prediction (Rosetta)
Neural network prediction (Rosetta) (Materials & parameters) Materials & parameters
new project Workflow of a project
Next steps (Getting started) Getting started
No file dialog appears (Linux) (Questions and problems) Questions and problems
NOD_INF Output files
Nod_Inf Profiles
NOD_INF.csv – profiles at the print times (Output files) Output files
node spacing Notes on spatial and temporal discretization
nodes Soil profile
non-convergence Questions and problems
non-equilibrium Solute transport: general
non-equilibrium flow Dual-porosity models
non-equilibrium rate Solute transport: reactions
Non-equilibrium solute transport Non-equilibrium solute transport
non-equilibrium transport Non-equilibrium solute transport
Non-equilibrium transport (Solute transport equations) Solute transport equations
non-equilibrium water flow Further options of the HYDRUS code
non-equilibrium water flow Non-equilibrium water flow, centrifuge and density-dependent flow
Non-equilibrium water flow (Non-equilibrium water flow, centrifuge and density-dependent flow) Non-equilibrium water flow, centrifuge and density-dependent flow
Non-equilibrium water flow, centrifuge and density-dependent flow Non-equilibrium water flow, centrifuge and density-dependent flow
non-isothermal flow Coupled water, vapor and heat flow
Not included (Introduction to Rusteau-1D) Introduction to Rusteau-1D
Not supported (Relation to HYDRUS-1D) Relation to HYDRUS-1D
notation Symbols and glossary
Notes on spatial and temporal discretization Notes on spatial and temporal discretization
Noto Sans Figure editor
Number fields (Keyboard and mouse) Keyboard and mouse
number of solutes Solute transport: general
numerical dispersion Notes on spatial and temporal discretization
Numerical methods (Credits and license) Credits and license
numerical oscillations Notes on spatial and temporal discretization
Numerical scheme (Solute transport: general) Solute transport: general
Numerical solution Numerical solution
Numerical solution (Heat transport) Heat transport
Numerical solution (Solute transport equations) Solute transport equations
nutrient uptake Root solute uptake
objective function Parameter estimation (inverse problem)
objective function Parameter estimation
Objective function (Parameter estimation) Parameter estimation
OBS_NODE Output files
Obs_Node Observation points
OBS_NODE.csv – observation nodes (Output files) Output files
observation nodes Soil profile
observation nodes Observation points
Observation nodes (Soil profile) Soil profile
Observation points Observation points
observations Parameter estimation (inverse problem)
observations Measured data
Observations (Parameter estimation (inverse problem)) Parameter estimation (inverse problem)
omega c Root water and solute uptake
open Projects and files
optimization Parameter estimation (inverse problem)
Options (Time-variable boundary data) Time-variable boundary data
Options.in Further options of the HYDRUS code
Options.in Non-equilibrium water flow, centrifuge and density-dependent flow
oscillations Questions and problems
Osmotic (salinity) stress (Root water uptake) Root water uptake
osmotic stress Root water and solute uptake
osmotic stress Root water uptake
output Output files
output Time & output
Output files Output files
overview Rusteau-1D Help
overview Introduction to Rusteau-1D
Overview (Check & run) Check & run
Pages (The main window) The main window
palette Figure editor
panel Figure editor
Panels and layers (Figure editor) Figure editor
parameter estimation Parameter estimation (inverse problem)
Parameter estimation Parameter estimation
Parameter estimation (inverse problem) Parameter estimation (inverse problem)
Parameter estimation (Relation to HYDRUS-1D) Relation to HYDRUS-1D
Parameter estimation (Workflow of a project) Workflow of a project
Parameter estimation results Parameter estimation results
Parameter estimation: one-step outflow (Examples) Examples
Parameter estimation: soil temperature (Examples) Examples
Parameters (Colloid, virus and bacteria transport) Colloid, virus and bacteria transport
Parameters (Hysteresis) Hysteresis
Parameters (Materials & parameters) Materials & parameters
Parameters (Parameter estimation (inverse problem)) Parameter estimation (inverse problem)
Parameters (Solute transport: reactions) Solute transport: reactions
Parameters per material (Heat transport) Heat transport
partitioning Atmospheric inputs: partitioning, daily variation, interception, snow
Partitioning (Penman–Monteith combination equation) Penman–Monteith combination equation
Partitioning of the potential evapotranspiration (Atmospheric inputs: partitioning, daily variation, interception, snow) Atmospheric inputs: partitioning, daily variation, interception, snow
passive uptake Root water and solute uptake
passive uptake Root solute uptake
Passive uptake (Root solute uptake) Root solute uptake
Peclet Solute transport: general
Peclet number Run-time information
Peclet number Notes on spatial and temporal discretization
pedotransfer functions Neural network prediction (Rosetta)
pedotransfer functions Pedotransfer functions (Rosetta)
Pedotransfer functions (Credits and license) Credits and license
Pedotransfer functions (Rosetta) Pedotransfer functions (Rosetta)
Penman-Monteith Meteorological data
Penman-Monteith Penman–Monteith combination equation
Penman–Monteith combination equation Penman–Monteith combination equation
Per material (Solute transport: transport parameters) Solute transport: transport parameters
performance Run-time information
Philip de Vries Coupled water, vapor and heat flow
physical non-equilibrium Non-equilibrium solute transport
Picard iteration Numerical solution
plot Figure editor
plots Keyboard and mouse
Plots (Keyboard and mouse) Keyboard and mouse
PNG Figure editor
ponding Boundary conditions of water flow
ponding Water flow boundary conditions
pore connectivity Materials & parameters
port Relation to HYDRUS-1D
potential evapotranspiration Atmospheric inputs: partitioning, daily variation, interception, snow
potential evapotranspiration Hargreaves equation
potential evapotranspiration Penman–Monteith combination equation
precipitation Time-variable boundary data
precision Relation to HYDRUS-1D
Precision (Relation to HYDRUS-1D) Relation to HYDRUS-1D
preferential flow Dual-permeability model
preferential flow Dual-porosity models
pressure head Variably saturated water flow
Pressure head and flux conditions (Boundary conditions of water flow) Boundary conditions of water flow
pressure head profile Profiles
pressure head tolerance Iteration criteria
print times Profiles
print times Time & output
Printing (Time & output) Time & output
problems Check & run
problems Questions and problems
procedure Workflow of a project
Processes & units Processes & units
Processes (Processes & units) Processes & units
production Solute transport: reactions
Profile depth and discretization (Soil profile) Soil profile
profile editor Soil profile
profile editor Keyboard and mouse
profile information Profiles
PROFILE.DAT Soil profile
Profiles Profiles
project Projects and files
Project and units (Processes & units) Processes & units
project title Processes & units
Projects and files Projects and files
psychrometric constant Penman–Monteith combination equation
PTF Neural network prediction (Rosetta)
PTF Pedotransfer functions (Rosetta)
publication figure Figure editor
pulse duration Solute transport: boundary conditions
pumping effect Hysteresis
Quantities (Soil profile) Soil profile
Questions and problems Questions and problems
quick start Getting started
R2 Parameter estimation results
radiation Meteorological data
Radiation (Penman–Monteith combination equation) Penman–Monteith combination equation
Radiation and cloudiness (Meteorological data) Meteorological data
random sequential adsorption Colloid, virus and bacteria transport
reaction parameters Solute transport: reactions
records Time-variable boundary data
Records (Meteorological data) Meteorological data
References References
Related topics (Processes & units) Processes & units
Relation to HYDRUS-1D Relation to HYDRUS-1D
resolution Figure editor
restart Soil hydraulic model
Result (Neural network prediction (Rosetta)) Neural network prediction (Rosetta)
Results (Parameter estimation results) Parameter estimation results
Results (Projects and files) Projects and files
results file Comparison of runs
results files Output files
retardation Solute transport equations
retention curve Soil hydraulic properties
retention curve Soil hydraulic property models
reversal point Hysteresis
Richards equation Variably saturated water flow
ripening Colloid, virus and bacteria transport
root distribution Soil profile
root distribution Root water uptake
Root distribution (Root water uptake) Root water uptake
Root distribution and growth (Root water and solute uptake) Root water and solute uptake
root growth Processes & units
root growth Root water and solute uptake
root growth Root water uptake
Root growth (Root water uptake) Root water uptake
Root solute uptake Root solute uptake
Root solute uptake (Root water and solute uptake) Root water and solute uptake
Root water and solute uptake Root water and solute uptake
root water uptake Processes & units
root water uptake Root water and solute uptake
Root water uptake Root water uptake
Root water uptake model (Root water and solute uptake) Root water and solute uptake
Rosetta Neural network prediction (Rosetta)
Rosetta Materials & parameters
Rosetta Pedotransfer functions (Rosetta)
Rosetta 3 Neural network prediction (Rosetta)
Rosetta Lite Neural network prediction (Rosetta)
Ross Smettem Non-equilibrium water flow, centrifuge and density-dependent flow
RSA Colloid, virus and bacteria transport
run Check & run
run time information Run-time information
Run-time information Run-time information
Run_Inf Run-time information
Running (Check & run) Check & run
runoff Boundary fluxes, heads and cumulative quantities
runoff Boundary conditions of water flow
runoff Water flow boundary conditions
Rusteau iteration (Parameter estimation) Parameter estimation
Rusteau projects (.h1dr) (Projects and files) Projects and files
Rusteau-1D Help Rusteau-1D Help
rusteau-cli Command line program
S-shape Root water and solute uptake
S-shape Root water uptake
salinity Root water uptake
sand silt clay Neural network prediction (Rosetta)
save Projects and files
save run Comparison of runs
scaling factors Soil profile
scaling factors Scaling of the hydraulic properties
Scaling of the hydraulic properties Scaling of the hydraulic properties
scanning curves Hysteresis
scenario Comparison of runs
scripting Command line program
See also (Figure editor) Figure editor
seepage face Boundary conditions of water flow
seepage face Water flow boundary conditions
Seepage face (Boundary conditions of water flow) Boundary conditions of water flow
Selecting nodes (Soil profile) Soil profile
Sensible and latent heat (Surface energy balance) Surface energy balance
sensible heat Surface energy balance
sensitivity Comparison of runs
setting up a model Workflow of a project
Setting values in the selection (Soil profile) Soil profile
Showing runs in a figure (Comparison of runs) Comparison of runs
similar media Scaling of the hydraulic properties
sink term Variably saturated water flow
sink term Root water uptake
Sink term (Root water uptake) Root water uptake
Sinusoidal precipitation (Atmospheric inputs: partitioning, daily variation, interception, snow) Atmospheric inputs: partitioning, daily variation, interception, snow
slow simulation Questions and problems
snow Atmospheric inputs: partitioning, daily variation, interception, snow
snow Time-variable boundary data
Snow (Atmospheric inputs: partitioning, daily variation, interception, snow) Atmospheric inputs: partitioning, daily variation, interception, snow
snow melt Atmospheric inputs: partitioning, daily variation, interception, snow
soil catalog Materials & parameters
Soil catalog (Materials & parameters) Materials & parameters
soil cover fraction Atmospheric inputs: partitioning, daily variation, interception, snow
soil heat flux Surface energy balance
Soil hydraulic model Soil hydraulic model
soil hydraulic parameters Materials & parameters
Soil hydraulic properties Soil hydraulic properties
Soil hydraulic property models Soil hydraulic property models
Soil profile Soil profile
Soil profile editor (Keyboard and mouse) Keyboard and mouse
soil surface resistance Surface energy balance
Solute and heat transport (Notes on spatial and temporal discretization) Notes on spatial and temporal discretization
Solute and heat transport (Numerical solution) Numerical solution
solute boundary conditions Solute transport: boundary conditions
solute fluxes Boundary fluxes, heads and cumulative quantities
solute front Notes on spatial and temporal discretization
solute mass balance Mass balance
Solute pulse with sorption and decay (Examples) Examples
solute stress Root water and solute uptake
Solute stress parameters (Root water and solute uptake) Root water and solute uptake
solute transfer Dual-permeability model
solute transport Processes & units
solute transport Solute transport: general
Solute transport (Dual-permeability model) Dual-permeability model
Solute transport (Dual-porosity models) Dual-porosity models
Solute transport equations Solute transport equations
solute transport parameters Solute transport: transport parameters
Solute transport: boundary conditions Solute transport: boundary conditions
Solute transport: general Solute transport: general
Solute transport: reactions Solute transport: reactions
Solute transport: temperature and water-content dependence, colloids Solute transport: temperature and water-content dependence, colloids
Solute transport: transport parameters Solute transport: transport parameters
Solutes (Solute transport: general) Solute transport: general
sorption Solute transport: reactions
sorption Solute transport equations
Sorption (Solute transport equations) Solute transport equations
sources References
spatial variability Scaling of the hydraulic properties
standard error Parameter estimation results
start calculation Check & run
start page Rusteau-1D Help
starting points Parameter estimation results
starting points Parameter estimation
Statistics (Parameter estimation) Parameter estimation
status bar The main window
Step 1 – Project (Workflow of a project) Workflow of a project
Step 2 – Soil (Workflow of a project) Workflow of a project
Step 3 – Boundary conditions (Workflow of a project) Workflow of a project
Step 4 – Uptake and transport (Workflow of a project) Workflow of a project
Step 5 – Run (Workflow of a project) Workflow of a project
step by step Getting started
steps Workflow of a project
stop Check & run
straining Solute transport: temperature and water-content dependence, colloids
straining Colloid, virus and bacteria transport
structured soils Dual-porosity models
sub-regions Soil profile
sub-regions Mass balance
Sub-regions (Mass balance) Mass balance
subtitle Figure editor
summary Check & run
sunshine Meteorological data
Surface energy balance Surface energy balance
surface temperature Surface energy balance
SVG Figure editor
symbols Figure editor
symbols Symbols and glossary
Symbols (Symbols and glossary) Symbols and glossary
Symbols and glossary Symbols and glossary
T_LEVEL Output files
T_Level Boundary fluxes, heads and cumulative quantities
T_LEVEL.csv – time-level information (Output files) Output files
T_LEVEL1.csv – extended fluxes (Output files) Output files
TauW Further options of the HYDRUS code
TauW Non-equilibrium water flow, centrifuge and density-dependent flow
temperature Heat transport
Temperature and water-content dependence of reactions Temperature and water-content dependence of reactions
temperature boundary conditions Heat transport
temperature dependence Soil hydraulic model
temperature dependence Solute transport: temperature and water-content dependence, colloids
temperature dependence Soil hydraulic property models
temperature dependence Temperature and water-content dependence of reactions
Temperature dependence (Soil hydraulic model) Soil hydraulic model
Temperature dependence (Soil hydraulic property models) Soil hydraulic property models
Temperature dependence (Temperature and water-content dependence of reactions) Temperature and water-content dependence of reactions
temperature-based Hargreaves equation
template Figure editor
text file Measured data
Text: markup and symbols (Figure editor) Figure editor
texture Neural network prediction (Rosetta)
texture Pedotransfer functions (Rosetta)
The actual transpiration is smaller than the potential one (Questions and problems) Questions and problems
The calculation stops: the iteration does not converge (Questions and problems) Questions and problems
The interface (Introduction to Rusteau-1D) Introduction to Rusteau-1D
The main window The main window
The mass balance error is large (Questions and problems) Questions and problems
The parameter l (Materials & parameters) Materials & parameters
The program stopped unexpectedly (Questions and problems) Questions and problems
The pumping effect and the model of Lenhard et al. (Hysteresis) Hysteresis
The results differ from HYDRUS-1D (Questions and problems) Questions and problems
The run is slow (Questions and problems) Questions and problems
The window (Figure editor) Figure editor
theme Figure editor
themes The main window
Themes (The main window) The main window
thermal conductivity Heat transport
thermal conductivity Heat transport
Thermal conductivity (Heat transport) Heat transport
thermal dispersivity Heat transport
thermal dispersivity Heat transport
thermal vapor flux Coupled water, vapor and heat flow
theta r Materials & parameters
theta s Materials & parameters
theta(h) Soil hydraulic properties
Thomas algorithm Numerical solution
Time & output Time & output
time discretization Time & output
Time discretization (Time & output) Time & output
time information Time & output
time series Observation points
time slider Profiles
time step Time & output
time step control Numerical solution
Time step control (Numerical solution) Numerical solution
time steps Run-time information
time unit Units
time weighting Solute transport: general
time-variable boundary conditions Time-variable boundary data
Time-variable boundary data Time-variable boundary data
Time-variable conditions (Boundary conditions of water flow) Boundary conditions of water flow
Tips (Workflow of a project) Workflow of a project
title Figure editor
tolerance Iteration criteria
tooltips The main window
tortuosity Solute transport: general
tortuosity Solute transport equations
transpiration Root water uptake
transpiration Time-variable boundary data
Transport model (Solute transport: general) Solute transport: general
triggered irrigation Water flow boundary conditions
Triggered irrigation (Water flow boundary conditions) Water flow boundary conditions
troubleshooting Questions and problems
tutorial Getting started
tutorial projects Examples
two-region Non-equilibrium solute transport
two-site sorption Non-equilibrium solute transport
Two-site sorption (chemical non-equilibrium) (Non-equilibrium solute transport) Non-equilibrium solute transport
Typical behaviour (Non-equilibrium solute transport) Non-equilibrium solute transport
Typical values (Soil hydraulic property models) Soil hydraulic property models
unit conversion Units
Unit conversion (Units) Units
units Processes & units
Units Units
Units of the heat parameters (Units) Units
unsaturated flow Variably saturated water flow
UNSODA Pedotransfer functions (Rosetta)
upper boundary Water flow boundary conditions
Upper boundary (Solute transport: boundary conditions) Solute transport: boundary conditions
Upper boundary (Water flow boundary conditions) Water flow boundary conditions
upstream weighting Solute transport: general
upstream weighting Numerical solution
vadose zone Introduction to Rusteau-1D
validation Check & run
van Genuchten Soil hydraulic model
van Genuchten Soil hydraulic property models
van Genuchten with an air-entry value of −2 cm (Soil hydraulic property models) Soil hydraulic property models
van Genuchten – Mualem (Soil hydraulic property models) Soil hydraulic property models
vapor flow Processes & units
vapor flow Coupled water, vapor and heat flow
Vapor flow (Further options of the HYDRUS code) Further options of the HYDRUS code
Vapor pressure (Penman–Monteith combination equation) Penman–Monteith combination equation
vapor pressure deficit Penman–Monteith combination equation
variables Symbols and glossary
Variably saturated water flow Variably saturated water flow
verification Relation to HYDRUS-1D
Verification (Introduction to Rusteau-1D) Introduction to Rusteau-1D
Verification against HYDRUS 4.17 (Relation to HYDRUS-1D) Relation to HYDRUS-1D
Views (Soil profile) Soil profile
virus Solute transport: temperature and water-content dependence, colloids
viruses Colloid, virus and bacteria transport
viscosity Non-equilibrium water flow, centrifuge and density-dependent flow
volatilization Solute transport: boundary conditions
volatilization Solute transport equations
Walker Solute transport: temperature and water-content dependence, colloids
Walker Temperature and water-content dependence of reactions
WatBalR Mass balance
WatBalT Mass balance
water balance Mass balance
water capacity Soil hydraulic properties
water content Variably saturated water flow
water content dependence Solute transport: temperature and water-content dependence, colloids
water content dependence Temperature and water-content dependence of reactions
water content profile Profiles
water content tolerance Iteration criteria
water flow Processes & units
water flow Variably saturated water flow
Water flow (Further options of the HYDRUS code) Further options of the HYDRUS code
Water flow (Notes on spatial and temporal discretization) Notes on spatial and temporal discretization
Water flow (Numerical solution) Numerical solution
Water flow boundary conditions Water flow boundary conditions
water fluxes Boundary fluxes, heads and cumulative quantities
water stress Root water and solute uptake
water stress Root water uptake
Water stress response functions (Root water uptake) Root water uptake
water transfer Dual-permeability model
Water transfer (Dual-permeability model) Dual-permeability model
water vapor Coupled water, vapor and heat flow
Water-content dependence (Solute transport: temperature and water-content dependence, colloids) Solute transport: temperature and water-content dependence, colloids
Water-content dependence (Temperature and water-content dependence of reactions) Temperature and water-content dependence of reactions
weighting Parameter estimation (inverse problem)
weighting Parameter estimation
Weighting of the measurement sets (Parameter estimation (inverse problem)) Parameter estimation (inverse problem)
wetting front Notes on spatial and temporal discretization
What the program computes (Introduction to Rusteau-1D) Introduction to Rusteau-1D
Where are the results stored? (Questions and problems) Questions and problems
wind Meteorological data
workflow Workflow of a project
workflow bar The main window
Workflow bar and status bar (The main window) The main window
Workflow of a project Workflow of a project
Writing the HTML help (Command line program) Command line program
zero gradient Solute transport: boundary conditions
zero-order Solute transport: reactions
zero-order production Solute transport equations
zoom Keyboard and mouse