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Version
latest (2.2)
dev
2.2
Part 1: Model Documentation
Physiological Processes
resource availability and competition
iLand Documentation Hub
Part 1: Model Documentation
About iLand
iLand model complexity and its niche in the landscape of models
How iLand works - in a nutshell
Why iLand has been developed
ecological complexity
team
Physiological Processes
resource availability and competition
competition for light
individual tree light availability
competition for belowground resources
primary production
allocation
stem growth
constraints to resource utilization
phenology
water cycle
landscape scale soil water dynamics
soil dynamics
soil C and N cycling
temperature response
vapor pressure deficit response
CO2 response
soil water response
nitrogen response
Demographic Processes
growth
Regeneration
regeneration
dispersal
establishment
fecundity
sapling growth and competition
recruitment
sprouts
serotiny
external seeds
seed kernel and seed distribution
transpiration and conductance in saplings
regeneration - technical details (2010)
Mortality
mortality
base mortality
Disturbances
disturbance modules
wind module
wind disturbance
wind module sensitivity analysis
fire module
wildfire
wildfire spread
barkbeetle module
bark beetle disturbance
BITE
Forest Management
management
Agent-Based Management (ABE)
ABE
ABE activities
ABE activity general
ABE activity scheduled
ABE activity salvage
ABE activity thinning
ABE activity planting
ABE STP
ABE agents
ABE spatial setup
ABE minimal setup
ABE variables
ABE outputs
ABE scheduling
ABE debugging
abe-library
management example: parallel management
Submodules
iLand Submodules
permafrost
browsing
ground vegetation
SVD
Part 2: Working with iLand
iLand Software
iLand Software
iLand viewer
iLand console
iLand cluster
Software Tools
Landscape Setup
how to: setup of a landscape
landscape setup
simulation extent
initialization
initialize trees
spinup
parameterization
Lightroom
simplified soil parameterization
soil parametrization and initialization
evaluation
scaling
fire module evaluation
wiki/light-competition-evaluation.qmd
Scripting
Scripting
iLand scripting
time events
Expression
Part 3: Reference & Resources
Part 3: Reference & Resources
Project File Structure
Project File Settings Reference
species parameter
Expressions and Variables
Expression
tree variables
sapling variables
resource unit variables
dead tree variables
Outputs
Debug Outputs
organizing outputs
dynamic outputs
iLand publications
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On this page
general
radiation
water
nutrients
Part 1: Model Documentation
Physiological Processes
resource availability and competition
resource availability and competition
general
resource units
competition for belowground resources
radiation
competition for light
individual tree light availability
water
water cycle
landscape scale soil water dynamics
nutrients
nitrogen cycle