ORCHIDEE Development Section
Institut Pierre Simon Laplace / Laboratoire des Sciences du Climat et de l'Environnement
ALBEDO
Computation
Default configuration
Optimization
Results
HR background
Relaunch
SnowComp
PFT dominants
Pixel selection
3 steps
GLOBAL
RT module
OPTV4A
OPTV4B
OPTV4C
OPTIM
OPT‑ORC4h
PRIOR
OPT‑ORC4g
OPT‑ORC4f
PHENO
OPT‑ORC4e
OPT‑ORC4d
OPT‑ORC4c
OPT‑ORC4b
OPT‑ORC4a
OPT‑CN.2
OPT4661
OPT‑CN
OPT4438
OPT3977
Divers
EYE‑CLIMA5
EYE‑CLIMA4
EYE‑CLIMA3
EYE‑CLIMA2
EYE‑CLIMA
EU‑TREE
ESM2025
SEN4GPP3
SEN4GPP2
SEN4GPP
Zobler USDA
FACE
NBP
SPINacc
LeapCalendar
RegInterpol
Semi‑arid
cSoil Drop
Negative NPP SBG
Negative NPP
TRENDY
CO2 Rise
ORC‑MC2
ORC‑MC
CA‑Man
ORC‑CAN
C‑balance
LUMIP
Plots‑Ref
Bilan
Soil
COND
Temp_Sol
Plots
Kandice
Protocols
TRENDY2022
CRUJRA‑2.1
Trendy‑v7
Crescendo
VERIFY
CRUERA4
CRUERA3
ERABUG
ERA vs HAR
Shrub
Land Mask
HILDA
GADM
EEZ
CRUHARERA2
CRUHARERA
ERA5LAND
Countries2
Countries
Results2
Results
Forcing
ESA‑HRLC
High Resolution
Deforestation
Animation
Africa
Simulations
HR tiles
HR regions
New Protocol
New vs Old
Siberie_static
Amazon_static
Africa_static
Siberie_dyn
Amazon_dyn
France
LCCCI
Description
Tools
CCI classes
Generic PFTs
ORCHIDEE PFTs
LUH classes
ESACCI+LUH
v2.0.8
v2.0.8+LUH3
C3C4
orchidas
:
dev
/
Divers
/
EYE-CLIMA5
Site Map
EYE-CLIMA
(CRUERA5 forcing)
Comparison of ORCHIDEE simulations with different Nitrogen forcings
Select variable:
gpp
rh
nbp
fLuc
fHarvest
fWoodharvest
Last modified: 31/10/2025 13:13:19
EYE-CLIMA4 →
