Luke Ecosystem Modeling Lab

SoilCarbon

Soil Carbon models

SpaFHy_v1

Spatial Forest Hydrology (Launiainen et al. Hydrological and Earth System Sciences, 2019)

pyAPES_VESBO

APES_Jan2016

APES (Atmosphere - Plant - Exchange Simulator) codes in Matlab

blopti

Canal block optimization

FAO_dailyET

daily evapotranspiration using FAO 56 (Allen et al. 1998)

LeafIsotopes

Leaf-level dynamic model to predict oxygen and carbon isotopic compositions (Leppä et al., New Phytologist 2022)

MXL

Convective boundary layer slab model

pyAPES_skeleton

Minimum working example of pyAPES

SpaFHy-Peat

Forest hydrology model for drained peatlands

scipy_ode_solver

Examples how to use scipy ode solver

SpaFHy_v1_Pallas_2D

TreeBoxModel

Simple box model for xylem and phloem sap flux calculations

CR5000scripts

Campbell CR5000 logger data

FI-Ran_GHG_2022

Bayesian modelling of CH4 and N2O fluxes from Ränskälänkorpi clearcut one year after the harvest

GFB-data

GreenFeedBack data collection and processing

horizon

python spatial radiation

KUSTAA

Python implementation of Kustaa -tool

nutspafhy

Distributed nutrient balance model for estimating N and P export from forested catchments to water courses

NutSpaFHy_inputdata

Data required for running NutSpaFHy

plantation

plantation simulator

presentations

diverse presentations etc

pyAPES-MXL

coupled canopy-mixed layer model code

pyAPES_main

SOCFramework

SpaFHy_GISPUTS

SpaFHy_v1_Pallas

SpaFHy_v2

base for development (forked from JP's SpaFHy_v1_pallas_2D

susi-1

Peatland simulator SUSI

VMI_KAS

Miksi kasvu sakkaa? Pintapuolista analyysiä ilmastotekijöiden ja kosteusolojen muutoksista