R
FATE-HD
FATE is a spatially and temporally explicit vegetation model. It uses plant functional groups (PFG) and integrates important mechanisms driving vegetation dynamics, structure and diversity, such as demographic cycle, obviously, but also seeds dispersal, abiotic filtering or biotic interactions (through the competition for resources like light availability or soil nutrient availability).
FORest management strategies to enhance the MITigation potential of European forests (FORMIT-M)
FORMIT-M is a widely applicable, open-access, simple and flexible, climate-sensitive forest management simulator requiring only standard forest inventory data as input. It combines a process-based carbon balance approach with a strong inventory-based empirical component.
PREBAS
PREBAS is a forest growth and ecosystem carbon balance model. In PREBAS three different models PRELES (PREdict Light-use efficiency, Evapotranspiration and Soil water), CROBAS (Tree growth and CROwn BASe from carbon balance), and YASSO (Yet Another Simulator of Soil Organic matter) are coupled together in order to predict the growth and carbon balance of the forest ecosystem. CROBAS provides estimates of LAI (Leaf Area Index) that is used in PRELES to compute gross primary production. GPP is then used by CROBAS to estimate forest growth. The stand structural variables and the biomass components of the forest are updated. Meanwhile, CROBAS estimates the litter production that is the input of YASSO.
Introductory R Course
The aim of this course is to learn the basics of writing code in R and to become acquainted with some of the most useful R packages. The first part explains R programming basic concepts (object types, conditional execution and loops). The second part of the course delves into the tidyverse, with emphasis in data transformation (dplyr) and visualization (ggplot2)..
Process-based forest modelling using the medfate and medfateland R packages
The main aims of the course are: (a) to provide participants with the basis to understand the formulation and parameterization of biophysical, physiological and ecological processes in the models of forest water balance, carbon balance and forest dynamics included in the R package medfate; (b) to show how to use medfate and medfateland R packages to prepare model inputs, perform simulations of forest function and dynamics at stand to regional scales.