Simulate stand growth and development under current and future environmental conditions (pasture modelling under construction) including C, H20 and Energyfluxes (and C-stocks)o Bio-geochemical, Bio-physical, Process-Based Model o Couple the Process-Based models' robustness of the layer and cohort modelso Variable temporal scale(daily to annual)o Variable spatial scale (1ha to x Km2)o Forest Management (thinning, harvest, replanting) and other "disturbances"o C-language but with lots of R-wrappers!

Un modello per la previsione degli impatti da cambiamento climatico e gestione forestale (ma non solo)

Collalti Alessio
2023

Abstract

Simulate stand growth and development under current and future environmental conditions (pasture modelling under construction) including C, H20 and Energyfluxes (and C-stocks)o Bio-geochemical, Bio-physical, Process-Based Model o Couple the Process-Based models' robustness of the layer and cohort modelso Variable temporal scale(daily to annual)o Variable spatial scale (1ha to x Km2)o Forest Management (thinning, harvest, replanting) and other "disturbances"o C-language but with lots of R-wrappers!
2023
Istituto per i Sistemi Agricoli e Forestali del Mediterraneo - ISAFOM
3D-CMCC-FEM; Biophysical processes; Biogeochemical processes; Model Flowchart; Model C-language core logic-structure
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/20.500.14243/458797
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