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Courses

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Preliminary Courses

• Introduction
• Map



Botany Introduction Map Plant architecture Introduction to Architecture Growth Branching Architecture structure Plant organization Leafy Axis Growth Units Branched systems Reiterations Organization levels Axis Typology Patterns Axis Typology Basis Pictograms Sexuality & development Growth Branching Rythms Branching delays Branching positional Branching arrangement Axis orientation Architectural Models Architectural Unit About architectural models Models limitations Architectural Units Reiteration Sequence of development Morphogenetic gradients Physiological age An Example Wild Cherry Tree (young) Wild Cherry Tree (adult) Wild Cherry Tree (mature) Quiz Case study Quiz Supplementary resources

Applied Mathematics Introduction Map Probabilities Probabilities Discrete Random Variable Expected value, Variance Properties Useful Laws Bernoulli Trials Binomial Law Geometric Law Negative Binomial Law Dynamical systems Parametric functions Useful functions Beta density Exercises Negative Exponential Systems functions Discrete Dynamical Systems Parameter Identification Parameter estimation Supplementary Resources

Eco-Physiology Introduction Map Some notions Light Photosynthesis Density Biomass Crop Models Quiz Supplementary resources

Plant and Crop Models Introduction Map About models Typology PBM Structural FSPM Examples Supplementary Resources

GreenLab Courses

• Introduction
• Map



Overview Presentation Map Growth Plant architecture Biomass FSPM GreenLab Applications Example Supplementary resources

Principals Presentation Map About modelling GreenLab positioning The growth cycle Implementations Supplementary resources Production-Expansion Presentation Map EcoPhysiology reminders Principles Growth cycle Refining PbM Organ cohorts Not a full FSPM Biomass allocation Organs sinks and sources Organs growth Organs dimensions Biomass production GreenLab equations Model equations Production equations Plant demand Organ weight A dynamical system view Equation terms Full model Model behaviour Complementary resources Applications Presentation Map Measurements Fitting Fitting structure Fitting growth Case study Complementary resources

Development Presentation Map Principals Botanical reminders Organogenesis Automaton Micro-states Macro-states Substructures Stochastic modelling Principles Development Viability Rhythmic axis Branching Stochastic automaton Organogenesis equations Principles Organ cohorts Organ numbering Substructure factorization Stochastic case Structure construction Construction modes Construction basis Axis of development Implicit construction Explicit construction Supplementary resources

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Intro Map Fitting, Stats Simulation Online tools

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