Plant Model Greenlab for Botany and Agronomy

.- Chapter 1_Botanical concepts on the organization of plant architectures.

.- Chapter 2_The functioning of meristems: equations and development operators.

.- Chapter 3_Plant structures and architectures: modeling and simulation.

.- Chapter 4_Modelling of plant growth: a deterministic case.

.- Chapter 5_Plant growth modeling: stochastic case.

.- Chapter 6_Modeling of acropetal and basipetal development in herbaceous plants.

.- Chapter 7_Secondary growth (for woody plants).

.- Chapter 8_Validation of the GreenLab model on crop plants (case of herbaceous plants).

.- Chapter 9_Validation of the GreenLab model on woody plants.

.- Chapter 10_The transition from the single plant to the stand.

.- Chapter 11_Applications of plant architecture modeling.

.- Chapter 12_Growth and development interaction: The use of internal trophic pressure (Q/D).

.- Chapter 13_Computer plant simulation technics case of GreenLab model.

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• Estocástica
• Probabilidade e Estatística
• Produção de Agronomia e cultura
• Botânica e ciências das plantas

Functional-Structural Plant Model (FSPM);Plant growth and architecture development;Mathematical modelling;Plant stand functioning;Statistical methods and optimization