1 |
The place of complementary system approaches to simulation models, calibration and evaluation concepts |
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2 |
Introducing a variety of models (physical, mathematical, conceptual and diagrammatic) and other concepts of models classification |
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3 |
Introducing the components of a crop simulation model and its construction steps |
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4 |
Terminology (types of variables, statistics, parameters, etc.) |
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5 |
Concepts of phenology modeling (temperature, day length and vernalization) |
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6 |
Modeling germination and emergence using the concept of thermal time (thermal time models) |
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7 |
Photothermal-based modeling in day-sensitive crops |
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8 |
Introducing leaf area modeling methods in crops (1) |
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9 |
Construction of leaf area sub-model and Light extinction analysis and quantification in crop Canopies (2) |
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10 |
Concepts of dry matter modeling based on source- and sink-limited methods |
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11 |
Dry matter sub-model construction |
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12 |
Modeling Soil Water Balance (Components and Formulations) |
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13 |
Construction of Soil Water Balance sub-model |
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14 |
An Introduction to the Necessity, Role, and Importance of Models and Their Position in Systemic Approaches |
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15 |
Project construction |
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16 |
Conclusion |
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17 |
Modeling germination and emergence using the concept of thermal time (thermal time models)-2 |
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18 |
Familiarity with the product of satellite images to extract the leaf surface index |
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19 |
Practical work on the project-1 |
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20 |
Practical work on the project-2 |
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