Learn · Crop Modeling and Simulation for Agricultural Production Management (CMSAM)
Lecture 18 of 60Week 5
Lecture 18: State Variables Working Principle
Prof. Dillip Kumar Swain · IIT Kharagpur
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All the lectures
- Lecture 01: Introduction to crop production system: Crop Production System and its Components, Objectives of crop production
- Lecture 02: Production Situations, Crop classification and Agroclimatic Zon
- Lecture 03: Crop Ecosystem and Agro-Climatic Zones
- Lecture 04: Crop Growth and Development Phases for Input Management
- Lecture 05: Crop Growth Factors and Growth Laws
- Lecture 06: Effect of Climatic Factors on Crop Growth
- Lecture 07: Solar Radiation Interception Concept for Biomass Production
- Lecture 08: Growing Degree Days Concept for Growth Duration and Yield Prediction
- Lecture 09 : Introduction to Crop Modeling and Simulation
- Lecture 10 : Decision Support System (DSS) in Agricultural Production
- Lecture 11 : Types of Crop Model
- Lecture 12 : Type of Experiment and Data Requirement in Crop Modeling
- Lecture 13: Terminologies Used in Crop Modeling and Simulation
- Lecture 14: Hierarchy of Models Used and Goals of Crop Modeling and Simulation
- Lecture 15: Historical Chronology of Crop Yield Prediction System
- Lecture 16: Crop System Model Development
- Lecture 17: Crop Modeling Concepts and Compartment Model Symbols
- Lecture 18: State Variables Working Principle
- Lecture 19: State Variables Working Principle
- Lecture 20: Crop Systems Model For Different Production Situations
- Lecture 21 : Potential Production Simulation Input Factors
- Lecture 22 : Simulation Flow Chart with State and Rate Variables
- Lecture 23 : Crop Biomass and Growth Rate Simulation
- Lecture 24 : Crop Yield Simulation
- Lecture 25 : DSSAT Model Overview, Application and Crops Involved
- Lecture 26: Modules in DSSAT
- Lecture 27: Description of CERES-Rice of DSSAT
- Lecture 28: Biomass and Yield Simulation Process in CERES-Rice
- Lecture 29: Description of CROP GRO of DSSAT
- Lecture 30: Description of CROP GRO of DSSAT-II
- Lecture 31: Description of SUBSTOR of DSSAT
- Lecture 32: Description of SUBSTOR of DSSAT-II
- Lecture 33: File system of DSSAT: Input file, File naming, and Input data
- Lecture 34: Statistical technique for model calibration and validation
- Lecture 35 : Model Application for Agricultural Risk Management and Uncertainty Analysis - I
- Lecture 36 : Model Application for Agricultural Risk Management and Uncertainty Analysis-II
- Lecture 37 : Climate Risk Management (CRM) Tools-I
- Lecture 38 : Climate Risk management (CRM) Tools-II
- Lecture 39 : Climate Risk management (CRM) Tools-III
- Lecture 40 : Climate Risk management (CRM) Tools-IV
- Lecture 41: Crop Modeling Support for Agro-advisory and Insurance Schemes
- Lecture 42: Hands on DSSAT: Experimental and Management Data Inputs
- Lecture 43: Hands on DSSAT: Experimental and Management Data Inputs
- Lecture 44: Hands on DSSAT: Soil Data Inputs
- Lecture 45: Hands on DSSAT: Weather Data Inputs-I
- Lecture 46: Hands on DSSAT: Weather Data Inputs-II
- Lecture 47: Hands on DSSAT: Model Performance and Genotype Coefficient of CERES-Rice
- Lecture 48: Hands on DSSAT: Experimental and Management Data Inputs of SUBSTOR-Potato
- Lecture 49: Hands on Exercises: Rice Yield Simulation for Varying Inputs (Soil and Nutrients)
- Lecture 50: Hands on Exercises: Rice yield simulation for varying inputs (Weather and water management)
- Lecture 51: Hands on Exercises: Potato Yield simulation for varying inputs (Weather and water management)
- Lecture 52: Hands on Exercises: Effect of elevated CO2 and temperature on rice production
- Lecture 53: Hands on Exercises: Effect of elevated CO2 and temperature on potato production
- Lecture 54: Hands on Exercises: Identification of temperature stress sensitive crop growth phases
- Lecture 55: Hands on Exercises: Climatic risk assessment on crop yield
- Lecture 56: Application of Crop Modeling for Management Decision (Input Management and Climate Risk Management)
- Lecture 57: Errors in Simulation Exercises
- Lecture 58: Hands on Exercises (Assignment Group -A): Climate risk assessment on rice production
- Lecture 59: Hands on Exercises (Assignment Group -B): Optimum planting time for potato production
- Lecture 60: Hands on Exercises (Assignment Group –C): Elevated CO2 and temperature effects on rice production