Objectives:

By the end of this course you will be able to:

  • Understand the disease triangle

  • Know which sensors are required for disease management

  • Know which weather factors and forecasts are important

  • Understand how a disease model is created and used

  • Understand the importance of localized meteorological factors

  • Understand how other tools are combined with disease modeling

  • Understand how the disease model works in FieldClimate

  • Have an understanding of the benefits and ROI for disease management

Course curriculum

Estimated Learning Time: 46min

  1. 1

    • Agenda and Disease Modeling Background

    • Agenda and Disease Modeling Background - Knowledge Check
  2. 2

    • Disease Modeling and Constraints, and Localized Weather Factors

    • Disease Modeling and Constraints, and Localized Weather Factors - Knowledge Check
  3. 3

    • Value Proposition for Wheat Disease Models

    • Value Proposition for Wheat Disease Models - Knowledge Check
  4. 4

    • Fusarium Model Example

    • Fusarium Model Example - Knowledge Check
  5. 5

    • Work Planning Tools - Plant Protection, Growing Degree Days, CropView

    • Work Planning Tools - Plant Protection, Growing Degree Days, CropView - Knowledge Check
  6. 6

    • Disease Applications and CropView

    • Demonstration of Disease Modeling

    • Demonstration of Disease Modeling - Knowledge Check
  7. 7

    • ROI, Benefits and Summary

    • ROI, Benefits and Summary - Knowledge Check
  8. 8

    • Certification Exam