Physical address:
5501 Stockdale HWY #9442
Bakersfield, CA 93389
Course 5: Agricultural Meteorology
Agricultural Meteorology explores the relationship between weather, climate, and agricultural practices. This course provides students with a comprehensive understanding of how weather patterns, atmospheric conditions, and climate change impact crop growth and agricultural productivity. It emphasizes techniques for monitoring and forecasting weather to optimize agricultural operations and minimize risks.
Curriculum
- 6 Sections
- 14 Lessons
- 1 Quiz
- 0m Duration
Section 1: Introduction to Agricultural Meteorology
2 Lessons
- Chapter 1: Overview of Agricultural Meteorology
- Chapter 2: Atmosphere and Weather Systems
Section 2: Weather Elements and Crop Growth
3 Lessons
- Chapter 3: Temperature and Its Effect on Agriculture
- Chapter 4: Precipitation and Rainfall Patterns
- Chapter 5: Humidity, Wind, and Evapotranspiration
Section 3: Weather Forecasting and Agricultural Planning
2 Lessons
- Chapter 6: Weather Forecasting Tools for Agriculture
- Chapter 7: Application of Weather Forecasts in Farming
Section 4: Climate Change and Agriculture
2 Lessons
- Chapter 8: Understanding Climate Change
- Chapter 9: Adaptation Strategies for Climate-Resilient Agriculture
Section 5: Practical Applications of Agricultural Meteorology
2 Lessons
- Chapter 10: Microclimates and Precision Agriculture
- Chapter 11: Weather-Related Risk Management
Assignments and Assessments
3 Lessons1 Quiz
- Assignment 1: Analyze historical weather data for a selected region and predict its impact on crop yield.
- Assignment 2: Develop a crop calendar based on a 10-day weather forecast.
- Quiz: Test on weather elements and their influence on crop growth.
- Final Project: Create a climate-resilient farm plan incorporating weather forecasts and risk management strategies.
Related Courses
Course 20: Agricultural Machinery and Technology
- Understand the principles of agricultural mechanization and technology.
- Identify and operate essential agricultural machinery for various farming tasks.
- Explore precision agriculture technologies and their applications.
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Course 19: Agroecology
- Understand the principles of agroecology and how they apply to farming systems.
- Analyze agricultural practices through an ecological lens to enhance biodiversity.
- Design agroecological systems that promote sustainability and resilience.
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Course 18: Climate-Smart Agriculture
- Understand the principles and components of Climate-Smart Agriculture (CSA).
- Develop strategies to adapt farming practices to climate variability.
- Apply techniques to reduce greenhouse gas emissions from agricultural activities.
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