Physical address:
5501 Stockdale HWY #9442
Bakersfield, CA 93389
Course 7: Plant Genetics and Breeding
This course offers a comprehensive understanding of plant genetics and the principles of plant breeding. It covers the genetic mechanisms underlying plant traits, breeding techniques, and the application of biotechnology to enhance crop productivity, disease resistance, and environmental adaptability. The course emphasizes both traditional and modern approaches to plant breeding for sustainable agriculture.
Curriculum
- 6 Sections
- 15 Lessons
- 1 Quiz
- 0m Duration
Section 1: Introduction to Plant Genetics
2 Lessons
- Chapter 1: Basics of Plant Genetics and Inheritance
- Chapter 2: Genetic Variation in Plants
Section 2: Plant Breeding Techniques
3 Lessons
- Chapter 3: Traditional Plant Breeding Methods
- Chapter 4: Mutation Breeding
- Chapter 5: Marker-Assisted Selection (MAS)
Section 3: Molecular Biology and Biotechnology in Plant Breeding
3 Lessons
- Chapter 6: Genetic Engineering and GM Crops
- Chapter 7: CRISPR and Genome Editing in Plants
- Chapter 8: Plant Tissue Culture Techniques
Section 4: Breeding for Stress Resistance and Sustainability
2 Lessons
- Chapter 9: Breeding for Abiotic Stress Tolerance
- Chapter 10: Breeding for Biotic Stress Resistance
Section 5: Challenges and Future Trends in Plant Breeding
2 Lessons
- Chapter 11: Managing Genetic Erosion and Conservation of Germplasm
- Chapter 12: Future Trends in Plant Breeding
Assignments and Assessments
3 Lessons1 Quiz
- Assignment 1: Conduct a Mendelian genetics experiment and analyze the results.
- Assignment 2: Develop a plant breeding plan for a crop with desired traits.
- Quiz: Test on plant genetics, inheritance, and breeding techniques.
- Final Project: Create a breeding strategy incorporating both traditional and molecular techniques for crop improvement.
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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