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This course introduces students to the foundational principles of Soil Science in agriculture. Learners will explore soil characteristics, classification, and management strategies to enhance agricultural productivity. The course emphasizes sustainable practices, enabling students to make informed decisions regarding soil conservation, fertility, and suitability for different crops. Through interactive lessons and practical applications, students will develop a comprehensive understanding of soil science and its impact on food production and environmental stewardship.
Agricultural Sciences Grade 11 | VirtualX MasterClass – Course Module 1 provides an in-depth examination of soil science, focusing on the physical, chemical, and biological properties of soil and their implications for agricultural productivity. The course consists of ten structured lessons:
The Physical and Morphological Characteristics of Soil
- Understanding soil composition and how different properties affect agricultural use.
- Soil Texture
- Analysis of soil particles (sand, silt, clay) and their role in water retention and aeration.
- Soil Structure
- Examining how soil particles aggregate and influence plant growth.
- Soil Moisture
- Investigating how water interacts with soil, including infiltration and drainage.
- Soil Pores
- Importance of pore spaces in soil for water movement, aeration, and microbial activity.
- Soil Temperature
- Impact of soil temperature on biological and chemical processes in agriculture.
- Soil Profile
- Identifying different layers (horizons) in soil and their significance in plant growth.
- Soil Classification and Evaluation
- Methods of soil classification and how to assess soil suitability for different crops.
- The Chemical and Colloidal Properties of Soil
- Understanding soil chemistry, including pH, cation exchange capacity (CEC), and nutrient availability.
- Soil Organic Matter (Living and Non-Living)
- The role of organic matter in improving soil fertility and structure.
Each lesson incorporates real-world agricultural examples to connect theoretical concepts with practical applications. Students will gain essential soil management skills, enhancing their ability to conserve and utilize soil resources efficiently.
Course Currilcum
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- Lesson 1: The physical and morphological characteristics of the soil Unlimited
- Lesson 2: Soil texture Unlimited
- Lesson 10: Soil organic matter (living and non-living) 00:05:00
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- Lesson 2: Water and Nutrients 00:03:00
- Lesson 3: Mineral Nutritional Requirements 00:03:00
- Lesson 4: The Fundamental Minerals or Elements Needed by Plants for Optimal Growth and Production 00:03:00
- Lesson 5: Organic and Inorganic Fertilizers 00:04:00
- Lesson 6: Mineral Supplementation in Plants and the Analysis of Plant Mineral Status 00:03:00
- Lesson 7: The Different Methods of Plant Reproduction 00:03:00
- Lesson 8: Fertilization 00:04:00
- Lesson 9: Fruit Setting 00:03:00
- Lesson 10: Seed Germination 00:03:00
- Lesson 11: Plant Improvement and Biotechnology 00:03:00
- Lesson 12: Plant Diseases and Control 00:03:00
- Lesson 13: Plant Pests and Control 00:03:00
- Lesson 14: Integrated Pest Management and Biological Control 00:04:00
- Lesson 15: Plant Weeds and Control 00:03:00
- Lesson 1: Introduction to Agricultural Chemistry 00:03:00
- Lesson 2: Basic Chemistry Terminology 00:04:00
- Lesson 3: Understanding the Periodic Table 00:03:00
- Lesson 4: Types of Chemical Bonding 00:03:00
- Lesson 5: Organic and Inorganic Substances 00:03:00
- Lesson 6: Introduction to Organic Chemistry (Alkanes and Alcohols) 00:03:00
- Lesson 7: Fatty Acids and Lipids 00:03:00
- Lesson 8: Proteins in Agriculture 00:03:00
- Lesson 9: Carbohydrates in Plants and Animals 00:04:00
- Lesson 10: pH and Acidity in Agriculture 00:04:00
- Lesson 11: Fertiliser Chemistry and Application 00:04:00
