Crop Production Practice (Arable And Horticultural Crops)

1. Identify suitable sites for crop production based on climatic, socio-economic, and edaphic factors.
2. Apply appropriate land clearing and preparation techniques for different farming systems.
3. Select suitable crops based on farm conditions, marketability, and resistance to pests and diseases.
4. Implement effective cultural practices to optimize crop growth and yield.
5. Apply appropriate methods for weed and pest management.
6. Apply appropriate harvesting and storage methods to minimize post-harvest losses.

13 weeks, about 72 hours in total. Yours will differ.

1. Week 1Module 1: Introduction

   • Introduction · 2 hours

     Read the introduction to understand the course objectives and the importance of practical experience in crop production.. Identify a suitable farm environment for practical attachment..

2. Week 2Module 2: Enterprise of Importance

   • Unit 1: Grain Legumes · 3 hours

     Study the characteristics of grain legumes (Cowpea, Groundnut, and Soybean).. Understand their importance and role in crop production..

   • Unit 2: Cereal Crops · 3 hours

     Study the characteristics of cereal crops (Maize, Sorghum, and Millet).. Understand their importance and role in crop production..

3. Week 3Module 2: Enterprise of Importance

   • Unit 3: Root and Tuber Crops · 3 hours

     Study the characteristics of root and tuber crops (Yam, Cassava, and Potatoes).. Understand their importance and role in crop production..

   • Unit 4: Vegetable Crops · 3 hours

     Study the characteristics of vegetable crops (Pepper, Tomatoes, Onions, and Spinach).. Understand their importance and role in crop production..

4. Week 4Module 3: Site Selection

   • Unit 1: Climatic Factors in Site Selection · 3 hours

     Study the climatic factors to consider in site selection, including rainfall, humidity, and temperature.. Analyze how these factors affect crop growth..

   • Unit 2: Socio-economic Factors in Site Selection · 3 hours

     Study the socio-economic factors to consider in site selection, including infrastructure, population, and market access.. Assess the impact of these factors on farming operations..

5. Week 5Module 3: Site Selection

   • Unit 3: Edaphic Factors in Site Selection · 3 hours

     Study the edaphic factors to consider in site selection, including soil structure, fertility, and texture.. Determine the suitability of different soil types for various crops..

   • Unit 4: Environmental Factors in Site Selection · 3 hours

     Study the environmental factors to consider in site selection, including the impact of farming operations on the environment.. Learn how to minimize negative environmental effects..

6. Week 6Module 3: Site Selection

   • Unit 5: Government Policies in Site Selection · 3 hours

     Study the government policies that affect agriculture and how to take advantage of them.. Identify areas that benefit from government incentives..

   • Unit 6: Biotic Factors in Site Selection · 3 hours

     Study the biotic factors to consider in site selection, including the presence of beneficial and harmful organisms.. Assess the impact of these organisms on crop production..

7. Week 7Module 3: Site Selection

   • Unit 7: Economic Factors in Site Selection · 4 hours

     Study the economic factors to consider in site selection, including costs, benefits, and lease terms.. Conduct a feasibility study to ensure the site yields sufficient returns..

8. Week 8Module 4: Land Clearing and Preparation Techniques

   • Unit 1: Mechanized Removal of Woody Vegetation · 3 hours

     Learn about mechanized removal of woody vegetation using bulldozers.. Understand the objectives and conditions for using this technique..

   • Unit 2: Clearing Bushy Vegetation with Mechanized Choppers · 3 hours

     Learn about clearing bushy vegetation using mechanized choppers.. Understand the objectives and conditions for using this technique..

9. Week 9Module 5: Crop Selection

   • Unit 1: Prevailing Farm Conditions in Crop Selection · 3 hours

     Understand the importance of crop selection and the factors to consider.. Study the prevailing farm conditions and their impact on crop selection..

   • Unit 2: Crop or Varietal Adaptability in Crop Selection · 3 hours

     Study crop and varietal adaptability and how it influences crop selection.. Identify crops that thrive in specific environments..

10. Week 10Module 5: Crop Selection

    • Unit 3: Marketability and Profitability in Crop Selection · 3 hours

      Study the marketability and profitability of crops and how they affect crop selection.. Learn how to select crops that ensure financial sustainability..

    • Unit 4: Resistance to Pests and Diseases in Crop Selection · 3 hours

      Study the importance of selecting crops resistant to pests and diseases.. Learn how to minimize production costs and prevent crop failure..

11. Week 11Module 5: Crop Selection

    • Unit 5: Available Technology and Farming System in Crop Selection · 3 hours

      Study available technology and farming systems and how they influence crop selection.. Understand the impact of farming practices on crop selection..

    • Unit 6: Soil Basics for Crop Selection · 3 hours

      Review soil basics, including testing, texture, and mineral nutrition.. Match crops to existing soil limitations..

12. Week 12Module 6: Crop Establishment and Cultural Practices

    • Unit 1: Sowing Methods · 3 hours

      Study sowing methods, including surface sowing and drilling.. Understand the advantages and disadvantages of each method..

    • Unit 2: Cultural Practices · 3 hours

      Study cultural practices such as thinning, staking, and training.. Understand how these practices optimize crop growth..

13. Week 13Module 6: Crop Establishment and Cultural Practices

    • Unit 3: Cultural Practices (Continued) · 3 hours

      Study cultural practices such as pruning, shading, and mulching.. Understand how these practices optimize crop growth..

    • Unit 4: Cultural Practices (Continued) · 3 hours

      Study cultural practices such as filling-in/supplying and earthing-up.. Understand how these practices optimize crop growth..