Organic Crop Production Systems
- Agricultural Sciences
- 500 level
- 2 credit units
- 74 pages
- 23 units
This course introduces the concept and principles of organic agriculture, emphasizing systems that avoid chemical usage in crop production. It aims to promote a healthy environment for humans and other living organisms. Students will learn to utilize natural resources such as animal manures for soil fertility, plant extracts for pest and disease control, and various cultural practices as alternatives to chemicals in cropping systems. The course covers soil resource management, biodiversity conservation, and sustainable land clearing.
About this course
- Difficulty
- Intermediate
- Study hours
- 45 hours
- Maths
- Basic
- Content
- Theoretical, practical, case study
- Practical work
- Yes
- Assignments
- Tutor marked assessments
- Final examination
What you'll read
The real module and unit structure of CRP509, taken from the course material NOUN publishes.
One paragraph, so you can see how it reads
CRP509 · UNIT 1: DEFINITION, IMPORTANCE OF SOIL CONSERVATION IN ORGANIC CROP SYSTEM AND PRACTICES THAT ADVERSELY AFFECT THE SOIL IN ORGANIC CROP SYSTEM.
Soil is the major medium for plant growth. It is a mixture of organic materials, minerals, gases, liquids and organisms that together support life. Total crop removal, continuous cropping, indiscriminate use of inorganic fertilizers as well as other synthetic chemicals adversely affect soil quality. Biodiversity, soil characteristics and soil erosion is prevented when soil conservation is done.
What you should be able to do
- Understand the principles of organic agriculture.
- Apply soil conservation practices in organic cropping systems.
- Evaluate and manage soil fertility using organic methods.
- Conserve biodiversity in agricultural landscapes.
- Implement sustainable land-clearing techniques.
- Manage pests and diseases using organic methods.
- Understand organic food standards and certification processes.
What it prepares you for
- Organic Farmer
- Agricultural Consultant
- Sustainable Agriculture Specialist
- Environmental Conservationist
- Crop Production Manager
- Agriculture
- Environmental Conservation
- Food Production
- Sustainable Development
Where it gets hard
The units students slow down on, and what makes each one heavy.
- Module 5: Sustainable Land- Clearing System.
Unit 2: Factors Determining the Choice of a Land Clearing Technique, Land Clearing Techniques, Advantages and Disadvantages of Land Clearing
Understanding the long-term ecological impact of different land clearing choices requires advanced knowledge of soil science and ecosystem dynamics.
- Module 7: Organic Foods, Organic Standards, Certification and Market, Benefits of Certification of Organic Products
Unit 2: Certification And Market of Organic Foods, Benefits of Certification of Organic Products
Grasping the complexities of organic certification processes and international market regulations demands attention to detail and understanding of legal frameworks.
A suggested way through it
13 weeks, about 38 hours in total. Yours will differ.
- Week 1Module 1: Soil Resource Management In Organic Crop System (Soil And Water Conservation).
Unit 1: Definition, Importance of Soil Conservation in Organic Crop System and Practices that Adversely Affect the Soil in Organic Crop System. · 2 hours
Define soil conservation in organic crop systems.. Identify practices that adversely affect soil quality.. Explain the importance of soil conservation for biodiversity and soil quality..
Unit 2: Soil Conservation Practices in Organic Cropping Systems · 2 hours
Describe practices such as maintaining soil cover and using crop residues.. Explain how limiting soil disturbance and incorporating manures conserve soil.. Discuss the role of crop rotation in soil conservation..
- Week 2Module 1: Soil Resource Management In Organic Crop System (Soil And Water Conservation).
Unit 3: Soil Water Conservation in Organic Crop System · 2 hours
Define soil water conservation.. Explain how crop rotation and cover crops enhance soil moisture conservation.. Describe the role of alley cropping in reducing soil moisture loss..
- Week 3Module 2 Soil Fertility Evaluation And Management (Manuring, Fallowing, Mulching, Composting).
Unit 1: Manuring: Definition, Benefits of Manure Application and Possible Disadvantages of Manure Application · 2 hours
Define manuring and its benefits.. Discuss the liming effect and soil aggregation.. Identify disadvantages like weed infestation and salinity problems..
- Week 4Module 2 Soil Fertility Evaluation And Management (Manuring, Fallowing, Mulching, Composting).
Unit 2: Fallowing: Definition, Features, Advantages and Disadvantages · 2 hours
Define fallowing and its features.. Explain the advantages of natural restoration of soil nutrients.. Discuss disadvantages like land fragmentation and short fallow periods..
- Week 5Module 2 Soil Fertility Evaluation And Management (Manuring, Fallowing, Mulching, Composting).
Unit 3: Mulching · 2 hours
Define mulching and its benefits.. Explain how mulching reduces moisture loss and suppresses weed growth.. List materials used for mulching..
Unit 4: Composting · 2 hours
Define composting and its benefits.. Explain how composting improves soil structure and aeration.. Discuss the role of composting in waste management..
- Week 6Module 3: Mixed Farming and Cropping Systems in Organic Crop Production (Intercropping, Crop Rotation, Mono-Cropping Etc).
Unit 1: Mixed Farming in Organic Systems (Definition, Benefits of Mixed Farming and Disadvantages) · 2 hours
Define mixed farming and its benefits.. Explain how mixed farming maintains ecosystem function and soil fertility.. Discuss disadvantages like lower production levels and high initial costs..
- Week 7Module 3: Mixed Farming and Cropping Systems in Organic Crop Production (Intercropping, Crop Rotation, Mono-Cropping Etc).
Unit 2: Cropping Systems in Organic Crop Production (Intercropping, Crop Rotation, Mono-Cropping Etc). · 2 hours
Define intercropping and its benefits in organic systems.. Explain how crop rotation breaks pest and disease cycles.. Discuss the limitations of mono-cropping and solutions for organic systems..
- Week 8Module 4: Conservation of Biodiversity.
Unit 1: Definition of Biodiversity and Levels of Biodiversity · 2 hours
Define biodiversity and its levels.. Explain genetic, species, and ecosystem biodiversities.. Discuss the importance of each level..
Unit 2: Biodiversity Conservation: Definition and Measures of Biodiversity Conservation · 2 hours
Explain biodiversity conservation and its measures.. Describe ex-situ and in-situ conservation methods.. Discuss the importance of each method..
- Week 9Module 4: Conservation of Biodiversity.
Unit 3: Importance of Biodiversity Conservation and Threats to Biodiversity · 2 hours
Discuss the importance of biodiversity conservation.. Identify threats to biodiversity such as habitat alteration and pollution.. Explain the impact of climate change and human population on biodiversity..
- Week 10Module 5: Sustainable Land- Clearing System.
Unit 1: Definition, Factors Affecting Land Clearing · 2 hours
Define sustainable land clearing.. Identify factors affecting land clearing such as rainfall and topography.. Discuss the importance of eco-friendly practices..
Unit 2: Factors Determining the Choice of a Land Clearing Technique, Land Clearing Techniques, Advantages and Disadvantages of Land Clearing · 2 hours
Explain factors determining the choice of a land clearing technique.. Describe land clearing techniques such as cut and grind and push over.. Discuss the advantages and disadvantages of land clearing..
- Week 11Module 6: Crop Protection in Organic Agriculture.
Unit 1: Definition; Organic Crop Protection, Crop Pest in Organic Crop Production, Organic Pest Management Strategies · 2 hours
Define organic crop protection.. List common crop pests in organic crop production.. Explain organic pest management strategies such as prevention and monitoring..
Unit 2: Crop Protection Measures in Organic Agriculture, Benefits of Organic Pest Control Measures. · 2 hours
Describe insect, disease, and weed control measures in organic agriculture.. Explain the benefits of organic pest control measures.. Discuss the importance of biodiversity conservation and environmental friendliness..
- Week 12Module 7: Organic Foods, Organic Standards, Certification and Market, Benefits of Certification of Organic Products
Unit 1: Organic Foods and Organic Standards · 2 hours
Define organic foods and organic standards.. List organic standards for livestock and crop production.. Discuss the importance of renewable resources and soil conservation..
Unit 2: Certification And Market of Organic Foods, Benefits of Certification of Organic Products · 2 hours
Explain certification of organic foods and its procedures.. List the benefits of certification of organic products.. Discuss the marketing of organic foods and the role of organic seals..
- Week 13Module 8: Advantages and Disadvantages of Organic Agriculture.
Unit 1: Advantages and Disadvantages of Organic Agriculture. · 2 hours
List the advantages of organic agriculture such as healthier food and environmental protection.. List the disadvantages of organic agriculture such as higher costs and lower yields.. Discuss the balance between benefits and drawbacks..
Preparing for the exam
- Create detailed summaries of each unit, focusing on key definitions and practices.
- Develop diagrams illustrating the relationships between soil management, biodiversity, and pest control.
- Practice applying organic farming principles to real-world scenarios and case studies.
- Review and understand the organic standards and certification processes.
- Focus on the advantages and disadvantages of organic agriculture, and be prepared to discuss them in detail.
Questions students ask about this course
What is CRP509 about?
This course introduces the concept and principles of organic agriculture, emphasizing systems that avoid chemical usage in crop production. It aims to promote a healthy environment for humans and other living organisms. Students will learn to utilize natural resources such as animal manures for soil fertility, plant extracts for pest and disease control, and various cultural practices as alternatives to chemicals in cropping systems. The course covers soil resource management, biodiversity conservation, and sustainable land clearing.
How many units does CRP509 have?
CRP509, Organic Crop Production Systems, has 23 units across 10 modules, over 74 pages of course material. You can read it one unit at a time.
How many credit units is CRP509?
CRP509 carries 2 credit units, at 500 level in Agricultural Sciences.
Is CRP509 hard?
CRP509 is rated intermediate level, with basic mathematical content. It is mostly theoretical, practical and case study work, and it has a practical component.
How long does CRP509 take to study?
About 45 hours of study, spread across its 23 units.
How is CRP509 assessed?
CRP509 is assessed by assignments, tutor marked assessments and final examination.
What can I do with CRP509?
Organic Farmer, Agricultural Consultant, Sustainable Agriculture Specialist, Environmental Conservationist and Crop Production Manager.