Production Techniques

Grafting in Plants - Introduction and meaning of grafting

By the end of the lesson, the learner should be able to:

- Explain the meaning of grafting as the process of joining two or more plants to grow into a single plant with mixed characteristics
- Identify grafting as a method of plant propagation used by modern farmers
- Show interest in grafting as an innovative agricultural technology for improving plant performance

In groups, learners are guided to:
- Study pictures of grafted plants and describe what was done to each plant and the purpose of the practice
- Search for information on grafting as a method of plant propagation using print or digital resources
- Discuss how grafting is different from other methods of plant propagation and present findings in class

What is grafting and how does it differ from other methods of plant propagation?

- Healthy Planet Agriculture Learner's Book pg. 102
- Digital resources
- Agricultural reference materials

- Oral questions - Observation

Production Techniques

Grafting in Plants - Rootstock and scion in grafting
Grafting in Plants - Purposes for grafting in plant propagation

By the end of the lesson, the learner should be able to:

- Define the terms rootstock and scion and explain the role of each in the grafting process
- Describe the characteristics of a suitable rootstock and scion for successful grafting
- Appreciate the importance of selecting the right rootstock and scion for a successful graft union

In groups, learners are guided to:
- Discuss the meaning of rootstock (plant that absorbs nutrients well and resists diseases) and scion (plant that produces quality fruits)
- Discuss the characteristics of a suitable rootstock and scion: same thickness, healthy, disease-free
- Search print or digital resources for more information on rootstock and scion selection; share findings in class

Why is the correct selection of rootstock and scion critical for a successful graft union?

- Healthy Planet Agriculture Learner's Book pg. 103
- Digital resources
- Reference books
- Healthy Planet Agriculture Learner's Book pg. 105

- Oral questions - Written assignments

Production Techniques

Grafting in Plants - Demonstration and tools for grafting

By the end of the lesson, the learner should be able to:

- Identify the tools, materials and equipment required for grafting
- Describe the personal safety and hygiene practices to observe before and during grafting
- Show responsibility in handling sharp grafting tools safely during practical activities

In groups, learners are guided to:
- Watch a resource person demonstrate how to carry out grafting for various purposes; make short notes
- Identify and assemble grafting tools and materials: grafting knife, sanitizer, soap, ruler, gloves, grafting tape, rubber band, grafting wax or petroleum jelly
- Discuss personal safety: graft during early morning or just after sunset; sanitise tools and wash hands before starting

What tools and safety measures are required before carrying out a grafting practical activity?

- Healthy Planet Agriculture Learner's Book pg. 106
- Grafting knife, sanitizer, gloves, grafting tape
- Grafting wax or petroleum jelly, rubber band

- Oral questions - Observation

Production Techniques

Grafting in Plants - Grafting for repair of damaged plants

By the end of the lesson, the learner should be able to:

- Carry out the grafting practical for repair purposes on young broken or damaged plants
- Follow the correct procedure: sanitise tools, collect scions, make vertical incision, connect scion, secure with tape, apply grafting wax
- Show care and precision when handling grafting tools and plant materials during the repair grafting practical

In groups, learners are guided to:
- Look for young broken or damaged plants in the school compound
- Sanitise tools and wash hands; collect scions of strong new growth (pencil thickness); make a 3 cm vertical incision in the rootstock
- Place scion inside incision ensuring cut surfaces align; secure with grafting tape; apply grafting wax or petroleum jelly to repel water

How do we carry out grafting correctly on a damaged plant to repair it and restore its healthy growth?

- Healthy Planet Agriculture Learner's Book pg. 107
- Young damaged plants in school compound
- Grafting knife, tape, wax, sanitizer, gloves

- Observation - Practical assessment

Production Techniques

Grafting in Plants - Grafting for aesthetic purposes
Grafting in Plants - Grafting for rejuvenation of old plants

By the end of the lesson, the learner should be able to:

- Carry out the grafting practical for aesthetic purposes using four plants of different flower types but the same species
- Follow the correct procedure: make three incisions in the rootstock, prepare three scions with V-shape, connect and secure each scion
- Show creativity and precision in carrying out aesthetic grafting to produce a visually attractive multi-flowered plant

In groups, learners are guided to:
- Assemble materials: four plants of different flower types of the same species, grafting knife, tape, wax
- Make three incisions through the sides of the rootstock; prepare three scions by trimming to a 3 cm V-shape
- Place each scion into an incision; secure with grafting tape; apply grafting wax and discuss why aesthetic grafting is used in floriculture

How is grafting used to make a single plant produce flowers of different types for aesthetic purposes?

- Healthy Planet Agriculture Learner's Book pg. 108
- Four plants of different flower types (same species)
- Grafting knife, tape, wax, sanitizer, gloves
- Healthy Planet Agriculture Learner's Book pg. 109
- Old or low-yielding plants in school compound

- Observation - Practical assessment

Production Techniques

Grafting in Plants - Grafting for improvement of plant quality

By the end of the lesson, the learner should be able to:

- Carry out grafting for improvement using a scion from a quality-fruit plant and a disease-resistant rootstock
- Follow the correct procedure: prepare rootstock and scion, make incision, connect, secure with tape, apply wax
- Appreciate how grafting for improvement combines the best qualities of two plants to produce a superior crop

In groups, learners are guided to:
- Assemble materials: scion from quality-fruit plant, disease-resistant rootstock, grafting tools
- Sanitise tools; prepare the rootstock by making a vertical incision; prepare the scion by trimming the bottom to a 3 cm V-shape
- Place scion in incision, align cut surfaces, secure with grafting tape, apply grafting wax; discuss how improvement grafting benefits farmers

How does grafting for improvement combine the strengths of two plants to produce a better crop variety?

- Healthy Planet Agriculture Learner's Book pg. 110
- Scion from quality-fruit plant, disease-resistant rootstock
- Grafting knife, tape, wax, sanitizer, gloves

- Observation - Practical assessment

Production Techniques

Grafting in Plants - Comparing the four grafting purposes and procedures

By the end of the lesson, the learner should be able to:

- Compare the four grafting purposes (repair, aesthetic, rejuvenation, improvement) in terms of materials, procedures and expected outcomes
- Apply knowledge of grafting procedures to select the most appropriate method for a given farm scenario
- Show confidence in explaining any grafting purpose and its procedure from memory

In groups, learners are guided to:
- Revisit the four practical activities using notes and discuss the unique features of each grafting purpose
- Construct a summary table comparing: purpose, plant type used, incision type, expected outcome
- Attempt scenario-based questions on selecting the correct grafting method for a described farming situation

How do the procedures and outcomes of the four grafting purposes differ from one another?

- Healthy Planet Agriculture Learner's Book pg. 111
- Exercise books
- Reference books

- Written assignments - Oral questions

Production Techniques

Grafting in Plants - Care of the grafted plant for successful union

By the end of the lesson, the learner should be able to:

- Describe the caring practices required after grafting to ensure a successful union
- Carry out aftercare practices: wrapping the graft, using a polythene healing chamber, watering, manuring, pest control and sucker removal
- Show responsibility and consistency in caring for grafted plants to achieve a successful graft union

In groups, learners are guided to:
- Discuss and carry out care practices: wrap the union with graft tape; cover the plant with a polythene bag as a healing chamber
- Water the plant regularly morning and evening; apply manure; control pests gently; remove suckers from the rootstock
- Remove grafting tape after successful union to prevent girdling; discuss why each care practice is important

Why must grafted plants be carefully cared for after grafting to ensure a successful and lasting union?

- Healthy Planet Agriculture Learner's Book pg. 113
- Graft tape, polythene bag, watering can
- Manure, pruning knife

- Observation - Practical assessment

Production Techniques

Grafting in Plants - Appraising and evaluating the grafted plants

By the end of the lesson, the learner should be able to:

- Evaluate the success of the grafted plants produced during the practical activities
- Write a report on the success or failure of each grafted plant with recommendations for improvement
- Show initiative in analysing results and suggesting improvements for future grafting attempts

In groups, learners are guided to:
- Visit the grafted plants in the school compound and evaluate the success of the union for each plant
- Write a report on the outcome: successful unions, failed unions, and reasons for each result
- Share reports in class; discuss recommendations for improvement; relate appraising skills to agricultural decision-making

How do we evaluate the success of a grafted plant and what recommendations can we make to improve future grafting?

- Healthy Planet Agriculture Learner's Book pg. 114
- Grafted plants in school compound
- Pen, notebook, digital camera

- Written assignments - Observation

Production Techniques

Grafting in Plants - Appraising and evaluating the grafted plants

By the end of the lesson, the learner should be able to:

- Evaluate the success of the grafted plants produced during the practical activities
- Write a report on the success or failure of each grafted plant with recommendations for improvement
- Show initiative in analysing results and suggesting improvements for future grafting attempts

In groups, learners are guided to:
- Visit the grafted plants in the school compound and evaluate the success of the union for each plant
- Write a report on the outcome: successful unions, failed unions, and reasons for each result
- Share reports in class; discuss recommendations for improvement; relate appraising skills to agricultural decision-making

How do we evaluate the success of a grafted plant and what recommendations can we make to improve future grafting?

- Healthy Planet Agriculture Learner's Book pg. 114
- Grafted plants in school compound
- Pen, notebook, digital camera

- Written assignments - Observation

Production Techniques

Grafting in Plants - Reflective assessment on grafting

By the end of the lesson, the learner should be able to:

- Respond correctly to the three reflective questions on grafting: hygiene during grafting, failed avocado grafts, and Tania's aesthetic hibiscus flowers
- Apply knowledge of grafting purposes, procedures and care to justify answers
- Show confidence in using grafting knowledge to explain agricultural phenomena in real-life plant scenarios

- Attempt the reflective questions: explain why hands and tools must be clean during grafting
- Suggest reasons why a Grade 9 learner's avocado grafts withered and advise on achieving successful union
- Identify the technology used to grow hibiscus flowers of different types on one plant and describe the procedure used

How well can you apply grafting knowledge to explain the outcomes of grafting in real-life plant production scenarios?

- Healthy Planet Agriculture Learner's Book pg. 102
- Exercise books
- Reference books

- Written assignments - Oral questions

Production Techniques

Homemade Sun Dryer - Introduction and types of sun dryers for vegetables

By the end of the lesson, the learner should be able to:

- Explain why keeping vegetables fresh is a challenge and how sun-drying helps increase their shelf life
- Identify and describe the equipment used to sun dry vegetables
- Show interest in homemade sun dryers as an innovative and affordable vegetable preservation technology

In groups, learners are guided to:
- Read the introduction on vegetable preservation challenges and discuss how sun-drying removes moisture to increase shelf life
- Study Figure 1 showing equipment used to sun dry vegetables; describe the equipment and discuss how each is used
- Search for information on types of homemade sun dryers using digital or print resources and share findings in class

Why is sun-drying an effective method of preserving vegetables and increasing their shelf life?

- Healthy Planet Agriculture Learner's Book pg. 116
- Digital resources
- Agricultural reference materials

- Oral questions - Observation

Production Techniques

Homemade Sun Dryer - Researching and designing a homemade sun dryer

By the end of the lesson, the learner should be able to:

- Describe how to make a homemade sun dryer for vegetables using locally available materials
- Design and sketch a drying rack with appropriate measurements
- Show creativity in designing a sun dryer that is practical and can be constructed using locally available materials

In groups, learners are guided to:
- Search for information on how to make a homemade sun dryer using digital resources and agricultural reference materials
- Study Figure 2 showing designs of drying racks; describe each design and answer related questions
- Design and sketch a personal drying rack using appropriate measurements; list locally available materials required

What should be considered when designing a homemade sun dryer for drying vegetables effectively?

- Healthy Planet Agriculture Learner's Book pg. 117
- Digital resources
- Drawing materials (pencil, ruler, paper)

- Observation - Written assignments

Production Techniques

Homemade Sun Dryer - Researching and designing a homemade sun dryer

By the end of the lesson, the learner should be able to:

- Describe how to make a homemade sun dryer for vegetables using locally available materials
- Design and sketch a drying rack with appropriate measurements
- Show creativity in designing a sun dryer that is practical and can be constructed using locally available materials

In groups, learners are guided to:
- Search for information on how to make a homemade sun dryer using digital resources and agricultural reference materials
- Study Figure 2 showing designs of drying racks; describe each design and answer related questions
- Design and sketch a personal drying rack using appropriate measurements; list locally available materials required

What should be considered when designing a homemade sun dryer for drying vegetables effectively?

- Healthy Planet Agriculture Learner's Book pg. 117
- Digital resources
- Drawing materials (pencil, ruler, paper)

- Observation - Written assignments

Production Techniques

Homemade Sun Dryer - Constructing a vegetable drying rack

By the end of the lesson, the learner should be able to:

- Identify and assemble all materials needed to construct a homemade sun dryer
- Carry out the first steps of construction: assemble wood pieces into triangular frames and join them to form the rack structure
- Show teamwork and precision when assembling the structural frame of the drying rack

In groups, learners are guided to:
- Assemble materials: 9 pieces of wood (140 cm), 2 pieces (120 cm), 2 pieces (80 cm), mosquito netting or chicken wire (125 cm × 85 cm), transparent plastic sheeting, nails, claw hammer
- Assemble pieces of wood into triangular frames as shown in Figure 3
- Join the triangular frames with pieces of wood as shown in Figure 4 to form the drying rack structure

How do we correctly assemble the frame of a homemade sun dryer to ensure it is sturdy and functional?

- Healthy Planet Agriculture Learner's Book pg. 119
- 9 pieces of wood (140 cm), 2 pieces (120 cm), 2 pieces (80 cm)
- Nails, claw hammer

- Observation - Practical assessment

Production Techniques

Homemade Sun Dryer - Constructing a vegetable drying rack

By the end of the lesson, the learner should be able to:

- Identify and assemble all materials needed to construct a homemade sun dryer
- Carry out the first steps of construction: assemble wood pieces into triangular frames and join them to form the rack structure
- Show teamwork and precision when assembling the structural frame of the drying rack

In groups, learners are guided to:
- Assemble materials: 9 pieces of wood (140 cm), 2 pieces (120 cm), 2 pieces (80 cm), mosquito netting or chicken wire (125 cm × 85 cm), transparent plastic sheeting, nails, claw hammer
- Assemble pieces of wood into triangular frames as shown in Figure 3
- Join the triangular frames with pieces of wood as shown in Figure 4 to form the drying rack structure

How do we correctly assemble the frame of a homemade sun dryer to ensure it is sturdy and functional?

- Healthy Planet Agriculture Learner's Book pg. 119
- 9 pieces of wood (140 cm), 2 pieces (120 cm), 2 pieces (80 cm)
- Nails, claw hammer

- Observation - Practical assessment

Production Techniques

Homemade Sun Dryer - Fixing shelves and covering the sun dryer

By the end of the lesson, the learner should be able to:

- Fix mosquito netting or chicken wire to the frame to create shelves for holding vegetables
- Cover the completed structure with transparent plastic sheeting to complete the sun dryer
- Show care and attention to detail when completing the construction of the homemade sun dryer

In groups, learners are guided to:
- Fix the mosquito netting or chicken wire to the drying rack frame to make shelves as shown in Figure 5
- Cover the whole structure with large pieces of transparent plastic sheeting as shown in Figure 6
- Test the completed sun dryer for stability; take pictures and store in the digital portfolio; share experiences in class

How do we complete the construction of a homemade sun dryer by adding shelves and plastic sheeting correctly?

- Healthy Planet Agriculture Learner's Book pg. 120
- Mosquito netting or chicken wire (125 cm × 85 cm)
- Transparent plastic sheeting, nails, claw hammer

- Observation - Practical assessment

Production Techniques

Homemade Sun Dryer - Sun drying vegetables using the constructed drying rack

By the end of the lesson, the learner should be able to:

- Carry out the process of sun drying vegetables using the constructed homemade drying rack
- Follow the correct steps: select fresh vegetables, wash, wipe, cut into small pieces, spread in single layers, turn every few hours
- Show understanding of how drying time varies by vegetable type and weather conditions

In groups, learners are guided to:
- Carry out the practical: choose clean fresh vegetables, wash and wipe off excess water, cut into small strips or pieces
- Place the sun dryer in a sunny position; remove plastic sheeting, spread vegetables on the netting in single layers, return the sheeting
- Turn vegetables every few hours; discuss how long drying takes for different vegetables (tomatoes longer, kales shorter); discuss storage in glass jars or plastic bags after drying

How do we correctly use a homemade sun dryer to preserve vegetables and how should the dried vegetables be stored?

- Healthy Planet Agriculture Learner's Book pg. 121
- Constructed homemade sun dryer
- Fresh vegetables: kales, tomatoes or mushrooms

- Observation - Practical assessment

Production Techniques

Homemade Sun Dryer - Sun drying vegetables using the constructed drying rack

By the end of the lesson, the learner should be able to:

- Carry out the process of sun drying vegetables using the constructed homemade drying rack
- Follow the correct steps: select fresh vegetables, wash, wipe, cut into small pieces, spread in single layers, turn every few hours
- Show understanding of how drying time varies by vegetable type and weather conditions

In groups, learners are guided to:
- Carry out the practical: choose clean fresh vegetables, wash and wipe off excess water, cut into small strips or pieces
- Place the sun dryer in a sunny position; remove plastic sheeting, spread vegetables on the netting in single layers, return the sheeting
- Turn vegetables every few hours; discuss how long drying takes for different vegetables (tomatoes longer, kales shorter); discuss storage in glass jars or plastic bags after drying

How do we correctly use a homemade sun dryer to preserve vegetables and how should the dried vegetables be stored?

- Healthy Planet Agriculture Learner's Book pg. 121
- Constructed homemade sun dryer
- Fresh vegetables: kales, tomatoes or mushrooms

- Observation - Practical assessment

Production Techniques

Homemade Sun Dryer - Reflective assessment on homemade sun dryer

By the end of the lesson, the learner should be able to:

- Respond correctly to the reflective questions on sun drying vegetables in Kajiado County
- Explain why vegetables are turned over every few hours during drying and why they are cut into small pieces
- Show ability to apply sun dryer knowledge to advise vegetable farmers facing spoilage and storage challenges

In groups, learners are guided to:
- Attempt the reflective questions: explain why vegetables are turned over every few hours during sun drying
- Describe how to make a homemade sun dryer for vegetables using locally available materials
- Analyse the Kajiado County scenario: advise local farmers on solving vegetable spoilage and lack of preservation facilities using a homemade sun dryer

How would you advise vegetable farmers in Kajiado County to use a homemade sun dryer to solve their post-harvest spoilage challenges?

- Healthy Planet Agriculture Learner's Book pg. 122
- Exercise books
- Reference books

- Written assignments - Oral questions

Production Techniques

Homemade Sun Dryer - Practical assessment of sun dryer construction

By the end of the lesson, the learner should be able to:

- Demonstrate correct construction steps for a homemade sun dryer: frame assembly, fixing netting and covering with plastic
- Evaluate the completed sun dryer for stability, correct dimensions and readiness for use
- Show teamwork and precision during the practical sun dryer construction assessment

In groups, learners are guided to:
- Carry out the construction assessment: assemble the frame, fix mosquito netting shelves and cover with plastic sheeting
- Evaluate the completed sun dryer: check stability, netting tightness, plastic cover and overall dimensions
- Take pictures of the completed sun dryer and share experiences in the class plenary

How well can you construct a functional homemade sun dryer that meets the correct specifications for drying vegetables?

- Healthy Planet Agriculture Learner's Book pg. 120
- Wood pieces, nails, claw hammer, netting, plastic sheeting
- Measuring tape

- Practical assessment - Observation

Production Techniques

Homemade Sun Dryer - Practical assessment of sun dryer construction

By the end of the lesson, the learner should be able to:

- Demonstrate correct construction steps for a homemade sun dryer: frame assembly, fixing netting and covering with plastic
- Evaluate the completed sun dryer for stability, correct dimensions and readiness for use
- Show teamwork and precision during the practical sun dryer construction assessment

In groups, learners are guided to:
- Carry out the construction assessment: assemble the frame, fix mosquito netting shelves and cover with plastic sheeting
- Evaluate the completed sun dryer: check stability, netting tightness, plastic cover and overall dimensions
- Take pictures of the completed sun dryer and share experiences in the class plenary

How well can you construct a functional homemade sun dryer that meets the correct specifications for drying vegetables?

- Healthy Planet Agriculture Learner's Book pg. 120
- Wood pieces, nails, claw hammer, netting, plastic sheeting
- Measuring tape

- Practical assessment - Observation

Production Techniques

Homemade Sun Dryer - Practical assessment of sun drying vegetables

By the end of the lesson, the learner should be able to:

- Demonstrate correct technique in preparing and placing vegetables in the homemade sun dryer
- Evaluate the drying progress and explain how to determine when vegetables are adequately dried
- Show care and hygiene when handling fresh vegetables during the sun drying practical assessment

In groups, learners are guided to:
- Carry out the sun drying assessment: select fresh vegetables, wash, wipe, cut into small strips, spread in single layers on the drying rack
- Place the sun dryer in a sunny position and cover with plastic sheeting; return after a few hours to turn the vegetables
- Discuss how to determine when vegetables are dry enough and how to store them correctly after drying

How do we know when vegetables placed in a sun dryer are adequately dried and ready for storage?

- Healthy Planet Agriculture Learner's Book pg. 121
- Constructed sun dryer, fresh vegetables
- Knife, cutting board

- Practical assessment - Observation

Production Techniques

Grafting in Plants - Cumulative review of grafting

By the end of the lesson, the learner should be able to:

- Answer cumulative questions covering grafting meaning, rootstock and scion, four purposes, care practices and appraising
- Evaluate a scenario involving grafting choices and outcomes using knowledge from all lessons
- Show confidence in applying grafting knowledge to new and unfamiliar plant production scenarios

In groups, learners are guided to:
- Attempt cumulative review questions drawn from all lessons on grafting
- Discuss correct answers and review key terms: grafting, rootstock, scion, repair, aesthetic, rejuvenation, improvement, union
- Relate grafting knowledge to its significance as a modern agricultural technology for improving food production

How confidently can you use your knowledge of grafting to advise a farmer on improving plant production through grafting?

- Healthy Planet Agriculture Learner's Book pg. 102
- Exercise books
- Reference books

- Written assignments - Oral questions

Production Techniques

Homemade Sun Dryer - Cumulative review of homemade sun dryer

By the end of the lesson, the learner should be able to:

- Answer cumulative questions covering sun dryer design, construction, sun drying process and vegetable preservation
- Apply knowledge of sun drying to evaluate a scenario on vegetable preservation challenges
- Show appreciation for the homemade sun dryer as an affordable, sustainable vegetable preservation technology

In groups, learners are guided to:
- Attempt cumulative review questions on all sun dryer sub-topics: types, design, construction, sun drying steps and storage of dried vegetables
- Discuss correct answers and review key terms: sun dryer, drying rack, shelf life, mosquito netting, transparent plastic
- Relate sun drying to food security and the challenge of post-harvest vegetable losses in Kenya

How does the use of a homemade sun dryer contribute to reducing post-harvest vegetable losses and improving food security?

- Healthy Planet Agriculture Learner's Book pg. 116
- Exercise books
- Reference books

- Written assignments - Oral questions

Production Techniques

Homemade Sun Dryer - Cumulative review of homemade sun dryer

By the end of the lesson, the learner should be able to:

- Answer cumulative questions covering sun dryer design, construction, sun drying process and vegetable preservation
- Apply knowledge of sun drying to evaluate a scenario on vegetable preservation challenges
- Show appreciation for the homemade sun dryer as an affordable, sustainable vegetable preservation technology

In groups, learners are guided to:
- Attempt cumulative review questions on all sun dryer sub-topics: types, design, construction, sun drying steps and storage of dried vegetables
- Discuss correct answers and review key terms: sun dryer, drying rack, shelf life, mosquito netting, transparent plastic
- Relate sun drying to food security and the challenge of post-harvest vegetable losses in Kenya

How does the use of a homemade sun dryer contribute to reducing post-harvest vegetable losses and improving food security?

- Healthy Planet Agriculture Learner's Book pg. 116
- Exercise books
- Reference books

- Written assignments - Oral questions

Production Techniques

Production Techniques - End-of-strand assessment and reflection

By the end of the lesson, the learner should be able to:

- Demonstrate understanding of both sub-strands through a mixed end-of-strand assessment covering grafting and the homemade sun dryer
- Reflect on key learning experiences across Strand 4 and identify personal strengths and areas for improvement
- Show a positive attitude towards production techniques as practical and innovative solutions for improving agricultural output

In groups, learners are guided to:
- Attempt a mixed end-of-strand assessment covering grafting in plants and the homemade sun dryer
- Reflect on key lessons learned and discuss how grafting and sun drying can be applied in daily life and in the local farming community
- Review assessment feedback and set personal goals for improvement in identified areas of weakness

How have the lessons on production techniques equipped you with innovative skills to improve plant production and vegetable preservation?

- Healthy Planet Agriculture Learner's Book pg. 122
- Exercise books
- Curriculum design

- Written assignments - Observation - Class discussion

Production Techniques

Production Techniques - End-of-strand assessment and reflection

By the end of the lesson, the learner should be able to:

- Demonstrate understanding of both sub-strands through a mixed end-of-strand assessment covering grafting and the homemade sun dryer
- Reflect on key learning experiences across Strand 4 and identify personal strengths and areas for improvement
- Show a positive attitude towards production techniques as practical and innovative solutions for improving agricultural output

In groups, learners are guided to:
- Attempt a mixed end-of-strand assessment covering grafting in plants and the homemade sun dryer
- Reflect on key lessons learned and discuss how grafting and sun drying can be applied in daily life and in the local farming community
- Review assessment feedback and set personal goals for improvement in identified areas of weakness

How have the lessons on production techniques equipped you with innovative skills to improve plant production and vegetable preservation?

- Healthy Planet Agriculture Learner's Book pg. 122
- Exercise books
- Curriculum design

- Written assignments - Observation - Class discussion