Conservation of Resources

Conserving Animal Feed: Hay - Intro to hay & its importance

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

- Define the terms forage, fodder, pasture and hay.
- Identify types of livestock feed that farmers conserve to cope with drought.
- Appreciate the need to conserve animal feed as a food security measure.

In groups, learners are guided to:
- Discuss the meaning of forage, fodder, pasture and hay using print and digital resources.
- Read and discuss the Kajiado case study on the effects of drought on livestock.
- Share experiences on how conserving animal feed helps farmers cope during drought.

Why should farmers conserve animal feed during drought?

- Oxford Agriculture Today Grade 9 pg. 2
- Digital devices with internet access
- Reference books and agricultural articles

- Oral questions - Observation

Conservation of Resources

Conserving Animal Feed: Hay - Methods of conserving forage
Conserving Animal Feed: Hay - Identifying different hay conservation methods

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

- Identify the three major methods of conserving forage to cope with drought.
- Compare standing forage, baled hay and stacked hay as forage conservation methods.
- Value the role of forage conservation in ensuring livestock feed security.

In groups, learners are guided to:
- Use digital and print resources to research methods of conserving forage.
- Discuss in groups the differences between standing forage, baled hay and stacked hay.
- Record findings and share with the class.

What are the methods of conserving forage to cope with drought?

- Oxford Agriculture Today Grade 9 pg. 3
- Agricultural magazines and reference books
- Digital devices with internet access
- Charts showing forage conservation methods

- Oral questions - Written assignments

Conservation of Resources

Conserving Animal Feed: Hay - Baled hay as a conservation method
Conserving Animal Feed: Hay - Standing forage as a conservation method

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

- Describe baled hay and explain how it is made.
- Assess the quality of baled hay using its observable characteristics.
- Appreciate the value of baled hay in ensuring livestock feed availability during drought.

In groups, learners are guided to:
- Research and discuss the meaning of baled hay and the factors that affect its quality.
- List and explain the characteristics of good quality baled hay.
- Discuss storage conditions required to maintain the quality of baled hay.

How is baled hay made and what determines its quality?

- Oxford Agriculture Today Grade 9 pg. 4
- Agricultural magazines and reference books
- Digital devices with internet access
- Oxford Agriculture Today Grade 9 pg. 3
- Relevant textbooks and reference books

- Oral questions - Written assignments

Conservation of Resources

Conserving Animal Feed: Hay - Stacking as a conservation method
Conserving Animal Feed: Hay - Steps in making a haystack
Conserving Animal Feed: Hay - Practical hay stacking

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

- Describe stacking as a method of conserving fodder.
- Construct a properly arranged pyramidal fodder stack using the correct procedure.
- Value the use of stacking as a low-cost and accessible method of conserving animal feed.

In groups, learners are guided to:
- Discuss the meaning of stacking and why fodder is arranged in pyramidal heaps.
- Explain why the base must be raised above the ground and the conditions needed for proper stacking.
- Discuss how to protect stacked fodder from pests and adverse weather conditions.

Why is fodder stacked in pyramidal heaps for conservation?

- Oxford Agriculture Today Grade 9 pg. 5
- Reference books and agricultural articles
- Digital devices with internet access
- Charts showing stacking procedure
- Oxford Agriculture Today Grade 9 pg. 6
- Maize stover, straw, wooden planks, ropes and gloves
- School demonstration plot

- Oral questions - Written assignments

Conservation of Resources

Conserving Animal Feed: Hay - Materials for baling hay

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

- List the materials and tools needed for the hay baling activity.
- Use the assembled materials to demonstrate readiness for the baling practical.
- Show responsibility in ensuring all required materials are prepared before the activity.

In groups, learners are guided to:
- Discuss and list all requirements for making baled hay: sickle, rake, wooden box and sisal ropes.
- Explain the function of each material in the baling process.
- Assemble and arrange all materials in readiness for the baling practical.

What materials are needed for making baled hay and what is the role of each?

- Oxford Agriculture Today Grade 9 pg. 4
- Sickle, rake, wooden box, sisal ropes and grass
- Reference books

- Oral questions - Observation

Conservation of Resources

Conserving Animal Feed: Hay - Practical hay baling
Conserving Animal Feed: Hay - Conservation in local communities

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

- Identify the stage at which grass should be cut for optimal nutritional value in hay.
- Carry out the hay baling activity following the correct step-by-step procedure.
- Appreciate the importance of following the correct procedure to maintain the quality of baled hay.

In groups, learners are guided to:
- Cut grass at the correct stage of maturity, spread and dry it evenly to make hay.
- Compress dried grass into bales using a wooden box and secure with sisal ropes.
- Store the bales in a dry well-ventilated place and discuss how to monitor quality during storage.

How is hay baled and what determines its quality during storage?

- Oxford Agriculture Today Grade 9 pg. 4
- Sickle, rake, wooden box, sisal ropes and dried grass
- School demonstration plot
- Oxford Agriculture Today Grade 9 pg. 7
- Writing materials and digital devices for photography
- Local farm environment

- Observation - Graded practical activity

Conservation of Resources

Conserving Animal Feed: Hay - Adopting conservation at household level

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

- Explain how households can adopt forage conservation practices to cope with drought.
- Design a simple plan for household forage conservation based on locally available resources.
- Develop a positive attitude towards adopting forage conservation practices in the community.

- Discuss how learners and their households can adopt practical forage conservation methods.
- Brainstorm and present solutions to the problem of livestock deaths and distress sales during drought.
- Make class presentations on how community-wide adoption of forage conservation reduces food insecurity.

How can households adopt forage conservation practices to cope with drought?

- Oxford Agriculture Today Grade 9 pg. 7
- Reference books and agricultural magazines
- Digital devices with internet access

- Written assignments - Oral questions

Conservation of Resources

Conserving Leftover Foods - Meaning & importance

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

- Define the term Réchauffé cookery and explain its relevance at home.
- Identify the benefits of conserving leftover foods such as minimising wastage, saving money and reducing labour.
- Appreciate the value of reusing leftover food as a household food conservation strategy.

In groups, learners are guided to:
- Discuss the meaning of Réchauffé cookery and why leftover food should be conserved rather than discarded.
- Carry out a class debate on the advantages of reusing leftover foods at home.
- List and discuss the benefits of leftover food conservation and share with the class.

Why should leftover food be conserved rather than thrown away?

- Oxford Agriculture Today Grade 9 pg. 9
- Cookery magazines and relevant textbooks
- Digital devices with internet access

- Oral questions - Written assignments

Conservation of Resources

Conserving Leftover Foods - Methods of conserving

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

- Identify methods of conserving leftover food to prevent spoilage and contamination.
- Compare conservation methods applicable with and without a refrigerator.
- Show responsibility in applying safe food conservation methods at home.

In groups, learners are guided to:
- Research and discuss methods of conserving leftover food using print and digital resources.
- Compare storage methods used with and without a refrigerator and their effectiveness.
- Share findings in class and relate each method to prevention of contamination and spoilage.

What methods can be used to conserve leftover food at home?

- Oxford Agriculture Today Grade 9 pg. 9
- Relevant textbooks and cookery magazines
- Digital devices with internet access

- Oral questions - Observation

Conservation of Resources

Conserving Leftover Foods - Handling at home

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

- Describe the rules for handling leftover food at each stage from preparation to serving.
- Demonstrate correct handling of leftover food at the preparation and storage stages.
- Adopt proper food handling habits to prevent contamination and food poisoning at home.

In groups, learners are guided to:
- Share experiences on how leftover food is handled at different stages at home.
- List and discuss the rules for handling leftover food during preparation, storage and reuse.
- Use the handling rules table to record correct practices and share with the class.

How should leftover food be handled at home to prevent contamination?

- Oxford Agriculture Today Grade 9 pg. 10
- Cookery magazines and relevant textbooks
- Digital devices with internet access

- Oral questions - Written assignments

Conservation of Resources

Conserving Leftover Foods - Storage methods
Conserving Leftover Foods - Safety precautions

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

- Explain appropriate storage methods for different types of leftover food.
- Demonstrate correct storage of at least two types of leftover food using available containers.
- Value the use of correct storage methods in maintaining food safety and preventing wastage.

In groups, learners are guided to:
- Discuss how different types of leftover food such as bread, cakes, stews and cooked grains should be stored.
- Explain the use of clean covered containers, cool airy cupboards and refrigerators for different foods.
- Demonstrate how to wrap bread and store cakes and biscuits using available materials.

What are the correct storage methods for different types of leftover food?

- Oxford Agriculture Today Grade 9 pg. 10
- Relevant textbooks and cookery magazines
- Food containers and storage equipment
- Oxford Agriculture Today Grade 9 pg. 11
- Food samples for demonstration

- Observation - Oral questions

Conservation of Resources

Conserving Leftover Foods - Reheating as a preparation method

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

- Describe the rules for reheating leftover food correctly.
- Apply the correct reheating procedure to a given leftover food including covering and reheating only once.
- Appreciate the importance of following correct reheating procedures to prevent nutrient loss and food poisoning.

In groups, learners are guided to:
- Discuss the rules for reheating leftover food: cover during reheating, reheat only once and reheat within 24 hours.
- List foods suitable for reheating in their original form such as chapati, rice, boiled cassava and stews.
- Discuss how to serve reheated food and how to supplement it with fresh fruits or vegetables.

How should leftover food be correctly reheated to maintain safety and nutritional value?

- Oxford Agriculture Today Grade 9 pg. 12
- Relevant textbooks and cookery magazines
- Source of heat and cooking utensils

- Oral questions - Observation

Conservation of Resources

Conserving Leftover Foods - Improving taste & texture of reheated foods

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

- Explain how fresh ingredients and seasonings improve the taste and nutritional value of reheated food.
- Demonstrate how to garnish a reheated dish attractively before serving.
- Appreciate the importance of presenting reheated food attractively to encourage its consumption at home.

In groups, learners are guided to:
- Discuss how to improve reheated stews by adding chopped coriander and freshly diced carrots.
- Demonstrate garnishing of a reheated dish using available fresh ingredients.
- Discuss how to introduce fresh fruit or a vegetable salad to supplement nutrients in reheated meals.

How can the taste and appearance of reheated leftover food be improved?

- Oxford Agriculture Today Grade 9 pg. 13
- Fresh vegetables, coriander and garnishing materials
- Relevant textbooks and cookery magazines

- Oral questions - Observation

Conservation of Resources

Conserving Leftover Foods - Creating recipes

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

- Identify common dishes that can be prepared from leftover foods.
- Prepare a step-by-step recipe for a selected dish using leftover food as the main ingredient.
- Show creativity in developing recipes that minimise food wastage at home.

In groups, learners are guided to:
- Research and discuss recipes that can be prepared from leftover foods including meat, fish, carbohydrate and bread dishes.
- Identify and describe dishes such as beef sandwich, beef curry, ugali cubes and cassava wedges.
- Compile and discuss selected recipes including ingredients and procedures.

What dishes can be prepared from leftover foods at home?

- Oxford Agriculture Today Grade 9 pg. 14
- Cookery magazines and relevant textbooks
- Digital devices with internet access

- Written assignments - Oral questions

Conservation of Resources

Conserving Leftover Foods - Community methods of preparation

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

- Identify recipes for leftover foods commonly prepared in the local community.
- Compare locally used recipes with those in the course book for similarities and differences.
- Value the diversity of community recipes as a resource for reducing food wastage.

In groups, learners are guided to:
- Share experiences on leftover food recipes used at home including ingredients and procedures.
- Discuss various community recipes for dishes prepared from leftover foods.
- Compare community recipes with course book recipes and note similarities and differences.

How do communities in Kenya prepare and use leftover foods to reduce wastage?

- Oxford Agriculture Today Grade 9 pg. 16
- Cookery magazines and relevant textbooks
- Digital devices with internet access

- Oral questions - Observation

Conservation of Resources

Conserving Leftover Foods - Preparing a recipe
Conserving Leftover Foods - Practical: beef stew by reheating

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

- Identify a suitable recipe for preparing a dish from a given leftover food.
- Plan and assemble the ingredients, utensils and equipment needed for the selected recipe.
- Demonstrate responsibility by preparing and presenting the leftover food dish hygienically.

In groups, learners are guided to:
- Select a leftover food dish from the Agriculture and Nutrition club options.
- Plan the preparation process, list ingredients and assemble all required materials.
- Prepare the dish and present it to club members then write a brief report on the procedure.

How do you plan and prepare a hygienic dish from leftover food using a recipe?

- Oxford Agriculture Today Grade 9 pg. 17
- Leftover foods, cooking utensils and source of heat
- Reference recipes from cookery magazines
- Leftover beef stew, coriander, carrots and cooking utensils
- Source of heat and serving dishes

- Observation - Activity journal

Conservation of Resources

Integrated Farming - Definition & concept

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

- Define integrated farming and describe the basic concept of combining components on one piece of land.
- Classify farming activities in the locality that can form part of an integrated farming system.
- Appreciate integrated farming as an effective and cost-saving approach to resource conservation.

In groups, learners are guided to:
- Discuss the meaning of integrated farming using print media and digital resources.
- Study pictures of integrated farms and discuss how the various components work together on one farm.
- Identify and classify farming activities practised in the locality that could be integrated.

What is integrated farming and why is it practised by small-scale farmers?

- Oxford Agriculture Today Grade 9 pg. 20
- Relevant textbooks and agricultural articles
- Digital devices with internet access

- Oral questions - Written assignments

Conservation of Resources

Integrated Farming - Importance in resource conservation

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

- Explain the importance of integrated farming in conserving resources and improving the environment.
- Analyse how integrated farming reduces production costs and improves food security on a farm.
- Value integrated farming as a practical solution to food insecurity and environmental degradation.

In groups, learners are guided to:
- Research and discuss the importance of integrated farming using print and digital resources.
- Identify benefits: improved soil fertility, diversified income, reduced external inputs and improved food security.
- Make class presentations explaining how integrated farming conserves resources and reduces production costs.

How does integrated farming contribute to resource conservation and food security?

- Oxford Agriculture Today Grade 9 pg. 26
- Integrated farming models and reference books
- Digital devices with internet access

- Oral questions - Written assignments

Conservation of Resources

Integrated Farming - Components in a farm

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

- Identify the components of an integrated farming system.
- Classify the components by their primary function in the integrated system.
- Appreciate the efficiency of combining multiple agricultural enterprises on one piece of land.

In groups, learners are guided to:
- Study pictures of integrated farms and identify the components: crops, livestock, poultry, fish, bees and trees.
- Discuss the role of each component in the integrated system.
- Classify components by their primary contribution such as food, income, manure, pollination and soil fertility.

What components make up an integrated farming system?

- Oxford Agriculture Today Grade 9 pg. 20
- Relevant textbooks and digital resources
- Charts showing integrated farm components

- Oral questions - Observation

Conservation of Resources

Integrated Farming - Relational benefits between components

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

- Explain how different components of an integrated farm benefit each other.
- Draw a sketch diagram showing the relational benefits between at least three farm components.
- Appreciate the efficiency of resource use that results from integrating farming components.

In groups, learners are guided to:
- Discuss how components interact and benefit each other e.g. livestock manure enriching crops and fish ponds.
- Explain specific links such as bees pollinating crops and rabbit urine as organic foliar feed.
- Draw a sketch showing relational benefits and present to the class.

How do the different components of an integrated farm benefit from each other?

- Oxford Agriculture Today Grade 9 pg. 21
- Charts showing component interactions
- Drawing materials

- Oral questions - Written assignments

Conservation of Resources

Integrated Farming - Crop production component
Integrated Farming - Crop production in resource conservation

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

- Describe crop production as a component of integrated farming.
- Classify crops in an integrated farm by their role: food crops, nitrogen-fixing legumes and nectar-providing flowers.
- Value crop production as a foundational component that supports all other enterprises in the system.

In groups, learners are guided to:
- Discuss the types of crops grown in an integrated system: cereals, pulses, vegetables, fruits and herbs.
- Explain cropping systems such as intercropping and crop rotation used to maintain soil fertility.
- Classify crops by their role and explain how leguminous crops fix nitrogen and flowers provide nectar for bees.

Why is crop production considered a key component of an integrated farming system?

- Oxford Agriculture Today Grade 9 pg. 21
- Relevant textbooks and reference books
- Digital devices with internet access

- Oral questions - Observation

Conservation of Resources

Integrated Farming - Livestock farming component

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

- Describe livestock keeping as a component of integrated farming.
- Classify livestock in an integrated system by their primary contribution: food, manure, energy and farm power.
- Appreciate the multiple roles that livestock play beyond providing food and income.

In groups, learners are guided to:
- Discuss the types of livestock kept in an integrated system: cattle, goats, rabbits, pigs, donkeys and sheep.
- Explain the multiple contributions of livestock including food, income, manure, biogas and farm power.
- Classify each animal by its primary contribution and discuss which combination suits a small-scale farm.

What roles do livestock play in an integrated farming system?

- Oxford Agriculture Today Grade 9 pg. 22
- Relevant textbooks and agricultural magazines
- Digital devices with internet access

- Oral questions - Observation

Conservation of Resources

Integrated Farming - Livestock farming in resource conservation

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

- Explain how livestock waste is recycled to conserve and enrich resources in an integrated farm.
- Analyse how livestock manure improves crop yields and supports fish pond productivity.
- Value the role of livestock in generating biogas as a clean and cost-saving household energy source.

In groups, learners are guided to:
- Discuss how livestock manure is processed and used to fertilise crops and enrich fish ponds.
- Explain how livestock waste generates biogas for cooking and lighting at the household level.
- Analyse a farm scenario and identify all the ways livestock waste is recycled to reduce external inputs.

How does livestock waste contribute to resource conservation in integrated farming?

- Oxford Agriculture Today Grade 9 pg. 22
- Relevant textbooks and reference books
- Digital devices with internet access

- Written assignments - Oral questions

Conservation of Resources

Integrated Farming - Fish farming component

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

- Describe fish rearing (aquaculture) as a component of integrated farming.
- Investigate fish rearing as a viable source of food and income in the local environment.
- Appreciate the contribution of fish rearing to food security and resource efficiency on the farm.

In groups, learners are guided to:
- Discuss the meaning of fish rearing and its alternative name aquaculture.
- Research fish rearing as a viable income and food source in the local area using print and digital resources.
- Explain the products of fish rearing including food, income and fishmeal for cattle.

What is fish rearing and what role does it play in integrated farming?

- Oxford Agriculture Today Grade 9 pg. 22
- Relevant textbooks and digital resources
- Digital devices with internet access

- Oral questions - Written assignments

Conservation of Resources

Integrated Farming - Fish farming in resource conservation

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

- Explain how fish rearing contributes to resource conservation in an integrated farming system.
- Apply knowledge of fish pond water use to plan how crops can benefit from irrigation with pond water.
- Appreciate the role of fish rearing in improving resource use efficiency on the integrated farm.

In groups, learners are guided to:
- Discuss how fish waste dissolves in pond water to provide crop nutrients during irrigation.
- Explain how fishmeal produced from fish can replace commercial livestock feeds reducing costs.
- Plan how a small fish pond could supply irrigation water for a neighbouring vegetable garden.

How does fish rearing contribute to resource conservation in integrated farming?

- Oxford Agriculture Today Grade 9 pg. 22
- Relevant textbooks and reference books
- Digital devices with internet access

- Oral questions - Observation

Conservation of Resources

Integrated Farming - Agroforestry component
Integrated Farming - Agroforestry in resource conservation

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

- Describe agroforestry as a component of integrated farming.
- Classify agroforestry trees by their benefit: timber, fuel, fruits, shade, windbreaking and soil fertility.
- Value the role of agroforestry in addressing deforestation and improving the farm environment.

In groups, learners are guided to:
- Discuss the meaning of agroforestry and the types of trees grown alongside crops and livestock.
- Explain the benefits of agroforestry trees: timber, wood fuel, fruits, shade, windbreaking and soil fertility.
- Classify trees by their primary benefit and discuss which types are most suited to the local area.

How does agroforestry contribute to an integrated farming system?

- Oxford Agriculture Today Grade 9 pg. 22
- Relevant textbooks and agricultural magazines
- Digital devices with internet access
- Relevant textbooks and reference books
- Local farm environment

- Oral questions - Written assignments

Conservation of Resources

Integrated Farming - Rabbit keeping component

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

- Describe rabbit keeping as a component of integrated farming.
- Classify the resource contributions of rabbit keeping: meat, income, droppings as fish feed and urine as foliar feed.
- Appreciate the potential of rabbit keeping as a low-cost high-value enterprise in an integrated system.

In groups, learners are guided to:
- Discuss rabbit keeping as a livestock component and identify its products: meat and income.
- Explain how rabbit droppings are used as food for fish and as manure for crops.
- Classify all resource contributions of rabbit keeping and discuss how they reduce costs on the farm.

What role does rabbit keeping play in an integrated farming system?

- Oxford Agriculture Today Grade 9 pg. 22
- Relevant textbooks and agricultural magazines
- Digital devices with internet access

- Oral questions - Observation

Conservation of Resources

Integrated Farming - Poultry keeping component
Integrated Farming - Rabbit & poultry in resource conservation

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

- Describe poultry keeping as a component of integrated farming.
- Compare the resource contributions of poultry keeping with those of livestock keeping in an integrated system.
- Appreciate poultry keeping as a practical and accessible enterprise for small-scale farmers.

In groups, learners are guided to:
- Discuss poultry keeping including birds reared: chicken, ducks, turkeys and geese.
- Explain poultry contributions: meat, eggs, income, droppings as crop manure and fish pond nutrient.
- Compare poultry contributions with those of livestock keeping and identify similarities and differences.

What is the role of poultry keeping in an integrated farming system?

- Oxford Agriculture Today Grade 9 pg. 22
- Relevant textbooks and agricultural magazines
- Digital devices with internet access
- Relevant textbooks and reference books
- Chart papers and drawing materials

- Oral questions - Written assignments