Ana loda....
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Latsa & Riƙe don Ja Shi Gabaɗaya |
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Danna nan don rufewa |
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Tambaya 1 Rahoto
(a) Explain the term farm mechanisation (b) State seven advantages and seven disadvantages of farm mechanization
(a) Farm mechanisation
Farm mechanisation is the use of machines, engines and other mechanical devices (such as tractors, ploughs, planters, harvesters and sprayers) in place of human and animal power to carry out farm operations more quickly and efficiently.
(b) Seven advantages of farm mechanisation
Seven disadvantages of farm mechanisation
Bayanin Amsa
(a) Farm mechanisation
Farm mechanisation is the use of machines, engines and other mechanical devices (such as tractors, ploughs, planters, harvesters and sprayers) in place of human and animal power to carry out farm operations more quickly and efficiently.
(b) Seven advantages of farm mechanisation
Seven disadvantages of farm mechanisation
Tambaya 2 Rahoto
(a) Explain briefly four factors of soil formation. (b) List four chemical processes in the weathering of rocks.
(a) Four factors of soil formation
(b) Four chemical processes in the weathering of rocks
Bayanin Amsa
(a) Four factors of soil formation
(b) Four chemical processes in the weathering of rocks
Tambaya 3 Rahoto
Write short notes on the following: (a) bush burning; (b) clean clearing; (c) organic manuring
(a) Bush burning
Bush burning is the setting of fire to natural vegetation or crop residues on a piece of land, usually to clear it for farming or hunting. It is a cheap and quick way of clearing land and destroys some weeds and pests. However, it has serious harmful effects: it destroys soil organisms and organic matter, reduces soil fertility, exposes the soil to erosion, destroys wildlife and its habitat, and pollutes the air. Because of these effects, bush burning is generally discouraged in good farming.
(b) Clean clearing
Clean clearing is the complete removal of all vegetation, stumps and roots from a piece of land, leaving the soil surface bare before cultivation. It gives a clean seed bed and makes mechanised operations easier. Its disadvantage is that it leaves the soil exposed to the direct impact of rain and sun, leading to loss of organic matter, leaching and severe soil erosion. It is best combined with cover cropping or mulching to protect the soil.
(c) Organic manuring
Organic manuring is the application of manures obtained from plant and animal remains (such as farmyard manure, compost, green manure and poultry droppings) to the soil to improve its fertility. It supplies plant nutrients slowly, adds humus, improves soil structure, water-holding capacity and aeration, and encourages the activity of beneficial soil organisms. It is cheaper than inorganic fertiliser and has a long-lasting effect, though it is needed in large quantities and its nutrient content is low and not precisely known.
Bayanin Amsa
(a) Bush burning
Bush burning is the setting of fire to natural vegetation or crop residues on a piece of land, usually to clear it for farming or hunting. It is a cheap and quick way of clearing land and destroys some weeds and pests. However, it has serious harmful effects: it destroys soil organisms and organic matter, reduces soil fertility, exposes the soil to erosion, destroys wildlife and its habitat, and pollutes the air. Because of these effects, bush burning is generally discouraged in good farming.
(b) Clean clearing
Clean clearing is the complete removal of all vegetation, stumps and roots from a piece of land, leaving the soil surface bare before cultivation. It gives a clean seed bed and makes mechanised operations easier. Its disadvantage is that it leaves the soil exposed to the direct impact of rain and sun, leading to loss of organic matter, leaching and severe soil erosion. It is best combined with cover cropping or mulching to protect the soil.
(c) Organic manuring
Organic manuring is the application of manures obtained from plant and animal remains (such as farmyard manure, compost, green manure and poultry droppings) to the soil to improve its fertility. It supplies plant nutrients slowly, adds humus, improves soil structure, water-holding capacity and aeration, and encourages the activity of beneficial soil organisms. It is cheaper than inorganic fertiliser and has a long-lasting effect, though it is needed in large quantities and its nutrient content is low and not precisely known.
Tambaya 4 Rahoto
(a) Discuss briefly four ways in which any three of the following Government agricultural programmes have contributed to the agricultural development of Nigeria: (i) Agricultural Development projects (ii) Farm Settlement Scheme .(iii) Co-operative Farming (iv) River Basin and Rural Development Authorities (v) Agricultural Research Institutes
(b) List four agro-based industries. in Nigeria and state the raw materials used in each Industry.
(a) Contributions of three Government agricultural programmes to the development of agriculture in Nigeria
(i) Agricultural Development Projects (ADPs)
(ii) River Basin and Rural Development Authorities
(iii) Agricultural Research Institutes
(b) Four agro-based industries in Nigeria and their raw materials
| Agro-based industry | Raw material used |
|---|---|
| Textile industry | Cotton |
| Vegetable oil/soap industry | Oil palm (palm kernel) / groundnut |
| Sugar industry | Sugar cane |
| Brewery/beverage industry | Sorghum, maize, barley |
Bayanin Amsa
(a) Contributions of three Government agricultural programmes to the development of agriculture in Nigeria
(i) Agricultural Development Projects (ADPs)
(ii) River Basin and Rural Development Authorities
(iii) Agricultural Research Institutes
(b) Four agro-based industries in Nigeria and their raw materials
| Agro-based industry | Raw material used |
|---|---|
| Textile industry | Cotton |
| Vegetable oil/soap industry | Oil palm (palm kernel) / groundnut |
| Sugar industry | Sugar cane |
| Brewery/beverage industry | Sorghum, maize, barley |
Tambaya 5 Rahoto
a) Explain the term ration. (b) Name four classes of livestock feed and list two characteristics of each class. Distinguish between maintenance and production rations
(a) Ration
A ration is the total amount of feed (food) given to a farm animal in a period of 24 hours to meet its nutritional needs.
(b) Four classes of livestock feed and two characteristics of each
| Class of feed | Characteristics |
|---|---|
| Basal (energy) feeds | (i) Rich in carbohydrates, supplying energy. (ii) Low in protein; examples are maize, guinea corn and cassava. |
| Protein supplements (concentrates) | (i) High in protein content. (ii) May be of plant origin (groundnut cake, soya bean) or animal origin (fish meal, blood meal). |
| Mineral supplements | (i) Supply minerals such as calcium and phosphorus. (ii) Given in small quantities; examples are bone meal, oyster shell and common salt. |
| Vitamin supplements | (i) Supply vitamins needed in small amounts. (ii) Prevent deficiency diseases; examples are cod-liver oil and premixes. |
Difference between maintenance and production rations
A maintenance ration is the amount of feed needed to keep an animal alive and in good health, without any gain or loss in body weight and without any production. A production ration is the extra feed given, over and above the maintenance ration, to enable the animal to produce (grow, fatten, work, give milk, lay eggs or reproduce).
Bayanin Amsa
(a) Ration
A ration is the total amount of feed (food) given to a farm animal in a period of 24 hours to meet its nutritional needs.
(b) Four classes of livestock feed and two characteristics of each
| Class of feed | Characteristics |
|---|---|
| Basal (energy) feeds | (i) Rich in carbohydrates, supplying energy. (ii) Low in protein; examples are maize, guinea corn and cassava. |
| Protein supplements (concentrates) | (i) High in protein content. (ii) May be of plant origin (groundnut cake, soya bean) or animal origin (fish meal, blood meal). |
| Mineral supplements | (i) Supply minerals such as calcium and phosphorus. (ii) Given in small quantities; examples are bone meal, oyster shell and common salt. |
| Vitamin supplements | (i) Supply vitamins needed in small amounts. (ii) Prevent deficiency diseases; examples are cod-liver oil and premixes. |
Difference between maintenance and production rations
A maintenance ration is the amount of feed needed to keep an animal alive and in good health, without any gain or loss in body weight and without any production. A production ration is the extra feed given, over and above the maintenance ration, to enable the animal to produce (grow, fatten, work, give milk, lay eggs or reproduce).
Tambaya 6 Rahoto
Explain briefly the following terms in farm management: (a) farm valuation. (b) cash analysis account; (c) profit and loss account; (d) balance sheet.
Terms in farm management
(a) Farm valuation
Farm valuation is the process of estimating in money terms the total worth (value) of all the assets on a farm, such as land, buildings, machinery, livestock, crops and stored produce, at a particular point in time. It is used to determine the capital of the business and to prepare the balance sheet.
(b) Cash analysis account
A cash analysis account is a farm record that shows all the cash receipts (income) and cash payments (expenses) of the farm business, arranged and analysed under different headings or items over a period. It helps the farmer to see the sources of income and how money was spent.
(c) Profit and loss account
A profit and loss account is a financial statement that summarises the total income (revenue) and total expenses of the farm business over a period (usually one year), so as to show whether the farm made a profit or a loss. A profit is made when income exceeds expenses; a loss occurs when expenses exceed income.
(d) Balance sheet
A balance sheet is a statement that shows the financial position of the farm business at a particular date by listing its assets (what it owns) on one side and its liabilities (what it owes) and capital/net worth on the other. The two sides must balance, since assets equal liabilities plus the owner's capital.
Bayanin Amsa
Terms in farm management
(a) Farm valuation
Farm valuation is the process of estimating in money terms the total worth (value) of all the assets on a farm, such as land, buildings, machinery, livestock, crops and stored produce, at a particular point in time. It is used to determine the capital of the business and to prepare the balance sheet.
(b) Cash analysis account
A cash analysis account is a farm record that shows all the cash receipts (income) and cash payments (expenses) of the farm business, arranged and analysed under different headings or items over a period. It helps the farmer to see the sources of income and how money was spent.
(c) Profit and loss account
A profit and loss account is a financial statement that summarises the total income (revenue) and total expenses of the farm business over a period (usually one year), so as to show whether the farm made a profit or a loss. A profit is made when income exceeds expenses; a loss occurs when expenses exceed income.
(d) Balance sheet
A balance sheet is a statement that shows the financial position of the farm business at a particular date by listing its assets (what it owns) on one side and its liabilities (what it owes) and capital/net worth on the other. The two sides must balance, since assets equal liabilities plus the owner's capital.
Tambaya 7 Rahoto
(a). State three effects of maize weevil on maize grains. (b) Explain briefly five general control measures of insect pests of grains in storage. (c) Name the vector for each of the following crop diseases: (i) groundnut rosette; (ii) maize streak; (iii) cassava mosaic.
(a) Three effects of maize weevil on maize grains
(b) Five general control measures of insect pests of grains in storage
(c) Vector for each crop disease
| Disease | Vector |
|---|---|
| (i) Groundnut rosette | Aphids |
| (ii) Maize streak | Leafhopper |
| (iii) Cassava mosaic | Whitefly |
Bayanin Amsa
(a) Three effects of maize weevil on maize grains
(b) Five general control measures of insect pests of grains in storage
(c) Vector for each crop disease
| Disease | Vector |
|---|---|
| (i) Groundnut rosette | Aphids |
| (ii) Maize streak | Leafhopper |
| (iii) Cassava mosaic | Whitefly |
Tambaya 8 Rahoto
(a) State seven reasons for good housing in poultry management. (b) Describe briefly nine essential features of a poultry deep litter house
(a) Seven reasons for good housing in poultry management
(b) Nine essential features of a poultry deep litter house
Bayanin Amsa
(a) Seven reasons for good housing in poultry management
(b) Nine essential features of a poultry deep litter house
Tambaya 9 Rahoto
(a) List four marketing agents for agricultural products. (b) Discuss briefly four importance of middlemen in agricultural marketing. (c) Outline eight problems of agricultural marketing in Nigeria.
This question tests your understanding of agricultural marketing, which covers all the activities that move farm produce from the farmer to the final consumer. Marketing is not simply "selling"; it includes assembling, transporting, storing, processing, grading and financing the produce along the way. The people and firms that carry out these functions are the marketing agents, and most of them fall under the broad name middlemen. Keep the three parts distinct: part (a) wants named agents, part (b) wants the value middlemen add, and part (c) wants the obstacles that make marketing difficult in Nigeria.
(a) Four marketing agents for agricultural products
Co-operative marketing societies and produce merchants are also acceptable named agents.
(b) Four importance of middlemen in agricultural marketing
Farmers usually produce in small, scattered lots and lack the time, capital and reach to sell directly to distant consumers. Middlemen bridge that gap, and each of the following functions explains why they are valuable rather than merely "extra hands taking a profit":
(c) Eight problems of agricultural marketing in Nigeria
Other acceptable points include seasonal and bulky nature of produce, illiteracy of farmers, and poor packaging.
Examination takeaway: in part (b) do not merely list the functions - add the short reason each one matters, because the command word is "discuss briefly", which earns the discussion mark. In parts (a) and (c) a clean list of correctly named, distinct points is enough; avoid repeating the same idea in two different words, since a repeated point earns only one mark.
Bayanin Amsa
This question tests your understanding of agricultural marketing, which covers all the activities that move farm produce from the farmer to the final consumer. Marketing is not simply "selling"; it includes assembling, transporting, storing, processing, grading and financing the produce along the way. The people and firms that carry out these functions are the marketing agents, and most of them fall under the broad name middlemen. Keep the three parts distinct: part (a) wants named agents, part (b) wants the value middlemen add, and part (c) wants the obstacles that make marketing difficult in Nigeria.
(a) Four marketing agents for agricultural products
Co-operative marketing societies and produce merchants are also acceptable named agents.
(b) Four importance of middlemen in agricultural marketing
Farmers usually produce in small, scattered lots and lack the time, capital and reach to sell directly to distant consumers. Middlemen bridge that gap, and each of the following functions explains why they are valuable rather than merely "extra hands taking a profit":
(c) Eight problems of agricultural marketing in Nigeria
Other acceptable points include seasonal and bulky nature of produce, illiteracy of farmers, and poor packaging.
Examination takeaway: in part (b) do not merely list the functions - add the short reason each one matters, because the command word is "discuss briefly", which earns the discussion mark. In parts (a) and (c) a clean list of correctly named, distinct points is enough; avoid repeating the same idea in two different words, since a repeated point earns only one mark.
Tambaya 10 Rahoto
Describe briefly the production of cocoa under the following headings: - (a) method of propagation; (b) climatic a ( soil requirements.' (c) nursery requirement; (d) maturity period., (e) method of harvesting; (f) two major diseases and their control
Production of cocoa
(a) Method of propagation
Cocoa is propagated sexually by seeds and can also be propagated vegetatively by budding, grafting or cuttings. The seeds are first raised in a nursery before transplanting.
(b) Climatic and soil requirements
(c) Nursery requirement
Fresh, viable seeds are sown in polythene bags or seed beds filled with rich topsoil, provided with shade, watered regularly and protected from pests and diseases. Seedlings are raised for about four to six months before transplanting to the field.
(d) Maturity period
Cocoa begins to bear fruit (pods) about three to five years after transplanting and reaches full/economic bearing at about five to seven years.
(e) Method of harvesting
Ripe pods are harvested by cutting them from the tree with a sharp cutlass or a harvesting hook/knife on a pole, taking care not to damage the flower cushions. The pods are then broken open and the beans removed, fermented and dried.
(f) Two major diseases and their control
| Disease | Control |
|---|---|
| Black pod disease (caused by Phytophthora) | Spray with copper-based fungicides, remove and destroy infected pods, and maintain good sanitation and drainage. |
| Swollen shoot disease (a virus spread by mealybugs) | Cut out and destroy infected trees, control the mealybug vector, and plant resistant/tolerant varieties. |
Bayanin Amsa
Production of cocoa
(a) Method of propagation
Cocoa is propagated sexually by seeds and can also be propagated vegetatively by budding, grafting or cuttings. The seeds are first raised in a nursery before transplanting.
(b) Climatic and soil requirements
(c) Nursery requirement
Fresh, viable seeds are sown in polythene bags or seed beds filled with rich topsoil, provided with shade, watered regularly and protected from pests and diseases. Seedlings are raised for about four to six months before transplanting to the field.
(d) Maturity period
Cocoa begins to bear fruit (pods) about three to five years after transplanting and reaches full/economic bearing at about five to seven years.
(e) Method of harvesting
Ripe pods are harvested by cutting them from the tree with a sharp cutlass or a harvesting hook/knife on a pole, taking care not to damage the flower cushions. The pods are then broken open and the beans removed, fermented and dried.
(f) Two major diseases and their control
| Disease | Control |
|---|---|
| Black pod disease (caused by Phytophthora) | Spray with copper-based fungicides, remove and destroy infected pods, and maintain good sanitation and drainage. |
| Swollen shoot disease (a virus spread by mealybugs) | Cut out and destroy infected trees, control the mealybug vector, and plant resistant/tolerant varieties. |
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