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JAMB UTME Syllabus

Agricultural Science Syllabus

The official JAMB UTME Agricultural Science syllabus: general agriculture, agronomy, animal production, agricultural economics and extension, and agricultural technology β€” with the objectives examiners test.

Source: Joint Admissions and Matriculation Board (JAMB) β€” Integrated Brochure & Syllabus System (IBASS). Official document at ibass.jamb.gov.ng Β· Download PDF.

General Agriculture

Meaning and scope of agriculture

  • β€’definition of agriculture
  • β€’branches of agriculture
  • β€’types of agriculture (subsistence and commercial)

Objectives β€” candidates should be able to:

  • βœ“use the definition of agriculture in modern terms as it relates to production, processing and marketing
  • βœ“differentiate between the various branches of agriculture
  • βœ“differentiate between the various types of agriculture, their advantages and disadvantages and their respective problems
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Importance of agriculture

  • β€’provision of raw materials for agro-allied industries
  • β€’provision of employment
  • β€’development of rural areas

Objectives β€” candidates should be able to:

  • βœ“relate agricultural benefits to individual farmers
  • βœ“relate agro-allied industries to their respective raw materials
  • βœ“relate the various contributions of agriculture to economic development in West Africa
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Agricultural ecology

  • β€’ecological zones of West Africa
  • β€’agricultural products of each ecological zone
  • β€’environmental factors and their effects on crop and livestock production

Objectives β€” candidates should be able to:

  • βœ“differentiate between the features of the ecological zones in West Africa
  • βœ“classify agricultural products according to each ecological zone
  • βœ“differentiate abiotic from biotic factors affecting agricultural production
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Agricultural genetics

  • β€’first and second laws of Mendel
  • β€’cell division
  • β€’terminologies (locus, alleles, genotype, dominance)
  • β€’methods of crop improvement
  • β€’methods of animal improvement and breeding systems

Objectives β€” candidates should be able to:

  • βœ“apply the first and second laws of Mendel to genetics
  • βœ“differentiate between the types of cell division
  • βœ“determine the outcome of genetic crossing involving homozygous and heterozygous traits
  • βœ“compute simple probability ratios
  • βœ“give reasons for crop improvement
  • βœ“distinguish between various methods of crop improvement, and their respective advantages and disadvantages
  • βœ“give reasons for animal improvement
  • βœ“differentiate between the various methods of animal improvement, and their respective advantages and disadvantages
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

History of agricultural development in West Africa

  • β€’agricultural systems e.g. shifting cultivation, bush fallowing
  • β€’problems of agricultural development e.g. land tenure systems, inadequate infrastructures, inadequate finance, environmental degradation
  • β€’establishment of national and international research institutes
  • β€’agricultural development projects (ADPs)
  • β€’national agricultural programmes

Objectives β€” candidates should be able to:

  • βœ“compare various agricultural systems
  • βœ“identify the problems, their effects and proffer solutions
  • βœ“trace the history of research institutes from past to present
  • βœ“assess their role in the development of agriculture
  • βœ“give reasons for the establishment of ADPs
  • βœ“evaluate the contributions of national agricultural programmes
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Roles of government and NGOs in agricultural development

  • β€’fiscal policies favourable to agricultural production
  • β€’agricultural laws and reforms e.g. Land Use Act
  • β€’government programmes (subsidies, credit facilities)
  • β€’provision of infrastructures
  • β€’contribution of NGOs

Objectives β€” candidates should be able to:

  • βœ“evaluate the effects of government policies on agricultural development
  • βœ“identify agricultural laws and their effect on agricultural production
  • βœ“identify the various agricultural incentives provided by the government
  • βœ“assess their effects on agricultural development
  • βœ“compare the various infrastructural facilities provided by government and their uses
  • βœ“examine the roles of NGOs in the development of agriculture
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Agronomy

Rocks and soil formation

  • β€’rock formation
  • β€’factors affecting rock weathering and soil formation
  • β€’physical properties of soil (soil profile, soil components, texture and structure)
  • β€’chemical properties of soil (soil acidity and alkalinity, chemical components of soil)

Objectives β€” candidates should be able to:

  • βœ“identify the major types of rocks and their formation
  • βœ“identify major types and properties of soils; factors and processes of soil formation
  • βœ“differentiate between the horizons in a soil profile
  • βœ“differentiate between the components of soil
  • βœ“compute the proportion of soil components
  • βœ“analyse soil into its component parts
  • βœ“determine the water-holding capacity of soil
  • βœ“determine the soil pH
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Soil water and soil conservation

  • β€’soil water: importance, sources, movement, management and conservation
  • β€’soil conservation: causes, effects, prevention and control of leaching, erosion, continuous cropping, burning and oxidation of organic matter
  • β€’irrigation and drainage methods

Objectives β€” candidates should be able to:

  • βœ“compare capillary, gravitational and hygroscopic water
  • βœ“determine water-holding capacity, wilting points and plant available/unavailable water
  • βœ“identify the methods of soil water management and conservation
  • βœ“identify the causes of erosion and leaching
  • βœ“determine control methods
  • βœ“classify irrigation and drainage systems
  • βœ“examine the importance and challenges of irrigation and drainage
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Soil fertility

  • β€’macro and micro-nutrients and their roles in plant nutrition
  • β€’the living population of the soil (flora and fauna)
  • β€’maintenance of soil fertility
  • β€’nutrient deficiency symptoms

Objectives β€” candidates should be able to:

  • βœ“classify plant nutrients
  • βœ“identify factors affecting their availability
  • βœ“examine the roles of soil flora and fauna in maintaining soil fertility
  • βœ“compare the different methods of maintaining soil fertility
  • βœ“differentiate between organic and inorganic fertilizer, and their methods of application
  • βœ“determine common fertilizer ratios
  • βœ“identify the deficiency symptoms and their causes
  • βœ“suggest remedies
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Land preparation and soil tillage

  • β€’principles and practices of land preparation and soil tillage
  • β€’factors affecting choice of tillage methods: zero tillage, minimum tillage

Objectives β€” candidates should be able to:

  • βœ“compare the different methods of land preparation and soil tillage in relation to different groups of crops
  • βœ“state the advantages and the disadvantages of the different methods
  • βœ“give reasons for the choice of tillage methods
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Growth, development and reproduction

  • β€’gametogenesis
  • β€’pollination
  • β€’fertilization
  • β€’embryo formation and development

Objectives β€” candidates should be able to:

  • βœ“examine the process of gamete formation
  • βœ“identify the different types of pollination
  • βœ“analyse the process of fertilization
  • βœ“trace the process of embryo formation and development to the formation of seeds and fruits
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Plant propagation methods

  • β€’sexual: the use of seeds, seed viability, viability test, seed rate and seed germination
  • β€’asexual (vegetative propagation) e.g. cutting, budding, grafting, layering
  • β€’nursery and nursery management

Objectives β€” candidates should be able to:

  • βœ“classify crops propagated by sexual methods
  • βœ“determine seed viability and seed rate
  • βœ“differentiate between types of seed germination
  • βœ“examine the conditions for seed germination
  • βœ“classify crops into different vegetative propagation methods
  • βœ“determine appropriate nursery sites, types; their advantages and disadvantages
  • βœ“apply the techniques of transplanting seedlings
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Cropping systems, planting patterns and plant densities

  • β€’cropping systems: monocropping, mixed-, multiple-, inter-, relay-, strip- and rotational cropping
  • β€’planting patterns: broadcasting, row spacing and drilling
  • β€’plant densities: single, double and multiple stands

Objectives β€” candidates should be able to:

  • βœ“identify and compare cropping systems
  • βœ“apply different cropping systems to solve problems in agriculture
  • βœ“differentiate between the various planting patterns
  • βœ“examine the various types of plant densities and their effects on crop yield
  • βœ“compute plant density per hectare
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Crop husbandry

  • β€’common and scientific names, gross morphology, methods of propagation, husbandry, harvesting, processing and storage of crops: cereals, legumes, tubers, vegetables and spices, fruits, beverages, oils, latex, fibres, sugars

Objectives β€” candidates should be able to:

  • βœ“apply the different methods of crop propagation, husbandry, harvesting, processing and storage for each crop
  • βœ“identify common diseases and pests and their effects on crop yield
  • βœ“determine the economic importance of each of the crops
  • βœ“relate their importance to national economic development
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Pasture and forage crops

  • β€’gross morphology, methods of propagation and husbandry of common pasture grasses and legumes
  • β€’natural grasslands and their distribution in West Africa
  • β€’range management

Objectives β€” candidates should be able to:

  • βœ“classify common grasses and legumes used as pastures and forage
  • βœ“differentiate between pasture and forage crops by their common and scientific names
  • βœ“distinguish between the various methods of conserving pastures e.g. hay- and silage-making
  • βœ“relate different vegetational zones to their dominant pasture species
  • βœ“determine range types and utilization of range resources in Nigeria
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Weeds

  • β€’gross morphology, methods of reproduction, dispersal and effect of weeds
  • β€’weed control methods β€” weeding, mulching, cover cropping, tillage, herbicides and trap cropping

Objectives β€” candidates should be able to:

  • βœ“identify weeds with their common and scientific names
  • βœ“classify weeds according to their mode of dispersal
  • βœ“identify the characteristic features of weeds
  • βœ“apply various weed control methods
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Crop diseases

  • β€’identification of disease-causing organisms both in store and in the field
  • β€’diseases caused by fungi, bacteria, nematodes and viruses
  • β€’side effects of application of preventive and control methods

Objectives β€” candidates should be able to:

  • βœ“distinguish between common store and field disease-causing organisms
  • βœ“relate various disease-causing organisms to the damage caused, symptoms and their mode of spread
  • βœ“apply appropriate control methods
  • βœ“relate each control method to its side effect
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Crop pests

  • β€’general account of pests of agricultural plants
  • β€’life cycles of biting, boring and sucking insects
  • β€’common pesticides and their side effects

Objectives β€” candidates should be able to:

  • βœ“identify the various field and store pests
  • βœ“assess their economic importance
  • βœ“relate various prevention and control methods to different pests
  • βœ“describe the life cycles of various insects
  • βœ“apply the knowledge of the life cycles of insect pests to their prevention and control
  • βœ“differentiate between common pesticides
  • βœ“examine their mode of action on pests
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Forest management (silviculture)

  • β€’importance: source of wood, pulp, fibre and other forest products
  • β€’conservation: regulation, exploitation, regeneration, afforestation, agro-forestry and management systems (taungya, alley, ley)

Objectives β€” candidates should be able to:

  • βœ“relate various forest products to their uses
  • βœ“compare different forest conservation methods
  • βœ“apply the various methods appropriately
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Animal Production

Forms and classification of major farm animals in West Africa

  • β€’species, breeds, distribution and uses
  • β€’external features of cattle, sheep, goat, pigs, rabbits and poultry

Objectives β€” candidates should be able to:

  • βœ“classify various breeds of farm animals
  • βœ“locate where they are found
  • βœ“identify the uses of different species of farm animals
  • βœ“identify their characteristic features
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Anatomy and physiology of farm animals

  • β€’functions of tissues and organs of farm animals
  • β€’animal body systems (digestive β€” ruminants and non-ruminants, reproductive, respiratory, urinary and nervous)
  • β€’effect of environmental changes on physiological development of farm animals

Objectives β€” candidates should be able to:

  • βœ“distinguish between various functions of tissues and organs of farm animals
  • βœ“compare different body systems in farm animals
  • βœ“determine the effects of climate change on farm animals
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Reproduction in farm animals

  • β€’gametogenesis, oestrus cycle, signs of heat, gestation periods, parturition and the role of hormones
  • β€’development, nourishment and birth of the young; mammary glands and lactation
  • β€’egg formation, incubation and hatching in poultry

Objectives β€” candidates should be able to:

  • βœ“give an account of the process of reproduction in farm animals
  • βœ“determine the role of hormones in reproduction
  • βœ“trace the development in farm animals from fertilization to birth and care of the young
  • βœ“trace the process of egg formation and incubation in poultry
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Animal nutrition

  • β€’feed nutrients and functions
  • β€’feeds and feeding: simple ration formulation, common pasture/forage crops, hay and silage preparation, maintenance and production rations
  • β€’nutrient deficiencies: causes and symptoms of malnutrition and their correction

Objectives β€” candidates should be able to:

  • βœ“identify the various feed nutrients, their sources and functions
  • βœ“differentiate between the types of animal feeds and their formulation
  • βœ“relate the various types of rations to different classes of livestock
  • βœ“trace symptoms to nutrient deficiencies in farm animals
  • βœ“apply appropriate corrective measures to nutrient deficiencies
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Animal health

  • β€’animal diseases (pathology): environmental factors predisposing animals to diseases; causal organisms, symptoms, transmission and effects; preventive and curative methods
  • β€’parasites (parasitology): life cycles and economic importance of livestock parasites; prevention and control (dipping, spraying, deworming, sanitation)

Objectives β€” candidates should be able to:

  • βœ“identify diseases of farm animals and causative agents
  • βœ“classify livestock diseases based on symptoms and mode of transmission
  • βœ“apply appropriate preventive and curative measures against diseases
  • βœ“classify livestock parasites
  • βœ“determine their role in disease transmission
  • βœ“trace life cycles of parasites from egg to adult stage
  • βœ“apply appropriate prevention and control methods against livestock parasites
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Fisheries and wildlife

  • β€’fish culture systems; common types of fishes e.g. Tilapia, Catfish (extensive, semi-intensive, intensive systems)
  • β€’fish harvesting and processing methods; fishery regulations
  • β€’wildlife management: habitat conservation, feeding, domestication, harvesting, processing and wildlife regulations

Objectives β€” candidates should be able to:

  • βœ“identify the common types of fishes in West Africa
  • βœ“differentiate between various systems of fish farming in West Africa
  • βœ“determine the factors to be considered in intensive fish farming
  • βœ“assess the advantages and disadvantages of different fish harvesting and processing methods
  • βœ“determine the appropriate methods of catching fish
  • βœ“identify the various methods of fish preservation
  • βœ“identify the various fishery regulations in Nigeria
  • βœ“identify animals found in West African game reserves
  • βœ“give reasons for the establishment of game reserves
  • βœ“identify the common wildlife regulations
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Bee-keeping (apiculture)

  • β€’meaning and importance of apiculture
  • β€’types of bees e.g. exotic and indigenous bees
  • β€’methods of bee-keeping e.g. traditional and modern
  • β€’equipment and safety measures in bee-keeping

Objectives β€” candidates should be able to:

  • βœ“relate bee-keeping to economic development
  • βœ“differentiate between various types of bees
  • βœ“classify methods of bee-keeping
  • βœ“identify bee-keeping equipment, their uses and necessary precautionary measures
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Agricultural Economics and Extension

Factors of agricultural production

  • β€’land (types of land ownership in West Africa)
  • β€’labour
  • β€’capital
  • β€’management

Objectives β€” candidates should be able to:

  • βœ“understand the meaning of land and state its uses
  • βœ“identify the various forms of land ownership
  • βœ“examine the effects of land ownership on agriculture
  • βœ“differentiate between the various features of land and their effects on land use
  • βœ“differentiate between the types and sources of labour and their effects on agricultural production
  • βœ“compare the sources of capital and associated problems
  • βœ“determine the functions of a farm manager in an agricultural enterprise
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Basic economic principles

  • β€’demand and supply
  • β€’production function: input/input, output/output, input/output relationships; diminishing returns, scale of preference and choice
  • β€’characteristic features of agricultural production (price elasticity in demand and supply)

Objectives β€” candidates should be able to:

  • βœ“relate demand to supply in agricultural production
  • βœ“interpret graphical representation of demand and supply
  • βœ“relate input to output
  • βœ“deduce economic concepts from graphic representation
  • βœ“distinguish between the common features of agricultural production and produce
  • βœ“compute elasticity of demand and supply
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Farm management

  • β€’qualities, functions and problems of a farm manager
  • β€’records and record-keeping
  • β€’stock evaluation (gross and net profits, appreciation, depreciation and salvage value)
  • β€’agricultural insurance
  • β€’agricultural financing

Objectives β€” candidates should be able to:

  • βœ“identify the qualities, functions and problems of a farm manager
  • βœ“differentiate between the types of farm records
  • βœ“give reasons for keeping farm records
  • βœ“determine gross and net margins, appreciation, depreciation and salvage value
  • βœ“examine the relevance of agricultural insurance
  • βœ“determine the appropriate agricultural insurance scheme
  • βœ“determine the problems associated with agricultural insurance
  • βœ“identify the relevance of agricultural finance
  • βœ“determine the problems of agricultural finance
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Marketing of agricultural produce

  • β€’importance of marketing
  • β€’marketing channels
  • β€’characteristics of agricultural products affecting their marketing

Objectives β€” candidates should be able to:

  • βœ“evaluate the importance of agricultural marketing
  • βœ“classify marketing agents and their functions
  • βœ“determine the various ways in which marketing channels pose problems in agricultural production
  • βœ“determine the characteristics of agricultural products affecting their marketing
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Agricultural extension

  • β€’meaning and importance
  • β€’the role of agricultural development programmes, universities, research institutes and farmers’ organizations
  • β€’extension methods including demonstration plots, use of visual aids, mass media
  • β€’problems of agricultural extension in West Africa and possible solutions

Objectives β€” candidates should be able to:

  • βœ“identify the importance of agricultural extension
  • βœ“analyse the roles of government and non-governmental organizations in agricultural extension education
  • βœ“differentiate between the various extension methods
  • βœ“examine the problems of agricultural extension in West Africa
  • βœ“provide possible solutions
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Agricultural Technology

Farm surveying and farmstead planning

  • β€’meaning and importance
  • β€’common surveying equipment, their uses and care
  • β€’common survey methods
  • β€’principles of farmstead planning

Objectives β€” candidates should be able to:

  • βœ“examine the relevance of farm surveying to agriculture
  • βœ“classify common surveying equipment, their uses and care
  • βœ“differentiate between the common survey methods
  • βœ“apply survey principles to farmstead outlay
  • βœ“identify the factors to be considered in farmstead planning
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Farm machinery and implements

  • β€’types: machinery e.g. tractor, milking machine; implements
  • β€’uses and maintenance of farm machinery and implements

Objectives β€” candidates should be able to:

  • βœ“identify common farm machinery and implements
  • βœ“classify farm machinery according to their uses
  • βœ“operate farm machines and implements
  • βœ“apply appropriate maintenance routines on farm machines and implements
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Mechanization and sources of farm power

  • β€’sources of farm power e.g. animal and machines
  • β€’advantages and disadvantages of agricultural mechanization
  • β€’problems and prospects of mechanized agriculture in West Africa

Objectives β€” candidates should be able to:

  • βœ“compare the advantages and disadvantages of various sources of farm power and their application
  • βœ“distinguish between the advantages and disadvantages of mechanization
  • βœ“assess the problems and prospects of mechanized agriculture in West Africa
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Processing and storage

  • β€’processing: traditional and modern methods of food processing e.g. gari, rice and groundnut processing
  • β€’storage

Objectives β€” candidates should be able to:

  • βœ“identify the importance of agricultural processing
  • βœ“differentiate between the various methods of processing agricultural produce
  • βœ“identify and compare different storage methods
  • βœ“apply appropriate storage methods to different crops
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Application of ICT in agriculture

  • β€’features of computers
  • β€’uses of computers in agriculture: disease and weather forecasting, ration formulation, database and simulation studies
  • β€’use of communication gadgets e.g. mobile phone, internet

Objectives β€” candidates should be able to:

  • βœ“identify the various components of a computer
  • βœ“use the computer to enhance agricultural practices
  • βœ“use communication gadgets to improve agricultural production
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

Introduction to agricultural research and statistics

  • β€’basic concepts in planning agricultural experiments e.g. hypothesis, treatment and control
  • β€’interpretation of results, e.g. measures of central tendency and experimental errors

Objectives β€” candidates should be able to:

  • βœ“use basic concepts in agricultural experiments
  • βœ“draw inferences from experimental results
  • βœ“compute simple measures of central tendency
Practise this topic β€” 100s of questions, revision notes & interactive widgets in the app β†’

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