BGCSE Agriculture 0599 study plan
BGCSE Agriculture 0599 · Give each week a clear focus.
8 weeks · About 6 hours per week
Crop Production and Husbandry
Define and distinguish the main classes of crops grown in Botswana (cereals, legumes, oilseeds, root and tuber crops, vegetables, fodder crops) and give two local examples of each.
Describe the stages of the crop growth cycle from seedbed preparation through germination, vegetative growth, flowering, and harvest, and state one management action required at each stage.
Explain the factors that determine planting date, spacing, and plant population for a named cereal and a named legume, and calculate seed rate for a worked example.
Label the parts and functions of a seed and explain the conditions required for germination.
Your checkpoint
A one-page comparison table of six crop groups with local examples, planting spacing, and one key management action per group.
Animal Production and Husbandry
Classify farm animals by purpose (dairy, beef, draft, poultry layers versus broilers, small stock) and match each class to the housing and feeding it needs.
Describe the digestive system differences between ruminants and non-ruminants and explain how these affect feed selection and feeding frequency.
Outline the main nutrient groups (water, protein, energy, minerals, vitamins) and identify two local feedstuffs that supply each.
Explain the signs of health and the common diseases and parasites of cattle, goats, and poultry, and state one control measure for each.
Your checkpoint
A livestock profile sheet for one cattle, one goat, and one poultry enterprise covering housing, feed, water, health checks, and record types kept.
Crop Production and Husbandry & Animal Production and Husbandry
Apply crop husbandry practices (thinning, weeding, mulching, fertilizer timing) to a worked field calendar for one full season.
Design a breeding and reproduction calendar for a named livestock species, including mating, gestation length, and weaning dates.
Compare integrated crop-livestock systems and explain how manure, fodder, and draft power cycle between enterprises.
Identify and describe three crop pests and three storage problems and state a cultural, biological, or chemical control for each.
Your checkpoint
A combined 12-month crop and livestock calendar on one page showing planting, fertilizing, mating, gestation, and harvest dates.
Soil Science and Land Management
Describe soil formation and the composition of a soil sample by volume (mineral matter, organic matter, air, water).
Explain the physical properties of soil (texture, structure, porosity, water-holding capacity) and determine soil texture using the hand-ribbon test.
Interpret soil pH and nutrient status and select appropriate corrective amendments such as lime, gypsum, or manure.
Describe at least four soil conservation and land management practices and match each to a specific erosion problem.
Your checkpoint
A soil management report for a named plot: texture judged by hand, estimated pH category, two identified erosion risks, and a corrective plan with quantities or rates.
Farm Machinery, Tools and Structures & Agricultural Science, Health and Safety
Identify the hand tools and implements used in land preparation, planting, weeding, and harvesting, and state the safe use and maintenance of each.
Explain the working principle, adjustment, and maintenance schedule of a tractor-drawn plough, harrow, and planter.
Describe the design requirements of farm structures for livestock housing, feed storage, and produce storage, including ventilation, drainage, and pest exclusion.
List the hazards of farm chemicals, machinery, and livestock handling and state the personal protective equipment and first-aid response for each.
Your checkpoint
A tool and machinery maintenance checklist plus a one-page farm safety sheet covering chemical handling, machinery, and animal handling.
Agricultural Economics and Farm Management
Calculate gross margin, fixed and variable costs, and break-even output for a named crop or livestock enterprise.
Prepare a simple enterprise budget and a cash-flow forecast for one season.
Explain the roles of farm records, marketing channels, and cooperatives in farm profitability, and identify two sources of agricultural credit.
Distinguish the factors of production and explain how land, labour, capital, and management combine in a smallholder enterprise.
Your checkpoint
A completed gross-margin budget and break-even calculation for one enterprise, with a short note on how the result would change if input prices rose by ten percent.
Sustainable Agriculture and Environmental Conservation
Explain the principles of sustainable agriculture and compare them with intensive conventional practice on soil health, biodiversity, and input use.
Describe conservation agriculture practices (minimum tillage, mulching, crop rotation) and explain their effect on soil moisture and erosion.
Outline water conservation methods such as rainwater harvesting, contour structures, and drip irrigation, and select one suited to a dryland plot.
Explain the environmental risks of agrochemicals and describe safe disposal and integrated pest management alternatives.
Your checkpoint
A sustainability plan for a named farm describing three conservation practices, one water-harvesting method, and one integrated pest management strategy with expected benefits.
Crop Production and Husbandry & Animal Production and Husbandry & Soil Science and Land Management & Farm Machinery, Tools and Structures & Agricultural Economics and Farm Management & Agricultural Science, Health and Safety & Sustainable Agriculture and Environmental Conservation
Review all seven domains using the earlier deliverables as a revision set and flag weak areas.
Answer timed practice questions across every domain and record the score for each domain.
Re-derive the key calculations (seed rate, gross margin, break-even, feed ration) without notes.
Summarise each domain onto a single revision card of no more than ten points.
Your checkpoint
A timed mock paper completed under exam conditions with a per-domain score sheet and a list of the three weakest areas with a corrective action for each.
Milestones
Week 2: Can describe the crop growth cycle and ruminant versus non-ruminant digestion from memory, and has produced both the crop comparison table and the livestock profile sheet.
Week 4: Scores at least 70 percent on a self-made 20-question test covering Domains 1, 2, and 3, and can judge soil texture by hand and explain three conservation practices.
Week 6: Can calculate gross margin and break-even output unaided and has a complete tool, machinery, and safety reference sheet.
Week 8: Completes the timed mock paper within the time limit, scores at least 65 percent overall with no domain below 50 percent, and has a written corrective plan for the three weakest areas.