BGCSE Field Crop Production 1256 study plan

Describe the stages of seed germination and vegetative growth for the main field crops grown locally, naming the environmental triggers for each stage

Label a hand-drawn diagram of a crop plant showing root, stem, leaf, flower and seed structures and state one production function for each

Distinguish between monocotyledonous and dicotyledonous crops and list three local examples of each

Explain how photoperiod and temperature control flowering and how this affects planting date decisions

Classify the major local soil types by texture and state one management implication for each

Identify the three major plant nutrients and four secondary or micronutrients, stating the deficiency symptoms each produces in a named crop

Interpret a soil pH value and explain how lime and gypsum change pH and soil structure

Calculate a fertiliser application rate per hectare from a recommended nutrient dose and a stated fertiliser analysis

Compare organic manures, compost and mineral fertilisers on nutrient content, release rate and risk

Sequence a soil sampling procedure from field to laboratory submission

Justify the choice of primary and secondary tillage implements for a stated soil condition and crop

Describe how to prepare a seedbed to the correct tilth for a small-seeded and a large-seeded crop and state the difference

Calculate seed rate and plant population from germination percentage, seed weight and target spacing

Explain the purpose and method of operations such as transplanting, thinning, ridging and mulching in a named crop

Design a simple crop rotation for three seasons that manages fertility and breaks a pest cycle

Describe furrow, sprinkler and drip irrigation systems and match each to a stated crop and field situation

Calculate irrigation water requirement from crop water need, effective rainfall and irrigation efficiency

Explain the effect of over-watering and under-watering on root health and yield in a named crop

Identify the major insect pests and diseases of two local crops and describe the damage or symptom each causes

Distinguish between cultural, biological, mechanical and chemical control and select an appropriate integrated programme for a stated pest problem

Classify weeds by life cycle and describe two control measures for a named noxious weed

Describe the safe handling, storage and application of a named pesticide, including protective equipment and pre-harvest interval

Determine the correct maturity indices for harvesting a named grain, root and fruit crop

Sequence post-harvest operations from harvesting to storage and state the loss risk at each step

Explain how moisture content, temperature and hygiene affect grain storage life and spoilage

Describe two storage structures and state one advantage and one limitation of each

Calculate percentage post-harvest loss from given harvest and marketable quantities and propose a reduction measure

Name the common hand tools and farm machinery used in field crop production and state the purpose of each

Carry out a pre-use safety check procedure for a hand tool and for a tractor-mounted implement

Explain the main hazards of agricultural chemicals and machinery and state the first aid response for each

Describe basic maintenance and correct storage practice for hand tools and implements

Calculate gross margin for a named crop from given yields, prices and variable costs

Distinguish fixed from variable costs and explain why the distinction matters for a planting decision

Prepare a simple enterprise record sheet covering inputs, labour, yield and sales

Explain how supply, demand, seasonality and grading influence the price a farmer receives

Describe two marketing channels and state one advantage of each for a smallholder

Explain how cover cropping, mulching, contour cultivation and minimum tillage reduce soil erosion on a sloping field

Describe two practices that conserve soil fertility and two that conserve water on a smallholding

Evaluate the environmental risks of pesticide and fertiliser misuse and state a mitigation for each

Review all ten domains using a self-made summary sheet and list the three weakest areas

Complete a timed practice paper under exam conditions and mark it against the syllabus