BSEH SS Agriculture study plan

Map the weight of all 10 domains against your current confidence and write a one-line weakness note for each

Build a one-page table of major field crops (cereal, pulse, oilseed, fibre) listing season, sowing window, seed rate, spacing, and harvest stage from memory, then correct it

Explain the formation factors of soil (parent material, climate, relief, organisms, time) and classify the four major soil orders of your region with examples

Draw and label a soil profile and describe the role of each horizon in root growth and nutrient supply

Solve 20 mixed questions on cropping systems (sole, mixed, relay, sequence, intercropping) and log every wrong answer with the reason

Compute soil physical properties (bulk density, particle density, porosity, soil moisture on weight and volume basis) in 15 numerical problems without looking at the formula sheet

Compare the three soil texture classes for water holding, drainage, and crop suitability, citing at least three crops each

Describe soil fertility evaluation methods (soil testing, critical limits, STCR approach) and interpret a sample soil test report into a fertilizer recommendation

Sequence the steps of major cropping system intensification practices (multiple cropping, relay cropping, zero tillage) and state one advantage and one limitation of each

List the essential plant nutrients with their deficiency symptoms and the common fertilizer sources used to correct each

Classify fruit crops by climate requirement and describe propagation method, planting density, and bearing habit for at least 10 fruits

Plan a seasonal vegetable calendar for your agro-climatic zone covering at least 15 vegetables with nursery sowing and transplanting dates

Differentiate the major floriculture crops and nursery practices (media preparation, budding, grafting, layering, hardening) and state when each propagation method is preferred

Identify 20 common insect pests by damage symptom and mouthpart type, and match each to one cultural, one biological, and one chemical control option

Distinguish fungal, bacterial, viral, and nematode plant diseases by field symptoms and list the standard management for five important diseases

Explain the principles of integrated pest management including economic threshold level, monitoring, and pesticide rotation, and apply ETL to two worked pest scenarios

Describe safe pesticide handling, label reading, waiting period, and resistance management in a short written protocol

Summarize the scope of agriculture in the national economy and the links between agriculture, environment, and rural livelihoods

Classify natural resources (land, water, forest, biodiversity) and describe one conservation measure and one degradation cause for each

Define sustainable agriculture indicators and compare conventional versus organic approaches on soil health, yield stability, and market access

Outline the digestive physiology of ruminants and explain how it differs from monogastric digestion in nutrient utilization

Build a ration balance for one dairy animal and one poultry bird, naming feed ingredients, roughage-to-concentrate ratio, and mineral mixture inclusion

Describe common livestock and poultry diseases with symptom, prevention, and vaccination schedule for at least eight conditions

Explain clean milk production, milking hygiene, and the steps of milk processing from reception to packaging

Match farm machinery to operations (tillage, sowing, harvesting, threshing) and compute field capacity, field efficiency, and power requirement for three implements

Compare irrigation methods (surface, sprinkler, drip) for water use efficiency and suitability, and size a drip system for a one-hectare plot

Sequence post-harvest operations for a cereal and a perishable horticultural produce, naming storage structures and loss-reduction measures at each step

Compute cost of cultivation, gross margin, benefit-cost ratio, and break-even yield for a two-crop rotation

Explain the roles of extension methods (demonstration, farmer field school, ICT advisory) and choose the right method for three extension scenarios

Trace a marketing channel from farm to consumer and identify where price spread and market inefficiency arise

State Mendel's laws and solve monohybrid and dihybrid crosses with test cross ratios, then describe the steps of varietal development and seed certification classes

Compare agricultural marketing institutions, regulated markets, e-NAM style platforms, and cooperatives on farmer benefit and limitations

Explain seed production stages, isolation distance, roguing, and germination testing, and interpret a seed label and tag

Draft a one-page agri-enterprise concept (dairy, nursery, custom hiring centre, or protected cultivation) with input needs, capital estimate, and revenue stream

Prepare a farm management plan for a small holding covering labour calendar, input scheduling, and record keeping

Solve 25 mixed questions across economics, extension, marketing, and seed technology and log errors by cause

Take two full-length timed mock tests under exam conditions and score each domain separately to find remaining weak areas

Re-study only the three lowest-scoring domains using your logged error notes, then retest those domains

Recite from memory the key numbers: seed rates, fertilizer doses, irrigation intervals, dressing percentages, and grading standards for the top 20 crops and products

Summarize practical farm management and entrepreneurship points that recur in applied questions, including record types and subsidy or credit channels

Build a one-page final revision sheet of formulas, thresholds, and classifications that you can review in the last 48 hours