WBBSE Madhyamik Agriculture (Vocational) study materials
WBBSE Madhyamik Agriculture (Vocational) study resources

WBBSE Madhyamik Agriculture (Vocational) study plan

WBBSE Madhyamik Agriculture (Vocational) · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Agricultural Science Fundamentals: Soil, Climate and Crop Growth & Crop Production and Management

  • Classify the three soil particle types (sand, silt, clay) and explain how each affects water retention, aeration and root penetration in Bengal delta soils

  • Describe the formation and correction of acidic laterite soil and saline coastal soil found in different districts of West Bengal

  • Define field capacity, wilting point and available water, and calculate the irrigation interval for a given soil texture and crop water demand

  • Outline the kharif, rabi and pre-kharif cropping seasons of West Bengal and list two major crops grown in each

  • Explain how temperature, rainfall and photoperiod govern germination, vegetative growth and flowering in rice and wheat

Your checkpoint

A one-page soil and season reference sheet with a hand-drawn texture triangle, three soil-correction notes and a kharif/rabi crop table, self-quizzed without notes

Week 2

Crop Production and Management

  • Compare seedbed preparation methods for transplanted rice, direct-seeded rice and upland crops, and justify each choice

  • Describe seed treatment, nursery sowing, transplanting age and spacing for boro and kharif paddy

  • Explain the role and timing of nitrogen, phosphorus and potassium splits in rice and potato, and recognise deficiency symptoms in the field

  • Distinguish between intercropping, mixed cropping, relay cropping and crop rotation with a West Bengal example of each

  • Calculate seed rate and plant population per hectare from spacing and germination percentage

Your checkpoint

A crop calendar for two chosen crops (one cereal, one vegetable) showing operations from land preparation to harvest with input quantities per bigha and per hectare

Week 3

Crop Production and Management & Horticulture and Nursery Management

  • Describe vegetative propagation methods - cutting, layering, grafting and budding - and select the appropriate method for mango, guava and banana

  • Explain nursery bed preparation, sterilisation, shading and pricking-out for vegetable seedlings

  • Plan a small kitchen garden or nursery layout with bed dimensions, path widths and irrigation points for a 10-decimal plot

  • Identify the major horticultural crops of West Bengal by season and state their propagation method and spacing

  • Explain the purpose of rootstock selection in grafting and name a compatible rootstock-scion pairing for a common fruit crop

Your checkpoint

A drawn-to-scale nursery or kitchen garden layout with a labelled propagation table (crop, method, season, spacing) covering at least six crops

Week 4

Animal Husbandry and Poultry & Fishery and Aquaculture

  • List the major cattle and buffalo breeds of eastern India and distinguish indigenous from crossbred animals by visible characters

  • Describe the daily feed ration of a crossbred milch cow, including green fodder, dry fodder and concentrate, and explain the importance of mineral mixture and clean water

  • Outline the signs of heat in cattle and the recommended time of artificial insemination

  • Describe housing, brooding temperature, vaccination and feed schedule for backyard and semi-intensive poultry

  • Compare composite fish culture of Indian major carps with polyculture including exotic species, and state the recommended stocking ratio and pond preparation steps

  • Explain water quality parameters in aquaculture - dissolved oxygen, pH, turbidity and ammonia - and the action to take when each goes out of range

Your checkpoint

A two-column livestock and fishery fact card: one side a cattle/poultry feeding and health schedule, the other a pond stocking and water-quality checklist, recalled from memory in 15 minutes

Week 5

Plant Protection and Integrated Pest Management & Farm Machinery, Tools and Implements

  • Identify the major insect pests of paddy, potato and vegetables by damage symptom and name one cultural, one mechanical and one biological control for each

  • Distinguish fungal, bacterial and viral plant diseases by field symptoms and state one preventive practice for each group

  • Explain the principles of integrated pest management, including economic threshold level and the dangers of calendar spraying

  • Demonstrate safe handling of pesticides: correct dose calculation, protective clothing, waiting period before harvest and empty-container disposal

  • Match farm tools and implements - khurpi, spade, plough, power tiller, sprayer, thresher - to their operation and describe basic maintenance and safety checks

  • Calculate the spray volume and active ingredient required for a given plot area and recommended dose

Your checkpoint

A pest and disease identification chart of at least ten problems with symptom sketch, causal agent and IPM action, plus a solved pesticide dose calculation

Week 6

Post-Harvest Technology and Value Addition & Agricultural Economics, Marketing and Entrepreneurship

  • Explain the causes of post-harvest loss in grains and fruits and the practices that reduce them at farm level

  • Describe cleaning, grading, drying to safe moisture content, bagging and storage with fumigation for paddy and potato

  • Outline the steps and hygiene requirements for small-scale value addition such as mango pickle, papaya candy or puffed rice

  • Calculate cost of cultivation, gross income, net income and benefit-cost ratio for a one-hectare crop enterprise

  • Distinguish marketing channels, mandi charges and the role of cooperatives and Farmer Producer Organisations in price realisation

  • Prepare a simple business idea for a rural enterprise with capital requirement, expected return and risk factors

Your checkpoint

A one-hectare farm budget with cost, income and B:C ratio, plus a half-page value-addition or enterprise proposal with a stated break-even quantity

Week 7

Practical Work, Project and Field Visit & Agricultural Science Fundamentals: Soil, Climate and Crop Growth & Plant Protection and Integrated Pest Management

  • Design a practical record for a field visit or school plot: soil sampling procedure, plot layout, observation table and conclusion

  • Write the standard procedure for soil sampling by zigzag method and for testing soil pH with a field kit

  • Prepare a labelled specimen or herbarium sheet description of a pest-damaged leaf, stating crop, pest and control

  • Rehearse the viva-style questions a examiner may ask about your project and write short model answers

  • Revise weak areas flagged in earlier self-tests and close at least three specific gaps

Your checkpoint

A complete project report draft - aim, materials, procedure, observation table, result and conclusion - of two to three pages, ready to be written in the practical file

Week 8

Agricultural Science Fundamentals: Soil, Climate and Crop Growth & Crop Production and Management & Horticulture and Nursery Management & Animal Husbandry and Poultry & Fishery and Aquaculture & Farm Machinery, Tools and Implements & Plant Protection and Integrated Pest Management & Post-Harvest Technology and Value Addition & Agricultural Economics, Marketing and Entrepreneurship & Practical Work, Project and Field Visit

  • Take three timed full-length mock papers under exam conditions and score each against the marking scheme

  • List every recurring mistake from the mocks and correct each with a written rule or mnemonic

  • Recite from memory the key numbers: seed rates, spacing, fertiliser doses, stocking ratios, brooding temperature, safe moisture content and waiting periods

  • Practise diagram-based answers: soil profile, sprayer parts, grafting union, pond layout and crop calendar

  • Finalise the practical file and rehearse the project presentation aloud twice

Your checkpoint

Three scored mock papers with an error log, plus a one-page 'numbers and diagrams' revision sheet and a completed practical file

Milestones

Week 2: Can state seed rate, spacing and fertiliser split for two crops without notes, and score at least 70% on a 20-question self-test covering domains 1 and 2

Week 4: Can draw the nursery layout and recite the cattle feed ration and pond stocking ratio from memory; 25-question self-test on domains 1-5 scored at 70% or above

Week 6: Pest chart with ten entries complete, spray dose calculation correct, and farm budget with B:C ratio finished and checked for arithmetic errors

Week 8: All three mock papers scored, error log closed, practical file complete and every key number on the revision sheet recalled without notes