Maharashtra HSC Bifocal Horticulture (B5) study plan
Maharashtra HSC Bifocal Horticulture (B5) · Give each week a clear focus.
8 weeks · About 7 hours per week
Fundamentals of Horticulture and Plant Science & Soil Science, Manures and Fertilizers
Define horticulture and distinguish it from agronomy and forestry, listing the divisions (olericulture, pomology, floriculture, plantation crops, spices) with two example crops each
Explain plant morphology and anatomy essentials: root types, stem modifications, leaf parts, flower parts and inflorescence types, using labelled hand sketches
Describe photosynthesis, respiration and transpiration in one paragraph each, and state how each process affects pruning, spacing or irrigation decisions
Classify soils by texture and explain soil profile horizons, soil reaction (pH) ranges and their effect on nutrient availability
Compare bulky organic manures (FYM, compost, green manure, vermicompost) with concentrated fertilizers and compute a simple NPK dose for a given area
Your checkpoint
A 4-page handwritten revision sheet with 30 self-made one-line definitions plus a solved NPK calculation worked step by step
Olericulture (Vegetable Production) & Plant Protection (Entomology and Plant Pathology)
Group vegetables by family (solanaceous, cucurbitaceous, cruciferous, leguminous, malvaceous, alliaceous) and state one major pest and one major disease for each family
Write crop schedules for tomato, brinjal, chilli, okra, onion and cucurbits covering nursery raising, transplanting, spacing, fertilizer splits and harvest stage
Identify and describe symptoms of key vegetable pests (fruit borer, whitefly, thrips, aphids, red pumpkin beetle) and diseases (early blight, late blight, bacterial wilt, leaf curl, damping off)
Explain integrated pest management steps in order - cultural, mechanical, biological, chemical - and place each control measure you listed under the correct step
Differentiate insecticide, fungicide and bactericide use, and state safety norms for waiting period, protective clothing and safe disposal of containers
Your checkpoint
A crop-wise table of six vegetables with pest, disease, causal organism and one recommended control measure each, plus a 10-question self-test answered from memory
Pomology (Fruit Production) & Plant Propagation and Nursery Management
Describe orchard establishment for mango, banana, citrus, grape, guava and pomegranate: planting distance, pit size, training system and bearing habit
Explain the propagation method best suited to each of those six fruits and justify the choice in one sentence per crop
Compare sexual and asexual propagation, and demonstrate step-by-step procedures for veneer grafting, softwood cutting, layering (air and ground) and stooling
Explain nursery layout, bed preparation, rootstock raising, grafting success factors, hardening and nursery certification basics
State planting material standards - true-to-type, disease-free, age of graft, rootstock-scion compatibility - and how to inspect a nursery stock lot
Your checkpoint
A hand-drawn nursery layout plan on one page plus a 12-step grafting procedure card that you can explain aloud without notes
Fundamentals of Horticulture and Plant Science & Olericulture (Vegetable Production) & Pomology (Fruit Production)
Recite from memory the botanical name, family, edible part and propagation method for 25 crops drawn from Domains 1, 3 and 4
Solve 15 mixed numerical problems on seed rate, plant population per hectare, fertilizer dose per plant and spray solution concentration
Review weeks 1-3 notes and rewrite any definition you cannot recall in your own words
Answer one full-length mock paper under timed conditions and mark every wrong answer with the reason it was wrong
Your checkpoint
A timed mock test scored and analysed, with an error log of at least 15 entries stating the correct fact for each mistake
Floriculture and Landscaping & Protected Cultivation, Irrigation and Farm Machinery
Classify ornamental plants into annuals, biennials, perennials, bulbous, foliage and flowering trees, giving three examples per group
Describe protected cultivation structures - polyhouse, shade net, greenhouse, low tunnel - with the crop and season each suits and the environmental control needed
Explain irrigation methods (drip, sprinkler, surface, subsurface) with layout, advantages, limitations and a simple water requirement calculation
Identify common floriculture crops (rose, chrysanthemum, gerbera, marigold, jasmine, tuberose) with planting spacing, pinching or disbudding practice and harvest stage
Explain landscaping principles - symmetry, focal point, scale, texture, colour - and prepare a simple garden layout for a small plot
Your checkpoint
A one-page garden layout sketch with plant names labelled by group, plus a drip irrigation cost-and-water-saving comparison for one acre
Plant Protection (Entomology and Plant Pathology) & Post-Harvest Technology and Value Addition
Describe post-harvest physiology: respiration rate, climacteric versus non-climacteric fruits, ethylene action and its management
Explain grading, cleaning, waxing, pre-cooling, packaging and storage methods including cold storage and controlled atmosphere, with the crop each suits
List value-added products from fruits and vegetables (jam, jelly, squash, pickle, ketchup, dried and dehydrated products) and state the preservation principle behind each
Describe the major post-harvest diseases and disorders of mango, banana, grape and tomato, and state one preventive measure for each
Revise Domain 7 pest and disease facts and add any new causal organisms met during post-harvest study to your crop table
Your checkpoint
A two-page post-harvest flow chart from harvest to retail for two crops, with the loss point and control at each step marked
Entrepreneurship, Marketing and Agricultural Economics & Soil Science, Manures and Fertilizers
Explain agricultural marketing channels, market functionaries, grading and standardisation, and the role of regulated markets, cooperatives and e-NAM type platforms
Prepare a simple enterprise budget for one horticultural crop: fixed cost, variable cost, gross income, net profit and break-even yield
Describe entrepreneurship support available to horticulture graduates - credit, subsidy and project report requirements - in general terms without quoting figures you cannot verify
Revise soil fertility, nutrient deficiency symptoms and fertilizer recommendation logic, and match deficiency symptoms to the correct nutrient for 10 cases
Your checkpoint
A one-crop enterprise budget sheet with all calculations shown and a break-even point stated in quintals per acre
Fundamentals of Horticulture and Plant Science & Soil Science, Manures and Fertilizers & Olericulture (Vegetable Production) & Pomology (Fruit Production) & Floriculture and Landscaping & Plant Propagation and Nursery Management & Plant Protection (Entomology and Plant Pathology) & Post-Harvest Technology and Value Addition & Protected Cultivation, Irrigation and Farm Machinery & Entrepreneurship, Marketing and Agricultural Economics
Attempt two full-length mock papers under exam timing and score above your week-4 baseline
Revise only your error log and one-page sheets; do not open new material
Recite botanical names, families and propagation methods for all 25 crops from week 4 without reference
Rewrite the 10 weakest facts from memory three times across the week until each is recalled correctly on first attempt
Your checkpoint
Two scored mock papers with a final one-page 'last look' sheet of 40 facts you got wrong most often
Milestones
Week 2: Can state botanical name, family, edible part and one pest or disease for 15 crops without notes
Week 4: Timed mock paper completed and scored; error log has at least 15 entries with correct facts written against each mistake
Week 6: Can explain climacteric versus non-climacteric behaviour and name the storage method suited to four crops in under five minutes
Week 8: Second and third mock papers both score higher than the week-4 attempt, and the 40-fact last-look sheet is fully recalled on first attempt