Odisha CHSE +2 Vocational Horticulture study plan
Odisha CHSE +2 Vocational Horticulture · Give each week a clear focus.
8 weeks · About 6 hours per week
Fundamentals of Horticulture and Plant Science & Fruit Production and Orchard Management
Define horticulture and distinguish it from agronomy and forestry, listing the four branches (pomology, olericulture, floriculture, landscape horticulture) with one Odisha crop example each
Sketch and label the parts of a typical fruit plant (root, trunk, scaffold, canopy) and explain the functions of each in 150 words
Classify the major Odisha fruit crops (mango, banana, guava, citrus, papaya, cashew, coconut) by climate requirement and growth habit
Describe the stages of the mango and banana flowering-to-fruiting cycle and name the phenological stage at which pruning and fertilizer timing decisions are made
Your checkpoint
A one-page labelled diagram of a fruit plant plus a 7-row table classifying Odisha fruit crops by climate, habit and propagation method, self-checked against the syllabus
Fruit Production and Orchard Management & Soil, Water and Nutrient Management in Horticulture
Explain site selection for an orchard (slope, drainage, wind direction, soil depth, water table) and justify each criterion
Describe planting layout systems (square, rectangular, quincunx, hexagonal, contour) and calculate plant population per hectare for a square layout at 6 m x 6 m spacing
Distinguish training from pruning and describe the modified leader system for mango and the open-centre system for citrus
List the essential and micronutrient deficiency symptoms most common in Odisha orchards and match each to the corrective fertilizer
Your checkpoint
A worked orchard plan for a 1 ha mango block: layout sketch, plant population calculation, spacing rationale and a season-wise fertilizer schedule with quantities
Fruit Production and Orchard Management & Vegetable Production and Protected Cultivation
Build a crop calendar for mango, banana, guava and papaya covering planting, flowering, harvest and major orchard operations
Compare the major vegetable families (solanaceous, cucurbitaceous, cruciferous, leguminous, leafy) by propagation, spacing and harvest index
Describe protected cultivation structures (polyhouse, shade net, low tunnel, greenhouse) and state which Odisha crops justify each structure economically
Explain drip and fertigation scheduling for a tomato crop under protected cultivation, including EC and pH management
Your checkpoint
A 12-month crop calendar chart covering four fruit and five vegetable crops with operations and spacing, plus a one-page comparison of four protected structures
Vegetable Production and Protected Cultivation & Nursery Management and Propagation Techniques
Compare sexual and asexual propagation methods and justify the choice for mango, guava, banana and citrus
Explain the steps of veneer grafting, softwood cutting and air layering, including aftercare of the propagule
Describe nursery site selection, bed preparation, shade management and hardening of seedlings
Calculate seed rate, germination percentage and number of seedlings required for a 0.5 ha tomato transplanting programme
Your checkpoint
A step-by-step propagation protocol sheet for mango grafting and guava air layering, with diagrams and a solved seed-rate calculation
Floriculture and Ornamental Plant Production & Nursery Management and Propagation Techniques
Classify ornamental plants by use (cut flower, loose flower, bedding, pot plant, foliage, landscape tree) with Odisha-relevant examples
Describe protected cultivation of rose and gerbera, including media, planting density and disbudding practices
Explain the propagation of chrysanthemum, marigold, jasmine and tuberose and state the planting season for each
Describe post-harvest handling of cut flowers: grading, pulsing, cold storage and vase-life extenders
Your checkpoint
A floriculture crop dossier for five crops with propagation method, planting season, harvest stage and post-harvest handling in a single comparison table
Soil, Water and Nutrient Management in Horticulture & Plant Protection and Integrated Pest and Disease Management
Interpret soil pH, EC and organic carbon values and recommend amendments for acidic red soils and coastal saline soils of Odisha
Explain the principles of integrated nutrient management and prepare a nutrient schedule combining FYM, green manure, biofertilizer and inorganic fertilizer
Identify the major insect pests of mango, banana and tomato and describe their damage symptoms and IPM control measures
Describe the major diseases of horticultural crops and their integrated management, distinguishing cultural, biological and chemical controls
Explain pesticide formulation types, dosage calculation and safe handling and waiting-period rules
Your checkpoint
An IPM and INM plan for one fruit and one vegetable crop, listing pest or disease, symptom, threshold and control measure, plus a solved pesticide dosage calculation
Post-Harvest Management, Processing and Value Addition & Horticultural Entrepreneurship, Marketing and Extension
Describe maturity indices (physical, chemical, physiological) and explain harvesting and handling of mango, banana and tomato
Explain the causes of post-harvest losses and the role of precooling, grading, packaging and cool chain
Describe processing and value addition methods such as drying, canning, jam, jelly, squash, pickle and minimal processing
Explain horticultural marketing channels, FPOs, e-NAM and extension methods used to reach growers
Prepare a simple cost of cultivation and gross margin estimate for a one-hectare vegetable crop
Your checkpoint
A value-addition business note for one product (for example mango pickle or guava jelly) covering maturity, process flow, packaging, cost estimate and marketing channel
Practical Skills, Field and Laboratory Work & Fundamentals of Horticulture and Plant Science & Plant Protection and Integrated Pest and Disease Management
Practise the field and laboratory procedures tested in the practical paper: seed testing, grafting, soil sampling, sprayer calibration and identification of pests and specimens
Re-solve the numerical problems of the syllabus: plant population, seed rate, fertilizer dose, spray concentration and cost of cultivation
Review the whole syllabus against a checklist and re-study the three weakest topics identified
Attempt two full-length timed mock papers and analyse errors by domain
Your checkpoint
A completed syllabus checklist with weak topics flagged, plus a scored mock-paper analysis showing the domain-wise accuracy and a revision list
Milestones
Week 2: Can state the plant population for a given spacing without a formula sheet and explain three orchard layout systems from memory
Week 4: Can describe mango grafting and guava air layering step by step and solve a seed-rate calculation correctly
Week 6: Can match ten common pests and diseases to their host crop and control measure, and solve a pesticide dosage problem
Week 8: Scores at least 60 percent on a full-length mock paper with no domain below 50 percent accuracy