UPMSP Class 12 Vocational Crop Science study plan

List the botanical and agronomic classification of the ten major cereals, pulses and oilseeds grown in Uttar Pradesh and state one distinguishing morphological feature for each

Explain the growth stages (vegetative, reproductive, maturity) of wheat, rice and maize and match each stage to the management operation it demands

Compute seed rate, plant population and expected yield for wheat, pigeonpea and mustard from given spacing and test-weight data

Describe the package of practices for one kharif and one rabi cereal, covering land preparation, variety choice, nutrient dose and harvest index

Draft full crop-production schedules for three pulses and three oilseeds, naming critical irrigation and nutrient stages for each

Classify soils by texture, structure and pH and relate each class to suitable crops of the region

Explain soil organic matter, cation exchange capacity and base saturation, and predict how each affects fertilizer recommendation

Identify the essential plant nutrients, their deficiency symptoms in wheat and rice, and the fertilizer sources used to correct them

Interpret a soil-test report and convert a recommended nutrient dose into urea, DAP and MOP quantities

Explain nitrogen fixation, nutrient uptake curves and the role of biofertilizers in pulses and oilseeds

Sequence the steps of certified seed production from breeder seed to certified seed and state the isolation distance for two cross-pollinated crops

Describe the seed quality parameters (genetic purity, germination, moisture, vigour, health) and the tests used to measure each

Calculate germination percentage, purity percentage and seed viability from sample data

Outline seed certification, labelling and storage requirements under Indian seed quality control arrangements

Classify weeds by life cycle and morphology and justify a integrated weed-management plan for a wheat-paddy rotation

Identify the major insect pests of cereals, pulses and cotton with their damage symptoms and one control measure each

Describe the symptoms, causal organism and management of five major crop diseases and two nematode problems

Explain herbicide selectivity, mode of action groups and safe application and calibration practice

Describe production technology for sugarcane, cotton, jute and one vegetable and one fruit crop of Uttar Pradesh

Compare irrigation scheduling approaches (soil-moisture depletion, critical stage, climatological) and apply one to a sugarcane and one to a mustard field

Compute water requirement, irrigation interval and duty from given field capacity, wilting point and application depth

Explain the methods of irrigation and select the appropriate method for three soil-crop situations

Describe dryland agriculture practices: moisture conservation, mulching, contingency cropping and watershed measures

List the critical irrigation stages for eight major crops of the state

Match primary and secondary tillage implements to operations and explain the working principle of a seed drill, sprayer and thresher

Describe post-harvest operations, grain moisture standards, storage pests and safe storage structures

Compute cost of cultivation, gross margin and benefit-cost ratio for a one-hectare crop plan

Explain farm management decisions, types of farming and the role of farm records and depreciation

Describe agricultural marketing channels, regulated markets (mandis), e-NAM style electronic trading and price-support mechanisms

Write up a field demonstration plan with objective, layout, observation schedule and record format

Prepare the standard project-record sections for a crop production project, including observation tables and interpretation

Explain the practical procedures for soil sampling, seed testing, herbicide calibration and yield estimation by quadrat

Revise crop classification and introductory crop science using spaced-recall questions from weeks 1 to 6

Practise recording and interpreting field observations the way an examiner expects in a viva

Take three full-length timed mock tests and score above 70 percent on each

Re-derive all numerical formulas (fertilizer conversion, seed rate, irrigation depth, B:C ratio) from a blank sheet

Revisit every wrongly answered item and write a corrected one-line explanation for each

Recite the critical stages, isolation distances and pesticide-safety points that are frequently asked

Build a final one-page revision sheet for each of the ten domains