UPMSP Vocational Crop Protection Technology study plan

Define integrated pest management and list its eight core components (monitoring, economic threshold, cultural, mechanical, biological, chemical, legal, genetic control) with one field example each

Distinguish economic injury level, economic threshold, and general equilibrium position, and calculate a simple threshold scenario from given pest counts and control cost figures

Classify pesticides by target organism, chemical family, and mode of action, and match at least 15 active ingredients to their IRAC, FRAC, or HRAC group

Explain the difference between contact, systemic, translaminar, and fumigant action and state which formulation types suit each

Identify major insect pests of cereals, pulses, oilseeds, and cotton by damage symptom, life stage, and feeding habit, covering at least 20 species

Describe the life cycle and seasonal phenology of five key pests (stem borer, brown planthopper, aphid complex, bollworm complex, whitefly) and link each stage to the vulnerable window for control

Distinguish chewing, piercing-sucking, and boring damage signatures on crop samples and explain how each dictates pesticide placement and formulation choice

Outline key horticultural pests of vegetables and fruit and their natural enemies used in biological control programs

Classify plant diseases by causal agent (fungi, bacteria, viruses, nematodes, abiotic) and match at least 20 named diseases to crop and pathogen genus

Describe the disease triangle and explain how host susceptibility, pathogen virulence, and environment interact in at least three epidemic examples

Diagnose diseases from symptom descriptions covering leaf spots, blights, wilts, rusts, smuts, mosaics, and root rots, and separate them from nutrient deficiency and herbicide injury symptoms

Summarize cultural, biological, and chemical control measures for each major disease group, including the role of resistant varieties

Classify weeds by life cycle, morphology, and habitat, and identify 15 common weeds of field and horticultural crops with their competitive characteristics

Apply the critical period of crop-weed competition concept and select an appropriate herbicide timing for three crop scenarios

Explain herbicide selectivity, translocation, and mode of action classes, and describe resistance management rotations

Compare sprayer types (knapsack, boom, air-assisted, controlled droplet applicator) and calculate nozzle output, spray volume, and calibration from given field data

Diagnose common application faults such as drift, runoff, uneven coverage, and nozzle wear, and state the corrective action for each

Read a pesticide label and explain every section, including active ingredient concentration, formulation type code, dose, pre-harvest interval, re-entry interval, and safety warnings

Compare formulation types (EC, WP, SC, WG, SL, EW, dust, granule, bait) for stability, mixing behavior, phytotoxicity risk, and suitable application method

Explain adjuvants, tank-mix compatibility, and the jar test, and describe the order of mixing for a multi-product tank

Calculate the quantity of formulated product and water needed for a given area and dose, converting between units correctly

Explain the WHO hazard classification and signal words, and interpret LD50 and dermal and inhalation exposure routes for three representative pesticides

Describe personal protective equipment requirements by task and formulation, and list the correct donning and doffing sequence

Outline first-aid procedures for organophosphate, carbamate, pyrethroid, and paraquat-type poisoning, distinguishing actions that are safe from those that are contraindicated

Describe safe storage, transport, spill containment, and empty-container triple rinsing and disposal procedures

List the acute and chronic health effects of pesticide exposure and the reporting steps after an occupational incident

Explain maximum residue limits, the pre-harvest interval rationale, and the sampling and laboratory workflow used in residue monitoring

Interpret a certificate of analysis and identify quality control failures such as substandard active ingredient content, wrong formulation, or adulteration

List the regulatory requirements for pesticide registration, licensing of dealers, and record-keeping obligations for applicators

Draft a simple farm advisory record system including spray diary fields, inventory log, and a customer complaint register

Outline a small enterprise plan for a crop protection service or input dealership, including startup costs, licensing, and pricing structure

Review all domains using spaced repetition, prioritizing the lowest-scoring topics from earlier weeks

Complete two timed full-length mock tests and analyze every wrong answer to its source concept

Recite from memory the mode of action groups, pest and disease identification cues, calibration formulas, and first-aid protocols

Resolve all flagged uncertain items and confirm the final reference sheet is accurate