CUET Agriculture study plan

Map the full CUET Agriculture syllabus into a personal topic checklist, marking every unit as strong, shaky, or unknown before studying anything.

Define and write down the core vocabulary of agronomy and soil science (soil profile horizons, texture classes, tilth, cropping system, package of practices) in your own words with one example each.

Build a one-page formula and unit-conversion sheet covering yield estimation, seed rate, fertilizer dose to nutrient conversion (N-P-K from urea, DAP, MOP), and plant population per hectare.

Solve ten numerical problems on seed rate and fertilizer nutrient conversion without looking at solutions, then redo every wrong one the next day.

Classify the major soil orders and Indian soil types by region, parent material, and dominant limitation, and state one corrective measure for each.

Explain soil pH, cation exchange capacity, and salinity in terms of their effect on nutrient availability, and list the reclamation steps for acidic and saline-alkali soils.

Draw the nitrogen, phosphorus, and potassium cycles from memory, labelling the fixation, mineralization, and loss pathways.

Match twenty common fertilizers and organic manures to their nutrient content and the crop stage at which they are normally applied.

Sequence the package of practices for the ten most examined crops (rice, wheat, maize, cotton, sugarcane, groundnut, mustard, gram, potato, and one pulse) from land preparation through harvest.

Compare kharif, rabi, and zaid seasons by sowing window, photoperiod response, and typical crop choices.

Identify the critical irrigation stages for each of those ten crops and justify why that stage is critical.

Practise ten previous-pattern questions on crop production and record your accuracy and time per question.

Explain the principles and components of integrated nutrient, pest, and weed management, and give two field examples of each.

Distinguish the major insect pests and diseases of the ten crops above by symptom description and recommended control measure.

Differentiate the main weed groups and describe the mode of action and safe use of at least six common herbicides.

Complete a timed 50-question sectional test on crop protection and review every error by writing the correct fact beside it.

Work through genetics and plant breeding fundamentals: Mendelian ratios, test cross, back cross, heterosis, and the difference between pureline, hybrid, and synthetic varieties.

Describe the steps of emasculation and hybridization in a self-pollinated crop and in a cross-pollinated crop.

List the improved varieties of the major crops along with one distinguishing trait each, such as maturity duration or disease resistance.

Solve fifteen genetics problems involving monohybrid, dihybrid, and test-cross ratios under timed conditions.

Explain seed production stages, isolation distance, roguing, and the difference between breeder, foundation, and certified seed.

Describe the post-harvest chain: threshing, drying to safe moisture content, grading, storage pests, and fumigation practice.

Summarize agricultural extension approaches and the roles of KVK, ATMA, and cooperative extension in technology transfer.

Cover the economics basics tested in the paper: cost of cultivation, gross and net return, benefit-cost ratio, and farm budgeting, and compute each for one example crop.

Revise every flagged topic from weeks 1 to 6, spending time only on units still rated shaky or unknown.

Take two full-length mock tests under exam timing and record section-wise accuracy.

Convert each mock-test error into a one-line flashcard and drill the deck until every card is answered correctly twice.

Memorize the key figures that get tested: safe grain moisture levels, seed rates, fertilizer recommendations, and isolation distances.

Take two more full-length mocks and target a measurable accuracy improvement over week 7 in your weakest section.

Rehearse the formula sheet and key-figures list until you can reproduce them from blank paper in under ten minutes.

Practise time allocation across sections and decide your question-attempt order in advance.

Do a final pass of the error log and flashcard deck, retiring only cards answered correctly three times.