Lok Sewa Agriculture Officer study plan

Build a one-page crop calendar covering the major Nepali cereals (paddy, maize, wheat, millet, barley) with season, agro-ecological zone, and recommended variety groups

Explain the physiological processes of photosynthesis, respiration, and translocation and how each constrains yield in the Terai versus the hills

Solve 15 numerical problems on seed rate, plant population, and yield estimation for rice and maize

List the key agronomic practices (tillage, spacing, water management, nutrient timing) for paddy and wheat and justify each with a physiological or ecological reason

Compare cereal, legume, oilseed, and cash crop production packages (rice, wheat, maize, lentil, mustard, sugarcane) in a single comparison table of season, spacing, seed rate, fertilizer dose, and harvest window

Describe soil profile horizons, soil texture classes, and the significance of soil structure and bulk density for root growth

Explain cation exchange capacity, base saturation, soil pH, and their practical implications for lime and fertilizer choice in Nepali soils

Calculate fertilizer doses from straight fertilizers (urea, DAP, MOP, SSP) for a given N-P-K recommendation and identify the nutrient sources correctly

Explain the nitrogen cycle, the fate of applied nitrogen (leaching, volatilization, denitrification), and the management practices that reduce losses

Diagnose nutrient deficiency symptoms for N, P, K, Zn, B, and Fe from written descriptions and match each to a corrective recommendation

Identify the major insect orders and families of agricultural importance and describe the mouthparts, metamorphosis type, and damage symptoms of at least 10 key pests

Describe the disease triangle and classify major plant pathogens (fungi, bacteria, viruses, nematodes) with one representative disease each

Build an integrated pest management (IPM) plan for a rice-wheat rotation that combines cultural, biological, mechanical, and chemical tactics with justified sequencing

Explain the modes of action, label precautions, and resistance-management rules for the main insecticide and fungicide groups used in Nepal

Describe the epidemiology and control of at least 8 priority diseases (e.g. rice blast, bacterial leaf blight, wheat rust, late blight of potato, citrus greening) with symptom, spread, and control for each

Distinguish pesticide formulation types (EC, WP, SC, WG) and calculate spray dilution and spray volume for a given field area

Classify horticultural crops by use and production system and outline the package of practices for at least 3 vegetables and 2 fruits suited to Nepal

Explain the principles and methods of post-harvest handling: maturity indices, grading, precooling, storage, packaging, and the causes of post-harvest loss

Describe livestock production systems in Nepal and the feeding standards, breeding methods, and health-care practices for cattle, buffalo, goat, and poultry

Explain the causes, signs, treatment, and prevention of at least 6 common livestock diseases and the role of vaccination schedules

Outline the history, objectives, and current structure of agricultural extension in Nepal, including the roles of government, NGOs, and community organizations

Compare extension approaches (TOT, farmer field school, participatory rural appraisal, ICT-based advisory) and justify a choice for a given farming community

Explain the principles of farm management: cost of production, gross margin, benefit-cost ratio, and break-even analysis, and compute each for a provided farm enterprise

Describe agricultural marketing channels, price formation, cooperatives, and the main agricultural statistics indicators used in Nepal

Describe the working principles, selection criteria, and calibration of key farm machines (tractor, power tiller, seed drill, sprayer, thresher) and compute field capacity, efficiency, and power requirement

Summarize the constitutional provisions and governance structures relevant to agriculture, including federalism, local government functions, and the roles of the Ministry of Agriculture and Livestock Development

Identify Nepal's agro-ecological zones, river systems, and climatic regions and link each to its dominant cropping pattern

Draft a formal office memorandum and a structured technical report using the standard components of report writing

Take two timed full-length mock tests under exam conditions and score each by domain to identify weak areas

Review every missed question and rewrite the underlying principle in your own words rather than memorizing the answer

Revisit the weakest two domains and re-solve the corresponding numerical and diagnostic problems

Consolidate one-page revision sheets for all ten domains and rehearse the memorized figures (fertilizer doses, seed rates, spray volumes, vaccination schedules)