INDIAN BANKING RADAR (IBR) - IBPS AFO MAINS INTELLIGENCE MOCK

🔥 PLATINUM SERIES 2.0 | VOL. 179

📅 25 SEPTEMBER 2026 | FRIDAY

🎯 TARGET: IBPS AFO • AGRICULTURE OFFICER • NABARD • RRB

🧠 20 MCQs | 20 MARKS | 15 MINUTES

🔥 IBR APPROACH:

NEWS → FACT → CONCEPT → FIELD APPLICATION → ANALYSIS → CREDIT DECISION → EXAM TRAP

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🔥 TODAY'S PROFESSIONAL KNOWLEDGE FOCUS

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🌱 Agroecology & Resource Conservation

🌾 Pulses & Oilseeds Production

💧 Micro-Irrigation & Water-Use Efficiency

🧪 Biofertilisers & Integrated Nutrient Management

🐛 Economic Injury Level & Pest Surveillance

🌿 Plant Genetic Resources

🍅 Protected Cultivation

🐝 Apiculture & Pollination

🐄 Livestock Health & Biosecurity

🐟 Fisheries Feed Management

🌳 Agroforestry

🌦️ Climate-Resilient Agriculture

🛡️ Crop Insurance & Technology

📱 Kisan Sarathi & Digital Extension

👨‍🌾 Farmer Producer Organisations

🏪 Agricultural Marketing & Value Chains

💳 Agricultural Working Capital

📊 Farm Budgeting & Break-Even

🏦 Agricultural Credit Appraisal

🌾 Sustainable Farm Economics

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🔥 20-MCQ PROFESSIONAL KNOWLEDGE TEST

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Q1. A farmer in a water-stressed region wants to expand cultivation of a water-intensive crop because of its recent high market price. Which AFO advice is most appropriate:

A. Select the crop solely on its recent market price

B. Maximise irrigation irrespective of groundwater status

C. Match crop choice with agro-climate, water availability, expected returns and resource efficiency

D. Increase fertiliser use to compensate for water stress

E. Depend entirely on Government procurement

Q2. A farmer shifts from flood irrigation to a suitable micro-irrigation system for a properly selected crop. The most direct agronomic benefit is:

A. Improved water-use efficiency and more controlled delivery of water to the crop root zone

B. Elimination of all crop diseases

C. Automatic increase in soil organic carbon

D. Elimination of the need for nutrient management

E. Guaranteed doubling of yield

Q3. A soil has adequate available phosphorus but poor organic matter and low biological activity. Which integrated approach is most appropriate:

A. Apply only additional phosphorus

B. Increase pesticide application

C. Increase seed rate substantially

D. Combine suitable organic inputs, crop-residue management and balanced fertilisation based on soil diagnosis

E. Stop fertiliser application completely

Q4. A pest population is increasing but remains below the economic injury level. What should an AFO recommend:

A. Immediate calendar-based pesticide spraying

B. Continue surveillance and use suitable control measures when economically justified

C. Destroy the entire crop

D. Increase nitrogen application

E. Eliminate all insects irrespective of their economic role

Q5. A farmer repeatedly uses broad-spectrum insecticides and observes resurgence of a secondary pest. Which IPM principle is most relevant:

A. Use higher pesticide doses after every observation

B. Replace all biological control measures with chemicals

C. Avoid pest monitoring after spraying

D. Increase crop density

E. Conserve natural enemies and integrate biological, cultural and chemical measures judiciously

Q6. A seed lot shows high germination percentage but poor varietal purity. Which production risk remains significant:

A. The crop may lack genetic uniformity and desired varietal characteristics despite good germination

B. The seed automatically becomes disease-free

C. Yield is guaranteed because germination is high

D. The seed becomes eligible for higher MSP

E. Irrigation requirement becomes zero

Q7. A horticulture farmer wants to produce high-value vegetables throughout more of the year under protected cultivation. Which factor becomes particularly important:

A. Ignoring temperature and humidity because the crop is protected

B. Eliminating ventilation

C. Microclimate management, crop scheduling, irrigation and nutrient control

D. Using maximum pesticide doses as preventive practice

E. Increasing plant population without considering canopy conditions

Q8. A farmer establishes bee colonies near a suitable flowering crop. Apart from honey production, an important agricultural benefit is:

A. Elimination of all insect pests

B. Reduction of soil salinity

C. Replacement of irrigation

D. Improved pollination and potential enhancement of fruit/seed set

E. Elimination of fertiliser requirement

Q9. A dairy farm purchases several animals without a vaccination and quarantine plan. Which risk should concern the AFO most directly:

A. Increase in soil erosion

B. Introduction and spread of infectious disease within the herd

C. Reduction in crop photosynthesis

D. Increase in irrigation efficiency

E. Decline in seed viability

Q10. An aquaculture unit increases feed quantity substantially without monitoring feed intake or water quality. Which outcome is most likely:

A. Guaranteed improvement in feed-conversion ratio

B. Automatic increase in dissolved oxygen

C. Elimination of disease risk

D. Lower organic loading

E. Feed wastage, deterioration of water quality and higher production risk

Q11. A farmer integrates trees with crops and livestock on the same farm. Which major advantage of agroforestry is most relevant:

A. Diversification of farm outputs along with potential soil, microclimate and resource-conservation benefits

B. Complete elimination of farm risk

C. Elimination of all competition for resources

D. Guaranteed higher returns in every location

E. Complete replacement of annual crops

Q12. PMFBY incorporates technology such as YES-TECH and WINDS. Their broad purpose is most closely associated with:

A. Increasing fertiliser subsidy

B. Replacing crop loans

C. Improving crop-yield estimation, weather information and technology-enabled insurance processes

D. Providing livestock vaccination

E. Determining land ownership

Q13. A farmer wants timely expert advice on crop practices, weather and Government agricultural services through a digital platform. Which platform is specifically designed as an integrated digital agro-advisory service:

A. CTS

B. CKYCR

C. Account Aggregator

D. Kisan Sarathi

E. SARFAESI

Q14. A Farmer Producer Organisation aggregates produce from several farmers before marketing. Its principal economic advantage can arise from:

A. Elimination of all market risk

B. Aggregation, improved bargaining power, input access and potential value addition

C. Guaranteed MSP for every commodity

D. Automatic exemption from quality standards

E. Elimination of the need for market information

Q15. A farmer sells produce immediately after harvest when local arrivals are very high and prices are depressed. Which intervention can potentially improve value realisation:

A. Increase harvesting losses

B. Avoid all grading

C. Sell only through informal channels

D. Increase production without storage planning

E. Appropriate aggregation, grading, storage and market-timing/value-chain access

Q16. A farm enterprise has annual gross receipts of ₹8.40 lakh, variable costs of ₹4.80 lakh and fixed operating costs of ₹1.20 lakh. Before interest and principal repayment, the operating surplus is:

A. ₹2.40 lakh

B. ₹3.60 lakh

C. ₹4.80 lakh

D. ₹1.20 lakh

E. ₹5.40 lakh

Q17. A farm enterprise has annual fixed costs of ₹2.40 lakh and contribution margin per unit of ₹600. The break-even output is:

A. 400 units

B. 600 units

C. 4,000 units

D. 2,400 units

E. 6,000 units

Q18. A crop borrower has adequate collateral but the projected enterprise cash flow is insufficient to meet the proposed repayment schedule. Which AFO credit decision is most appropriate:

A. Sanction because collateral is adequate

B. Increase the loan because the land value is rising

C. Reassess project size, costs, income assumptions and repayment structure before considering sanction

D. Ignore cash flow because agricultural credit is priority sector

E. Treat crop insurance as a complete substitute for repayment capacity

Q19. A climate-resilient farm plan is being prepared for a drought-prone district. Which combination is most appropriate:

A. Water-intensive crop + higher irrigation + monocropping

B. Climate-suitable varieties + water conservation + diversification + contingency planning

C. Maximum fertiliser + maximum plant population

D. Single crop + maximum borrowing

E. Delayed intervention after drought damage occurs

Q20. Recent agricultural policy discussions have emphasised resource-based crop planning, diversification and efficient use of natural resources. For an AFO, the strongest credit implication is:

A. Finance should be based only on collateral value

B. Higher production automatically means higher repayment capacity

C. Market price alone should determine crop selection

D. Technical feasibility, resource sustainability and realistic enterprise cash flow should influence the credit decision

E. Priority-sector status eliminates production risk

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🔑 ANSWER KEY

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Q1.C

Q2.A

Q3.D

Q4.B

Q5.E

Q6.A

Q7.C

Q8.D

Q9.B

Q10.E

Q11.A

Q12.C

Q13.D

Q14.B

Q15.E

Q16.A

Q17.C

Q18.C

Q19.B

Q20.D

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🧮 QUICK CALCULATIONS

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Q16:

₹8.40L − ₹4.80L − ₹1.20L

= ₹2.40 lakh → A

Q17:

Break-even output = Fixed Cost ÷ Contribution/unit

= ₹2,40,000 ÷ ₹600

= 4,000 units → C

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🧠 AFO MAINS PROFESSIONAL CONCEPT CAPSULE

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🌱 1. RESOURCE-BASED CROP PLANNING

SOIL + WATER + CLIMATE + MARKET + ECONOMICS

↓

CROP CHOICE

↓

SUSTAINABLE PRODUCTION

🎯 TRAP: High price ≠ suitable crop.

💧 2. MICRO-IRRIGATION

Micro-irrigation can improve:

✔ Water-use efficiency

✔ Root-zone water management

✔ Fertigation efficiency

✔ Productivity per unit of water

🎯 TRAP: Micro-irrigation does not eliminate the need for proper irrigation scheduling.

🧪 3. INTEGRATED NUTRIENT MANAGEMENT

SOIL TEST

↓

NUTRIENT DIAGNOSIS

↓

ORGANIC + INORGANIC + BIOLOGICAL SOURCES

↓

BALANCED NUTRITION

🎯 TRAP: More fertiliser ≠ better nutrition.

🐛 4. IPM

MONITOR → IDENTIFY → THRESHOLD → CONTROL → REVIEW

Chemical control should be integrated with cultural, mechanical and biological measures.

🎯 TRAP: Pest presence alone does not justify indiscriminate spraying.

🌿 5. SEED QUALITY

GENETIC PURITY + PHYSICAL PURITY + GERMINATION + SEED HEALTH

🎯 TRAP: Hight germination alone does not guarantee varietal purity.

🍅 6. PROTECTED CULTIVATION

Critical controls:

TEMPERATURE + HUMIDITY + VENTILATION + IRRIGATION + NUTRIENTS + PEST MANAGEMENT

🐝 7. APICULTURE

Bees provide:

HONEY + POLLINATION SERVICE

🎯 AFO ANGLE: Pollination can improve fruit/seed set in suitable crops.

🐄 8. LIVESTOCK BIOSECURITY

QUARANTINE + VACCINATION + HYGIENE + SURVEILLANCE

🎯 TRAP: Disease prevention is generally cheaper than herd-level disease losses.

🐟 9. AQUACULTURE

STOCKING + FEED + WATER QUALITY + OXYGEN + DISEASE CONTROL

🎯 TRAP: Higher stocking density can increase both production potential and biological risk.

🌳 10. AGROFORESTRY

Potential benefits:

DIVERSIFICATION + SOIL CONSERVATION + MICROCLIMATE + RESOURCE USE + ADDITIONAL INCOME

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📊 SELF-ASSESSMENT

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🔥 18–20 → AFO MAINS READY

💪 15–17 → STRONG — REFINE PROFESSIONAL CONCEPTS

📚 12–14 → GOOD — REVISE WEAK AREAS

🎯 BELOW 12 → REBUILD THE FUNDAMENTALS

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🚀 JOIN THE IBR INTELLIGENCE ECOSYSTEM

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📢 SHARE WITH AN AFO ASPIRANT

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🌾 IBR AFO MAINS MANTRA

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DON'T JUST REMEMBER THE FACT.

UNDERSTAND THE CROP.

UNDERSTAND THE FARMER.

ASSESS THE RESOURCES.

CALCULATE THE CASH FLOW.

IDENTIFY THE RISK.

MAKE THE CREDIT DECISION.

🌾 INDIAN BANKING RADAR (IBR)

READ SMART • THINK AGRICULTURE • ANSWER INTELLIGENT