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MainsPYQs2024 · GS I · Q14

Dimension Map

I

Agricultural Productivity vs. Sustainability Trade-off

Tests understanding of how short-term gains created long-term ecological costs—critical for evaluating development models in modern India

Example point HYV seeds increased yields 3-4x but depleted soil nitrogen, requiring ever-increasing fertilizer dependence; groundwater tables fell by 1-2 meters per decade in Punjab
II

Regional Inequality and Geographic Concentration

Reveals how Green Revolution benefits were clustered in irrigated regions (Punjab, Haryana, Western UP), leaving rainfed and eastern states behind—root cause of current agrarian distress

Example point Punjab's foodgrain production rose from 3.6 MT (1960-61) to 30+ MT by 2000s, while Bihar remained stagnant, creating persistent state-level disparities
III

Class Stratification and Rural Social Structure

Demonstrates how technological benefits accrued to large landowners while marginal/landless laborers faced displacement—essential for understanding modern rural inequality

Example point Mechanization and capital-intensive farming concentrated land ownership; marginal farm holdings declined from 51% (1970-71) to 44% (2015-16), pushing millions into precarity
IV

Food Security Achievement vs. Nutritional Security Disconnect

Shows Green Revolution solved calorie availability but not dietary diversity or malnutrition—common blind spot in development discourse

Example point India achieved self-sufficiency in foodgrains by 1974 yet remains home to 40% of world's malnourished children, revealing production ≠ equitable distribution

Value-Add Radar

Factual

India's foodgrain production increased from 50.8 million tonnes in 1950-51 to 315.7 million tonnes in 2022-23, with the initial acceleration between 1965-75 driven by Green Revolution technologies in select regions.

Analytical

The Green Revolution created a 'technology adoption paradox'—while it prevented Malthusian collapse, it simultaneously locked India into monoculture-chemical farming, reducing agrobiodiversity from 30,000 rice varieties (pre-1960s) to <50 commercially available varieties, increasing climate vulnerability.

Contemporary

The 2024 National Mission on Natural Farming aims to transition 1 crore hectares away from chemical-intensive Green Revolution models by 2030, acknowledging ecological limits that 1960s planners ignored.

What to Avoid / What to Add

Cliché Trap

Most aspirants write: 'Green Revolution increased food production and made India self-sufficient in foodgrains—this was a success.' Avoid this. Examiners expect nuance: acknowledge the production gains BUT critically discuss the environmental cost (soil exhaustion, water depletion, pesticide residues), the social cost (concentration of benefits among large farmers, landlessness, caste-based exclusion), and the regional cost (spatially uneven development).

Temporal Anchor

The 2024 Pradhan Mantri Fasal Bima Yojana reforms and state-level farmer suicide prevention programs explicitly reference Green Revolution-era debt traps and input-cost inflation as ongoing crises, showing the question remains live policy issue.

Cross-Node Alert

Secondary node gs1-indian-society is critical because the Green Revolution's social impacts (caste-based land dispossession, gender exclusion in mechanization benefits, migration of landless laborers) reveal how a technical intervention reshaped rural class structures and community hierarchies, not merely agricultural outputs.

Intro Frames

1.

The Green Revolution (1965 onwards) transformed India from a food-deficit nation into self-sufficient in cereals within a decade, yet this technological intervention simultaneously catalyzed ecological degradation, rural class stratification, and regional inequality that persist as unresolved development crises.

2.

While the Green Revolution's introduction of high-yield variety seeds, synthetic fertilizers, and mechanized farming averted a Malthusian catastrophe and lifted millions above absolute poverty, it mortgaged ecological sustainability and deepened social fractures within rural India that demand critical reassessment.

Conclusion Frames

1.

The Green Revolution thus represents a partial and regionally contingent success—it solved the immediate problem of aggregate food scarcity but created new pathologies of environmental exhaustion, agrarian inequality, and nutritional insecurity that India's current policy apparatus must address through diversified, ecological farming models.

2.

Ultimately, the Green Revolution's legacy reveals a fundamental tension in development economics: technological solutions to production crises often externalize costs onto ecosystems and marginal populations, necessitating a shift toward inclusive, sustainable agricultural paradigms rather than input-intensive monocultures.

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