India's agricultural productivity gap with China highlights need for farm reforms

Updated 12 Sept 2026

Contents4

Hindustan Times - India · 12 Sept 2026 · 2 min read
Prelims · Agriculture Mains · GS3 Agriculture High relevance

India's cereal yields have improved but remain significantly lower than China's, with China producing double India's output despite having less cultivated land, underscoring the urgent need for agricultural modernization and policy interventions.

Key points

Productivity gap: China's 2025 cereal yield was 660.2 million tonnes versus India's 324.8 million tonnes, with China achieving higher yields per hectare across rice (7,205 kg/ha vs 2,915 kg/ha), wheat (5,940 kg/ha vs 3,591 kg/ha), and maize (6,700 kg/ha vs 3,824 kg/ha).

Irrigation disparity: China's near-universal irrigation coverage for paddy contrasts with India's mixed rainfed-irrigated systems, though Punjab's irrigated regions match Chinese yields.

Crop cycle challenges: Delayed wheat sowing in India's paddy-wheat cycle exposes crops to heat stress, reducing yields compared to China's more optimized planting schedules.

Technology adoption: China's widespread use of genetically modified crops contributes to higher yields, while India faces regulatory and adoption hurdles in GM technology.

Progress indicators: India's maize yields grew 27% (2019-20 to 2025-26), outperforming rice (7%) and wheat (4%), showing potential for targeted crop improvement strategies.

Institutional response: The Indian Council of Agricultural Research (ICAR) is developing climate-resilient wheat varieties and promoting water-efficient direct-seeded rice (DSR) techniques.

[GS3-Economy] The productivity gap impacts India's food security and trade balance, with agricultural exports needing higher yields to compete globally in the post-WTO regime.

BRICS cooperation: The June 2026 BRICS Agriculture Ministers' meeting identified low productivity as a key challenge, proposing joint efforts in technology transfer, digital agriculture, and mechanization.

Way Forward: India should accelerate micro-irrigation adoption under PMKSY, establish crop-specific technology missions for hybrid seeds, and create a BRICS agricultural innovation fund for joint R&D in climate-resilient varieties.

Key terms

Indian Council of Agricultural Research (ICAR)
India's apex agricultural research body under the Ministry of Agriculture, responsible for coordinating agricultural education and research. It develops high-yielding varieties, manages 113 research institutes, and plays a pivotal role in implementing National Agricultural Research System (NARS) for food security.
Direct-Seeded Rice (DSR)
A water-efficient rice cultivation technique where seeds are sown directly into fields, bypassing nursery transplantation. It reduces water usage by 30-35% and labor costs, aligning with India's water conservation goals under the National Water Mission and PMKSY.
BRICS Joint Statistical Publication
An annual data compilation by BRICS nations (Brazil, Russia, India, China, South Africa) covering economic and social indicators. It serves as a key reference for comparative analysis of development parameters among emerging economies, informing policy coordination.
Productivity-Intensity Gap
The difference in agricultural output per unit of land between countries, reflecting variations in technology adoption, irrigation coverage, and farming practices. For India, closing this gap is critical for achieving SDG 2 (Zero Hunger) and ensuring long-term food security.

Practice question

Examine the key factors contributing to the agricultural productivity gap between India and China, and suggest measures to bridge this gap while ensuring sustainability. (250 words, 15 marks)

GS3 15 marks 250 words Mains

Key terms to include: Productivity-Intensity Gap Indian Council of Agricultural Research (ICAR) Direct-Seeded Rice (DSR) BRICS Joint Statistical Publication PMKSY Climate-resilient varieties SDG 2 (Zero Hunger) National Agricultural Research System (NARS)

Answer framework

Introduction

Briefly highlight the productivity gap between India and China in cereal yields, emphasizing its implications for food security and trade competitiveness.

Technological and Irrigation Disparities

China's widespread adoption of GM crops vs India's regulatory hurdles

Near-universal irrigation coverage in China compared to India's mixed rainfed-irrigated systems

Higher mechanization levels in Chinese agriculture

Crop Management Practices

Optimized planting schedules in China vs delayed sowing in India's paddy-wheat cycle

Water-efficient techniques like DSR not being widely adopted in India

Climate-resilient varieties development lag in India

Policy and Institutional Factors

China's focused technology missions vs India's fragmented approach

Role of ICAR in research coordination

BRICS cooperation opportunities in technology transfer

Sustainable Measures to Bridge the Gap

Accelerate micro-irrigation under PMKSY

Crop-specific technology missions for hybrid seeds

BRICS agricultural innovation fund for joint R&D

Promotion of water-efficient techniques like DSR

Conclusion

Suggest a balanced approach combining technology adoption, policy reforms and international cooperation while ensuring environmental sustainability and farmer welfare.

Fact check

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