Revolutionary Regenerative Agriculture Technologies in India Launched for Sustainable Farming

ICAR-IARI and SMSF launch Revolutionary Regenerative Agriculture Technologies in India to boost sustainable farming and resource-use efficiency.

ICAR-IARI and SMSF Launch Pioneering Regenerative Agriculture Technologies in India

In a landmark initiative, the ICAR–Indian Agricultural Research Institute (IARI), New Delhi, in collaboration with the S M Sehgal Foundation (SMSF), Gurugram, officially launched a transformative project titled “Application of Advanced Technologies for Improved Productivity and Resource-use Efficiency in Regenerative Agriculture Production Systems” on 15th September 2025. This initiative aims to revolutionize Indian farming through innovative, sustainable practices and cutting-edge technology applications.

The launch event brought together top agricultural scientists, policymakers, and stakeholders who discussed the future of Indian agriculture and the pivotal role of regenerative agriculture technologies in India for sustainable farming. This project emphasizes efficiency, sustainability, and climate resilience, seeking to modernize traditional farming systems.

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Transitioning to Regenerative Agriculture for Long-Term Sustainability

Padma Bhushan Dr. R. S. Paroda, President of the Trust for Advancement of Agricultural Sciences (TAAS) and former Secretary, DARE & DG, ICAR, delivered the keynote address. He highlighted the urgent need to move from conventional intensive farming to regenerative agriculture practices. According to Dr. Paroda, declining factor productivity, especially of nitrogen and phosphorus fertilizers, threatens the long-term sustainability of Indian agriculture.

He referenced the Green Revolution, which made India self-sufficient in food production, noting that the next agricultural revolution must prioritize restoring natural resources while improving input efficiency. Drawing insights from the soybean–corn system in the USA, Dr. Paroda recommended diversifying from the traditional rice–wheat system to more resource-efficient alternatives, including soybean–wheat and Arhar–wheat systems.

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Emphasizing Automation and Water-Efficient Farming Practices

Mr. R. Jay Sehgal, Chairperson of SMSF, addressed the challenges faced by small-scale Indian farmers. He emphasized the need for automation in farming, particularly in reducing labor intensity and improving productivity. Highlighting global water scarcity, Mr. Sehgal stressed the urgency of adopting water-efficient farming practices in India’s agronomy.

Furthermore, he advocated for the integration of AI-driven risk management tools for Indian farmers, which can help anticipate weather events, optimize resource allocation, and reduce post-harvest losses. His insights underline the necessity of combining technology with traditional farming to ensure long-term food security.

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Addressing Climate Change and Resource Management

Dr. Ch. Srinivasa Rao, Director and Vice-Chancellor of ICAR-IARI, focused on the pressing challenges of climate change and water scarcity. He stated that these twin issues are the most critical for Indian agriculture today. Dr. Rao highlighted the importance of precision input management and emphasized soil carbon management for achieving both productivity gains and environmental sustainability.

He also underscored the significant impact of sub-surface drip fertigation, which saves water and fertilizers while enhancing crop yields, improving soil health, and reducing greenhouse gas emissions. These technologies align perfectly with the goals of regenerative agriculture technologies in India for sustainable farming.

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Empowering Farmers and Women Through Innovation

Ms. Anjal Makhija, Trustee and CEO of SMSF, emphasized that the collaborative project not only targets immediate agricultural challenges but also aims to empower rural communities, particularly farm women. She advocated for women-friendly technologies that improve labor efficiency and income generation, supporting equitable growth in agriculture.

Dr. SS Rathore, Head of the Division of Agronomy at ICAR-IARI, reinforced the importance of integrating sub-surface drip fertigation benefits for Indian agriculture into mainstream farming. He called for the widespread adoption of regenerative agriculture practices, emphasizing their scalability and farmer-friendly nature.

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Project Overview and Technological Insights

Dr. Anchal Dass, Principal Scientist and Principal Investigator of the project, provided a comprehensive overview of the collaborative initiative. The project leverages precision input management, sensor-based technologies, and regenerative practices to enhance productivity, efficiency, and sustainability in Indian agriculture.

Key technological interventions include:

• AI-driven risk management tools for real-time decision-making and forecasting.
• Water-efficient farming practices, including micro-irrigation and sub-surface drip fertigation systems.
• Precision input management to optimize fertilizer and water usage.
• Soil carbon management for long-term fertility and greenhouse gas mitigation.

These interventions aim to transform conventional agriculture into a climate-resilient and resource-efficient system that benefits small-scale farmers while safeguarding natural resources.

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Expert Opinions and Future Prospects

Experts attending the launch highlighted the transformative potential of regenerative agriculture technologies in India for sustainable farming. By integrating automation, AI, and precision farming, this initiative could redefine productivity metrics and establish India as a global leader in sustainable agriculture practices.

The project also aligns with national goals for climate adaptation and resource conservation, promising a scalable framework for farmers across India. Early adoption of sub-surface drip fertigation benefits for Indian agriculture and precision technologies is expected to reduce costs, enhance yields, and minimize environmental impacts.

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Linking Technology With Education and Knowledge Resources

For students, researchers, and practitioners interested in agricultural innovations:

• Explore NCERT Courses for relevant agricultural and science content.
• Stay updated with Current Affairs related to agriculture and sustainability.
• Access Notes and MCQs for exam preparation.
• Watch educational Videos on modern farming technologies.
• Download Free NCERT PDFs and Mind Maps for enhanced learning.

External collaboration opportunities are available through platforms like Mart India Infotech, which supports technology adoption in schools and agricultural outreach programs.

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Conclusion

The ICAR-IARI and SMSF collaborative project marks a significant milestone in India’s agricultural evolution. By championing regenerative agriculture technologies in India for sustainable farming, the project promises a future where productivity, sustainability, and resource efficiency coexist. The integration of AI-driven risk management tools, sub-surface drip fertigation benefits, and water-efficient farming practices ensures that Indian farmers are equipped to face climate challenges while maximizing yield and profitability.

This initiative not only strengthens the agricultural sector but also empowers rural communities, encourages scientific research, and fosters innovation for future generations.

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FAQs

1. What are regenerative agriculture technologies in India for sustainable farming?
   These technologies integrate soil health, precision input management, and water-efficient methods to enhance sustainability.
2. How does sub-surface drip fertigation benefit Indian agriculture?
   It saves water, optimizes fertilizer use, improves yields, and reduces environmental impacts.
3. What role do AI-driven risk management tools play in Indian agriculture?
   They help forecast weather, manage crop risks, and reduce post-harvest losses.
4. Which crops are recommended under regenerative agriculture systems?
   Soybean–wheat, Arhar–wheat, and diversified crop systems for efficient resource use.
5. How do water-efficient farming practices improve productivity?
   Practices like micro-irrigation and drip systems conserve water and enhance crop performance.
6. Who are the key collaborators in this project?
   ICAR-IARI, New Delhi, and S M Sehgal Foundation, Gurugram.
7. How does soil carbon management support regenerative agriculture?
   It improves fertility, boosts yields, and reduces greenhouse gas emissions.
8. Can farm women benefit from these technologies?
   Yes, women-friendly innovations reduce labor intensity and enhance income opportunities.
9. What is precision input management in agriculture?
   The use of technology to optimize water, fertilizers, and other inputs for higher efficiency.
10. How does this project contribute to climate resilience?
    By implementing sustainable practices, the project reduces vulnerability to climate change and resource scarcity.