Developing climate-resilient varieties is necessary but not sufficient for climate-proofing Indian agriculture. Discuss.

ICAR's NICRA project projects that if farmers do not adapt, rainfed rice yields could fall by 20% by 2050 and 47% by 2080. For irrigated rice the projected fall is only 3.5% and 5% [1]. Resilient seed is the first line of defence. But that gap shows water, land and institutions matter as much as genetics.

Why resilient varieties are necessary

• Breeding at scale: 668 rice varieties were released in 2014–24. Of these, 199 are extreme-climate resilient, including the drought-tolerant DRR Dhan 42 and 44 [1].
• Faster tools: the genome-edited DRR Dhan 100 (Kamala) and Pusa DST Rice 1 (May 2025) were made with CRISPR-Cas and add no foreign DNA [2]. Genome editing allows quicker, more targeted improvement of traits.
• Heat, floods and salinity are rising, so the crop itself must tolerate shocks.

Why varieties alone are not sufficient

• Seed-to-field gap: release counts do not show how much area is actually sown. Slow seed multiplication and repeat seed costs limit uptake among rainfed smallholders, who face the steepest losses [1].
• Water security: the gap between rainfed and irrigated losses shows that irrigation is itself climate insurance [1]. Irrigation coverage matters as much as better seed.
• Land-use stress: Kerala's Paddy Land and Wetland Act, 2008 bans conversion of paddy land [6]. Yet conversions and blocked drainage in places like Kuttanad make floods partly man-made. No seed can save a field that has been filled in.
• Mitigation trade-off: flooded paddies release methane. Alternate Wetting and Drying (AWD) cuts water use by up to 30% and also lowers emissions [4].
• Regulatory credibility: under the 2022 SOPs, the developer's own Institutional Biosafety Committee leads the review of SDN-1/2 plants [3]. Claims about yield and safety need independent checks before scale-up.

Way forward

• Track the area sown under resilient varieties, not just the number released. Plan seed multiplication at the time a variety is released.
• Offer seed together with AWD and direct-seeded rice through extension services, as in the World Bank–IRRI scaling of low-methane rice for Asian smallholders [5].
• Enforce wetland protection strictly and set up independent biosafety assessment.

Resilient varieties are the foundation, but climate-proofing needs a full package: seed systems, irrigation, land protection, low-emission practices and trusted regulation. Building this package under NICRA and the National Mission for Sustainable Agriculture would advance SDG 2 (Zero Hunger) and SDG 13 (Climate Action) together. Only then will resilient seed become resilient farming.