New Delhi — As the 2023‑24 El Niño brings a drier monsoon to much of India, an expanding cohort of rice growers is turning to direct‑seeded rice (DSR) to cut water use and labor costs. Government data show that the area under DSR in Andhra Pradesh, Telangana, Karnataka and parts of Tamil Nadu grew by about 12 percent this kharif season, reaching an estimated 1.5 million hectares. The shift reflects farmers’ search for climate‑resilient practices amid erratic rains, rising input prices and a shortage of seasonal labour.
What happened
The Ministry of Agriculture and Farmers’ Welfare released figures indicating a notable rise in DSR acreage across four southern states. The Ministry’s report, cited by the Indian Express, attributes the increase to DSR’s lower water requirement—up to 30 percent less than the conventional puddled‑transplanted method—and to reduced labour demand, both of which are critical in a year marked by delayed monsoon onset.
Farmers who have adopted the practice report mixed but generally positive outcomes. Ramesh Reddy, a 45‑year‑old cultivator from Guntur district, switched 40 acres to DSR after a 2022 trial. He told the Indian Express that “we saved water and could sow the seed directly when the rains were erratic,” and that his harvest yielded 4.8 tonnes per hectare, a figure he says matches his earlier transplanting results.
The Indian Council of Agricultural Research (ICAR) has been promoting DSR through its “Technology Mission on Direct‑Seeded Rice” since 2019. The mission supplies seed kits, training and subsidised seed‑drill machinery. An ICAR briefing cited by the Indian Express notes that the programme has reached more than 500 extension officers and 2,000 farmer groups, with a target of scaling DSR to 5 million hectares by 2027.
Why it matters
India’s rice sector consumes roughly 30 percent of the country’s total freshwater withdrawals. In an El Niño year, reduced monsoon rainfall threatens both yields and water security. By cutting irrigation needs, DSR directly supports the nation’s broader water‑conservation agenda. At the same time, the method reduces the labour intensity of transplanting—a process that traditionally requires large numbers of seasonal workers, a demographic that has been shrinking due to urban migration and higher wage expectations.
The economic calculus also matters for small‑holder farmers. Lower water and labour inputs can translate into reduced production costs, a crucial factor when input prices, especially for fertilizers and diesel, have risen sharply in recent years.
Background and context
Direct‑seeded rice replaces the two‑step process of transplanting with a single sowing operation, using seed drills to place dry seed directly into the field. The technique was introduced in India as part of a broader push to modernise rice cultivation and mitigate water stress. Since 2019, ICAR’s mission has provided technical assistance and subsidies, aiming to overcome early adoption barriers such as lack of suitable seed varieties and limited farmer familiarity with the equipment.
State governments have taken varied approaches. Andhra Pradesh’s agriculture department announced a 20 percent subsidy on seed drills for smallholders, while Karnataka’s 2023‑24 budget earmarked ₹150 crore for DSR research and extension services. Tamil Nadu’s agricultural agencies have also begun pilot projects, though some local panchayats have postponed large‑scale roll‑outs pending assessments of groundwater depletion risks.
Competing claims and uncertainty
Despite the reported gains, experts caution that DSR is not a universal solution. A 2023 study by the Central Rice Research Institute, referenced in the Indian Express article, found that yields under DSR could fall 15‑20 percent in heavy‑clay soils prone to waterlogging. The study highlighted the importance of soil type, seed quality and weed management as determinants of success.
Weed control emerges as a particular concern. DSR fields often require herbicide applications to manage weeds that would otherwise outcompete the rice seedlings. Critics argue that increased herbicide use could raise production costs and pose environmental risks, especially in regions where groundwater quality is already stressed.
Furthermore, the reliance on mechanised seed drills raises questions about accessibility for marginal farmers who may lack capital to purchase or lease equipment, even with subsidies. While ICAR’s programme has distributed seed‑drill kits, the scale of distribution remains limited relative to the total number of rice growers in the targeted states.
What to watch next
1. Policy roll‑outs – Monitoring how state governments refine subsidy schemes and whether additional financial incentives are introduced will indicate the political commitment to DSR scaling.
2. Yield data – Official kharif‑season yield statistics, broken down by cultivation method, will provide a clearer picture of DSR’s performance relative to traditional transplanting across different soil types.
3. Environmental assessments – Studies on herbicide usage patterns and groundwater quality in DSR‑adopting districts will inform debates over the technique’s ecological sustainability.
4. Technology diffusion – Tracking the uptake of seed‑drill machinery, especially among marginal and land‑less farmers, will reveal whether the current subsidy framework is sufficient to overcome capital barriers.
5. Research outcomes – Results from ICAR‑funded breeding programmes aimed at developing weed‑competitive, drought‑tolerant rice varieties could address some of the agronomic challenges identified in the 2023 Central Rice Research Institute study.
Conclusion
The rise of direct‑seeded rice in India’s southern states illustrates how farmers are adapting to climate variability, water scarcity and labour shortages. Government incentives and research support have accelerated adoption, and early reports suggest that yields can match those of traditional transplanting when conditions are favourable. Yet the technique’s dependence on suitable soils, quality seed and herbicide‑based weed control introduces uncertainties that could limit its broader applicability. Continued monitoring of yields, environmental impacts and policy effectiveness will be essential to determine whether DSR can become a cornerstone of India’s water‑saving, climate‑resilient rice strategy.
Sources
– “Direct seeded rice finds traction with farmers amid El Niño,” The Indian Express, https://indianexpress.com/article/india/direct-seeded-rice-farmers-el-nino-10772762/
Story synopsis gathered from: Indian Express – India — source
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