Increase in paddy production: A curse to humanity?

India’s agricultural landscape is undergoing a dangerous transformation. While governments celebrate record-breaking paddy production and rising cultivation of rice and millets, an alarming decline in pulses and oilseeds is silently threatening food security, environmental sustainability, soil health, and public nutrition. What appears to be an achievement in agricultural productivity may, in reality, become a curse to humanity.

The obsession with maximizing paddy production has pushed Indian agriculture toward ecological imbalance. Water-intensive rice cultivation, excessive fertilizer usage, monocropping practices, and declining crop diversity are creating long-term consequences that future generations may pay dearly for.

The rice obsession

India continues to expand its dependence on paddy despite repeated warnings from scientists, environmentalists, and agricultural economists. According to recent agricultural data, paddy cultivation exceeded expectations in many regions. In Telangana alone, paddy cultivation expanded to nearly 178%, far beyond the official target. Millet cultivation also crossed projected levels, while pulses and oilseed cultivation sharply declined.

This trend is not isolated. Across India, farmers increasingly prefer paddy because of assured government procurement, minimum support prices, availability of irrigation, immediate market demand, and political incentives. In contrast, pulses and oilseeds often face uncertain markets, weak procurement systems, and price crashes.

Water crisis hidden behind rice production

Paddy is among the most water-consuming crops in the world. Producing one kilogram of rice may require 3,000 to 5,000 litres of water depending on climatic conditions and cultivation methods. The government now proposes reducing paddy cultivation by five million hectares while increasing production through genome-edited high-yield varieties.

Genome Editing: Scientific progress or ecological gamble?

The Union Government recently introduced new genome-edited paddy varieties such as DRR Dhan 100 (Kamala) and Pusa DST Rice 1 using CRISPR-Cas technology. Officials claim these varieties can increase productivity, save water, reduce cultivated area, and improve climate resilience.

However, several scientists caution that gene-editing technologies still carry biosafety uncertainties. CRISPR-based modifications may produce unintended genetic changes and ecological consequences that are not fully understood.

Decline of pulses and oilseeds: A nutritional emergency

While paddy production rises, pulses and oilseed cultivation is collapsing. This decline is dangerous because pulses are India’s primary source of protein, especially for millions of poor and vegetarian households. Oilseeds are equally critical for edible oil security. India already imports massive quantities of edible oils every year. Similarly, declining pulse cultivation threatens nutritional security, soil fertility, nitrogen balance, and rural crop diversity. Unlike rice, pulses naturally enrich soil by fixing atmospheric nitrogen.

Soil destruction through monoculture

Continuous paddy cultivation is exhausting Indian soils. Heavy dependence on urea, DAP fertilizers, chemical pesticides, and flood irrigation has damaged soil biodiversity and reduced organic matter in many rice-growing regions. Farmers are trapped in a cycle where soil fertility declines, more fertilizers become necessary, cultivation costs increase, water demand rises, and pest resistance intensifies. The result is declining ecological resilience.

Millets: Humanity’s forgotten future

Ironically, the crops most suitable for climate resilience already exist—millets and pulses. Millets require far less water, need fewer fertilizers, survive drought conditions, improve nutritional diversity, and reduce climate vulnerability. The global climate crisis, fertilizer shortages, and monsoon uncertainties are now forcing policymakers to reconsider traditional crops like bajra, jowar, ragi, and pulses.

Farmers cultivating millets report lower cultivation costs, reduced pesticide use, faster crop cycles, and better adaptability to erratic rainfall. Compared to cotton or paddy, millet cultivation requires minimal irrigation and fewer chemical inputs.

The political economy of paddy

The persistence of rice cultivation is not merely agricultural—it is political. Governments continue to prioritize paddy because procurement systems are well established, public distribution systems depend heavily on rice, rice procurement influences electoral politics, and large fertilizer industries benefit from intensive cultivation. This policy bias discourages diversification. Even when MSPs for pulses and oilseeds are increased, farmers hesitate because procurement mechanisms remain weak compared to rice.

Crop diversity is the real food security

True food security does not mean producing maximum rice. A healthy civilization requires diverse crops, nutritional balance, soil sustainability, water conservation, and ecological resilience. Overproduction of one crop at the cost of all others creates systemic vulnerability.

The way forward

India must urgently rethink its agricultural priorities. Crop rotation between paddy, pulses, and oilseeds must be encouraged. Procurement systems for pulses and millets need strengthening. Fertilizer-intensive monoculture should be reduced. Soil organic carbon restoration must become a national priority. Farmers require better training in sustainable agriculture and water-saving irrigation technologies. Agriculture should nourish humanity—not destroy the ecological systems that sustain life. The unchecked expansion of paddy production may appear economically beneficial today, but its long-term consequences could be catastrophic.

ABOUT THE AUTHOR

Dr Muchukota Suresh Babu

Dr Muchukota Suresh Babu