Why India’s Dependence on Edible Oil Imports Persists Despite Higher Production

India remains heavily dependent on foreign markets to meet its cooking oil requirements, purchasing more than half of its total consumption from abroad despite steady gains in indigenous oilseed production. While agricultural research has generated high-yielding varieties capable of narrowing the supply gap, distorted price incentives and inadequate procurement support continue to discourage farmers from cultivating oilseeds on prime agricultural land.

What Happened

India is the largest importer of edible oils in the world, with demand consistently expanding at a pace faster than domestic output. The bulk of these inbound shipments consists of palm oil and related derivatives sourced predominantly from Indonesia and Malaysia. Although Indian agricultural scientists have produced over 1,000 high-yielding varieties and hybrids suited for diverse agro-climatic zones, domestic yields continue to trail significantly behind their known potential.

National average productivity has climbed from 4.8 quintals per hectare in the 1950s to approximately 14 quintals per hectare today. However, the potential yield of modern strains stands at 20 to 25 quintals per hectare. This disparity persists largely because current pricing and procurement frameworks make rival food and commercial crops more economically attractive, relegating roughly 75 per cent of oilseed farming to non-irrigated, less fertile land.

Key Highlights

• Persistent Import Reliance: More than 50 per cent of the country’s edible oil needs are imported, leaving India vulnerable to supply disruptions from key suppliers Indonesia and Malaysia.
• Substantial Yield Gap: Modern seed varieties offer potential yields of 20 to 25 quintals per hectare, yet the current national average yield is roughly 14 quintals per hectare.
• Lack of Irrigation: Around 75 per cent of the area dedicated to oilseed cultivation lacks access to irrigation facilities.
• Diverse Domestic Resources: India cultivates nine primary oilseed crops—including groundnut, rapeseed-mustard, and soybean—alongside perennial sources like coconut and oil palm, tribal tree-borne seeds, and non-conventional oils such as rice bran and cottonseed.
• Historical Precedent: The Technology Mission on Oilseeds (TMO), established in 1986, successfully brought production close to domestic demand by the early 1990s through autonomous pricing and import duty interventions before its mandate was diluted.

Why This Matters

Heavy reliance on a limited number of exporting countries for an essential food item poses strategic and economic risks. The source analysis indicates that India’s shortfall is not caused by an absence of agricultural technology, but rather by uncompetitive crop economics. Because competing crops receive stronger procurement and market returns, growers lack the financial incentive to invest in essential inputs such as fertilisers, plant protection chemicals, and irrigation for oilseeds. Tapping into diverse native oilseeds and abundant non-conventional alternatives like cottonseed and rice bran could substantially bolster local availability if economic parity is established.

What to Watch Next

Addressing the import deficit requires recalibrating agricultural pricing and procurement systems to ensure oilseeds offer returns comparable to alternative crops. Observers note that without policy adjustments that incentivise farmers to expand oilseed acreage, adopt modern hybrids, and cultivate irrigated land, domestic production is unlikely to catch up with expanding national demand.

Frequently Asked Questions

Why does India import more than half of its edible oil?

Domestic consumption of cooking oil has grown much faster than indigenous production, forcing the country to bridge the shortfall through heavy imports, predominantly consisting of palm oil.

Can Indian agricultural technology support self-sufficiency?

Yes. Scientists have developed over 1,000 high-yielding varieties and hybrids that can yield between 20 and 25 quintals per hectare, compared to the current national average of about 14 quintals per hectare.

Why was the Technology Mission on Oilseeds phased down?

Formed in 1986, the TMO helped drive the early 1990s “yellow revolution.” However, its authority over pricing and trade was gradually eroded, and its focus was diluted after it was assigned responsibilities for other crops like pulses and maize by the mid-1990s.

Source: Business Standard analysis by Surinder Sud.