India's Wheat Dilemma: Stagnant Planting Amid Soaring Prices Raises Concerns Of Import Dependency

In the backdrop of soaring wheat prices reaching near-record highs, India, the world's second-largest wheat producer, faces a challenging agricultural landscape as farmers grapple with lower soil moisture levels and shift to less water-intensive crops. Industry experts and scientists warn that this trend, coupled with limited planting areas and the threat of higher temperatures, may compel the country to maintain its export ban or even resort to importing wheat.

As of November 17, data from the Ministry of Agriculture & Farmers' Welfare reveals that wheat planting in India stands at 8.6 million hectares, a nearly 5.5% decline from the previous year. While northern states like Haryana, Punjab, and Uttar Pradesh with reliable irrigation systems are expected to maintain yields, concerns arise in the central state of Madhya Pradesh, the second-largest wheat producer after Uttar Pradesh. Here, a shift to less water-intensive crops, notably chickpeas, could result in a potential 10% decrease in wheat-growing areas.

A senior official from a leading private wheat buyer highlights the impact of lower rains and limited irrigation water availability in Madhya Pradesh, stating, "Due to lower rains and limited availability of irrigation water, there has been observed a shift from wheat to chickpea in certain areas of Madhya Pradesh."

Neighbouring Maharashtra state echoes this sentiment, as farmer Avinash Phalke explains his decision to plant sorghum instead of wheat due to dwindling water resources. "Our well has nearly dried up, leaving us no option but to plant a crop that requires less water. I opted for sorghum as it also provides fodder for cattle," he said.

The concerning decrease in soil moisture levels and depleted reservoirs stem from India experiencing its lowest monsoon rains since 2018, exacerbated by the El Nino weather pattern, resulting in August being the driest month in over a century.

Gyanendra Singh, director at the Indian Institute of Wheat and Barley Research, acknowledges a delay in wheat planting due to paddy harvesting in key states, adding that planting will accelerate in the coming weeks. India follows a single-crop cycle for wheat, with planting occurring in October and November and harvests commencing in March.

While the current soil moisture levels raise concerns, the government's decision to raise the minimum support price to 2,275 rupees per 100 kg for 2024 aims to sustain farmers' interest in wheat. Nitin Gupta, senior vice president of Olam Agri India, affirms, "The soil moisture level is a concern in a few states, but the government's decision to increase the Minimum Support Price by 7% will maintain farmers' interest in wheat."

However, the spectre of El Nino looms large, with Ashwini Bansod, vice president of commodities research at Phillip Capital India Pvt. Ltd., warning that higher-than-normal temperatures during December to March could adversely impact yields for winter-sown crops like wheat and rapeseed.

Wheat yields in India already suffered in 2022 and 2023 due to elevated temperatures during crucial grain development stages, leading to a ban on exports. Although the past two years were La Nina years, winter temperatures remained high, affecting yields. India, typically self-sufficient in grain production, faces a dwindling stockpile of 21.9 million metric tons as of November 1, significantly below the five-year average of 34.8 million tons.

A dealer based in New Delhi, speaking on condition of anonymity, emphasizes the precarious situation, stating, "India could ill-afford below-normal production in 2024 as stocks are depleting. A lower crop would force the country to import wheat."

As India navigates the delicate balance between environmental challenges, shifting agricultural patterns, and the imperative to maintain food self-sufficiency, the coming months will be crucial in determining the nation's wheat production trajectory and its implications for global markets.

*Inputs from Reuters*