In Rayanpet, a village in southern India, unpredictable weather patterns and rising temperatures are severely impacting rice cultivation. Farmers like P. Ravinder Reddy, who used to plan their crops based on predictable seasonal rains, are now struggling with erratic rainfall and longer dry spells. “We used to know when it would rain and how long, but now it’s so unpredictable,” says Reddy. As a result, crops are often failing to sprout due to either too much rain or drought conditions.
Fortunately, agricultural research institutions in India have been working for years to develop climate-resilient rice seeds that can handle these environmental challenges. Reddy has been experimenting with these new seed varieties for the past five years and reports higher yields with less water and increased disease resistance.
India is one of the world’s largest producers and consumers of rice and wheat. Agricultural research institutes, similar to those in other countries, are focused on developing seeds that can tolerate drought, resist pests, and provide stable yields despite increasingly volatile weather conditions. This research is crucial, as extreme weather caused by climate change is becoming more frequent.
According to the United Nations, over 700 million people faced hunger in 2023, and a third of the global population cannot afford a healthy diet. This highlights the urgent need for resilient seeds that can ensure reliable food production, not just in India but worldwide.
As India is particularly vulnerable to climate change impacts, these new seeds are essential in securing the country’s food supply, both for its population and for export. India’s federal government is encouraging the use of climate-resilient seeds. Earlier this year, Prime Minister Narendra Modi released 109 new resilient seed varieties, including rice, cereals, pulses, and oilseeds like peanuts, with a goal of planting them on at least 25% of the country’s paddy fields during the winter crop season.
However, ensuring that farmers have access to these seeds is a significant challenge. Education, affordability, and proper training are all critical factors in helping farmers adopt these seeds. Experts also emphasize the need for more investment in agricultural research and development to combat climate impacts and secure food production.
For farmers like Reddy, climate-resilient seeds offer hope, but they also call for government support in ensuring fair prices for their crops after harvest. “It’s good to keep trying new seeds because after some time, all of them will face some issues or another. If the government can ensure good prices for our crops, it will help farmers like us a great deal,” he said.
