In early 2026, southern Bangladesh experienced a remarkable scientific breakthrough, saving its agriculture from the brink of destruction caused by climate change.
‘Super-Rice Revolution-26’ was developed through the joint efforts of the Bangladesh Rice Research Institute (BRRI) and international partners. This rice variety thrives in water with three times the normal salinity and achieves record yields.
The science behind Super Rice
CRISPR-Cas9 technology has modified this rice’s DNA, allowing it to filter out excess sodium from the soil without absorbing it.
Lands where grass could not grow due to salinity before, are now producing 6 tons of rice per hectare. This breakthrough technology of 2026 is being seen as the biggest turning point in the agricultural history of Bangladesh.
New hope for solving the climate refugee problem
Every year, thousands leave the coast to migrate to Dhaka or other big cities due to salinity. We refer to them as ‘climate refugees.’ This picture in February 2026 is completely different.
The number of people returning is increasing. Farmers are now able to grow crops three times a year. This new agricultural economy has increased the per capita income of coastal districts by 15% in the past year.
Global impact and export potential
Vietnam, India and several African countries have shown interest in this ‘super-rice’ technology of Bangladesh. By the end of 2026, Bangladesh plans to export this high-yielding and tolerant rice seed.
This ensures food security in Bangladesh and offers hope to billions affected by climate change worldwide.
The coast of Bangladesh has transformed from a history of suffering to a symbol of resilience. The agricultural revolution of 2026 shows that with proper research and investment; we can overcome natural disasters.
