As Myanmar comes out of isolation with recent political reforms, the international community is closing ranks to help the country recover – with a focus on helping rice farmers reach the country’s production potential.
The European Union has pledged a large amount of money, and the World Bank recently ended its 25-year hold on grants to Myanmar. Now, millions of dollars are being pledged to aid in the country’s recovery. Myanmar is poised to become a major force in the global rice trade, if the full potential of its vast and rich rice-producing areas, cradled by the Ayeyarwady delta, can be realized.
That is exactly what a collaboration among Myanmar, the International Rice Research Institute (IRRI), and the Livelihoods and Food Security Trust Fund (LIFT) seeks to realize in an undertaking that addresses the risks farmers face in these rice-growing areas.
“Interventions to reduce the vulnerability of Myanmar’s farmers to extreme weather being caused by climate change mean promoting the use of rice varieties that can tolerate floods, salinity, and drought, as well as management approaches that support optimum performance of these improved rice varieties,” says IRRI’s Dr. David Johnson, coordinator for the Consortium for Unfavorable Rice Environments (CURE). Activities in unfavorable areas are funded by the International Fund for Agricultural Development (IFAD) and LIFT, while those in favorable areas are funded by AusAid and the Australian Centre for International Agricultural Research (ACIAR).
IRRI's National Coordinator in Myanmar Khin Maung Thet (left),IRRI's David Johnson (third from right), with Myanmar farmers and partners from Mercy Corps.
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Late August this year saw severe monsoon flooding in Myanmar’s Ayeyarwady delta rice-producing areas. Consequently, rice farmers were left with flooded rice farms and damaged crops. In other areas in the delta, rice is affected by salinity from sea-water intrusion, resulting in land being underused.
If the 2 million-hectare rice-producing areas in the delta use better management practices and appropriate rice varieties, they could easily boost Myanmar's domestic and export capacities – critical for a country whose per capita rice consumption is the highest in the world at 190 kg per year.
IRRI has been working in Myanmar since the 1970s and is now helping to pull together national and international partners to provide support to rice farmers to minimize losses when flooding occurs.
By using data from satellites and remote-sensing technology, IRRI and its partners will determine those specific areas in Myanmar that are prone to floods, salty soils, and drought. Through high-resolution imagery, these areas will be better identified and targeted for intervention.
“IRRI's breeding program has been working with government scientists to develop improved varieties that tolerate these constraints and link farmers to these innovations,” said Dr. Johnson.
“On top of these stress-tolerant varieties, IRRI also develops management technologies that not only help deliver higher yields but also promote environmental sustainability and reduce costs,” he added.
IRRI and its partners in Myanmar – including Myanmar's Department of Agriculture and Department of Agricultural Research – have been engaged in stakeholder consultations as they target the rural poor in rice-producing areas in the lower and upper delta, and in the central dry region.