Written October 2010
[This article first appeared in the U.S. Agency for International Development’s October 2010 FRONTLINES magazine. The information was provided by Ishrat Jahan, IFDC resident representative and team leader in Bangladesh, and edited by Mark Visocky, deputy office director for USAID/Dhaka.]
KASHIPUR VILLAGE, Bangladesh – Jahangir Howlader remembers it like it was yesterday. In 2007, Cyclone Sidr tore through southern Bangladesh’s rice growing area, wiping out his crops and those of his family, neighbors and friends. His vegetable gardens were washed away, large trees used for timber were scattered and his house was badly damaged.
“After Sidr, when I saw that I did not have any crops left on my land, I thought that I lost my life,” said Howlader. Rice plays a key role in food security and income generation for small-scale farmers in Bangladesh.
Paradoxically, the devastation caused by the cyclone opened Howlader’s eyes and mind to a new and more profitable way of rice farming.
Howlader received a visit from a team of extension agents from the International Fertilizer Development Center (IFDC) who were promoting a fertilizer method known as urea deep placement (UDP). USAID, IFDC and Bangladeshi farmers are now scaling up this technology to smallholder rice farmers as part of USAID’s new Feed the Future initiative, which calls for collective global action on agricultural development and food security. The goal is to reach 2 million farmers in five years and increase rice yields by 67 percent.
Using this method, farmers place a mini-briquette, called Guti, near the roots of the rice plant, rather than spreading urea over the surface of the soil, which is the conventional method. The Guti, which is the size of a mothball, slowly releases nitrogen throughout the growing season.
The technology allows for better absorption and efficiency of the fertilizer while reducing runoff, and decreases the release of volatile greenhouse gas. Only one application of Guti briquettes is needed, compared with three applications of conventional fertilizer.
Howlader listened to the extension agents and decided to give the UDP method a try. To his surprise, his crop yields increased by 25 percent – and he saved money on expensive fertilizer.
Howlader is now spreading the good news about Guti fertilizer to all his neighbors, and hosted a field day promoting it to farmers and local extension workers. Most farmers in his area are now using the technology on their own fields and cultivating larger yields than before. They are also saving the environment from damaging pollution and greenhouse gases, and, to date, they have saved the government $1.4 million on fertilizer subsidies.
In two years, this USAID-supported project has reached over 400,000 farmers. Using UDP briquettes, fertilizer saving can reach 40 percent, and yields have increased by as much as a ton per hectare, leading to as much as $200 in additional profits per hectare.
What started as a hopeless situation in the aftermath of Cyclone Sidr gave Howlader a new lease on life. He has become an “agricultural leader” in his community and is eagerly teaching others, especially women, so they may become socially independent. His farm now has livestock and a fish pond, all resulting from the larger income he has earned from a little product the size of a mothball.
“I cannot give money to others, but I can give good advice to help raise production. This advice will benefit people now and in the future. Maybe they will remember me and my name for this advice,” said Howlader.