Matthew Shechmeister April 26, 2011
Photo: Grant Lee Neuenburg/Wired.com : A technician prepares a sample of sweet potato cells that will be screened for viruses before being propagated.
Although the International Potato Center sounds like a place where Idaho fifth-graders are dragged on field trips, in reality it's a sprawling organization promoting rural development around the globe.
Headquartered in Peru, the potato's ancestral home, The Center operates a seed bank that includes over 4,000 varieties of potato, sweet potato and other crops. Through a network of offices in 30 countries, the Center distributes plants to local farmers and adds new breeds to its library.
The Center and its allies have been on a campaign against vitamin A deficiency, a common problem in less-developed regions of the world. The consequences of vitamin A deficiency are devastating, especially for children, leading to blindness and a higher likelihood of death from measles, diarrhea and other illnesses. Consistently distributing tens of millions of multivitamin tablets could solve the problem, but that option can be difficult to achieve because of shaky distribution networks.
Orange-fleshed sweet potatoes are naturally high in vitamin A, and grow well in countries across the globe. For subsistence farmers, crop yields are a matter of life and death, so biofortification focuses on plants that are particularly reliable and productive
http://www.wired.com/rawfile/2011/04/potato-lab/?pid=791&pageid=4286
Photo: Grant Lee Neuenburg/Wired.com : A technician prepares a sample of sweet potato cells that will be screened for viruses before being propagated.
Although the International Potato Center sounds like a place where Idaho fifth-graders are dragged on field trips, in reality it's a sprawling organization promoting rural development around the globe.
Headquartered in Peru, the potato's ancestral home, The Center operates a seed bank that includes over 4,000 varieties of potato, sweet potato and other crops. Through a network of offices in 30 countries, the Center distributes plants to local farmers and adds new breeds to its library.
The Center and its allies have been on a campaign against vitamin A deficiency, a common problem in less-developed regions of the world. The consequences of vitamin A deficiency are devastating, especially for children, leading to blindness and a higher likelihood of death from measles, diarrhea and other illnesses. Consistently distributing tens of millions of multivitamin tablets could solve the problem, but that option can be difficult to achieve because of shaky distribution networks.
Orange-fleshed sweet potatoes are naturally high in vitamin A, and grow well in countries across the globe. For subsistence farmers, crop yields are a matter of life and death, so biofortification focuses on plants that are particularly reliable and productive
http://www.wired.com/rawfile/2011/04/potato-lab/?pid=791&pageid=4286
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