Agrobiodiversity is crops, livestock, foodways, microbes, pollinators, wild relatives …
Emmanuel’s supervisor, Glenn Hyman, has a problem with dietary diversification as an alternative to fortification.
But how would you target a diet diversity intervention? The problem here is that the populations most at risk of micronutrient deficiency are the ones that cannot afford diverse diets.
And he may have a point…
Last night we received a very nice message from Eve Emshwiller, who teaches an ethnobotany course. She had some welcome things to say about the blog, and then told us this story.
I looked at the site you nibbled yesterday on Oneida corn, and then sent it on to a Menominee graduate student who began working with me this semester, Diana Peterson. She had done her master’s thesis on Oneida three sisters agriculture, including that same maize. She then sent the link on to Jeff Metoxen, the Oneida man pictured and quoted in that article. He hadn’t seen the article previously, and was excited to see it in print! So, thanks to your blog and a sequence of forwarding of links, the news finally got back to the Oneida farmer himself. I’m glad to have been part of that path, and extra glad to have learned of it from your blog.
Which kind of summarizes in a few sentences why we do this. Thanks, Eve and Diana.
Emmanuel Zapata Caldas, a geography student at the Universidad del Valle in Colombia, has won second prize at the XVIII National Geography Event for his work, carried out in collaboration with CIAT, on the spatial analysis of malnutrition in Latin America. Reproduced below are some of his results for Colombia, which he kindly made available to us (click to enlarge).
For this particular analysis, Emmanuel looked at the prevalence of anemia and used secondary data on poverty and agricultural production to identify sites in Colombia where the biofortification of different crops could have a significant impact on this aspect of malnutrition. Congratulations to Emmanuel for his prize, and his interesting work.
Sometimes nature needs a little help. That was brought home to me in emphatic fashion last week as I listened to the formidable Udda Lundqvist summarize her more than half a century making and studying barley mutants. Some 10,000 barley mutants are conserved at NordGen. In this freezer, in fact:
And Udda described some of the main ones during her talk. You can see some of them, and read all about this work, in her 1992 thesis.
Useful mutations in barley include a wide range of economically important characters: disease resistance, low- and high-temperature tolerance, photo- and thermo-period adaptation, earliness, grain weight and -size, protein content, improved amino acid composition, good brewing properties, and improved straw morphology and anatomy in relation to superior lodging resistance.
Some of these have found their way into commercial varieties.
Through the joint work with several Swedish barley breeders (A. Hagberg, G. Persson, K. Wiklund) and other scientists at Svalöf, a rather large number of mutant varieties of two-row barley were registered as originals and commercially released (Gustafsson, 1969; Gustafsson et al., 1971). Some of them have been of distinct importance to Swedish barley cultivation. Two of these varieties, ‘Pallas’, a strawstiff, lodging resistant and high-yielding erectoides mutant, and ‘Mari’, an extremely early, photoperiod insensitive mutant barley, were produced directly by X-irradiation.
Udda is in her 80s but shows little sign of slowing down.
There’s a heart-warming story in The Atlantic Channel about a young woman, Emma Clippinger, who started an organization called Gardens for Health International, that helps people with HIV in Rwanda to grow the food that they need to ensure they respond well to anti-retroviral drugs.
That sounds awfully complicated, but apparently it wasn’t.
Many of the country’s HIV patients did not have access to ample food. HIV/AIDS drugs work most effectively when patients are eating a sound diet. They work poorly when patients are malnourished. … Healthy Rwandans were taking charge of their food supply. But AIDS/HIV victims were excluded from these governmental programs because they were deemed physically incapable of participating.
The effort is spreading, and what is really nice is that it makes full use of agrobiodiversity to deliver better nutrition and health:
“Crops are chosen mostly on the basis of their nutritional value.” They include papaya, avocados, amaranth, spiderplant, cowpea, soy beans, beets, swiss chard, collards, carrots, tomatoes, garlic, chili pepper, tephrosia and … “some sunflowers (for their seed, for their aesthetic value!)”. Growers have been especially enthusiastic about indigenous greens called dodo and isogi, which have a higher iron and vitamin A concentration than spinach. Provisional ingenuity prevails: pesticides include neem, garlic, and chili peppers; multivitamins come in the form of leaves from the moringa tree; old tires serve as planters; no kitchen gray water is wasted.
Staples too. What we need to know is: what are dodo and isogi?