- Collaborative Plant Breeding for Organic Agricultural Systems in Developed Countries. Neither researcher-led nor farmer-led but truly collaborative.
- Structuring an Efficient Organic Wheat Breeding Program. Don’t use data from conventional breeding to select your lines.
- Adaptability of Wheat Cultivars to a Late-Planted No-Till Fallow Production System. don’t use varieties selected for current regimes.
- Assessing the vulnerability of traditional maize seed systems in Mexico to climate change. Not too bad, except maybe in the highlands.
- High-Value Agricultural Products and Poverty Reduction: Smallholder Farmer Access to Maize Markets. There are obstacles to selling sweetcorn, baby corn and green corn.
- Dietary Diversity and Nutritional Status of Pre-School Children from Musa-Dependent Households in Gitega (Burundi) and Butembo (Democratic Republic of Congo). Status is bad, and diets are not diverse, but there is no statistically significant association between the two.
- Free iron in pale, dark and alcohol-free commercial lager beers. My preferred beer is better for me.
Featured: Famine
Back40 sees hope even in the Horn:
[S]killfully managed pastoral systems help retain water and halt or reverse desertification in arid regions in Africa. See Allan Savory. (Link added. Ed.) That doesn’t solve the entire food problem, but it helps. Over time catching and holding more rain can improve a whole region and enable some amount of cropping as well as livestock. There are limits to what a place can produce. We may not know those limits precisely, but they exist.
We’ve written about Savory before. And slowing down the run off. But those are mavericks. Is the mainstream smart enough to find out how we can work with the existing system, rather than against it?
What causes famines?
The terrible famine in the Horn of Africa has brought forth torrents of comment, much of it about the cause of the famine. Fortunately, perhaps, cause is such a very slippery word. Causes can be very close in time and space to their effects, or they can be way the hell and gone. (Likewise solutions, although that’s another story.) So we can have experts of various stripes telling us that the famine was caused by climate change, wasn’t caused by climate change, was caused by civil unrest, was caused by low rains, was caused by the western agro-military hegemony etc etc etc. One of my favourites is Bill Easterly’s comment on Ethiopia:
It’s not the rains, it’s the rulers. … drought has not been as devastating to Ethiopians as their own autocratic governments.
The Lancet likes that quote too, in it’s call today for “a collective response” to health in the Horn of Africa. But while The Lancet acknowledges that there are many “causes,” each with its own peculiarities, it also seems to think that the famine is unacceptable because we live in “an era of advanced agricultural productivity and transportation networks”. In other words, food from somewhere else did not arrive in time.
The Lancet does say that “More and longer-term investments in agriculture and health in Africa are needed alongside a collective global response” and looks for leadership to China which feeds 20% of the planet’s population on 7% of its arable land. ((I’d like to see the worked example behind that 7% figure.)) What kinds of solutions are we likely to see, aside from food from somewhere else arriving more quickly next time? I’m not nearly expert enough to offer advice, but one thing does sound very fishy, and that is the idea of using irrigation to grow more crops. ILRI, which has long experience working with pastoralists in the area, is keeping a close eye on the famine, has published several recent blog posts that suggest that using water for forage for livestock, and allowing pastoralists to move freely to better grazing are sensible long term solutions. The latest post at ILRI Clippings is about a book, Risk and Social Change in an African Rural Economy: Livelihoods in Pastoralist Communities, and sports a conclusion that a lot of people probably don’t want to hear.
[F]uture development activities need to be built on the foundation of the livestock economy, instead of seeking to replace it.
That surely requires some understanding of the role of livestock in the life support systems of the region, and a recognition that, you know, maybe there are local limits to carrying capacity. Of all the many causes of the famine, that seems to be the one that dare not speak its name, at least not in public.
The Lancet draws itself up to its full height to declare, ringingly:
“Such a humanitarian disaster must never be allowed to happen again.”
Which is the standard formula for ending that kind of piece.
But it will be.
Nibbles: Patents, Scientific American Blogs, Leek turnovers
- India to patent tribal medicinal knowledge. Community biodiversity register of medicinal plants, apparently with scientific backup.
- Scientific American Blogs devote the day to food — which includes agriculture.
- Language Log investigates leek turnovers. And you thought we were OCD?
Nibbles: Pests & Diseases, Nutrition Actions, Famine, GM Maize, Breeding, More breeding, India’s monsoon, Vegetable undernutrition
- Need a new pest or disease? Here’s the latest list from CAB Abstracts.
- WHO’s e-Library of Evidence for Nutrition Actions. No food, as such, that I could see.
- Is “famine” partly the result of a fixation on maize?
- Nah, course not. At least, I think not … “Drought persuades Kenya to import GM maize“.
- CIAT and partners toast new BREAD project. (FX: Groan.) It’s about breeding cassava and banana.
- Plant Breeders Without Borders. Read more here. Could do with a snappier title, I reckon.
- India’s long-range weather forecast looks bad.
- Modern vegetables are less nutritious.