- Round-up of stuff that’s been accumulating over past few days because we were busy putting food on the table.
- Marker assisted selection of tomatoes makes it to Washington Post. When will African crops do the same?
- “The history of humanity is a history of hunger.” Maybe MAS of African crops will help.
- USDA money for minor crops. Including African crops?
- Nigerian minister of agriculture on biofortification. Of African crops.
- African smallholders need to get together. They have nothing to lose but their chains. And their fake seeds. Which is not a problem for their Central American brethren.
- Someone mention Central America? Listen to a talk on maize diversity therein. And at the other end of the region’s diversity spectrum: oil palm.
- NASA wants to grown stuff in space. Organically, of course. African smallholders nonplussed.
- In space, nobody can hear you riot over food prices.
- Saving cacao from climate change: The colloquium. We’ve had cassava. Cherries next?
- Hold everything: there’s a framework for this business of crop diversity and climate change.
- Deconstructing strawberry flavour. Apples next? Not sure Indian farmers will care much.
- GBIF wants you to tell them how your data should be licensed. And some background.
- You can lobby the EU on fois gras. If that’s your thing.
- If you’re in Vancouver on May 6, you can celebrate five years of the Biodiversity Research: Integrative Training and Education (BRITE) Internship Program.
- You can also intern at Globefish, which links global fish-trade information networks comprising 85 countries.
- Great Great Lives podcast on Sir Hans Sloane, whose connections with agricultural biodiversity are multiple.
- Something else whose connections with agrobiodiversity are many, though this could have been highlighted more in the article in question: the Silk Road.
- What’s the late Gabriel Garcia Marquez’s connection to crop diversity?
Five steps to food security heaven
National Geographic has a five-step solution to feeding the world. Step one is stopping deforestation, or, more accurately, stop expanding agriculture into the areas which are providing the ecosystem services which agriculture needs. Step two is increasing yields, or “Grow More on Farms We’ve Got.” All very logical. One looks avidly forward to finding out how:
Starting in the 1960s, the green revolution increased yields in Asia and Latin America using better crop varieties and more fertilizer, irrigation, and machines—but with major environmental costs. The world can now turn its attention to increasing yields on less productive farmlands—especially in Africa, Latin America, and eastern Europe—where there are “yield gaps” between current production levels and those possible with improved farming practices. Using high-tech, precision farming systems, as well as approaches borrowed from organic farming, we could boost yields in these places several times over.
Wait, what? No need for any further crop improvement at all? Hang on, step three is about using resources more efficiently. Surely we need at least some breeding for that? Ahem, apparently not. Compost and precision irrigation, sure. Adapted varieties, not so much.
…Many growers apply customized blends of fertilizer tailored to their exact soil conditions, which helps minimize the runoff of chemicals into nearby waterways… Organic farming can also greatly reduce the use of water and chemicals—by incorporating cover crops, mulches, and compost to improve soil quality, conserve water, and build up nutrients. Many farmers have also gotten smarter about water, replacing inefficient irrigation systems with more precise methods, like subsurface drip irrigation. Advances in both conventional and organic farming can give us more “crop per drop” from our water and nutrients.
For the record, step four is about eating less meat and five about reducing waste. As I say, all very sensible, as far as it goes. But do the authors of the article, led by Jonathan Foley, really believe that rethinking agronomic practices will be enough? Well, not quite, of course.
Those who favor conventional agriculture talk about how modern mechanization, irrigation, fertilizers, and improved genetics can increase yields to help meet demand. And they’re right. Meanwhile proponents of local and organic farms counter that the world’s small farmers could increase yields plenty—and help themselves out of poverty—by adopting techniques that improve fertility without synthetic fertilizers and pesticides. They’re right too.
But it needn’t be an either-or proposition. Both approaches offer badly needed solutions; neither one alone gets us there. We would be wise to explore all of the good ideas, whether from organic and local farms or high-tech and conventional farms, and blend the best of both.
Hard to argue with, I’m sure. And, of course, we would say here that diversity should have been given a higher profile, wouldn’t we. That’s what we do. After all (we would say, wouldn’t we) whichever approach you go for, you’re going to need agricultural diversity: it’s just a matter of how you use it. Yes, we would say that. And maybe National Geographic will also say it in future articles in this eight-month series. 1 If not, we’ll point it out to them. As we do.
Open source seeds are now for real. Again.
The Open Source Seeds Initiative is actually sending out seed as of this week, according to a press release from the University of Wisconsin-Madison.
29 new varieties of broccoli, celery, kale, quinoa and other vegetables and grains … are being publicly released using a novel form of ownership agreement known as the Open Source Seed Pledge.
The pledge is far simpler than many of the alternatives that were being discussed as recently as last summer, when we spoke to Jack Kloppenburg, one of the OSSI’s founders.
“It’s almost like a haiku,” says Irwin Goldman a professor of horticulture at UW-Madison and plant breeder, who has released two of his carrot varieties under the OSSI. “It basically says these seeds are free to use in any way you want. They can’t be legally protected. Enjoy them.”
There’s a longer report at NPR.
Brainfood: Wheat resistance, Wild barley regeneration, Barley improvement, Maize regeneration, Seed pathogens, Colombian rice management, Malawi diversity & nutrition, Modelling pollinators, Women & seeds, Vietnam development, European agrobiodiversity, CIP sweet potato goes to China, American NUS
- Gene bank of sources of spring wheat resistance to leaf-stem diseases. Crop wild relatives to the rescue.
- Evolutionary History of Wild Barley (Hordeum vulgare subsp. spontaneum) Analyzed Using Multilocus Sequence Data and Paleodistribution Modeling. Recently collected material gives different results to genebank accessions, suggesting geneflow during ex situ maintenance?
- Barley genetic variation: implications for crop improvement. “Contemporary plant breeders now benefit from publicly available user-friendly databases providing genotypic and phenotypic information on large numbers of barley accessions.” Barley Genebank Database Heaven? Should talk to the guys above?
- Detection of genetic integrity of conserved maize (Zea mays L.) germplasm in genebanks using SNP markers. Oh crap, that problem with ex situ barley maintenance is an issue with maize as well.
- Incidence of Seed-Borne Mycoflora in Wheat and Rice Germplasm. Oh, I give up, genebanks are doomed.
- Ethnophytopathology: Rice Fields Free of Diseases, from the Culture of Producers in a Nuquí, Chocó-Colombia´s Community. Careful placement of fields in the landscape ensures they don’t get diseases. Who needs genebanks and breeders?
- Farm production diversity is associated with greater household dietary diversity in Malawi: Findings from nationally representative data. Yeah, but settle down, it’s kinda complicated.
- Landscape fragmentation and pollinator movement within agricultural environments: a modelling framework for exploring foraging and movement ecology. Don’t know how your set-asides and whatnots are going to affect pollinators? Well, now there’s a spatially explicit model for that. Which could perhaps be applied to…
- Complex effects of fragmentation on remnant woodland plant communities of a rapidly urbanizing biodiversity hotspot. Would be so interesting to know if there were any socioconomically useful plants (including crop wild relatives) among these remnants.
- Gender, Seeds and Biodiversity. Whether in Pennsylvania or Peru, it’s women that save seeds. (This is from an old book, which has presumably just been digitized, hence its appearance in my RSS feed.)
- Land Use Dynamics, Climate Change, and Food Security in Vietnam: A Global-to-local Modeling Approach. Agriculture is at risk. Better collect all that germplasm. Right? Right?
- Responses of plants, earthworms, spiders and bees to geographic location, agricultural management and surrounding landscape in European arable fields. Mineral N and pesticides not good for agricultural biodiversity. Too bad you can’t really conserve earthworms ex situ.
- Identification and evaluation of major quality characters of introduced sweet potato germplasm resources. 4 accessions out of 32 from CIP were likely to prove very useful, for different reasons. I’d say that was pretty good.
- Conservation and use of genetic resources of underutilized crops in the Americas – A continental analysis. Some underused crops are more underused than others, but policies don’t help any of them much.
- And this week’s theme, I’ve just realized, somewhat belatedly, is the complementarity of ex situ and in situ conservation. No, really, go back and check. And it was purely by chance too.
Brainfood: By-the-numbers Indian edition, with a touch of Bangladesh
- SGDB: A Sugarcane Germplasm Database. Cool, but only 131 accessions? One would have thought there’d be more.
- Essential Oil Composition of Bothriochloa bladhii (Retz.) S.T. Blake: An Introduction from Tropical Region of Western Ghats of India. It’s a widespread neotropical grass. There are about 200 accessions in the world’s genebanks. I wonder if this lot will end up there too.
- Conservation of agricultural biodiversity – an experience in the Chotonagpur plateau region. By the Indian Statistical Institute, Giridih. 40 horsegrams collected, among other things. Does NBPGR know? Is there a database?
- Genome Classification of Musa cultivars from Northeast India as Revealed by ITS and IRAP Markers. 36 out of 38 cultivars had been correctly identified on morphology. Relationship to the national banana collection unclear.
- Correlation and Path Coefficient Analysis of Quantitative Characters in Spine Gourd (Momordica dioica Roxb.). Now we know what to select for. 50 accessions used.
- Population structure and genetic diversity analysis of Indian and exotic rice (Oryza sativa L.) accessions using SSR markers. Microsat study of 82 Asian genotypes, including some from India, identifies a few markers of use in breeding. Wheel successfully re-invented.
- Livelihood and Revenue: Role of rattans among Mongoloid tribes and settlers of Andaman and Nicobar Islands, India. Sources of food, building materials and money (via export trade), but only if harvesting is sustainable, which it doesn’t look like it is. Need a plan, including better silviculture and rotational harvesting. Oh, and get rid of the middlemen.
- Bioprospecting, biopiracy and food security in India: The emerging sides of neoliberalism. All of the above are potential neoliberal stooges.
- Comparative karyomorphological studies of three edible locally important species of Allium from India. A chive is not a chive is not a chive. But it’s hard work to tell them apart.
- Crop diversification, crop and energy productivity under raised and sunken beds: results from a seven-year study in a high rainfall organic production system. Rotations including vegetables all round better than rice monocropping. Nothing neoliberal about that. But who does nothing but rice monocropping? I guess these guys could tell you…