CIMMYT’s genebank has a fancy new profile pic on Facebook. Not sure if they’ll make it more generally available, so here it is for those of our readers who are not into social media. Click on it if you want to read the captions.
Wheat that goes around, comes around
There’s lots of fascinating material in Robert Spengler’s new review paper on Agriculture in the Central Asian Bronze Age. 1 This map of the region comes from an earlier paper of his, but sets the scene nicely.

The thesis of the latest paper is that the conventional model of mixed agropastoralism in Central Asia gradually becoming typical nomadic pastoralism needs to be rethought. In fact, Spengler says, after looking in detail at the archaeological evidence, the mixed pastoral economies of the Bronze Age, with their distinctive package of crops derived from both further east and west in place by 2500 BC, actually intensified into the Iron Age. The result was “irrigated agriculture, sedentary villages, and a drastically altered anthropogenic landscape.”
I may come back to that in a later post, but here I want to focus on what I learned about wheat. I knew that the Green Revolution was based in large part on the use of Rht genes from a Japanese wheat called Norin 10. These genes cause dwarfing, and allow the wheat plant to divert energy into the grain rather than the straw. Yields shot up in places like India, and the Borlaug legend was born.
What I didn’t know is that there was so-called “Indian dwarf wheat” in Afghanistan, Pakistan and northern India before the Green Revolution, characterized by
…dense strong culms and erect blades, a condensed spike which expresses with short awns, glumes, and a hemispherical grain. In addition, it has increased tillering and a reduced rate of lodging…
All of the wheat found in Bronze Age Central Asia seems to have been of this type too, as far as one can tell by comparing archaeobotanical remains with herbarium and genebank material. And similar material turns up in sites in Japan and Korea a millennium and more later. Spengler is circumspect, asking for genetic studies, but it is certainly an intriguing possibility that
…pre-Harappan farmers in India bred a phenotype that would later alter agriculture globally.
Nibbles: Oyster wars, Bitter veggies, Saffron, Ag & development, Cannabis taxonomy, Mold evolution, Svalbard & ICARDA, Blueberry taste
- The land sparing vs sharing debate encapsulated in a controversy over San Francisco oyster farming.
- Bitter is good.
- BBC’s Farming Today on saffron in England, among other things.
- Want sustainable development? Invest in agriculture.
- Growing weed: here comes the science.
- “When you chew on a Camembert rind, you’re eating a solid mat of mold.” And probably GM to boot.
- Why do I sound so totally unprepared?
- Breeding better blueberries.
Nibbles: Pig landrace, Campbell’s Soup tomato, HarvestPlus, CG & SDGs, Georgian wine, American vegetables, Kenya & nutrition, Equator Prize, Wheat breeding
- So there’s a “celebrity pork expert.” No, not David Cameron, Carl Blake.
- Nevermind about resurrecting pig breeds, how about resurrecting “America’s best tomato“?
- Mapping biofortification outreach.
- CG writes letter to heads of state on SDGs. But will they listen?
- How they store wine in Georgia.
- US needs more veggies. Don’t we all.
- Kenya is a nutrition star.
- The Equator Prize 2015 winners are in.
- Article on wheat illustrated with picture of millet labelled sorghum
Brainfood: Cowpea evaluation, Varietal mixtures, Eragrostis core, Nigerian cassava diversity, Turkish alfalfa, Italian wild grapes, Cleome veggie, AnGR history
- Genotypic difference in salinity tolerance during early vegetative growth of cowpea (Vigna unguiculata L. Walp.) from Myanmar. 3 out of 21 seems a pretty good proportion.
- Epidemiological and evolutionary management of plant resistance: optimizing the deployment of cultivar mixtures in time and space in agricultural landscapes. Best to combine with rotations.
- Barnyard millet global core collection evaluation in the submontane Himalayan region of India using multivariate analysis. Three groups: India, Japan, and everything else.
- Determinants of on-farm cassava biodiversity in Ogun State, Nigeria. Experience and size of farm.
- Historical Alfalfa Landraces Perform Higher Yield Under Dry Farming in Turkey. At least at these two locations in Kars. One does wonder why breeders bother, though.
- Identification and characterization of Vitis vinifera subsp. sylvestris populations in north-western Italy. Was thought to be lost in Piedmont, but 5 small wild populations found, in danger of contamination from the crop.
- Cleome viscosa: a promising underutilized minor crop. Worth a try, though the name is hardly promising.
- Changing values of Farm Animal Genomic Resources. From historical breeds to the Nagoya Protocol. Everything is political now. Welcome to my world.
