The wheat in Spain grows all over

The researchers were also able to group Spaniards into five genetic clusters. On a map, these groups form five strips running north to south. Those strips line up neatly with history.

I wonder if you’d get a similar pattern looking at crops, say wheat. There’s lots of material in genebanks to play around with.

LATER: Thanks to David Marshall for pointing out that work has been done on barley.

It just needs someone to compare the patterns now. And repeat for other crops.

Breeding Africa’s next super-vegetables

Ready to take your company to the next level? Join the Africa Vegetable Breeding Consortium and discover how exposure to the latest research and closer contact with international breeders and scientists will change the way you do breeding and business.

The main benefit?

Consortium companies will be able to view a broad array of PYT [preliminary yield trials] entries in the field at least 12 months before the material is made public. Participants may have early access to screening protocols or other kinds of scientific information developed at WorldVeg, provided the sharing of such information does not conflict with existing WorldVeg agreements or policies.

Remember that WorldVeg sits on a huge reservoir of diversity, and has talented plant breeders that make the most of it.

LATER: Looking forward to seeing an African vegetable among these.

LATER STILL: Maybe we need a SeedTracker for vegetables?

Brainfood: Forage seeds, Meat is murder, Medieval farming, Bean breeding, Moth bean genomics, Red List definitions, Amaranth domestication, Seed networks, Local adaptation, Social norms, Food demand, Grasspea future, Strawberry evolution, Maracuoccio

Brainfood: Australian pigs, EAHB breeding, Megafauna lunch, Women & agrotourism, Biodiversity & productivity, US beans, Potato ploidy, Phenotyping forests, Sudan cattle genomics, Botanic gardens, Pepper resources, Vanillin, CWR maintenance