Tweeting crops

Jack Grieve is a computational linguist at Aston University in Birmingham, England. I came across him on Twitter, where he occasionally posts fun maps showing the geographic distributions (usually within the USA) of different words, usually dialectical variants, based on their appearance in geocoded tweets. He very kindly ran a couple of crop names through his magic box for us, and this is what he got. I wanted to know if the distribution of crops could be inferred from where people tweet about it more than the average. I’ve placed his map for each crop side by side with the relevant distribution map from USDA.

crops in USA

Not a perfect match by any means, but not too bad. Except for cotton, that is. Any ideas why people should be tweeting so much about cotton in the northern Great Plains? They’re certainly not growing it.

Jack’s dataset apparently only covers the US and the UK at the moment, which means I can’t check whether Kenyans, say, are tweeting about maize particularly assiduously where they’re growing it, or indeed about maize lethal necrosis where they’re worried about it. Google famously tried to predict flu outbreaks from search patterns, but that seems to have fizzled out. Could tweeting trends help pinpoint crops (or livestock?) and their pests and diseases in space and time? I don’t see much of that kind of thing in the discussion of ICTs in agriculture.

Nibbles: Gastronomy edition

  • Gastronomy comes to the Amazon.
  • Maybe it should come to Tikal too.
  • You know it’s already in Mexico.
  • Not to mention Peru.
  • Preparing decent coffee counts as gastronomy, I guess. But SL28 is not genetically engineered. Not in the usual sense, anyway.
  • Not sure that eels have much of a future in gastronomy.
  • Into Africa: Indian seeds. And Indian gastronomy along with them?
  • Feralization is not domestication in reverse. Lots of gastronomic potential, though.
  • Meanwhile

Nibbles: Ancient faba, Ampelography double, S. African cattle, CIMMYT in Ethiopia, Seed pix, Heirloom pix, Trifolium genome