Brainfood: Resistances, Seed networks, Medicinal plant protection, Pollinator knowledge gaps

Nibbles: GRISP, Wheat for Africa, African ag, Future genebanks, GCARD, Zoonoses, Urban ag, Goat feed, ICRISAT breeding, Old corn & apples, Millets, Chocolate, Medlars, Yam beans, Black Sigatoka, CBD and ITPGRFA, Fish policy, Dog miscegenation

Brainfood: Host-pathogen genomics, Maize-teosinte system, Organic Europe meta-analysis, Food perceptions, Guanaco, Earthworms, Pea & powdery mildew, Pea drought tolerance, Butternut regeneration, Wild tomato salt tolerance, Germination & climate change, Medieval melons, Barley domestication, Rice origin, Livestock & wildlife, Niche modelling, Insects

Desperately seeking data

We’re trying something new here, trying to keep on the cutting edge of the inter webs.

What happened was, a couple of days ago, we saw a video about a warning service for UK growers of winter oilseed rape (aka canola). There’s a model that predicts when fungus outbreaks are particularly likely, so farmers don’t have to spray with fungicide on a schedule, rather than when most needed.

That’s good. But, just out of interest, I wondered how much diversity there is in the resistance to the two prime fungal threats among the varieties of oilseed rape grown in the UK. Because, maybe, farmers and researchers there could even consider whether sowing a mixture might give them as much protection as a fungicide. Just a thought, y’know.

What followed (curated and enlivened thanks to Luigi’s efforts) was https://wtcampaigns.wordpress.com/2012/10/30/ash-dieback-chalara/, and not in a particularly good way. ((Luigi’s lively curation was originally done in Storify, but when that died in 2018 we had to make that ugly PDF out of it.))

Bottom line: there is actually a lot of data at the HGCA, but it is in PDFs, which makes it harder to do any sort of analysis, and I couldn’t find anything on the area planted to specific varieties. Oh, and the email trail went cold very quickly.