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If you liked this, you will be delighted to learn about the “Triangle of U”: the common brassicas are not just tetraploid, they are Frankensteinian mashups of e
by mjd 7mo ago
If you liked this, you will be delighted to learn about the “Triangle of U”: the common brassicas are not just tetraploid, they are Frankensteinian mashups of earlier diploid species with different numbers of chromosomes!
https://en.wikipedia.org/wiki/Triangle_of_U https://en.wikipedia.org/wiki/Triangle_of_U
- mjd 7mo agoBonus trivia: unlike nearly all plants, brassicas make do without symbiotic mycorrhizal fungi! https://en.wikipedia.org/wiki/Mycorrhiza https://en.wikipedia.org/wiki/Mycorrhiza
- IAmBroom 7mo agoWhat the... That's like hearing some mammal babies don't consume milk!
- culi 7mo agoYeah the family is pretty unique for not relying on mycorrhizal fungi but it does still rely on other fungi like Serendipita indica which is a basidiomycete fungus and acts as a facultative endophyte. Meaning it can live on its own in the soil but it can also develop inside plant roots and play many of the same roles mycorrhizal fungi play. It's actually at the center of a lot of research attention right now for its potential to act as a booster for vegetables that DON'T make traditional mycorrhizal associations
- mjd 7mo agoI didn't know about this. Thanks!
- culi 7mo agoJust as fun is the Citrus triangle https://en.wikipedia.org/wiki/Citrus_taxonomy#/media/File:Citrus_tern_cb_simplified_1.svg https://en.wikipedia.org/wiki/Citrus_taxonomy#/media/File:Ci... Citrons, Pomelos, and True Manderins are the progenitor wild species that were hybridized to give us everything from clementines to grapefruit to key limes and more