Agrobiodiversity, pangenomes and the future of food

Comparing commonly grown species and native varieties is a winning strategy for making the former more resilient and the latter more productive.

You all know tomatoes and potatoes. African eggplants, maybe not—but when ripe, they turn red just like tomatoes. The lulo, for its part, is an orange fruit with citrusy notes, which is why in Ecuador it’s called naranjilla, or “little orange.” The Andean pepino, on the other hand, has juicy flesh that makes it resemble a melon. Their sizes, colors, and flavors may vary, but all of these plants belong to the same taxonomic group. In fact, they represent some of the species sequenced to produce a remarkable collection of related genomes—remarkable because it aims to span the entire Solanum genus.

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Domesticaton in the CRISPR era

The world’s food supply depends on about 150 plant speciesbut this number could increase, even considerably. In fact, 250 species are considered to be fully domesticated, while 7,000 are semi-domesticated and 50,000 are edible. In the genomic era domestication may not require centuries and millennia, as was the case in the early days of agriculture. The process could happen at an accelerated pace, within a few years, taking advantage of modern knowledge about useful traits and new tecnologies such as gene editing. 

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