We keep telling growers to use fewer chemicals. We rarely give them something that works as well.
That's the real reason chemical pesticides persist - not ignorance, economics. When disease takes a quarter of a hand-harvested field, paying the harvest crew stops making sense. At that point "sustainable" isn't a choice a grower can afford to make.
What caught out attention in this Massachusetts Institute of Technology - News profile of Robigo is a design decision, not a data point. Most microbial companies go hunting for a new microbe with the right pest-fighting trait - then find it can't compete in the soil it's sprayed onto. Robigo runs it backwards: name the crop and the pathogen first, then re-program a microbe already known to thrive there.
Same logic we apply to farm data. Don't start with the technology you have. Start with the field, the season, and the decision the grower is actually about to make.
Two things I'm still watching: the trial results are company-disclosed rather than peer-reviewed, and the scale-up depends on agrochemical partnerships that are in progress, not signed. Both are normal at this stage - both matter before anyone calls this a category shift.
The numbers are in the carousel. Curious what the agronomists here think 👇
Source: MIT News, "Giving farmers a more sustainable way to protect crops" (Sept 3, 2026) - Andee Wallace, PhD, Massachusetts Institute of Technology https://lnkd.in/e8zWYDa7
#Agritech #CropProtection #Biopesticides #RNAi #SustainableAgriculture #IndianAgriculture
4 Septiembre 2026 à 04h30
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