Salk tests deeper-rooted crops to store carbon
Scientists at the Salk Institute used genomic data and gene edits to create soybeans and other crops with deeper, larger root systems and are now testing them in field trials across Illinois, Missouri, Kansas and Iowa with an $18 million grant from the Bezos Earth Fund. The team identified 347 genes linked to root growth and carbon storage, and early lab estimates suggest about one extra metric ton of CO2 could be stored per hectare annually, but researchers still need real-world data on carbon persistence, crop yields and adoption barriers before scaling up.
Deep-rooted soybeans may store one extra ton CO2 per hectare annually
Context
Scientists cataloged hundreds of plant genomes and found genes tied to roots. They edited those genes and started field trials with controlled rain and sensors. Next, they will measure carbon storage, drought resilience and crop yields to…
The full analysis
19 dimensions on this story — world impact, market read, and what happens next.
- Full ContextLocked
- Affected SectorsLocked
- Stock ImpactLocked
- Economic IndicatorLocked
- Investor RelevanceLocked
- Professional RelevanceLocked
- Watch PointsLocked
- Probability of ChangeLocked
- Debate PointsLocked
- Historical ParallelLocked
- Prerequisite KnowledgeLocked
- Follow-up QuestionsLocked
- Pros & ConsLocked