Beneath the surface of every wheat field, an invisible negotiation is underway between plant roots and the microbes that colonize them. A new study published in Plant and Soil has now mapped that negotiation in unprecedented chemical detail, revealing that modern bread wheat and ancient spelt respond to the same beneficial bacterial treatment in strikingly […]
Beneath the surface of every wheat field, an invisible negotiation is underway between plant roots and the microbes that colonize them.
A new study published in Plant and Soil has now mapped that negotiation in unprecedented chemical detail, revealing that modern bread wheat and ancient spelt respond to the same beneficial bacterial...
The page is ready to read now. The fuller skim-friendly version will appear here automatically.
Beneath the surface of every wheat field, an invisible negotiation is underway between plant roots and the microbes that colonize them. A new study published in Plant and Soil has now mapped that negotiation in unprecedented chemical detail, revealing that modern bread wheat and ancient spelt respond to the same beneficial bacterial treatment in strikingly […]
Open the app view to save this story, compare related coverage, and continue from the same source.