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Drought-Fighting Soil Bacteria Help Wheat Beat the Heat

Western Sydney University researchers have discovered that drought-affected wheat plants are able to call on eco-friendly soil bacteria to survive, helping keep crops healthy, boost yields, and provide pathways to develop extreme weather-resistant crops.

The study, published today in the Cell Host & Microbe journal, revealed that when wheat faces drought, it produces  called 4-oxoproline around its roots, which send out chemical signals to attract specialized friendly soil bacteria, including Streptomyces and Leifsonia species.

The drought-fighting soil microbes then produce beneficial compounds including osmolytes, , and nutrient solubilizers that enhance the ability of the plant to resist drought and continue to grow.

When the research team reintroduced the helpful microbes to  in dry soils, the plants grew bigger, stayed healthier, and produced more grain, even in the next generation of crops.

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InVigor in a Minute | Effective Clubroot Management | BASF

Video: InVigor in a Minute | Effective Clubroot Management | BASF

At BASF, we’re committed to leading and supporting the industry in the fight against clubroot, with tried and true genetics and innovations.

Effective clubroot management starts with the right InVigor hybrid canola. All InVigor hybrids come with patented Pod Shatter Reduction technology, with some hybrids using multiple sources of clubroot resistance.