Australian scientists have crossed a popular variety of wheat with an ancient species, producing a salt-tolerant variety they say could help reduce food shortages in the world’s arid and semi-arid regions. Using a genetic variation that had been lost in plants due to domestication before it was rediscovered a decade ago, the researchers say they were able to boost yields of durum wheat by 25 percent in salty soils. The gene, which was isolated from an ancestral cousin of modern-day wheat, Triticum monococcum, is believed to help prevent salt from traveling up the plant’s shoots, where it can cause damage, lead researcher Matthew Gilliham of the University of Adelaide, told Reuters. “Salty soils are a major problem because if soldium starts to build up in the leaves it will affect important processes such as photosynthesis,” he said. The findings could have an important impact on wheat yields worldwide, where salinity already affects more than 20 percent of soils, Gilliham said. The study was published in the journal Nature Biotechnology.
Scientists Use Ancient Gene To Create Salt-Tolerant Wheat Variety
More From E360
-
Climate
How Climate Risks Are Putting Home Insurance Out of Reach
-
INTERVIEW
Inside the Plastics Industry Playbook: Delay, Deny, and Distract
-
Biodiversity
Freeing Captive Bears from Armenia’s Backyards and Basements
-
Food & Agriculture
In Indonesia’s Rainforest, a Mega-Farm Project Is Plowing Ahead
-
FILM CONTEST WINNER
In the Yucatan, the High Cost of a Boom in Factory Hog Farms
-
INTERVIEW
In the Transition to Renewable Energy, China Is at a Crossroads
-
E360 Film Contest
In India, a Young Poacher Evolves into a Committed Conservationist
-
E360 Film Contest
The Amazon Rainforest Approaches a Point of No Return
-
Biodiversity
Shrinking Cod: How Humans Are Impacting the Evolution of Species
-
Cities
‘Sponge City’: Copenhagen Adapts to a Wetter Future
-
INTERVIEW
On Controlling Fire, New Lessons from a Deep Indigenous Past
-
Solutions
Paying the People: Liberia’s Novel Plan to Save Its Forests