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Droughts will affect 60 per cent of wheat-producing areas by 2100: Study


PTI Houston
Updated: 26-09-2019 11:58 IST
Droughts will affect 60 per cent of wheat-producing areas by 2100: Study

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Up to 60 percent of wheat-growing areas around the world may see simultaneous, severe and prolonged droughts by the end of the century, according to a study. Wheat -- the largest rain-fed crop in terms of the harvested area -- provides about 20 percent of all calories consumed by humans, the study, published in the journal Science Advances, noted.

The researchers, including those from the University of Arkansas in the US, said that even if the global average temperature is held within 2 degrees Celsius above pre-industrial levels -- which is the target of the Paris Climate Agreement -- up to 30 percent of the global wheat-producing areas could see simultaneous drought. According to the study, severe drought could affect up to 15 percent of current wheat-growing areas if the weather patterns currently observed continue along the same trend.

However, the study projected that without climate crisis mitigation, up to 60 percent of the current wheat-growing area will face simultaneous droughts by the end of this century. "This clearly suggests that global warming will affect food production," said Song Feng, second author of the study from the University of Arkansas in the US.

Feng said that such droughts would be a shock to the global food production system. According to the researchers, the risk of widespread drought in wheat-producing areas of the world is four times the level seen today.

The researchers analyzed "terabytes of information," taking more than two months, and developed 27 climate models, in which, each had three different scenarios. They found that the total area affected by severe drought globally and food prices were closely related.

More widespread drought, the researchers said, meant higher food prices in the past. "If only one country or region sees a drought, there is less impact," Feng said.

However, Feng added that if multiple regions are affected simultaneously, it could affect global production and food prices, and lead to food insecurity worldwide.

(This story has not been edited by Devdiscourse staff and is auto-generated from a syndicated feed.)

READ MORE ON : researchers journal humans
COUNTRY : United States