Ratooning: Nuclear technology helps Chinese rice farmers double their yields—and their incomes

ratoon
Image Credit: Xinhua/Wu Lianxun

Just as grass lawns regrow after they are mowed, rice fields can regrow after they are harvested. This second harvest – known as a ratoon crop – has traditionally yielded only a small fraction of the first harvest. But farmers in China are now benefitting from laboratory and field studies …. that used nuclear techniques to determine the best rice varieties and the best fertilizer regimes for increasing second harvest yields, often resulting in second harvests as large as the first – meaning the farmers who ratoon correctly are doubling their yields – and their income.

[Scientists] began working on improving the outcome of rice ratooning – also called “stubble cropping” – in China’s Fujian Province in 2012. This included studying fertilizer and water management practices for Jiafuzhan, an early maturing rice variety developed by Chinese plant mutation breeders.

In addition to working with China’s mutation breeders to develop and promote climate-resilient early-yield varieties, [researchers] used nitrogen-15 stable isotope tracing to determine the optimum application rate for nitrogen fertilizers.

[F]armers who adopted the combination of improved varieties and fertilizer management saw yields almost double from 6.7 to 12.3 tonnes per hectare …. Once the results were known, other farmers were eager to adopt the improved varieties and fertilizer management practices, and now ratooning is underway on 42 000 ha.

Read full, original article: Rice Fields in China Double Yields by “Ratooning”

{{ reviewsTotal }}{{ options.labels.singularReviewCountLabel }}
{{ reviewsTotal }}{{ options.labels.pluralReviewCountLabel }}
{{ options.labels.newReviewButton }}
{{ userData.canReview.message }}

Related Articles

Infographic: Global regulatory and health research agencies on whether glyphosate causes cancer

Infographic: Global regulatory and health research agencies on whether glyphosate causes cancer

Does glyphosate—the world's most heavily-used herbicide—pose serious harm to humans? Is it carcinogenic? Those issues are of both legal and ...

Most Popular

S
As vaccine rejectionism spreads, measles may be taking a more dangerous turn
Screenshot-2026-05-01-at-1.29.41-PM
Viewpoint: What happens when whole grains meet modern food manufacturing? Labels don’t tell the whole story.
Screenshot 2026-05-06 at 2.56
Singularity crisis ahead? Can super babies save us from rogue AI geniuses?
Screenshot-2026-03-13-at-12.14.04-PM
The FDA wants to make many popular prescription drugs OTC—a great idea. Here’s why it’s unlikely to happen
Screenshot-2026-05-06-at-2.07.43-PM
Manufacturing a conspiracy: The timeline of how  the White House embraced the fringe claim that scientists are being mysteriously murdered
Screenshot-2026-04-20-at-2.26.27-PM
Viewpoint — Food-fear world: The latest activist scientists campaign: Cancer-causing additives
Screenshot-2026-05-01-at-11.56.24-AM
‘Science moves forward when people are willing to think differently’: Memories of DNA maverick Craig Venter
Screenshot-2026-04-03-at-11.15.51-AM
Paraben panic: How a flawed study, media hype, and chemophobia convinced the public of the danger of one of the safest classes of preservatives
images
The never-ending GMO debate: Pros and cons
Screenshot-2026-04-30-at-2.19.37-PM
5 myths about summer dehydration that could damage your health — or even kill you
Screenshot-2026-04-12-135256
Bixonimania: The fake disease scam that AI swallowed whole
glp menu logo outlined

Get news on human & agricultural genetics and biotechnology delivered to your inbox.