Chinese scientists to develop high-yield sea rice » Manila Bulletin Newsbit

Manila Bulletin Philippines

Breaking News from the Nation's leading newspaper

Tempo

Online Newspaper

Showbiz and Celebrity News

Sports News

World News
News Asia

Chinese scientists to develop high-yield sea rice

Published

By People’s Daily

Yuan Longping, China’s renowned rice scientist, is leading a research to cultivate new strains of high yield “sea rice.”

PHOTO: Grabbed from Flickr | Manila Bulletin

PHOTO: Grabbed from Flickr | Manila Bulletin

The research team plans to spend three years developing a breed that can withstand water with a salinity of up to 0.8 percent, with a yield over 300 kilograms per mu (a Chinese unit equivalent to 666 square meters), said Yuan, known as the “father of hybrid rice,” during a seminar in Sanya city in the southern Hainan Province.

“Over half of the world’s population relies on rice as their staple food, while the proportion is over 60 percent in China,” Yuan said, adding that China has more than 1 billion mu of saline-alkaline soil, and it will be of great significance to convert such soil into arable land by developing sea rice with a high salinity tolerance.

Using 100 million mu of land to grow sea rice, the country could produce an extra of 30 billion kilograms of rice and feed an extra 80 million people.

Sea rice is sometimes found in saline-alkaline soil at the junctures where rivers join the sea. The plant is resistant to pests, diseases, salt and alkali, and does not need fertilizer.h Currently, the most advanced sea-rice breed in China has a yield of 400 kilograms per mu, but can only be grown in water with salinity less than 0.3 percent.

A sea-rice research center, with Yuan as the chief scientist, was established in October in Qingdao, Shandong Province. With dozens of breeds of sea rice brought in from worldwide, researchers will use gene sequencing technology to cultivate new strains of sea rice.

Over the past decades, Chinese scientists, led by Yuan, have worked on new approaches to significantly increase rice yields.

Tags: , , , , , ,

Related Posts