Yuan Longping team hybrid rice double-season yield exceeded 1500 kg

Xinhua News Agency, Changsha, November 2 (Reporters Bai Tiantian, Zhou Ying) November 2, Hengyang City, Hunan Province, Hengnan County, Qingzhu Village, by the "father of hybrid rice" Yuan Longping team developed hybrid rice double-season yield exceeded the 1500 kg mark, of which late rice varieties for the third generation of hybrid rice.
the multiple impacts of this year's outbreak and disaster, such test results are hard-won and have a high "gold content". Xie Hua'an of China, head of the group of experts on production measurement, said:
"We are all praising and proud of the innovation of Yuan Longping's team when we see a large area of rice grow so neatly and so attractively." On
2nd morning, the third generation of hybrid rice in Qingzhu village, "Yuyou 1" test demonstration base, the rain did not block people's enthusiasm for harvesting. 3 plots at the same time began mechanical harvesting, from all over the country more than 10
, experts in the field to participate in the production.
by the group of experts assessed, the late rice varieties "Yuyou No. 1" mu yield of 911.7 kg. Prior to this, the yield of early rice varieties planted at the same base was 619.06 kg per mu. This means that the double-season mu yield reached 1530.76 kg, achieving the "1500 kg high yield attack" goal.
90-year-old Yuan Longping, who is based at the Hunan Hybrid Rice Research Center in Changsha,
5G video link with the test site. Yuan Longping said: "3000 pounds means a step closer to the 'cool dream'." It
that the third generation of hybrid rice technology is yuan Longping as the key to break through the "ceiling" of mu yield. Experts believe that the third generation of hybrid rice "strong genes", with high yield, disease resistance, cold resistance, anti-inverted and so on.
zhang Yu candle, deputy director of Hunan Hybrid Rice Research Center, said that this year, the southern rice-producing areas encountered
low temperature oligarchic weather, the third generation of hybrid rice varieties relatively stable performance, withstood the test.