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Genetic Technology Enhances Crop Growth in Suboptimal Soils

Genetic Technology Enhances Crop Growth in Suboptimal Soils
shanghaiist.com - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from shanghaiist.com Daily Mail and Mail on Sunday newspapers.

Xie Qi , Ningxia Hui , National Natural Science Foundation Of China , A Breakthrough In Tolerance Research , Chinese Academy Of Science Institute Genetics , National Science , Ningxia University , Chinese Academy , Science Institute , Developmental Biology , Sahelian Belt , National Science Review , National Natural Science Foundation ,

A Theatre of Waiting - Announcements

Featuring works drawn from the collection, the inaugural exhibition, A Theatre of Waiting, adopts the title of the triptych created by artist Xie Nanxing in 2019, as a metaphor to illustrate that The Cloud Collection, as a theatre-like space for art collections, will always be waiting for the arrival of outstanding artworks. ....

Ili Qing , Liang Quan , Chen Wei , Zhang Ruyi , Wang Guangle , Kader Attia , Isabelle Cornaro , Mamma Andersson , Tacita Dean , Antony Gormley , Zhang Enli , Elmgreen Dragset , Wolfgang Tillmans , Angel Otero , Yang Fudong , Cai Dongdong , Thomas Ruff , Cao Yu , Roni Horn , Wilhelm Sasnal , Liang Shaoji , Qian Jiahua , Christian Marclay , Zhang Xinjun , Rebecca Horn , Miriam Cahn ,

Tweaking one gene could help crops survive and thrive in salty water

Chinese scientists have discovered a crop gene that, once deactivated, can allow plants to thrive in saline and alkaline soils, a feat that has the potential to create new saline-alkaline tolerant crops, according to studies published in the journals Science and National Science Review on Friday. The gene, called AT1, plays a key role in regulating the plant's response to saline and alkaline environments. Field experiments have shown that without the gene, crops such as sorghum, rice, wheat, maize and millet have higher yields and biomass when planted in fields with low to medium saline-alkaline content. The new saline-alkaline tolerant variant for sorghum recorded a grain production increase of 20 percent compared to the controlled group, while biomass could increase by 30 percent, according to the study. Sorghum grains can be made into vital commercial products such as alcohol and vinegar, and sorghum stalks are common livestock fodder for pigs, goats and cattle. ....

Xie Qi , Huang Xun , Chen Shouyi , Zhu Jiankang , Institute Of Genetics , National Science , Development Center , Alkali Tolerant Rice Research , Agriculture Organization Of The United Nations , National Science Review , Agriculture Organization , United Nations , Developmental Biology , Chinese Academy , Qingdao Saline Alkali Tolerant Rice Research , Advanced Biotechnology , Southern University ,

Gene found in crop to increase output

Gene found in crop to increase output
chinadaily.com.cn - get the latest breaking news, showbiz & celebrity photos, sport news & rumours, viral videos and top stories from chinadaily.com.cn Daily Mail and Mail on Sunday newspapers.

Xie Qi , Huang Xun , Zhu Jiankang , Chen Shouyi , Institute Of Genetics , Agriculture Organization Of The United Nations , National Science Review On , National Science Review , Agriculture Organization , United Nations , Developmental Biology , Chinese Academy , Advanced Biotechnology , Southern University ,