Nima Tashi has long been engaged in genetic breeding and high-yield and efficient cultivation techniques of highland barley. The breeding objectives of Tibetan highland barley were studied and formulated, and 20 new highland barley varieties were bred, among which "Zangqing 2000" became the main breeding variety of Tibetan highland barley, accounting for more than 50% of the highland barley planting area; In recent five years, a breakthrough new highland barley strain with high yield and lodging resistance has been bred, such as 13-5 17 1-7.

He presided over projects such as transformation demonstration of scientific and technological achievements in planting industry, adjustment of planting structure, crop breeding, highland barley breeding and cultivation, demonstration of agricultural standardization technology and demonstration and popularization of new varieties, screened out new varieties, introduced new technologies, integrated practical technologies, promoted farmers' income and increased agricultural efficiency, and realized double benefits of technological innovation and economy of 100 million yuan.

It is the first time in Tibet to put forward the viewpoint that Tibetan highland barley has high β -glucan content, nutritional and health care functions and deep processing, and organize related projects to promote the development of Tibetan highland barley industry. Initiated and presided over the joint sequencing of highland barley genome, and constructed the first whole genome map of highland barley in the world, which laid the foundation for functional genomics research and molecular improvement of highland barley.

Extended data:

Lifetime award:

2006 54 38+0—— Won the 7th China Youth Science and Technology Award.

2000-China Outstanding Youth Science and Technology Innovation Award won the 4th China Youth Science and Technology Innovation Award ".

In 2000, he was awarded the title of national advanced worker.

From 2000 to 2009, the excellent variety of Cangqing 539 won the third prize of scientific and technological progress in the autonomous region.

From 2000 to 2005, Tibet's large-scale withdrawal of crop varieties from technical research won the third prize of scientific and technological progress in the autonomous region.

1996- won the Ilida Excellent Graduate Award of Graduate School of China Academy of Sciences.

1995- analysis of production potential of winter highland barley, second prize of excellent papers in the first annual Tibetan youth academic conference.

1993—— The excellent variety of Zangqing 85 won the third prize of scientific and technological progress in the autonomous region.

1993- pedigree analysis of crop varieties in Tibet won the third prize of scientific and technological progress in the autonomous region.

In February, 2020, Xizang Autonomous Region made great achievements in the special prize for tackling poverty.

Baidu Encyclopedia-Nima Tashi