-
Science and Technology Garden 20160912 Episode Eye-Opener Episode 38 Video
Science and Technology Garden 20160912 Eye-Opener (38)
-
Integrated water and fertilizer technology breaks the stranglehold on agricultural development
Integrated water and fertilizer technology breaks the "stranglehold"
-
Spring Cucumber Greenhouse Planting Technology, Transplanting Time, and Four Spring Management Notes
Four Notes on Spring Management of Greenhouse Cucumbers
-
Modern ecological agriculture development boosts targeted poverty alleviation through science and technology
Develop modern ecological agriculture to advance targeted poverty alleviation through science and technology
-
How should agricultural genetically modified technology be scientifically understood and used?
Scientifically understand and use agricultural genetically modified technology
-
Xuwen Pineapple Turmoil: Behind It Lies the Predicament of Agricultural Technology Extension
Behind the Xuwen "Pineapple Turmoil" Lies the Predicament of Agricultural Technology Extension
-
Agricultural development needs more agriculture-related science and technology commissioners
More agriculture-related science and technology commissioners
-
The key to storing grain in technology lies in improving quality and efficiency
The key to "storing grain in technology" lies in improving quality and efficiency
-
Qitai Uses Embryo Transfer Technology to Breed New Red Deer Varieties
Applying embryo transfer technology to the breeding of Tianshan red deer will cause a sensation in China's wildlife conservation community. On December 18, 2003, **Ma Mingkui, director of the Qitai Forest Farm, pointed to the red deer at the red deer breeding farm and told reporters: "No. 366, No. 66, and No. 399, these 3 red deer are all pregnant." This work began in September 2003, and a total of 13 red deer underwent embryo transfer. They are all red deer from the Qitai Forest Farm red deer breeding farm. This farm is also China's only Tianshan red deer germplasm protection and breeding base. Tarim
-
Soybean Molecular Breeding Technology Successfully Developed by South Korea
The Agricultural Biotechnology Research Institute of South Korea's Rural Development Administration recently succeeded in developing a soybean molecular breeding technology, which means that South Korea's mass production of organic soybeans containing anti-cancer components will become a reality. South Korea's technology for regenerating soybean plants through tissue culture is not very advanced, so trait-transformed soybeans are mainly imported from the United States. The Rural Development Administration revealed that molecular breeding technology is called third-generation genetic engineering technology; using this technology, soybeans with higher added value can be produced, which is important for increasing farmers' income
条件筛选