E Mai 12
Variety Source 750025-12 / E Mai 6
Breeding unit: food crop Research Institute of Hubei Academy of Agricultural Sciences
The characteristic is semi-winter and partial spring, and the growth period is 202 days. The seedlings are semi-creeping, the tillering ability is medium, and the plant height is 90cm. Spike fusiform, long awn, white shell. White grain, powdery, 1000-grain weight 36-38g. Protein content 13.1%, wet gluten content 27%, sedimentation value 26.2ml, stable time 2 minutes. In the middle feeling scab, light feeling stripe rust.
The yield showed the national screening test in the middle and lower reaches of the Yangtze River. In 1996, the average yield per mu was 314.89kg, which was 9.62% higher than that of the control Simai 5, and the difference was extremely significant. In 1997, the average yield per mu was 301.4kg, which was 8.66% higher than that of Yangmai 5, and the difference was significant. According to the production test, at 3 o'clock in Hunan in 1998, the yield per mu was 207-316kg, which was 7.3% higher than that of the local control Xiangmai 13 and 12.9% higher than that of Yangmai 158.
The suitable sowing date for cultivation is mid-late October, with 120000 basic seedlings in high water and fertilizer land and 150000 basic seedlings in medium water and fertilizer land.
In the suitable area, this variety is suitable to be planted in the middle and upper water and fertilizer land of Hubei, Jiangsu and Zhejiang provinces in the middle and lower reaches of the Yangtze River, and the sowing date is about 5 days earlier than that of Emai 1.
- Prev
Characteristics and main cultivation techniques of Brazilian Upland Rice
Brazilian upland rice LAPAR-9 is one of a batch of improved crop varieties given to China by the Brazilian government when Premier Li Peng attended the United Nations Conference on Environment and Development in 1992. Our institute has been in Beijing, Tianjin and Hebei since 1993. Shandong, Henan. Slopes and water-deficient fields in Anhui, Chongqing, Sichuan, Shaanxi, Shanxi, Zhejiang and other places. When planting orchards and tea gardens, the yield is generally 200-300kg per mu. If the land with good fertilizer and water conditions can reach 400kg per mu, the high yield can reach more than 500kg. Try
- Next
Feed new wheat bran to livestock to guard against stomatitis
Many farmers are accustomed to feeding new wheat bran directly to livestock. Untreated new wheat bran often punctures the oral mucosa of livestock and causes stomatitis. After suffering from stomatitis, livestock want to eat but refuse to eat; pick the feed into the mouth and do not dare to chew, or chew a few mouthfuls and then spit it out; white turbid mucus continues to flow out of the mouth; wheat awn can be seen in the mouth, such as the root of the tooth and the bottom of the tongue. Once this disease occurs, the wheat awn in the mouth of the livestock should be cleared first, and then rinse the mouth with clean water to prevent infection. And then
Related
- The first cup of black tea in spring, the flavor and history of tea gardens in Kenya, Africa
- The computer can not only choose potatoes, but also grow tea rice. AI will grow winter oolong tea champion.
- It is not only the inflated tea bitten by insects, but also engraved with the four seasons tea in Beipu.
- The Oriental Beauty Tea Festival in Zhuxian County takes the stage at the weekend to experience the plus-size feast of oil tea.
- & quot; Oriental Beauty Tea & Exploration of Emei in Hsinchu, the hometown of quot;
- The new variety of strawberry "Tainong 1" dessert is the first choice with mellow aroma. Crimson gorgeous
- History of Tea in Taiwan: from Wild Inner Mountain to Export Tea Garden
- Two types of Taiwan Oriental Beauty Black Tea won the British three-Star Award for Childhood Tea Xiang Zhang Jiaqi changed from pilot to champion tea maker.
- Banana species and varieties: the planting history of Taiwan Xianren banana and dwarf banana is long, is banana disease resistant?
- Coffee planting Technology: Qianjie Coffee from Seedling to harvesting