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- Multilocation(time) trials indicated that CT89/103 was 8.9% higher cane yield, 21.8% higher sugar yield than CZ13, with equal cellulose content(10.9%) in Panxi. 多年多点 (次 )试验表明 :川糖 89/10 3在攀西蔗区比主栽品种川蔗 13号增产8.;9%25;增糖 2 1
- In 1999, however, when the spring was in serious drought condition, the treatment of multiple-buded seedcane without leaf sheath for GT11 showed the highest cane yield, which was 11.94-69.86% higher than that of other treatments. 在春季连续干旱的 1999年 ;桂糖 11号剥叶不砍种的甘蔗产量是两个品种 4种砍种处理中最高的 ;增产幅度 11.;94%25 - 69
- High cane yield 高产
- Cane yield was increased by 8.2%-13.0% and sucrose yield by 10.2%-22.8%. 每公顷蔗茎产量和含糖量分别提高 8.;2%25 -13
- Its cane sugar content was close to ROC16,cane yield and sugar yield were higher than ROC with 12.4% and 10.1%, respectively. 结果表明:桂糖96-154;中大茎;早熟、高糖、丰产;宿根性、抗旱能力强;甘蔗蔗糖分与新台糖16号相近;产蔗量较新台糖16号增12.;4%25;含糖量增10
- Cane yield shows a close negative correlation with brix in the cane,but no significant correlation with the environment. 甘蔗产量与田间锤度呈较密切遗传负相关;而与环境的相关不显著.
- The trial indicated that early mature variety YZ92/19, early?mid mature varieties YZ89/351 and YN91/854 were the highest in cane yield and sugar yield. 对试验结果进行综合分析,高产、高糖品种有早熟种云蔗92/19、早中熟种云蔗89/351和粤农91/854;
- The mean cane yield of My55-14 was 81780 kg/ha, Yuetang93/159 was 78285 kg/ha, which decreased by 0.67% and 4.91%, respectively. My55-14为81780kg、粤糖93/159为78285kg;比对照种减产0.;67%25和4
- YT95-168 was 19.93% and 8.93% higher in cane yield, and 17.10% and 3.88% higher in sugar yield than the CK1 and CK2 respectively. 粤糖95-168分别比ROC10和ROC22增产19.;93%25和8
- Culture practice for high cane and sugar yield of sugarcane 甘蔗高产高糖栽培技术
- void deck 组屋底层(常见新加坡)
- A experiment was conducted to find the differences of 10 biochemical characters in callus of 11 sugarcane genotypes, and to find the correlation relationship between these characters and cane yield, Brix under field conditions. 通过甘蔗心叶的组织培养;研究了11个甘蔗基因型的愈伤组织的10个生化性状的差异;把这些生化性状与甘蔗在大田种植条件下的田间锤度、蔗茎产量进行了相关分析.
- The cane yield and sugar content per unit area of CT89/103 and CT91/91 were prominent. The cane yield of CT89/103 and CT91/91 were 118.785 t/ha and 104.400 t/ha respectively, which increasedly 37% and 20% respectively. 川糖89/103和川糖91/91两品种(系)的蔗产量和含糖量表现突出;1/15hm2蔗产量分别为7.;919和6
- The cane yield and sugar content per unit area of GT89/5 were 20.745 t/ha and 2.010 t/ha higher than those of check variety CZ17 respectively, which increased by 24% and 15% respectively. 结果表明:桂糖89/5的出苗率高;有效茎多;蔗产量和含糖量高且稳定性好;1/15hm2蔗产量和含糖量分别比对照品种川蔗17号高1.;383和0
- Compared with ROC10 and Mintang 70-611, Funong 95-1702, Gannan 95-108 and Mintang 92-505 performed best in cane yield and sucrose content, Funong 96-0616 and Yunzhen 94-375 performed better, Yuetang 96-244 performed the worst. 对蔗茎产量和蔗糖分进行综合分析,表现最好的甘蔗品种是福农95-1702、闽糖92-505和赣南95-108; 表现较好的甘蔗品种是福农96-0616和云蔗94-375;
- The results of one year new planting experiment show that the mean cane yield of RB72454 (Guiyin NO.5) is the highest of three varieties. It reaches 124928 kg/hm2, increasing 37.5% compared with GT11, and this difference is greatly significant. 一年的新植试验结果表明:蔗茎产量最高的是RB72454(桂引5号);平均达124928 kg/hm2;比对照桂糖11号增产37.;5%25;增产十分显著;
- The results showed that the cane yield of Mintang 92-142 was 140.145 t/ha,sugar yield was 20.321 t/ha and was 22.55% and 19.90% than Mintang 70-611,respectively. It should be considered to develop and utilize as the sugar and energy sugarcane. 结果表明:闽糖92-142蔗茎产量最高;公顷产量为140.;145t、公顷含糖量20
- Data from the National Sugarcane Variety Test,its cane yield(95.5t/ha)was increased by 17.2%,sucrose content(15.24%)was increased by 1.00% higher and sugar yield(14.5t/ha)was increased by 26.1% in comparison with the variety ROC10(CK1),respectively. 在国家甘蔗品种“863”区域试验中;产蔗量(95.;5t/hm2)较对照(新台糖10号)增产17
- These trees gave a high yield of fruit this year. 这些果树今年获得了大丰收。
- Those affecting cane yield, sucrose, brix, stalk length, stalk diameter, weight/stalk and effective stalks/plot were identified, and the multiple regression models were established. 建立了根据伸长盛期+1叶生化性状来预测甘蔗经济性状的多元回归模型。