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首页> 外文期刊>Acta Agronomica >Development of artificial sugarcane seed CP-54 from three cultivars (cv MEX 69-290; cv MEX 68-P-23; cv. CP 72-2086) using polymers in Tabasco, Mexico
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Development of artificial sugarcane seed CP-54 from three cultivars (cv MEX 69-290; cv MEX 68-P-23; cv. CP 72-2086) using polymers in Tabasco, Mexico

机译:利用墨西哥塔巴斯科州的聚合物,从三个品种(cv MEX 69-290; cv MEX 68-P-23; cv。CP 72-2086)开发人工甘蔗种子CP-54

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Precision mechanized sowing of sugarcane has been delayed due to germination failures caused in sowing process by pieces of sugarcane, generating economic losses by reducing production. The aim of this study was to evaluate different polymers and cultivars of sugarcane to elaborate artificial seed CP-54, seed germination and quality of sugarcane plants. An experiment was carried out in two stages in experimental field of the Colegio de Postgraduados Campus Tabasco, Mexico. Results indicate that the best physical stage of artificial seed CP-54 was obtained in Mex 69-290, Mex 68-P-23 and CP 72-2086 cultivars encapsulated with starch polymers and sodium alginate. Artificial seed CP-54 germination was 100 and 84% encapsulated with starch and alginate of sodium, in buds positions 12, 3 and 9, without concerning cultivar. Highest plant height and root length was obtained with encapsulation of starch and sodium alginate. Physical stage of buds was better in artificial seed made with starch and sodium alginate in the three evaluated sugarcane cultivars and independently of shoot position.
机译:由于甘蔗碎片在播种过程中引起的发芽失败,甘蔗的精密机械播种已经延迟,从而通过减少产量而造成经济损失。这项研究的目的是评估甘蔗的不同聚合物和品种,以精制人造种子CP-54,种子发芽和甘蔗植物的品质。在墨西哥塔巴斯科州的Colegio de Postgraduados校园的实验场中分两个阶段进行了实验。结果表明,用淀粉聚合物和藻酸钠包封的Mex 69-290,Mex 68-P-23和CP 72-2086品种获得了人工种子CP-54的最佳物理时期。人工种子CP-54的发芽率分别为100%和84%,用淀粉和钠的海藻酸钠包裹在芽的第12、3和9位,而无需考虑栽培品种。通过淀粉和藻酸钠的包封获得最高的株高和根长。在三个评估的甘蔗品种中,由淀粉和藻酸钠制成的人工种子的芽的生理阶段更好,并且与芽位置无关。

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