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Response of early maturity soybean cultivars to row spacing in full-season crop and double-crop systems

机译:早期大豆品种在全季作物和双作物系统中对划线间距的响应

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Cultivar selection and crop systems are important factors for maximising soybean seed yield. The effect of row spacing (RS1 = 75 cm, RS2 = 25 cm) on the performance of 10 early maturity soybean cultivars grown in fullseason and double-crop system for two consecutive years was studied. The agronomic traits measured were seed yield (SY), plant height (PH), pods per plant (PP), first pod height (FPH), crude protein. RS had a significant effect on SY, PH, PP and FPH. Higher SY (P 5.67 t/ha); cv. Sphera was the most productive in the double-crop system (4.66 t/ha); cv. PR92M22 showed good adaptability to both cropping systems. In conclusion, the significant effect of RS and crop system on SY was observed, whereas different high yielding cultivars were identified as suitable for full-season and double-crop system.
机译:品种选择和作物系统是最大化大豆种子产量的重要因素。 研究了行间距(RS1 = 75厘米,RS2 = 25cm)的效果对全部缺血和双重作物系统生长的10次早熟大豆品种的性能进行了研究。 测量的农艺性状为种子产量(SY),植物高度(pH),每株植物荚(PP),第一荚高度(FPH),粗蛋白质。 RS对SY,pH,PP和FPH有显着影响。 较高的SY(P 5.67 T / HA); 简历。 Sphura是双重作物系统(4.66 T / HA)中最富有成效的; 简历。 PR92M22对两种裁剪系统表现出良好的适应性。 总之,观察到RS和作物系统的显着效果,而不同的高产品种被鉴定为适合全季和双作物系统。

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