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Effect of Different Plant Arrangements on Maize Morphology and Forage Quality

机译:不同植物布置对玉米形态和牧草品质的影响

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A study was carried out in Central Bohemia to understand the effect of row spacing and stand density on plant morphology, productivity and quality of silage maize in two row spacing treatments (0.70 m and 0.35 m) at two stand densities (92,000 plants/ha and 110,000 plants/ha). The results of the study showed that row spacing and stand density had no effect on plant height or weight; however, significantly higher ear ratio and dry matter content was found in narrow rows at 110,000 plants/ha. It was observed that plant morphology was affected more by the interaction between row spacing and stand density than by a single effect of tested factors. Significantly higher dry matter yield was recorded at higher stand density, but there was no row spacing × stand density interaction. Row spacing had no impact on the whole plant neutral detergent fiber (NDF) content, crude protein of stover and starch content of ear, while narrow rows resulted in almost significantly higher stover NDF content. Our results suggest that narrow rows could be advantageous for maize morphology and quality in cases where higher stand density is applied.
机译:在中波希米亚州进行了一项研究,以了解在两种林分密度(92,000株/公顷)和两种林分密度(0.70 m和0.35 m)下,行距和林分密度对青贮玉米的植物形态,生产力和质量的影响。 110,000株/公顷)。研究结果表明行距和林分密度对株高或株高没有影响。然而,在窄行中以110,000株植物/公顷发现了较高的穗比率和干物质含量。据观察,行距与林分密度之间的相互作用对植物形态的影响大于受测因素的单一影响。在较高的林分密度下记录到较高的干物质产量,但没有行距×林分密度相互作用。行距对整个植物中性洗涤剂纤维(NDF)含量,秸秆粗蛋白和穗部淀粉含量没有影响,而窄行则导致秸秆NDF含量几乎显着增加。我们的结果表明,在应用更高的林分密度的情况下,窄行可能有利于玉米的形态和品质。

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