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株行距和种植深度对西伯利亚百合生长的影响

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阐明不同株行距及种植深度对西伯利亚百合在栽植阶段生长的影响,总结试验栽植地最适西伯利亚百合生长的最佳株行距及种植深度,从中挖掘提高西伯利亚百合切花品质的关键种植因素,寻求绿色、高效的增产提质方式。以西伯利亚 2、3 代种球为试验对象,按照标准化生产流程,采用二因素随机区组设计,探讨不同株行距及种植深度对百合鲜切花的花茎高度、花苞大小及花苞数量的影响。除株行距对 2 代种球的花苞数量影响达 5%显著水平外,株行距及种植深度对西伯利亚百合 2 代和 3 代种球的其他生长指标影响均达 1%极显著差异水平。处理 3 即 15 cm×20 cm的株行距 25 cm的种植深度组合于 2 代和 3 代种球均为最佳处理方式。处理7 即 25 cm×30 cm的株行距 15 cm的种植深度组合对 2 代和 3 代种球的花茎高度和花苞直径的生长最不利,处理4 不利于种球花苞数量的生长。种植深度对于 2 代和 3 代种球花苞数量增长的影响大于株行距。而花茎高度和花苞直径则有所区别,种植深度对 2 代种球花茎高度生长的影响大于株行距,3 代种球反之;株行距对 2 代种球花苞直径的影响大于种植深度,3 代种球反之。于 2、3 代种球的花茎高度和花苞直径而言,A1B3 即以 15 cm×20 cm的株行距 25 cm的种植深度组合能够获得良好的生长效果。而 A3B3 即 25 cm×30 cm 的株行距 25 cm 的种植深度的组合对 2 代种球的花苞数量增加有利,A1B3 则利于 3 代种球花苞数量的增加。合适的种植深度能够使植物的根系得到良好的发育,同时能够有效地吸收土壤中的养分和水分,促进植物生长。种球种植株行距与百合花苞数量、花茎高度及花苞大小都呈显著正相关。
Effects of plant row spacing and planting depth on the growth of lily variety Siberia
To elucidate the effects of different plant row spacing and planting depth on the growth of lily variety Siberia during the planting stage,summarize the optimal plant row spacing and planting depth for the growth of Siberia in the experimental planting site,explore key planting factors to improve the quality of cut flowers of Siberia,and seek green and efficient ways to increase yield and improve quality,using Siberia second-generation and third-generation bulbs as the experimental subjects,a standardized production process was followed,and a two factor randomized block design was used to explore the effects of different plant row spacing and planting depth on the stem height,bud size,and bud number of lily fresh cut flowers.Except for the significant impact of plant row spacing on the number of flower buds in the second-generation of bulbs at a 5%level,the effects of plant row spacing and planting depth on the other growth indicators of the second-generation and third-generation of Siberia bulbs all reached a 1%extremely significant difference level.The optimal treatment method is to combine the plant row spacing of 15 cm×20 cm with a planting depth of 25 cm in the second-generation and third-generation of bulbs.The combination of planting depth of 15 cm with a plant row spacing of 25 cm×30 cm for treatment 7 is the most unfavorable for the growth of the flower stem height and flower bud diameter of the second-generation and third-generation bulbs of Siberia,while treatment 4 is not conducive to the growth of the number of flower buds in Siberia bulbs.The influence of planting depth on the growth of the number of flower buds in the second-generation and third-generation of bulbs is greater than that of plant row spacing.The height of the flower stem and the diameter of the flower bud are different,and the planting depth has a greater impact on the growth of the flower stem height of the second-generation of bulbs than the plant row spacing between plants,while the third-generation of bulbs has the opposite effect;The influence of plant row spacing on the diameter of flower buds in the second-generation of bulbs is greater than the planting depth,while in the third-generation of bulbs,the opposite is true.In terms of the stem height and bud diameter of the second-generation and third-generation bulbs,the combination of A1B3 with a planting depth of 25 cm at a plant row spacing of 15 cm×20 cm can achieve good growth results.The combination of A3B3 with a plant row spacing of 25 cm×30 cm and a planting depth of 25 cm is beneficial for increasing the number of flower buds in the second-generation of bulbs,while A1B3 is beneficial for increasing the number of flower buds in the third-generation of bulbs.An appropriate planting depth can promote the development of plant roots and effectively absorb nutrients and water from the soil,promoting plant growth.The plant row spacing of bulbs planting is significantly positively correlated with the number of lily flower buds,flower stem height,and flower bud size.

plant row spacingplanting depthSiberialily

黄淑燕、黄云玲

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福建林业职业技术学院,福建 南平 353000

株行距 种植深度 西伯利亚 百合

南平市自然科学基金联合资助项目

2019J08

2024

浙江农业科学
浙江省农业科学院,浙江大学

浙江农业科学

影响因子:0.523
ISSN:0528-9017
年,卷(期):2024.65(7)