西米棕榈(Metroxylon sagu Rottb.)髓内营养物质含量的变化贮藏期吸盘及苗期贮藏条件对后续生长的影响

A. Irawan, Yoshinori Yamamoto, Tetsushi Yoshida, A. Miyazaki, F. Jong
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引用次数: 2

摘要

本研究评估了西米棕榈吸盘在苗期之前的储存条件(遮荫和无遮荫条件)下的成活率和生长性能。此外,还分析了植物髓中常量营养素(N、P、K、Ca、Mg)和非结构性碳水化合物含量的变化。贮藏期分别为0、3、7、15和25天。在苗圃期之前储存收集的吸盘,由于水分含量的减少而降低了它们的新鲜度。在遮荫条件下贮藏的吸盘比在无遮荫条件下贮藏的吸盘失重更少,特别是在贮藏后3 ~ 15天和25天后,吸盘失重幅度相似。随着贮藏期的延长,果髓干物质率、宏量营养素含量和总糖含量均呈上升趋势,淀粉含量则呈下降趋势。在大多数情况下,两种贮藏方式在各贮藏期内这些参数的变化没有显著差异。总体上,宏量营养素含量主要在7和15 DAS时达到最大值。此后,当时间延长到15或25天时,它们有所下降。直接苗圃移栽成活率为87.5%,随贮藏时间延长成活率下降。较长的贮存期(25天)使吸盘的成活率明显降低到20%以下,即使吸盘在阴凉条件下保存,在无阴凉条件下也不能成活。使用新鲜制作的西米棕榈吸盘可以提高苗期西米棕榈吸盘的成活率。如果吸盘因任何原因需要储存,建议在阴凉条件下放置少于一周。
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Changes in Nutrient Contents in Pith of Sago Palm (Metroxylon sagu Rottb.) Suckers during Storage and Effects of Storage Conditions on Subsequent Growth during Nursery Period
The present study evaluated the survival rate and the growth performance of sago palm suckers during the early establishment in response to storage conditions (shaded and unshaded conditions) prior to the nursery period. Moreover, changes in the contents of macronutrients (N, P, K, Ca, and Mg) as well as nonstructural carbohydrates in the pith were also elucidated. Storage periods of 0, 3, 7, 15, and 25 days were used. Storage of the collected suckers prior to the nursery period reduced their freshness due to the reduction of the moisture content. The suckers stored under shaded conditions lost less weight than those stored under unshaded conditions, especially during the 3to 15day period after storage (DAS) and at 25 DAS, they showed a similar weight loss. While the pith dry matter percentage and the contents of macronutrients as well as total sugar in the pith increased with the prolongation of the storage period, the content of starch decreased steadily. The changes in those parameters between the two storage methods in each storage period were not significantly different in most cases. The contents of macronutrients, in general, were maximum mainly at 7 and 15 DAS. They decreased thereafter when the period was extended to 15 or 25 days. Direct nursery transfer resulted in a survival rate of 87.5 % and the rate decreased with the prolongation of the storage period, regardless of the storage methods. A long storage period (25 days) considerably reduced the sucker survival rate below 20 %, even when the suckers were kept under shaded conditions and none of them was able to survive when they were stored under unshaded conditions. The survival rate of sago palm suckers during the nursery period could be enhanced by using freshly prepared suckers. If the suckers need to be stored for any reasons, placement under shaded conditions for less than a one week is recommended.
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