...
首页> 外文期刊>Scientia Agriculturae Bohemica >Evaluation Of Slender Spindle Form In Young ‘Topaz’ Apple Orchardid='xref_fn1' class='fnUrl' href='#fn1'>*
【24h】

Evaluation Of Slender Spindle Form In Young ‘Topaz’ Apple Orchardid='xref_fn1' class='fnUrl' href='#fn1'>*

机译:年轻的“黄玉”苹果园中细长纺锤形的评估id="xref_fn1" class="fnUrl" href="#fn1"> *

获取原文

摘要

Two growing systems were compared – slender spindle and modified slender spindle, supplemented with or without additional summer pruning. The trial was carried out in orchard of the apple variety ‘Topaz’ in years 2012–2014. The assessed parameters were: trunk cross sectional area (TCSA), crown volume, number of cuts, dry matter weight of pruned wood, cumulative yield, yield efficiency, and relative occurrence of size classes of fruits. The objective was to confirm the hypothesized advantages of modified slender spindle in the period of increasing yields. Based on statistical analysis there was no significant difference among systems in growth measured by TCSA. Increase in crown cubage was the highest on slender spindle with additional summer pruning. The lowest increase of crown cubage was on modified spindle without summer pruning. Number of winter cuts and similarly dry weight was significantly higher on the modified spindle only in 2013. Additional summer pruning influenced both the above-mentioned parameters. There were no significant differences in cumulative yield and yield efficiency between systems. Similarly, the difference in the occurrence of various fruit size classes was not significant. We conclude that study needs to be extended in order to confirm the suggested trends.
机译:比较了两个生长系统-细长的纺锤体和改良的细长的纺锤体,补充有或没有额外的夏季修剪。该试验于2012–2014年在苹果品种“ Topaz”的果园中进行。评估的参数为:树干横截面积(TCSA),树冠体积,切口数,修剪后的木材的干物质重量,累积产量,产量效率以及果实大小等级的相对出现。目的是确认改良的细长纺锤在提高产量期间的假设优势。根据统计分析,通过TCSA衡量的系统之间的增长没有显着差异。在细长的纺锤上,加上夏季修剪,冠冠的增大幅度最大。顶冠体积增加的最低值是在没有夏季修剪的改良纺锤上。仅在2013年,改良型纺锤的冬割次数和类似的干重才显着增加。额外的夏季修剪影响了上述两个参数。系统之间的累积产量和产量效率没有显着差异。同样,各种水果大小类别的出现差异也不显着。我们得出结论,研究需要扩展以确认建议的趋势。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号