...
首页> 外文期刊>Acta Horticulturae >Influence of nursery tree design on early infrastructure development in sweet cherry and apricot cultivars
【24h】

Influence of nursery tree design on early infrastructure development in sweet cherry and apricot cultivars

机译:苗圃设计对甜樱桃和杏品种早期基础设施发展的影响

获取原文
获取原文并翻译 | 示例
           

摘要

Our research is developing new orchard planting systems to increase canopy light interception, light distribution and harvest index, thus aiming to more than double productivity of sweet cherry and apricot compared to current orchard systems. Plantinga nursery tree that has greater dry mass should advance canopy development and encourage precocity. Bi-axis trees of three sweet cherry cultivars, 'Lapins', 'Sweetheart' and 'Staccato', and three apricot selections from the Plant & Food Research apricotbreeding programme, were propagated by budding or grafting and compared with mono-axis trees propagated concurrently. In cherry trees, after one season of growth in the nursery, the combined length of the two primary shoots of bi-axis was longer than the single shoot of mono-axis trees by 62-73%, depending on cultivar. Shoot dry weight per tree for the combined bi-axis shoots was 5-31% greater than the mono-axis shoots. Root system dry mass was 20-48% greater in bi-axis trees compared with mono-axis trees. With apricot, total primary shoot length of the bi-axis trees was 42-83% greater than for the mono-axis trees. However, dry weight of the total bi-axis primary shoots, not including sylleptic shoots, was only greater than the mono-axis primary shootfor one apricot selection, and root dry weight was only greater for two of the selections. The bi-axis cherry and apricot nursery trees were planted into orchard plots in spring 2014 and 2015, respectively, in a replicated trial at a spacing of 3 m between trees and either 1.5 or 2 m between rows. Each primary axis was flattened at a 10 to 20° angle down the row to form two 'cordons', from which up to 12 upright shoots per tree were allowed to develop. After one season of growth in the orchard, the number of uprights that had developed per tree were 2.9 for 'Lapins, and 4.2 for 'Sweetheart' and 4.1 for 'Staccato'. The number of uprights developed for apricots was 7.4 for 'Nzsummer3', 7.3 for G12/92, and 7.7 for 'Nzsummer2'.
机译:我们的研究正在开发新的果园种植系统,以提高Canopy Light拦截,光分布和收获指数,从而与当前的果园系统相比,甜樱桃和杏的高生产率。 Plantinga托儿所,具有更大的干燥质量应推进冠层开发并鼓励预幂。三个甜樱桃品种的双轴树,'Lapins','甜心'和'staccato',以及来自植物和食品研究杏伯类计划的三个杏选择,通过萌芽或嫁接来传播,并与单轴树同时传播。在樱桃树上,经过一个季节的幼儿园,双轴的两个初级枝条的组合长度比单轴树的单次射击长62-73%,取决于栽培品种。每个树为合并的双轴射击拍摄干重比单轴射击大的5-31%。与单轴树相比,根系系统干料在双轴树中为20-48%。用杏子,双轴树的总射击长度大于单轴树42-83%。然而,总双轴初级芽的干重不包括Sylpleptic芽,仅大于单轴初级拍摄,只有一个杏子选择,而且只有两种选择只有更大的选择。双轴樱桃和杏苗木在2014年春季和2015年春季地区种植到果园地块中,在树木之间的3米和行之间的1.5或2米处的间距。每个初级轴在排沿着10到20°角展平,以形成两个“港口”,从中允许每棵树12个直立芽。在果园的一个成长的一个季节之后,每棵树开发的立柱的数量为2.9,为'雷普斯,4.2为“甜心”和4.1为'staccato'。为杏子开发的立柱数量为7.4为“NZSUMMER3”,7.3为G12 / 92,7.7为“NZSUMMER2”。

著录项

  • 来源
    《Acta Horticulturae》 |2018年第1228期|共8页
  • 作者单位

    The New Zealand Institute for Plant &

    Food Research Limited 990 Earnscleugh Rd Alexandra New Zealand;

    The New Zealand Institute for Plant &

    Food Research Limited 990 Earnscleugh Rd Alexandra New Zealand;

    The New Zealand Institute for Plant &

    Food Research Limited 990 Earnscleugh Rd Alexandra New Zealand;

    The New Zealand Institute for Plant &

    Food Research Limited Private Bag 1401 Havelock North New Zealand;

  • 收录信息
  • 原文格式 PDF
  • 正文语种 eng
  • 中图分类 园艺;
  • 关键词

    dry weight; mono-axis; bi-axis; cordon; Prunus armeniaca;

    机译:干重;单轴;双轴;CORTON;PRUUNUS ARMENIACA;

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