Improving profitability: assessment of new rootstocks and planting systems

Q3 Agricultural and Biological Sciences
M. Balmer
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引用次数: 2

Abstract

For over 25 years, rootstocks for sweet cherries are evaluated in different locations in the german federal state of Rhenania Palatinate. They are situated in a vine growing climate and have medium-heavy soils. Replant disease of stone fruit plays a significant role in most orchards. In general, all trees in the rootstock trials are trained as central leader and planted 4.0 to 4.5 m by 2.0 to 3.0 m depending on the expected vigour. In addition to the common performance parameters, tree health, anchorage and tendency for root suckers are observed. In 2013 a new rootstock trial has been established including, inter alia, the new Weigi series and some recent Gisela numbers. In the experimental orchard of Oppenheim, replanted soil can be compared to new land. Up to now, Weigi 2 is slightly more dwarfing but also less productive in this trial what is no disadvantage regarding the fruit size. In the group of semi-dwarfing rootstocks Weigi 1, Weigi 3, Gisela 13 and Gisela 17 seem to be similar both in vigour and yield efficiency. In this group there is an interest to replace PiKu 1 which turned out to be not winter hardy enough and susceptible to heavy soils and bark beetles under German conditions. Training trials revealed that also with low tree forms, yields and qualities comparable to the spindle can be obtained. The picking performance can be improved in many cases. Mechanical pruning only makes sense if it is combined with manual correction pruning. An exclusive mechanical pruning reduces the fruit size and can also reduce the picking performance.
提高盈利能力:评估新的砧木和种植系统
25年来,甜樱桃的砧木在德国普法尔茨州的不同地点进行评估。他们坐落在一个葡萄生长的气候和中等重的土壤。核果再植病害在大多数果园中起着重要的作用。一般来说,在砧木试验中,所有的树都被训练为中心领导,根据预期的活力,种植4.0到4.5米,2.0到3.0米。除了常见的性能参数外,还观察了树木的健康状况、锚固和吸根器的趋势。2013年建立了一个新的砧木试验,其中包括新的维吉系列和一些最近的吉塞拉系列。在奥本海姆的实验果园里,重新种植的土壤可以比作新的土地。到目前为止,维吉2号在本试验中矮化程度稍高,但产量较低,但在果实大小方面没有缺点。在半矮化砧木组中,维吉1号、维吉3号、吉塞拉13号和吉塞拉17号在活力和产量效率上似乎是相似的。在这个小组中,有兴趣取代PiKu 1,因为在德国的条件下,PiKu 1的耐寒性不够,而且容易受到重土和树皮甲虫的影响。训练试验表明,也与低树形式,产量和质量相当的主轴可以获得。在许多情况下可以提高采摘性能。机械修剪只有与手动校正修剪相结合才有意义。单独的机械修剪会减少果实大小,也会降低采摘性能。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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来源期刊
Italus Hortus
Italus Hortus Agricultural and Biological Sciences-Food Science
CiteScore
1.70
自引率
0.00%
发文量
18
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