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Orchard-system configurations increase efficiency, improve profits in peaches and nectarines

机译:果园系统配置可提高效率,提高桃子和油桃的利润

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Simply put, a fruit tree can be viewed as a solar collector that converts sunlight into fruit. The more efficiently this is done, the greater the potential yield and profit. Consequently, growers face an important question when planting an orchard —what planting system to use? While varieties can be changed rather easily through grafting, the spacing, rootstock and conformation aspects of an orchard are typically permanent until that orchard is removed entirely, usually only after 15 to 20 years. These aspects can have profound effects on orchard productivity. Research conducted at the UC Kearney Research and Extension Center on orchard systems — including higher-density plantings and pruning techniques that enhance light interception — has allowed growers to make better-informed decisions when planting new orchards.
机译:简而言之,可以将果树视为将阳光转化为果实的太阳能集热器。这样做越有效,潜在的收益和利润就越大。因此,在种植果园时,种植者面临着一个重要的问题-使用哪种种植系统?尽管通过嫁接可以很容易地改变品种,但果园的间隔,砧木和构象方面通常是永久性的,直到果园被完全清除(通常仅在15至20年之后)。这些方面会对果园生产力产生深远影响。加州大学科尔尼分校研究和推广中心对果园系统进行的研究(包括高密度种植和增强光阻截的修剪技术)使种植者在种植新果园时可以做出更明智的决定。

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