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Innovative fruit production systems for peach and nectarine in Australia and Southeast Asia

机译:澳大利亚和东南亚桃子和油桃的创新果实生产系统

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New training and trellising systems are being developed for temperate fruits in Australia. The most productive and efficient trellising system with improved fruit quality appears to be the open Tatura system. Poor fruit size is a major problem of early-season cultivars. Crop-loading studies have established indices, such as fruit number per canopy surface and butt cross-sectional area, to provide a simple guide for optimum fruit thinning levels. Best management practices have been developed for the use of growth retardants, for optimising leaf nitrogen concentrations and for controlling rates of timing of irrigation. Regulated deficit irrigation (RDI) improves fruit sugar concentrations by restricting water application during stage II of fruit growth. RDI can also be used after harvest to restrict vegetative growth and enhance floral bud differentiation. New pest and disease control measures are being developed using a new generation of fruit fly bait products. These 'soft' insecticides, such as Spinosad (Dow AgroSciences), are used in significantly lower concentrations and have lower mammalian toxicity, than the organophosphates currently registered for use in baits in Australia. In addition to bait sprays, fruit fly exclusion netting has provento be highly effective in eliminating fruit fly and many other insect pests from the orchard. This type of netting has been shown to increase sugar concentrations of peach and nectarine fruit by as much as 30%. Economic analyses have shown that the break-even point can be reduced from 10 to six years using these new production systems.
机译:正在为澳大利亚的温带水果开发新的培训和推杆系统。具有改善的水果质量的最富有成效和高效的推杆系统似乎是开放的Tatura系统。水果差是早期品种的主要问题。作物加载研究已经建立了指数,例如平台表面和对接横截面积的果实数,以提供一个简单的果实稀疏水平的指南。已经为使用生长阻滞剂而开发了最佳管理实践,用于优化叶片氮浓度和控制灌溉时机的时间率。受管制的缺陷灌溉(RDI)通过限制水果生长期的II期内应用水分来改善果糖浓度。 RDI也可以在收获后使用以限制营养生长和增强花芽分化。采用新一代果蝇诱饵产品开发了新的害虫和疾病控制措施。这些“软”杀虫剂,如Spinosad(Dow Agrociences),用于显着降低的浓度,并且具有较低的哺乳动物毒性,而不是目前注册用于澳大利亚的诱饵的有机磷酸盐。除诱饵喷雾外,果蝇排除网除了普罗旺斯在消除水果飞行和果园的许多其他昆虫害虫方面都非常有效。已经显示出这种类型的网,以增加糖浓度的桃子和油桃果实的30%。经济分析表明,使用这些新生产系统可以从10到六年减少休息点。

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