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Impact assessment of deficit irrigation on yield and fruit quality in peach orchard

机译:亏水灌溉对桃园产量和果实品质的影响评估

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The aim of the work was to assess if the irrigation target and frequency when using Regulated Deficit Irrigation strategy (RDI) does affect peach trees (Prunus persica (L.)) in terms of crop water uptake, water use efficiency (WUE) and Physiological responses like yield and fruit quality. Six treatments were applied: the control (T0) and five RDI treatments. The control received 100% of the crop water requirements (ETc) with 0.8mm per irrigation supply, whereas RDI100-0.4mm, RDI75-0.8mm, RDI75-0.4mm, RDI50-0.8mm, RDI50-0.4mm were respectively irrigated at 100%, 75%, and 50% of ETc. New technologies have been used to help on decision making for irrigation such as meteo-stations, Soil moisture sensor, Pulse flow meter and Telemetry system. Higher yield and good quality could be obtained with less irrigation water and adequate frequency (RDI75-0.4mm). The actual work recommends adopting RDI50-0.4mm in the early stages, and RDI75-0.4 during fruit development, although, just before maturity we can use RDI50-0.4 to accelerate the fruits maturity.
机译:该工作的目的是评估作物的水分吸收,水分利用效率(WUE)和生理学方面的灌溉目标和灌溉频率以及使用调节性亏缺灌溉策略(RDI)时是否确实影响了桃树(Prunus persica(L.))。诸如产量和果实品质的响应。应用了六种处理:对照(​​T0)和五种RDI处理。对照获得了100%的作物需水量(ETc),每次灌溉供应量为0.8mm,而RDI100-0.4mm,RDI75-0.8mm,RDI75-0.4mm,RDI50-0.8mm,RDI50-0.4mm分别灌溉了100 %,75%和50%的ETc。已使用新技术来帮助进行灌溉决策,例如气象站,土壤湿度传感器,脉冲流量计和遥测系统。使用较少的灌溉水和适当的频率(RDI75-0.4mm),可以获得更高的产量和更高的质量。实际工作建议在早期阶段采用RDI50-0.4mm,在果实发育期间采用RDI75-0.4,尽管在成熟之前,我们可以使用RDI50-0.4加快果实成熟。

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