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Responses of “Chardonnay” to deficit irrigation applied at different phenological stages: vine growth, must composition, and wine quality

机译:“霞多丽”对缺水灌溉在不同物候阶段的反应:葡萄树的生长,葡萄汁的组成和葡萄酒的品质

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Adoption of water-saving irrigation strategies is necessary especially for grapevine that has the highest acreage of any fruit crop in the world. We applied deficit irrigation to Chardonnay wine grape at the following phenological stages: anthesis to fruit set, fruit set to veraison, and veraison to harvest. Four irrigation levels (0, 25, 50, and 100 % of crop evapotranspiration, ET c ) were applied in 2009. Vines grown in large containers were used to enable imposition of water stress early in the growing season. The following parameters were measured: midday leaf water potential, vine growth, yield, and quality of must and wine. The same parameters were measured in 2010 although all vines were fully irrigated. The 0 and 25 % treatments caused defoliation and had negative impacts on yield and wine quality in both 2009 and 2010. Chardonnay was most sensitive to water stress in post-veraison in terms of productivity and wine quality.
机译:采用节水灌溉策略是必要的,尤其是对于世界上所有水果作物中种植面积最大的葡萄而言。在以下物候阶段,我们对霞多丽酿酒葡萄进行了亏缺灌溉:将花药置于坐果上,将果实置于花期,并从花期到收获。 2009年采用了四个灌溉水平(分别为作物蒸散量的0、25、50和100%,ET c )。在大容器中生长的藤蔓被用来在生长期初期施加水分胁迫。测量了以下参数:午间叶片水势,葡萄树生长,产量以及葡萄汁和葡萄酒的质量。尽管所有葡萄藤都已完全灌溉,但在2010年测量的参数相同。 0%和25%的处理导致脱叶,并在2009年和2010年对产量和葡萄酒品质产生负面影响。就产后和品质而言,霞多丽对水分胁迫最为敏感。

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