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Leaf water potential, nutritional status and must composition in grapes 'Pinot Nero' with and without irrigation

机译:有灌溉和无灌溉条件下葡萄“黑皮诺”的叶片水势,营养状况和必须组成

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Irrigating vineyard soils can affect grapevine water potential, nutritional status, and must composition. This study aimed to evaluate leaf water potential, nutritional status, and must composition in cv. 'Pinot Nero' grapevines grown with and without irrigation. The experiment was conducted at a commercial vineyard of 'Pinot Nero' 828 grafted on SO4rootstock, established in 2002 in Trento, Northern Italy. The treatments were irrigated (I) and non-irrigated (NI) throughout the 2013 crop season. The criteria evaluated were the water potential of the leaves, total nutrient content in the leaves and berries, and weight of 100 berries, as well as the total soluble solids content, pH, and total titratable acidity of the must. Despite providing a less negative water potential for the grapevine leaves, irrigation did not affect the nutritional status or must composition, and it only slightly interfered with berry nutrient content.
机译:灌溉葡萄园土壤会影响葡萄的水势,营养状况和必不可少的成分。这项研究旨在评估叶片中的水势,营养状况和必需成分。在没有灌溉的情况下种植的“黑比诺”葡萄树。该实验是在2002年在意大利北部特伦托建立的嫁接到SO4砧木的'Pinot Nero'828商业葡萄园中进行的。在整个2013作物季节,均进行了灌溉(I)和非灌溉(NI)处理。评估的标准是叶片的水势,叶片和浆果中的总营养含量以及100个浆果的重量,以及葡萄汁的总可溶性固形物含量,pH和总可滴定酸度。尽管为葡萄叶提供了较少的负水势,但灌溉并未影响其营养状况或必须的组成,并且仅对浆果的营养成分产生了轻微的干扰。

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