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Industrial characteristics of sugarcane varieties under semi-arid conditions and different irrigation depths

机译:半干旱条件下甘蔗品种的产业特征及不同的灌溉深度

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Sugarcane quality for industry directly depends on irrigation, especially in semi-arid regions. This study aimed to evaluate the technological performance for industry of six sugarcane varieties at five irrigation depths. Sugar-cane Brix and Pol%, juice Brix and Pol%, fiber, purity, reducing sugars and total sugars were evaluated 11 months after planting. The experiment was conducted in Brazil, in the semi-arid region of Minas Gerais state. The experiment was arranged in a randomized block design, in a subdivided parcel scheme (6 x 5) and four repetitions. Different irrigation depths did not affected Brix. The cultivar RB83-5486 presented the highest value for juice Pol%, among the evaluated varieties. Juice Pol% and sugar-cane Pol% presented similar behavior, and displayed the highest values at the 1081 mm irrigation depth. In general, the analyzed varieties presented low fiber content. All the analyzed varieties surpassed 80% purity. The highest irrigation depths enhanced purity. The highest value was obtained at the 1081 mm depth. Decreased reducing sugars and increased total reducing sugars were observed at the highest depths and the highest accumulation was found at the 1081 mm depth. As conclusion for industrial characteristics, the irrigation presented potential to enhance the technological performance of sugarcane in semi-arid conditions. Considering the technological performance for industry, the cultivar RB83-5486 has good potential to be used under the studied conditions. When higher levels of fiber and reduced sugars are desired, lower irrigation depths are recommended.
机译:工业的甘蔗质量直接取决于灌溉,特别是在半干旱地区。本研究旨在评估五种灌溉深度的六种甘蔗品种的工业技术性能。在种植后11个月评估糖甘蔗Brix和Pol%,果汁Brix和Pol%,纤维,纯度,还原糖和总糖。该实验在巴西进行,在Minas Gerais国家的半干旱地区。实验以随机块设计排列,在细分的包裹方案(6 x 5)和四个重复中。不同的灌溉深度没有受影响的布赖克斯。品种RB83-5486在评估的品种中呈现果汁POL%的最高值。果汁pol%和糖甘蔗pol%呈现类似的行为,并在1081 mm灌溉深度下显示最高值。通常,分析的品种呈现低纤维含量。所有分析的品种都超过了80%的纯度。最高灌溉深度增强了纯度。在1081mm深度获得最高值。在最高深度观察到还原糖减少并增加了总还原糖,在1081mm深度下发现了最高的积累。总作出结论,灌溉潜力提高了半干旱条件下甘蔗的技术性能。考虑到工业的技术性能,品种RB83-5486具有良好的潜力在研究条件下使用。当需要更高水平的纤维和还原糖时,建议较低的灌溉深度。

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