Nutrient uptake traits related to sugar beet yield

P. Stevanato, M. Saccomani, M. Bertaggia, A. Bottacin, M. Cagnin, M. D. Biaggi, E. Biancardi
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引用次数: 9

Abstract

The identification of adaptive traits involved in the response of plants to nutritional stress is necessary for maintaining crop productivity at sustainable levels. The objective of this study was to evaluate the relationships among root elongation rate, root/shoot ratio, nitrate and sulfate uptake rate in sugarbeet (Beta vulgaris L. subsp. vulgaris, Sugarbeet Group). These relationships were measured in three sugarbeet varieties characterized by dif­ ferent root and sugar yield. Wide differences were observed among the varieties for root elongation rate and nitrate and sulfate uptake rate measured after nutritional deprivation. These differences were not dependent on seed size. A significant relationship among root elongation rate, nitrate and sulfate uptake traits and between these traits and productivity was observed. The above-mentioned mor­ phophysiological traits might be useful indexes in breeding programs aimed at increasing sugar yield under nutrition­
与甜菜产量有关的养分吸收性状
鉴定与植物对营养胁迫反应有关的适应性性状对于保持作物生产力在可持续水平上是必要的。本研究旨在探讨甜菜根系伸长率、根冠比、硝酸盐和硫酸盐吸收速率之间的关系。vulgaris, Sugarbeet Group)。这些关系在三个甜菜品种中进行了测量,这些品种具有不同的根和糖产量。营养剥夺后,不同品种间的根系伸长率和硝态氮、硫酸盐吸收率差异较大。这些差异并不取决于种子的大小。根系伸长率、硝态氮和硫酸盐吸收性状以及这些性状与产量之间存在显著的相关关系。上述多生理性状在营养条件下提高糖产量的育种计划中可能是有用的指标
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