INFLUÊNCIA DO ESTRESSE HÍDRICO SOBRE O DESENVOLVIMENTO INICIAL DE MUDAS DE (VIGNA UNGUICULATA (L.) WALP.) FEIJÃO-DE-CORDA

E. Araujo
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Abstract

The aim of the present study was to evaluate the influence of water deficit on the growth of french beans. The fruits were obtained in September 2019. The experiment was conducted at the Education, Science and Technology Center of the Inhamuns Region CECITEC, State University of Ceará UECE, city of Tauá-Ce. The seedlings were produced by direct seeding, in plastic cups (200ml) using 100g / cup of substrate. Four treatments (T0, T1, T2 and T3) were performed in three repetitions (P1, P2 and P3). Evaluation was performed at 15 days (initial) and 30 days (final) to determine the height, number of leaves and size of roots with the aid of a ruler. The water deficit was noticeable in the T1, T2 and T3 treatments. T1 showed vegetative development of -2.84 cm for the height of the plants; for the leaf number -2 and -3.33 cm in the root size in relation to the T0 group. The T2 group showed -2.84 cm for the height of the plants; 1.67 for the number of leaves and -3 cm in the size of the root length in relation to the T0 group. And the T3 group showed vegetative development of -1.54 cm for the height of the plants; there was no difference between the number of leaves (zero) and there was a small variation of 0.67 cm in the root size of the plants in relation to the T0 treatment. It is concluded, therefore, that the difference in water regime had a significant effect on the studied variables, modifying the development of plants.
水分胁迫对豇豆幼苗早期发育的影响WALP。)豆子蕉
本研究的目的是评价水分亏缺对法国豆生长的影响。这些果实于2019年9月获得。实验进行的教育、科学和技术中心Inhamuns地区CECITEC州立大学西阿拉UECE, Taua-Ce城。幼苗采用直接播种的方式,在塑料杯(200ml)中,使用100g /杯基质。4个处理(T0、T1、T2和T3),分3个重复(P1、P2和P3)进行。在第15天(初始)和30天(最终)进行评估,借助尺子确定高度、叶片数量和根的大小。水分亏缺在T1、T2和T3处理中较为明显。T1植株高度为-2.84 cm;与T0组相比,叶片数-2和根系大小-3.33 cm。T2组植株高度-2.84 cm;与T0组相比,叶片数为1.67,根长大小为-3 cm。T3组植株高度为-1.54 cm;与T0处理相比,叶片数(零)和根系大小(0.67 cm)变化不大。因此,水分状况的差异对所研究的变量有显著影响,从而改变了植物的发育。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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