竹(Bambusa Vulgaris, Schrad)-管道和介质发射器在重力流滴灌系统中的性能评价

G. O. Awe, K. Ogedengbe
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引用次数: 5

摘要

在尼日利亚Ado Ekiti大学教研农场,以叶苋菜(Amaranthus cruentus)为试验作物,对竹(Bambusa vulgaris, Schrad)在重力流滴灌中的应用进行了评价。该系统以竹材为输送结构,以医用输液器为滴管,以10、15、20、25和30滴/分钟的速度向田间输水。当流速从30滴/分钟降低到10滴/分钟时,流量变化范围为6.35% ~ 10.21%。随着流量的减小,相应的制造商变异系数在2.31 ~ 3.35%之间。随着流量的增大,统计均匀系数和分布均匀度分别在97.21 ~ 98.33%和96.06 ~ 97.69%之间变化。播后1、2、3和4周,株高平均增加4.85、12.53、32.43和42.58cm, 15滴/分钟的最佳产量为4.13Kg/m2。这是负担得起的滴灌技术的一个新方面,也是开发当地和廉价材料的途径,这些材料的推广应得到重视。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Performance Evaluation of Bamboo (Bambusa Vulgaris, Schrad)-Pipe and Medi-Emitter in A Gravity-Flow Drip Irrigation System
The use of bamboo (Bambusa vulgaris, Schrad) in gravity – flow drip irrigation was evaluated at the Teaching and Research Farm, University of Ado Ekiti, Nigeria with leaf amaranth (Amaranthus cruentus) as test crop. System involved the use of bamboo as the conveyance structure and medical infusion sets as dripper to deliver water to the field at 10, 15, 20, 25 and 30 drops of water/minutes. The variation in discharge ranged from 6.35 to 10.21 percent as the flow rate decreases from 30 to 10 drops of water/minute. The corresponding manufacturer’s coefficient of variation ranged from 2.31 to 3.35 percent as the flow rate decreases. Statistical Uniformity Coefficient and Distribution Uniformity varied between 97.21 and 98.33 percent and 96.06 and 97.69 percent respectively as the flow rate increases. There was an increase in plant height on average of 4.85, 12.53, 32.43 and 42.58cm one, two, three and four weeks after sowing while an optimum yield of 4.13Kg/m2 was recorded from 15drops of water/minute. This is a new dimension in affordable drip irrigation technology and an avenue to exploit local and cheap materials whose propagation should be emphasized.
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