灌溉和间作制度对蚕豆产量和水分生产力的影响

Moshira A. El-Shamy, A. Kasem, M. Mahmoud, Ibrahim Mohamed Abd El-Fattah
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引用次数: 0

摘要

对缺水地区集约间作灌溉进行了评价和优化。以水分生产力(WP)为指标进行量化。2019/2020和2020/2021两季在埃及萨哈农业研究站进行了田间试验。采用分块设计,主要地块分别进行2 (I1)、3 (I2)和4 (I3)灌溉处理。而分畦间作的则是黄肥土、红萝卜和芸苔。结果表明,在两个季节中,I3灌溉处理、蚕豆与fenouil间作以及蚕豆与fenouil间作与I3灌溉处理的互作均能获得最高的蚕豆产量和产量性状。I2和I3灌溉处理后的用水量比I1分别提高了17%和24%。与I3相比,I1和I2的施水量分别减少了21.6%和8.2%。灌水处理I3与蚕豆混作肥硝土的互作,其WP值最高。综上所述,施用I1与蚕豆互作,可显著节约灌溉水量,提高水分生产力。
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Faba Bean Yield and Water Productivity as Affected by Irrigation and Intercropping Systems
Irrigation with intensive intercropping, in water scarce region is evaluated and optimized. Water productivity (WP) is taken as an indicator and quantified. A field experiment was carried out in Sakha Agricultural Research Station in Egypt during 2019/2020 and 2020/2021 seasons. A split plot design was applied, main plots were devoted for irrigation treatments of two (I1), three (I2) and four (I3) irrigations. Whereas fennouil, red radish and brassica crops were intercropped with faba bean in the sub-plots. Results showed that the highest yield and yield attributes of faba bean were obtained from irrigation treatment of I3, faba bean with fennouil intercropping and the interaction between faba bean intercropping with fennouil and irrigation treatment of I3 in both seasons. Water consumptive use was increased by 17% and 24% after irrigation treatment of I2 and I3 compared to I1. Applied water were reduced by 21.6% and 8.2% for I1 and I2 compared to I3. The highest value of WP was obtained from the interaction between irrigation treatment I3 and faba bean with fennouil intercropping. It could be concluded that applying the interaction of I1 and faba bean with fennouil intercropping, because it saved significant amount of irrigation water and enhanced water productivity.
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