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Effects of subsurface drip irrigation (SDI) and plastic mulching on melon crop under protected environment

机译:地下滴灌(SDI)和塑料覆盖对保护环境瓜作物的影响

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The modern techniques of water supply through irrigation can substantially reduce water loss, which contributes to attend the enlarging water demand. The objective of this work was to study the influence of subsurface drip irrigation and plastic mulching over melon yield and quality characteristics, in a sandy soil (Typic Hapludox). The experimental design was blocks at random, with four replications. Treatments were displayed in a 2 X 3 factorial (with and without mulching X surface and 0.20 and 0.40 depth subsurface drip irrigation). Mulching using double-sided silver/black film increased fruit average mass, plant production, yield, daily growth rate for plant height and crown diameter, fruit distal diameter, and pulp thickness. The subsurface drip irrigation at 0.20 m depth resulted in larger fruit average mass, plant production, and yield than surface and 0.40 m depth drip irrigation.
机译:通过灌溉的现代供水技术可以大大降低防水,这有助于参加增长的水需求。这项工作的目标是研究地下滴灌和塑料覆盖对瓜产量和质量特征的影响,在沙质土壤(典型的Hapludox)中。实验设计随机嵌段,有四种复制。治疗呈现在2×3因子(有和没有覆盖X表面和0.20和0.40深度地下滴灌)中。覆盖使用双面银/黑色薄膜提高果实平均质量,植物生产,产量,植物高度和冠直径,果实直径和纸浆厚度的日本增长率。 0.20米深度下的地下滴灌导致果实平均质量,植物生产较大,植物生产和屈服于0.40米的滴灌灌溉。

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