Effects of drip irrigation system with variation of water source and volume in pepper (Capsicum annuum L.)

Junita Br. Nambela, Krisna Margaretta Malau, M. Koibur
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Abstract

Water plays the important roles for plants. Besides maintaining the cell turgidity, it also functions as a nutrients solvent for photosythesis process, which affects plant growth. This study aimed to determine the effects of the source and volume of irrigation water with drip irrigation system on the growth of pepper plants in polybags. This research was conducted at the green house of Polbangtan Manokwari, Anday, West Papua from June to October 2020. This research was arranged in a factorial Completely Randomized Design consisting of two treatment factors, namely irrigation water source (PDAM water and ground water) and volume (150 mL per plant, 200 mL per plant, and 250 mL per plant). The results showed that PDAM water showed a better effect than groundwater, while the volume of irrigation water applied to pepper plants had no significant effect on plant height, number of leaves, and stem diameter. This situation is thought to be due to genetic factors from the pepper cultivars grown. PDAM water has a better effect because of its high pH and higher content of Nitrite as N content. Also, it has lower temperature, lower TDS, and lower iron contents. Meanwhile, irrigation water volume of 250 mL per plant per day has a minimal risk of plant drought compared to other treatments.
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滴灌系统对辣椒水源和水量变化的影响
水对植物起着重要作用。除了维持细胞的膨胀,它还可以作为光合作用过程的营养溶剂,影响植物的生长。本研究旨在确定滴灌系统灌溉水的来源和水量对聚乙烯袋辣椒植株生长的影响。这项研究于2020年6月至10月在西巴布亚安达伊Polbangtan Manokwari的温室进行。本研究采用因子完全随机设计,由两个处理因素组成,即灌溉水源(PDAM水和地下水)和体积(每株150毫升、每株200毫升和每株250毫升)。结果表明,PDAM水的灌溉效果优于地下水,而灌溉水量对辣椒株高、叶片数和茎径的影响不显著。这种情况被认为是由于种植的辣椒品种的遗传因素造成的。PDAM水具有较高的pH值和较高的亚硝酸盐(N)含量,因此效果较好。此外,它具有更低的温度、更低的TDS和更低的铁含量。同时,与其他处理相比,每株植物每天250毫升的灌溉水量对植物干旱的风险最小。
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审稿时长
10 weeks
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