Aplikasi Irigasi Tetes Bertingkat Dengan Tanaman Horti Kultura di Perumahan Padat Penduduk Kota Mataram Hulu

I. D. G. Jaya Negara, Bambang Hariyanto, Anid Supriyadi
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引用次数: 2

Abstract

This study aims to determine the application of a three-storey drip irrigation system to horticultural crops of chilies, kale and eggplant as one of the household food supporting crop commodities. In addition to increasing the potential for irrigation and boosting the economy from agricultural products on this limited land, it is necessary to know this, so that it can be used as material for consideration in maintaining family food security. Irrigation test activities were also carried out on irrigation uniformity, irrigation distribution and irrigation depth at various irrigation times. Tests were carried out on variations of soil and compost as planting media with the ratios of: 70%: 30%, 50%: 50%, 30%: 70% and four variations in tank water volume. The drip application network uses ½” PVC pipe and dripe on the third floor, while for the first and second levels the Netafim (NTF) pipe is 12 mm. The secondary irrigation network uses ¾ inch, 1 ½ inch and ½ inch PVC in an irrigation test chamber measuring 1.5 m x 4 m and a height of 1 m between levels. The results of the analysis of the test data showed that the uniformity of PVC drip irrigation and NTF combined obtained an average of above 95%, with a very even distribution of water. Irrigation depth obtained at all variations of the water tank level, that is, at 70% of the soil ranges from 3cm -20 cm, at 50% of the soil ranges from 4cm - 20cm and at 30% the amount of infiltration ranges from 2.5 cm - 18.5 cm. Multilevel drip irrigation can support the provision of family food in meeting the needs of kitchen ingredients such as chilies and vegetables to support family food security
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在人口密集的马塔兰南部,滴液应用与Horti Kultura植物一起灌溉
本研究旨在确定三层滴灌系统在辣椒、羽衣甘蓝和茄子等园艺作物作为家庭粮食支持作物商品之一上的应用。除了在这片有限的土地上增加灌溉潜力和促进农业产品的经济发展之外,有必要了解这一点,以便将其作为维持家庭粮食安全的考虑材料。并对不同灌溉时间的灌溉均匀性、灌溉分布和灌溉深度进行了灌溉试验活动。试验采用:70%:30%、50%:50%、30%:70%的土壤和堆肥配比和4种不同的水箱水量进行试验。滴水应用网络在三楼使用1 / 2英寸PVC管和滴管,而一层和二层使用Netafim (NTF)管为12毫米。二次灌溉网络使用3 / 4英寸、1 / 2英寸和1 / 2英寸的PVC,在灌溉试验室内测量1.5米× 4米,层间高度为1米。试验数据分析结果表明,PVC滴灌与NTF组合的均匀度平均在95%以上,水分分布非常均匀。在所有水箱水位变化下获得的灌溉深度,即70%的土壤为3cm - 20cm, 50%的土壤为4cm - 20cm, 30%的入渗量为2.5 cm - 18.5 cm。多级滴灌可以支持家庭食品的供应,满足辣椒和蔬菜等厨房食材的需求,以支持家庭粮食安全
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