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The Growth Of Mustard Using Hydroponics And Aquaponics Systems

机译:使用水培法和水培法种植芥菜

摘要

Hydroponics is an alternative way of farming in a limited area of urban. It is Easy, controlled, and can be done on media without soil, even in a house. In hydroponic watering system done automatic and the environment can be controlled to prevent the plant from pests, it is suitable for people who spent more routine work in the office than at home. However, hydroponics nutrients is very difficult to obtain, even in Lampung no body has sold. Aquaponics is another alternative that could be used to grow crops in a limited area and the nutrients are easier to find because it uses fish waste. This study was conducted to evaluate whether the fish waste could replace hydroponic nutrients to support the growth of mustard plants.This research compared yield of mustard plants grown in three treatments, namely L1 (hydroponics), L2 (Aquaponics using comet fish), and L3 (Aquaponics using tilapia). The study was conducted at the residence of Amin Khairi, St. Said Sabri, No. 58B, Kedaton, Bandar Lampung and Laboratory of Agricultural Engineering Department, University of Lampung. The variables tested were plant height, leaf number, root length, and the total weight of harvest. The research showed that the growth of mustard plants at hydroponic was better than at aquaponics systems. The average plant height at week four were 24,6 cm; 9,1 cm; 14,0 cm of L1, L2, and L3, respectively. The average number of leaves at week four were 10,2; 7,2; 7,7 of L1, L2, and L3, respectively. The average root lenght at week four were 27,3 cm; 10,6 cm; 15,0 cm of L1, L2, and L3, respectively. The total weight of mustard plants of L1, L2, and L3 were 77,08; 9,7; 28,6 grams; respectively.
机译:水培法是在城市有限区域内耕种的另一种方式。它很容易控制,并且可以在没有土壤的介质上完成,即使是在房子里也可以。在自动完成的水培灌溉系统中,可以控制环境以防止植物受到害虫侵扰,它适合那些在办公室比在家里花费更多日常工作的人们。但是,即使在楠榜,没有人出售水培营养素,也很难获得。鱼菜共生是另一种可用于在有限区域内种植农作物的替代方法,其营养成分更容易获得,因为它使用了鱼类废弃物。这项研究旨在评估鱼废料是否可以替代水培养分来支持芥菜植物的生长。该研究比较了L1(水培法),L2(使用彗星鱼的水培法)和L3三种处理方法种植的芥菜植物的产量。 (使用罗非鱼的鱼菜共生)。这项研究是在班达楠榜Kedaton的58B号圣赛义德·萨布里Amin Khairi住所和楠榜大学农业工程系实验室进行的。测试的变量是植物高度,叶数,根长和收获总重。研究表明,在水培条件下芥菜植物的生长优于在水培系统中。第四周的平均株高为24.6cm; 9.1厘米; L1,L2和L3分别为14,0厘米。第四周的平均叶片数为10.2; 7,2; L1,L2和L3分别为7,7。第四周的平均根长为27.3厘米; 10,6厘米; L1,L2和L3分别为15,0厘米。 L1,L2和L3的芥菜植物总重量为77,08; 9,7; 28.6克;分别。

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    Rakhman, Aulia;

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  • 年度 2015
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