The Ability of Gracilaria Sp. to Absorb Ammoniac (NH3-N) and its Effect on Chlorophyll Content and Growth

Y. N. Ihsan, Rizky K. Bangsa, Kalysta Fellatami, T. Pribadi
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Abstract

One of the most commonly found component of domestic waste in coastal areas is ammoniac. Phytoremediation techniques can be done to reduce ammoniac concentrations. In this research, the technique uses the macroalgae Gracillaria sp. This study aims to measure the optimum ability of Gracillaria sp. to absorb ammoniac and its effect towards the primary productivity of water exposed to ammoniac. The research was done by comparing the reduction of ammoniac in seawater, which is used as a medium of experiment for 120 hours, with the ammoniac concentration in Gracillaria sp. The research method used was an experimental method with a completely randomized design of four treatments and three repetitions. The effectiveness results of ammoniac reduction by macroalgae in treatment A, B, C and D are 41.21%, 50.27%, 47.37% and 43.05% respectively. The initial concentration results of ammoniac in Gracillaria sp. was 20.75 mg/kg and the final concentrations in treatment A, B, C and D were 21.08 mg/kg, 21.20 mg/kg, 22.87 mg/kg and 24.44 mg/kg respectively. The measurement results of chlorophyll-a concentration in water coloumn ranged between 0.015 - 0.027 mg/l.
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龙须菜对氨氮的吸收能力及其对叶绿素含量和生长的影响
在沿海地区,生活垃圾中最常见的成分之一是氨。植物修复技术可以降低氨浓度。本研究以大型藻为原料,考察其对氨的最佳吸收能力及其对氨暴露水体初级生产力的影响。以120 h的海水为实验介质,通过对比海水中氨的还原量与江蓠中氨的浓度进行研究。研究方法为完全随机设计的4个处理,3个重复的实验方法。处理A、处理B、处理C和处理D对氨氮的还原效果分别为41.21%、50.27%、47.37%和43.05%。氨氮初始浓度为20.75 mg/kg,处理A、B、C和D的终浓度分别为21.08 mg/kg、21.20 mg/kg、22.87 mg/kg和24.44 mg/kg。水柱叶绿素-a浓度测定结果在0.015 ~ 0.027 mg/l之间。
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