Review on Aquaponics System as A Sustainable Food Production Source

Uzma Sarfraz
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Abstract

ABSTRACT: The global population is growing day by day, so the food demand is escalating as well. Traditional farming practices cannot cater to increasing fooddemand. Environmental stresses like global warming, mass flooding, insects attack, droughts are some of the key players affecting crop yield. These factors leave the soil barren for cultivation and attaining the highest yield. These changes demand a selection of an alternative method that is not only environment friendly but also sustainable. Aquaponics provides an ideal system for growing plants in soilless conditions. The Aquaponics system is a dual scheme of growing plants and fish at the same time. These systems utilize different approaches for growing plants and fishes simultaneously. This is through by circulating mechanism of an aquaponic system where fish waste in aquaculture provides nutrients to plants for the nourishment of hydroponic units. And plants purify water by utilizing nitrogen to maintain water for fish survival and growth. An aquaponic system is a sustainable methodology that does not affect the environment like conventional farming and is built on the recycling principle. A variety of vegetables like lettuce, cucumber, coriander, spinach, eggplant, basil are popular among domestic aquaponics farmers. Fishes are selected based on features like temperature for growth, nutritional requirements, etc. This review some of the main aquaponics systems and their components. Different requirements for establishing a successful aquaponic system are discussed. Furthermore, thesustainability of the aquaponic system is investigated, as the aquaponics system saves water and delivers nutritious food at smaller and larger scales
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鱼菜共生系统作为可持续食品生产来源的研究进展
摘要:随着全球人口的日益增长,人们对食品的需求也在不断增加。传统的耕作方式无法满足日益增长的粮食需求。全球变暖、大规模洪水、昆虫袭击、干旱等环境压力是影响作物产量的一些关键因素。这些因素使土壤贫瘠,不适于耕种和获得最高产量。这些变化要求我们选择一种既环保又可持续的替代方法。鱼菜共生为在无土条件下种植植物提供了理想的系统。水培系统是一种同时种植植物和鱼类的双重方案。这些系统利用不同的方法同时种植植物和鱼类。这是通过水培系统的循环机制,水产养殖中的鱼类废物为水培单位的植物提供营养。植物通过利用氮来净化水,为鱼类的生存和生长维持水分。水培系统是一种可持续的方法,不像传统农业那样影响环境,并且建立在循环利用的原则之上。生菜、黄瓜、香菜、菠菜、茄子、罗勒等多种蔬菜深受国内水培农民的欢迎。鱼类是根据生长温度、营养需求等特征来选择的。本文综述了几种主要的鱼菜共生系统及其组成。讨论了建立成功的水培系统的不同要求。此外,研究了水菜共生系统的可持续性,因为水菜共生系统可以在更小和更大的尺度上节约用水和提供营养食物
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