Okomoda Victor Tosin, Oladimeji Sunday Abraham, Solomon Shola Gabriel, Olufeagba Samuel Olabode, Ogah Samuel Ijabo, Ikhwanuddin Mhd
Department of Fisheries and Aquaculture, College of Forestry and Fisheries Joseph Sarwuan Tarka University (Formerly, Federal University of Agriculture Makurdi) Makurdi Nigeria.
Higher Institution Centre of Excellence, Institute of Tropical Aquaculture and Fisheries Research (AQUATROP) Universiti Malaysia Terengganu Kuala Nerus Terengganu Malaysia.
Food Sci Nutr. 2022 Dec 18;11(3):1157-1165. doi: 10.1002/fsn3.3154. eCollection 2023 Mar.
The aquaponics production system integrates hydroponics and recirculatory aquaculture system for the simultaneous production of plants and fish. At a time, such as the postpandemic era, the aquaponics system represents an efficient green farming and eco-friendly alternative to sustainable agricultural production. In this review, the history and development of the production systems were traced vis-a-vis its pros and cons. Although there has been much dispute about the origin of the system, the numerous records of developmental attempts in history have all led to the current complexity of the systems and their efficiency. Water conservation, improved performance, food security, less pollution, and low energy consumption are some of the advantages identified in the use of aquaponics systems for food production. Challenges to the domestication of the system, however, include moderately high start-up capital, the need for stable electricity to operate the system, nutrient availability, as well as treatment of diseases in the system. Although the aquaponics production system could be a panacea for food security in Africa, modalities for the domestication of this technology are largely not in place, hence the need for some government interventions in this regard.
鱼菜共生生产系统将水培和循环水养殖系统整合在一起,用于同时生产植物和鱼类。在诸如疫情后时代这样的时期,鱼菜共生系统是可持续农业生产的一种高效绿色养殖且环保的替代方案。在这篇综述中,追溯了生产系统的历史和发展,并分析了其优缺点。尽管关于该系统的起源存在诸多争议,但历史上众多的发展尝试记录都促成了当前系统的复杂性及其效率。节约用水、提高性能、粮食安全、减少污染和低能耗是在使用鱼菜共生系统进行粮食生产中发现的一些优点。然而,该系统推广面临的挑战包括启动资金相对较高、需要稳定电力来运行系统、养分供应以及系统中的疾病防治。尽管鱼菜共生生产系统可能是非洲粮食安全的万灵药,但这项技术的推广模式在很大程度上尚未到位,因此政府在这方面需要进行一些干预。