南非用灰水水培系统解决用水不安全问题

C. Edgerton, A. Estrada, Katya Fairchok, Michele T. Parker, Andrew Jezak, Claire Pavelka, Hohyun Lee, Laura Doyle, Andrew Feldmeth
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引用次数: 1

摘要

气候变化、人口增长和环境持续退化都威胁着清洁饮用水的获取。由于全球大约70%的淡水用于农业,这些威胁也对粮食安全构成挑战,特别是在发展中国家。为了解决当地水资源不安全的问题,我们与南非简弗斯的LEAP学校合作设计了一种水培或无土耕作系统。该系统利用可持续材料、自我监测控制系统和污水输入,将作为学生的教育工具,与传统的地下农业相比,大大减少了淡水的使用。在实施该系统的同时,还将制定一项教育计划,为社区参与提供途径,并鼓励采用其他节水耕作方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Addressing Water Insecurity with a Greywater Hydroponics System in South Africa
Climate change, increasing human population, and continued environmental degradation all threaten access to clean drinking water. As approximately seventy percent of all freshwater is used for agriculture globally, these threats also pose a challenge to food security, especially in developing countries. To combat issues of local water insecurity, a hydroponics, or soilless farming, system was designed in partnership with LEAP 5 School in Jane Furse, South Africa. This system, which utilizes sustainable materials, a self-monitoring controls system, and greywater input, will act as an educational tool for students and significantly reduce freshwater use compared to traditional, in-ground agriculture. An education plan will accompany the implementation of the system to provide an avenue for community engagement and encourage the adoption of alternative, water-saving farming methods.
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