Water, energy, and food nexus with agroforestry system for sustainable development goals

Sudomo Aris, Nugroho Agung Wahyu
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引用次数: 0

Abstract

OPEN ACCESS Food production program faces tight competition on land, water, energy, and efforts against the negative effects of food production on the environment [1,2]. Water scarcity becomes a global challenge that is in line with “virtual agricultural water” demand, during food production processes and embedded in national or international food trade or import [3]. Water insecurity will worsen with increasing water demand, population growth, agricultural water demand for food security, urbanization, and climate change [4]. Freshwater (approximately 80% of blue water and a large fraction of green water) is used for agricultural activities to support food production [5,6]. In addition, about 10% of irrigation water in developing countries comes from reused wastewater [6]. The division of water in agricultural activities in the era of climate change and water poverty creates antagonism caused by competition with each other for water supply. On the other side, rain-fed croplands require less water supply due to the use of only available soil water content (green water) than the irrigated crops [6].
水、能源和粮食与可持续发展目标农林系统的联系
开放获取粮食生产计划面临着土地、水、能源方面的激烈竞争,并努力应对粮食生产对环境的负面影响[1,2]。在粮食生产过程中,缺水成为一个符合“虚拟农业用水”需求的全球性挑战,并嵌入国家或国际粮食贸易或进口[3]。随着水需求的增加、人口增长、粮食安全的农业用水需求、城市化和气候变化,水不安全状况将恶化[4]。淡水(约80%的蓝色水和很大一部分绿色水)用于农业活动,以支持粮食生产[5,6]。此外,发展中国家约10%的灌溉用水来自重复使用的废水[6]。在气候变化和水资源匮乏的时代,农业活动中的水资源分配造成了相互竞争供水造成的对抗。另一方面,与灌溉作物相比,雨水灌溉农田只使用可用的土壤含水量(绿水),因此需要较少的供水[6]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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