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Eco-Efficiency of the food and beverage industry from the perspective of sensitive indicators of the water-energy-food nexus

机译:从水能 - 食品Nexus敏感指标的角度来看食品和饮料行业的生态效率

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The water-energy-food (WEF) nexus has motivated several studies, opening space to provide robust support for the decision-making process. Certain studies seek to understand the interdependence of these three resources in a quantitative and/or qualitative manner, usually using total water, energy, and food indicators. However, in times of social, economic, and environmental crisis, national policies must be optimized, and hence it is necessary to evaluate marginal and critical indicators of each resource, i.e., sensitive indicators. Based on these indicators, we propose a methodology for assessing ecological efficiency (eco-efficiency) in industries using a multiregional input-output table, Data Envelopment Analysis, and the Malmquist index, with the main objective of internalizing normally overlooked impacts in the national policymaking process. For this, we present a quantitative assessment of the WEF nexus in the Brazilian food and beverage industry, since it is one of the pillars of the country's economy and has several positive and negative effects related to the WEF nexus, as well as a growth trend to meet rising food demand. From 2015 to 2019, this industry eco-efficiency was evaluated in terms of water stress, fossil energy consumption, and financial compensation to low-skilled workers. The main findings show that the Fish industry has the highest average eco-efficiency, with sustainable gains over the period, while the Meat cattle industry has the lowest average eco-efficiency. As a result, the Fish industry places less strain on these resources to generate the same socioeconomic benefits as others, resulting in less food and water insecurity, and should be prioritized in Brazil's national policies regarding industry expansion. We conclude that this methodology can help integrate WEF resources into national policy decision-making processes, allowing the identification of negative impacts that should be avoided or mitigated, as well as positive impacts that should be encouraged.
机译:水能 - 食物(WEF)Nexus具有多项研究,开放空间,为决策过程提供强大的支持。某些研究寻求以定量和/或定性方式理解这三个资源的相互依存,通常使用总水,能量和食品指标。但是,在社会,经济和环境危机时期,必须优化国家政策,因此有必要评估每个资源的边缘和关键指标,即敏感指标。根据这些指标,我们提出了一种利用多部航行投入输出表,数据包络分析和Malmquist指数评估行业生态效率(生态效率)的方法,主要目的是在国家政策制定中内化通常忽视的影响过程。为此,我们对巴西食品和饮料行业的WEF Nexus进行了定量评估,因为它是该国经济的支柱之一,并且与WEF Nexus有几种积极和消极的影响,以及增长趋势满足粮食需求上涨。从2015年到2019年,这种行业的生态效率是在水分压力,化石能源消耗和低技能工人的财务补偿方面进行评估的。主要研究结果表明,鱼类工业具有最高的平均生态效率,在此期间可持续增长,而肉类牛行业具有最低的平均生态效率。因此,鱼行业对这些资源的压力较低,以产生与其他资源相同的社会经济效益,导致粮食和水不安全较少,并应在巴西的国家的行业扩张政策中优先考虑。我们得出结论,该方法可以帮助将WEF资源整合到国家政策决策过程中,允许识别应避免或减轻的负面影响,以及应鼓励的积极影响。

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