The Global Blue Water Use for the Dutch Diet and Associated Environmental Impact on Water Scarcity

Hollander Anne, Vellinga Reina Elisabeth, V. E. de, Toxopeus Ido, Kamp Mirjam van de, Temme Elisabeth Helena Maria
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引用次数: 3

Abstract

Agriculture is responsible for around 70% of global water withdrawal, making it the largest consumer of freshwater. Globally, freshwater is a scarce resource, and there is increasing risk that current water use is crossing the planetary boundary, meaning that humanity is using more freshwater than nature can replenish. Beside the amount of water used for the production of food, also the location of water use is of importance to identify local water scarcity. In this study we determined and analyzed the blue water use for the Dutch diet. Also, we provide an indication of the the spatial distribution in water use, related to water scarcity. The blue water use per person for the average diet of the Dutch adult population aged 19-79 years as calculated in this study was 160 l/day (=57 m3/year) for men and 153 l/day (=56 m3/year) for women. Non-alcoholic beverages were the most important contributor to water use for the diet of men as well as women. Fruits were the second most important contributor to water use for the diet of women (particularly oranges, tangerines, strawberries and bananas), and the third most important for men. Meat was the second most important contributor for men (particularly chicken fillet and beef meat) and the third for women. About one third of the blue water use for the Dutch diet takes place in countries where 30 to 70 times less available water remaining per area than the world average. This means that water scarcity is relatively high in those countries compared to the world’s average. The main countries of origin of the water used for food production for the Dutch population we identified were Spain, the Netherlands itself, South Africa, Chile, India and USA. Products with ingredients from Spain are several types of greenhouse vegetables, citrus fruits and juices. To lower the environmental impact related to blue water use, for the Dutch situation we conclude that beside reducing meat and dairy consumption, consuming more Dutch fruits like apples and pears, and reducing imports of fruits and nuts from e.g. Spain, Chile and USA, are relatively easy changes that will have a positive effect on the global water scarcity impact. Also, reducing the consumption of non-alcoholic beverages like coffee, soft drinks and juices, and increasing the use of tap water, is recommended to lower the Dutch blue water use within a healthy diet.
荷兰饮食中全球蓝色水的使用及其对水资源短缺的相关环境影响
农业占全球用水量的70%左右,是最大的淡水消耗者。在全球范围内,淡水是一种稀缺资源,目前的用水正在跨越地球边界的风险越来越大,这意味着人类使用的淡水超过了自然可以补充的淡水。除了用于生产食物的水量外,用水的地点对于确定当地的水资源短缺也很重要。在这项研究中,我们确定并分析了荷兰饮食中蓝色水的使用情况。此外,我们还提供了与水资源短缺相关的水资源利用空间分布的指示。根据本研究计算,荷兰19-79岁的成年人平均饮食中每人的蓝水使用量为男性160升/天(=57立方米/年),女性153升/天(=56立方米/年)。不含酒精的饮料是男性和女性饮食中用水量最大的因素。水果是女性饮食中用水量的第二大来源(尤其是橘子、橘子、草莓和香蕉),对男性来说是第三大来源。对男性来说,肉类是第二重要的因素(尤其是鸡肉和牛肉),对女性来说是第三重要的因素。荷兰人饮食中大约三分之一的蓝色水是在可用水比世界平均水平少30到70倍的国家使用的。这意味着,与世界平均水平相比,这些国家的缺水程度相对较高。荷兰人用于食品生产的水的主要来源国是西班牙、荷兰本身、南非、智利、印度和美国。产品的原料来自西班牙的几种温室蔬菜,柑橘类水果和果汁。为了降低与蓝水使用相关的环境影响,对于荷兰的情况,我们得出结论,除了减少肉类和乳制品消费外,消费更多的荷兰水果,如苹果和梨,减少从西班牙,智利和美国等国家进口水果和坚果,这些都是相对容易的变化,将对全球水资源短缺影响产生积极影响。此外,减少咖啡、软饮料和果汁等非酒精饮料的消费,并增加自来水的使用,建议在健康饮食中减少荷兰蓝水的使用。
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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