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A Path From Sustainable Nutrition to Nutritional Sustainability of Complex Food Systems

机译:从可持续营养到复杂食品系统营养可持续性的途径

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Integration of nutritional and sustainable aspects is a complex task tackled by a few scientific concepts. They include multiple dimensions and functions of food systems trying to provide solutions for harmonic co-evolution of humanity and planet Earth. “Nutritional Sustainability” is differentiated from other concepts which combine nutrition and sustainability as it not only sets environmental sustaining capacity as a baseline level for balanced nutrition, but also aims for the search of food system driving nodes. It does not aim for the support of solutions of producing enough or more food for increasing population (sustainable nutrition), neither does it contradict other similar concepts (sustainable nutrition security, nutritional life cycle assessment). However, it calls for more definite estimation of the carrying capacity of the environment on personal, local and national levels for the development of more efficient solutions of nutrition balanced in the limits of environmental carrying capacity. The review is providing a few examples of advances in nutritional science (personalized nutrition, nutrigenetics), food technology (personalized food processing, food ecodesign) and food complex systems (artificial intelligence and gut microbiome), which have a great potential to progress sustainable food systems with Nutritional Sustainability set as a guiding concept.
机译:营养和可持续性方面的整合是一些科学概念所解决的复杂任务。它们包括食品系统的多个维度和功能,试图为人类与地球的谐波共同进化提供解决方案。 “营养可持续性”不同于将营养与可持续性结合起来的其他概念,因为它不仅将环境可持续能力设定为平衡营养的基准水平,而且还旨在寻找食物系统的驱动节点。它的目的不是支持为增加人口而生产足够或更多的食物(可持续营养)的解决方案,也不与其他类似概念(可持续营养安全,营养生命周期评估)相抵触。但是,它要求在个人,地方和国家各级更确切地估计环境的承载力,以开发出在环境承载力范围内平衡的更有效的营养解决方案。审查提供了一些营养科学(个性化营养,营养遗传学),食品技术(个性化食品加工,食品生态设计)和食品复杂系统(人工智能和肠道微生物组)方面的进步的实例,这些进步具有可持续发展食品的巨大潜力以营养可持续性为导向的系统。

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