恢复粮食系统

Dietrich Knorr and Mary Ann Augustin
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引用次数: 0

摘要

当前的全球粮食系统是不可持续的。自然资源的枯竭、环境排放的增加、气候变化、生物多样性的丧失以及人口的增加,都是造成粮食系统不可持续和粮食不安全的原因。需要对传统的集约农业和工业化粮食生产方式进行审查,以期过渡到更具可持续性的替代农业生产方式。农场能源使用及其对生物物理环境和生物多样性的影响、生产力与环境之间的权衡以及农业政策等因素都会影响农业生产的选择和可持续性。讨论了替代性农业做法,重点是保护自然资源和生物多样性的耕作制度。其中包括替代性陆地和海洋粮食生产系统,以及使用各种细胞农业和基于培养的方法生产粮食。重点介绍了一些新兴的可持续粮食系统。恢复陆地和水生粮食生产系统的关键行动包括重建土壤和水生生态系统,更广泛地应用替代性可持续农业和加工方法,以及将创新技术融入传统和新兴农业系统。这些行动需要得到政策的支持,鼓励多方利益相关者共同创建可持续的替代农业系统。
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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Food systems restoration

The current global food system is unsustainable. The depletion of natural resources and increased environmental emissions, climate change, biodiversity loss and increasing population contribute to food system unsustainability and food insecurity. Conventional intensive agriculture and industrial food production practices need to be examined, with a view to transitioning to more sustainable alternative agricultural production. Factors such as farm energy use and their effects on the biophysical environment and biodiversity, trade-offs between productivity and environment and agricultural policy contribute to agricultural production choices and sustainability. Alternative agricultural practices are discussed with a focus on farming systems which protect natural resources and biodiversity. These include alternative land and marine food production systems and the use of various cellular agriculture and culture-based methods for producing food. Selected emerging sustainable food systems are highlighted. Key actions for restoration of land and aquatic food production systems include rebuilding of soil and aquatic ecosystems, wider application of alternative sustainable agricultural and processing practices, and integration of innovative technology into traditional and emerging agricultural systems. These actions need to be supported by policy which encourages the co-creation of sustainable alternative agricultural systems by multiple stakeholders.

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