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Rethinking food loss and waste to promote sustainable resource use and climate change mitigation in agri-food systems: A review.

Bashir AdelodunOyebankole O AgbelusiTammara SomaGolden OdeyQudus AdeyiPankaj KumarFidelis Odedishemi AjibadeMadhumita GoalaLuis Felipe Oliveira SilvaYasser S MostafaRattan SinghKyung Sook ChoiEbrahem M Eid
Published in: Waste management & research : the journal of the International Solid Wastes and Public Cleansing Association, ISWA (2024)
The sustainable agri-food system is an important sector recognized for promoting the United Nations' Sustainable Development Goals on food security, resource conservation and climate change mitigation. However, the increasing food loss and waste (FLW) along the supply chains has continued to hinder these goals. This study evaluates the trend of FLW research from 1975 to 2022 and how it promotes the achievement of resource and environmental sustainability in agri-food systems. The salient research themes and hotspots that are of interest to researchers were identified. Bibliometric and network analyses were carried out on scholarly research articles from the Scopus database using bibliometrix and VOSviewer. Furthermore, the content analysis was conducted on the selected highly influential articles containing relevant data to understand the role of FLW in promoting sustainable agri-food systems. The results showed disaggregate and unbalanced research distribution on the impacts of FLW among the countries, with China and the United States having the highest contributions. The identified major research themes relating to sustainable agri-food systems are food waste and sustainable systems, food waste management and food waste impact assessment. Moreover, the circular economy was found to be a relatively new approach being explored in agri-food systems to promote FLW reduction and ensure sustainability of resource use. This study highlights the critical role of the impact of FLW in addressing the grand challenge of food security, resource use efficiency and environmental sustainability.
Keyphrases
  • climate change
  • human health
  • risk assessment
  • emergency department
  • machine learning
  • heavy metals
  • life cycle
  • global health
  • drug induced