Sep 2026· Advances in Agriculture & Botanics· Vol 18, pp. 96· 0 citations· 45 references
Abstract
Sustainable food systems must reconcile rising global food demand with reducing environmental pressures across the entire food chain, and plastic-related pollution is increasingly recognized as one such pressure. Microplastics (MPs), particles smaller than 5 mm generated through the manufacture, use, and degradation of plastics, have been detected in agricultural soils, aquaculture systems, food-processing environments, packaging materials, and a wide range of food commodities, from seafood and table salt to honey, sugar, milk, and bottled water, as well as in human blood, placenta, and breast milk. This paper combines a review of the scientific literature on microplastic contamination pathways relevant to sustainable food systems with an empirical assessment of public awareness and behavioral readiness, based on a structured questionnaire administered in Romania in 2026 (n = 124). The review synthesizes evidence on primary and secondary sources of microplastics in food production, processing, and packaging, their occurrence in food commodities, human exposure routes, analytical challenges, and emerging mitigation strategies within a circular-economy framework. The survey shows that respondents readily associate food packaging with plastic content (124 of 124 respondents) and identify packaging as the leading perceived source of microplastics (95 of 124 respondents). However, awareness of specific food-related exposure pathways and of the analytical difficulties in confirming them remains limited. Willingness to adopt low-effort, food-shopping-related behaviors, such as using reusable bags and personal containers, is high, whereas support decreases for actions that require political or corporate engagement. The findings support the need for integrated communication and policy strategies that translate awareness into concrete, food-system-relevant sustainable behavior.
Food technology integrates knowledge from chemistry, biology, microbiology, engineering and nutrition to improve the food supply chain, from production to consumption. Its origins lie in preservation techniques such as canning and pasteurization, which shaped modern food safety. Today, one of the key functions of food...
T. Oliviero, V. Fogliano· The International Journal of...· 0 citations
Population growth in urban food systems has led to a decline in food resources and the emergence of social imbalances, while consumers’ shift toward a healthy and sustainable lifestyle, against the backdrop of a growing carbon footprint and negative health impacts, highlights the need to promote fish-based products as...
Elena-Iuliana Flocea, Ioana Gucianu, M. Ciobanu et al.· Sustainability· 0 citations
Microplastics are emerging contaminants in the food chain, raising concerns about human dietary exposure. This review critically assesses their occurrence in animal-based foods, including milk and dairy products, meat, fish, honey, and eggs, focusing on analytical approaches used for detection, identification, and quan...
E. Visentin, M. De Marchi, S. S. Moore et al.· Food Chemistry· 0 citations
There has been increasing interest in exploring alternatives to conventional plastic food packaging to address associated environmental concerns. Among these alternatives, biopolymers derived from natural sources such as starch, cellulose, polylactic acid (PLA), polyhydroxyalkanoates (PHAs), and proteins have gained si...
Rajul Jain, Nishant Singhal, Harsh Vardhan et al.· Frontiers in Sustainable Foo...· 0 citations
Chemical hazards generated during food production and processing represent a major food safety concern because of their toxic and carcinogenic potential. This study investigated the occurrence and distribution of acrylamide reported through the EU Rapid Alert System for Food and Feed (RASFF) alongside research data to...