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Priorities to inform research on tire particles and their chemical leachates: A collective perspective.

Environmental research 2024 Score: 45 ? 0–100 AI score estimating relevance to the microplastics field. Papers below 30 are filtered from public browse.
Anna Kukkola, Anna Kukkola, Cassandra Rauert Anna Kukkola, Anna Kukkola, Cassandra Rauert Anna Kukkola, Cassandra Rauert Cassandra Rauert Cassandra Rauert Jomin Thomas, Jomin Thomas, Anna Kukkola, Bidemi Green-Ojo, Adam Cooper, Jomin Thomas, Jomin Thomas, Anna Kukkola, Anna Kukkola, Anna Kukkola, Thilo Hofmann, Thilo Hofmann, Henry E Obanya, Cassandra Rauert Fay Couceiro, Thilo Hofmann, Cassandra Rauert Cassandra Rauert Cassandra Rauert Cassandra Rauert Anna Kukkola, Anna Kukkola, Cassandra Rauert Cassandra Rauert Cassandra Rauert Farhan R Khan, Elisabeth Støhle Rødland, Nick Molden, Nick Molden, Anna Kukkola, Thilo Hofmann, Seokhwan Lee, Cassandra Rauert Thilo Hofmann, Thilo Hofmann, Anna Kukkola, Thilo Hofmann, Thilo Hofmann, Victor Carrasco-Navarro, Thilo Hofmann, Anna Kukkola, Thilo Hofmann, Thilo Hofmann, Cassandra Rauert Cassandra Rauert Fay Couceiro, Cassandra Rauert Cassandra Rauert Cassandra Rauert Thilo Hofmann, Cassandra Rauert Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Elisabeth Støhle Rødland, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Anna Kukkola, Thilo Hofmann, Anna Kukkola, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Anna Kukkola, Anna Kukkola, Cassandra Rauert Cassandra Rauert Anna Kukkola, Thilo Hofmann, Thilo Hofmann, Imari Walker-Franklin, Anna Kukkola, Anna Kukkola, Cassandra Rauert Fay Couceiro, Cassandra Rauert Cassandra Rauert Thilo Hofmann, Fay Couceiro, Fay Couceiro, Anna Kukkola, Thilo Hofmann, Thilo Hofmann, Seokhwan Lee, Thilo Hofmann, Nick Molden, Anna Kukkola, Cassandra Rauert Anna Kukkola, Anna Kukkola, Cassandra Rauert Cassandra Rauert Cassandra Rauert Cassandra Rauert Cassandra Rauert Cassandra Rauert Anna Kukkola, Cassandra Rauert Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Jomin Thomas, Laura Michie, Bidemi Green-Ojo, Anna Kukkola, Adam Cooper, Thilo Hofmann, Anna Kukkola, Anna Kukkola, Thilo Hofmann, Thilo Hofmann, Cassandra Rauert Thilo Hofmann, Anna Kukkola, Nick Molden, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Fay Couceiro, Cassandra Rauert Anna Kukkola, Thilo Hofmann, Nnamdi H Amaeze, Seokhwan Lee, Cassandra Rauert Thilo Hofmann, Thilo Hofmann, Thilo Hofmann, Renuka S Patil, Anna Kukkola, Jinglong Tang, Jinglong Tang, Laura Michie, Bidemi Green-Ojo, Anna Kukkola, Cassandra Rauert Fay Couceiro, Cassandra Rauert Laura Michie, Laura Michie, Gary R Hutchison, Jinglong Tang, Joshua Ugor, Seokhwan Lee, Thilo Hofmann, Alex T Ford, Anna Kukkola, Cassandra Rauert

Summary

An international interdisciplinary network of researchers identified priority research areas for understanding the ecological impacts of tire particles and their chemical leachates — a rapidly growing area of concern given that tire wear particles are one of the largest sources of microplastics in urban runoff. The priorities span toxicology, exposure assessment, and regulatory relevance.

Concerns over the ecological impacts of urban road runoff have increased, partly due to recent research into the harmful impacts of tire particles and their chemical leachates. This study aimed to help the community of researchers, regulators and policy advisers in scoping out the priority areas for further study. To improve our understanding of these issues an interdisciplinary, international network consisting of experts (United Kingdom, Norway, United States, Australia, South Korea, Finland, Austria, China and Canada) was formed. We synthesised the current state of the knowledge and highlighted priority research areas for tire particles (in their different forms) and their leachates. Ten priority research questions with high importance were identified under four themes (environmental presence and detection; chemicals of concern; biotic impacts; mitigation and regulation). The priority research questions include the importance of increasing the understanding of the fate and transport of these contaminants; better alignment of toxicity studies; obtaining the holistic understanding of the impacts; and risks they pose across different ecosystem services. These issues have to be addressed globally for a sustainable solution. We highlight how the establishment of the intergovernmental science-policy panel on chemicals, waste, and pollution prevention could further address these issues on a global level through coordinated knowledge transfer of car tire research and regulation. We hope that the outputs from this research paper will reduce scientific uncertainty in assessing and managing environmental risks from TP and their leachates and aid any potential future policy and regulatory development.

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