Microplastics in ballast water as an emerging source and vector for harmful chemicals, antibiotics, metals, bacterial pathogens and HAB species: A potential risk to the�…

RK Naik, MM Naik, PM D'Costa, F Shaikh�- Marine Pollution Bulletin, 2019 - Elsevier
RK Naik, MM Naik, PM D'Costa, F Shaikh
Marine Pollution Bulletin, 2019Elsevier
Microplastic pollution in marine waters around the globe is increasing exponentially. This is
the first comprehensive review which focuses on microplastics as a source and vector for
metals, antibiotics, toxic chemicals, pathogenic bacteria (Vibrio cholerae), and Harmful Algal
Bloom (HAB)-forming dinoflagellates across the continents through ballast water.
Microplastics in ballast waters serve as 'hotspots' for the development and spread of multiple
drug-resistant human pathogens through co-selection mechanisms. Microplastic inoculation�…
Abstract
Microplastic pollution in marine waters around the globe is increasing exponentially. This is the first comprehensive review which focuses on microplastics as a source and vector for metals, antibiotics, toxic chemicals, pathogenic bacteria (Vibrio cholerae), and Harmful Algal Bloom (HAB)-forming dinoflagellates across the continents through ballast water. Microplastics in ballast waters serve as ‘hotspots’ for the development and spread of multiple drug-resistant human pathogens through co-selection mechanisms. Microplastic inoculation at distant countries through ballast water may pose a serious threat to human health due to higher incidences of bacterial disease outbreaks and HABs. The 2017 ballast water management convention lacks a provision for on-board treatment of microplastic-contaminated ballast water. We conclude that there is a pressing need to include microplastics in the ballast water management convention as a hazardous material. Efficient on-board ballast water treatment strategies and effective limits for microplastics in ballast waters need to be developed.
Elsevier