Nearly all the wastewater samples from aircraft arriving in the UK showed evidence of COVID-infected passengers on board.
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The COVID-19 pandemic has seen an increase in wastewater testing to monitor the spread of the virus. But historical cases show that targeted surveillance can further marginalize vulnerable populations.
When humans eat fish, mussels and other foods containing antibiotics, the residual antibiotics may cause bacterial pathogens to become resistant.
Over 800 sites across the US report coronavirus data from sewage to the CDC. Here’s how this kind of surveillance system works and what it can and can’t tell you.
An unexpected legacy of COVID could be a new system for monitoring public health.
Without genome sequencing, we would be blind to new variants of COVID-19. As Omicron surges in New Zealand, the sequencing focus is shifting to learning about what causes severe or long-term disease.
As we move through the ongoing COVID-19 pandemic, new predictive methods of testing can help monitor the spread of the disease. Environmental testing, like swabbing floors, is a useful tool.
Technology that can identify stray bits of genetic material in the environment can help scientists monitor human and animal health.
As the world waits for vaccines against COVID-19, testing wastewater can give communities and smaller locales, such as school districts, valuable signals about infections trends.
Detection of a virus in wastewater implies the presence of infected people in a community. It’s not quite so simple though.
Sewage surveillance is one technique that can alert authorities to the presence of a pathogen in the community. An environmental engineer explains the state of the science when it comes to SARS-CoV-2.
Scientists in Spain have reported finding traces of the novel coronavirus in wastewater dating back to March 12, 2019.
The government plans to monitor sewage for the SARS-CoV-2 coronavirus. And while this holds promise to tracking future local outbreaks, there are also some sticky ethical questions to consider.
Top contributors
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Professor of Soil and Environmental Science, Bangor University
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Professor, Principal Scientist (Genomics), ESR
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Professor of Civil & Environmental Engineering, UNSW Sydney
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Principal Scientist, UK Centre for Ecology & Hydrology
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Associate professor, Clinical and Health Sciences, University of South Australia
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Professor / Leader of the Environmental and Nanoscience Research Group, University of the Western Cape
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Senior Lecturer, Melbourne Law School, The University of Melbourne
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Professor of Evolutionary Biology, L’Université d’Ottawa/University of Ottawa
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PhD Candidate in Biology, University of Florida
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Research Fellow in Water Policy, The University of Melbourne
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Research Fellow, Virology, Glasgow Caledonian University
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Assistant Professor of Human Geography, Queen's University, Ontario
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Assistant Professor of Wildlife Disease Genomics, University of Florida
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Associate Professor of Environmental Engineering, University of Notre Dame
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Senior Lecturer, University of Auckland
