Water Testing for Viruses

This Collection supports and amplifies research related to SDG3, SDG6 and SDG11.

We are delighted to invite submissions for a special collection in npj Viruses that focuses on the rapidly evolving and critically important field of pathogenic viruses in wastewater-based epidemiology. This collection aims to provide a platform for groundbreaking research and comprehensive reviews that advance our understanding of viral behavior, distribution, and implications within water systems. This special collection seeks to address a broad spectrum of topics, starting with microbial source tracking using viruses. Studies that investigate the application of viral markers to identify and trace the sources of contamination are of particular interest. Additionally, the collection will emphasize quantitative microbial risk assessments, providing insights into the health risks posed by exposure to contaminated water sources, including risks associated with consumption, recreational activities, and bathing in virus-laden waters. Moreover, the collection will explore the survival, persistence, transport, and fate of viruses in various water environments. Understanding these dynamics is crucial for developing effective strategies to mitigate viral contamination and safeguard public health. Research on the behavior of viruses under different environmental conditions, such as temperature, salinity, and organic matter presence, is highly encouraged.

Another exciting focus of this collection is metagenomics and the search for new indicator viruses. Recent advancements in sequencing technologies have opened doors to identifying novel viral markers that can serve as reliable proxies for pathogen presence in water. We invite studies that delve into the discovery and validation of these indicators, as well as their potential applications in water quality monitoring and public health interventions.

The collection welcomes contributions that span diverse water systems, including wastewater, environmental water sources, drinking water, and recreational water. Investigations into viral presence and dynamics in these settings will provide a holistic understanding of the threats posed by waterborne viruses. Comparative studies across geographic regions or climatic conditions, as well as interdisciplinary approaches combining virology, environmental science, and public health, are highly valued.

We invite original research articles, comprehensive review papers, and methodological advances that address these themes. By fostering interdisciplinary dialogue and showcasing cutting-edge findings, this special collection aims to catalyze progress in understanding and addressing virus-related challenges in water environments.

Join us in contributing to this timely and impactful collection in npj Viruses. By participating, you will help advance the field of wastewater-based epidemiology and offer new perspectives on the role of viruses in aquatic ecosystems. Submit your manuscripts today to be part of this significant endeavor.

We look forward to your innovative contributions and are excited about the opportunity to bring together a diverse range of studies that will shape the future of research in this critical area. Let us collectively address the pressing challenges of waterborne pathogens and pave the way for improved public health and environmental safety.