Water Research, Volume 208, 1 January 2022, 117837.
Ángela García-Gil, Javier Marugán, Davide Vione
https://www.sciencedirect.com/science/article/pii/S0043135421010319
A model to predict the kinetics of direct (endogenous) virus inactivation by sunlight at different latitudes and seasons, based on the equivalent monochromatic wavelength approach
Water-Related Disease News
Recent Posts
- Landscape of plasmids encoding β-lactamases in disinfection residual Enterobacteriaceae from wastewater treatment plants
- A fecal score approximation model for analysis of real-time quantitative PCR fecal source identification measurements
- Data-driven evolution of water quality models: An in-depth investigation of innovative outlier detection approaches-A case study of Irish Water Quality Index (IEWQI) model
- Human intestinal enteroids platform to assess the infectivity of gastroenteritis viruses in wastewater
- Assessment of antibiotic-resistant infection risks associated with reclaimed wastewater irrigation in intensive tomato cultivation
Archives
- April 2024 (19)
- March 2024 (11)
- February 2024 (12)
- January 2024 (17)
- December 2023 (11)
- November 2023 (14)
- October 2023 (7)
- September 2023 (6)
- August 2023 (17)
- July 2023 (3)
- June 2023 (6)
- May 2023 (10)
Annual archive
Categories
- Events (59)
- Awards (9)
- HRWM News (108)
- Projects (106)
- IWA News (10)
- Water-related Disease News (11)
- Featured Publications (775)
- Jobs (44)
Recent Comments
- Tamara Connaughton on Evaluation of wastewater-based epidemiology of COVID-19 approaches in Singapore’s ‘closed-system’ scenario: A long-term country-wide assessment
- Peter Vikesland on IWA HRWM SG Open Meeting at WaterMicro23 Darwin (June 8, 5PM)
- Jieun S. Park on IWA HRWM SG Open Meeting at WaterMicro23 Darwin (June 8, 5PM)
- Elabiyi Michael on Identifying water quality and environmental factors that influence indicator and pathogen decay in natural surface waters
- Terri on 3rd Regional IWA Diffuse Pollution Conference at Chiang Mai, Thailand (19-22 November 2018)