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We initiated a collaboration between local government, academia, and citizen scientists to investigate high frequencies of elevated Escherichia coli bacteria levels in the coastal Short Beach neighborhood of Branford, Connecticut. Citizen scientist involvement enabled collection of short-duration postprecipitation outfall flow water samples (mean E. coli level = 4930 most probable number per 100 mL) and yielded insights into scientific collaboration with local residents. A records review and sanitary questionnaire identified aging properties with septic systems (3.3%) and holding tanks (0.6%) as potential sources of the E. coli contamination. (Am J Public Health. 2022;112(9):1261–1264. https://doi.org/10.2105/AJPH.2022.306943)
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Recreational boating is increasing in popularity worldwide, prompting challenges concerning pollution management, aquatic ecosystem preservation, and waterway access. Electric boating technology may provide a sustainable alternative to gasoline-powered boats, helping to address these challenges. In this study, the environmental and health impacts associated with using electric service vessels in the recreational boating industry were assessed. The focus was on pump-out boats, which enable the sanitary management of human waste generated onboard recreational vessels, as a tractable model of the whole recreational boating service sector. To query stakeholder attitudes about changing to electric technology, surveys were distributed to a nationwide network of pump-out boat service providers. A wide range of attitudes exists among this group towards the adoption of electric technology, and financial concerns dominate the anticipated barriers to electric technology adoption. A life-cycle assessment of electric and gasoline-powered pump-out boats revealed that electric boats have lower lifetime greenhouse gas emissions than do gasoline-powered equivalents, especially when electric boats are charged using renewable resources. Our study demonstrates that already-existing electric technology is a sustainable alternative to gasoline combustion in the boating service sector, and identifies the key challenges remaining for the widespread adoption of electric service boats.
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- Journal Article (2)