Report: Protect Our Coast
Safe for Swimming?
The Clean Water Act, adopted in 1972 with overwhelming bi-partisan support, had the farsighted and righteous goal of making all our waterways safe for swimming. Yet 46 years later, all too often, Americans visiting their favorite beach are met by an advisory warning that the water is unsafe for swimming. Even worse, in recent years millions of Americans have been sickened by swimming in contaminated water.
An analysis of bacteria sampling data from beaches in 29 coastal and Great Lakes states and Puerto Rico re- veals that 2,580 beach sites – more than half of all sites tested – were potentially unsafe for swimming on at least one day in 2018, and 546 sites were potentially unsafe at least 25 percent of the days that sampling took place.1 Sites were considered potentially unsafe if bacteria levels exceeded the U.S. Environmental Protection Agency’s most protective “Beach Action Value” thresholds, which the EPA suggests states use as a “conservative, precautionary tool for making beach notification decisions,” and are associated with an estimated illness rate of 32 per 1,000 swimmers.2 (Many states use other thresholds for beach closure and advisory decisions. Therefore, results presented in this report may differ from state reports on beach water quality.) (See Methodology for details.)
To keep our beaches safe for swimming and protect Americans’ health, policymakers should undertake efforts to prevent runoff pollution, including through the use of natural and green infrastructure that absorb stormwater onsite.
Fecal contamination makes beaches unsafe for swimming.
• Human contact with the contaminated water indicated by bacteria testing can result in gastro- intestinal illness as well as respiratory disease, ear and eye infections and skin rash.3
• Each year in the U.S., swimmers suffer from an estimated 57 million cases of recreational water- borne illness.4
• Primary sources of fecal contamination include urban runoff, sewage leaks and overflows, and industrial-scale livestock operations.
More than half of the thousands of beach sites sampled for bacteria across the country were potentially unsafe for swimming on at least one day in 2018.
• In 2018, sampling data from 4,523 beach sites in 29 coastal and Great Lakes states and Puerto Rico were submitted to the National Water Quality Monitoring Council.
• Tests at 2,580 sites indicated potentially unsafe levels of fecal contamination for swimming on at least one day, and 546 were potentially unsafe at least 25 percent of the days that sampling took place.
Bacteria testing of ocean and Great Lakes beaches in every region of the country revealed days of potentially unsafe fecal contamination in 2018.
• Among Gulf Coast beaches, 329 sites, or 85 percent of the 385 sites tested, were unsafe for at least one day in 2018.
• Among West Coast beaches, 571 sites, or 67 percent of the 850 sites tested, were unsafe for at least one day in 2018.
• Among East Coast beaches, 1,134 sites, or 48 percent of the 2,372 sites tested, were unsafe for at least one day in 2018.
• Among Great Lakes beaches, 380 sites, or 68 percent of the 559 sites tested, were unsafe for at least one day in 2018.
To ensure that all of our beaches are safe for swimming, policymakers should work to protect beaches from runoff and sewage pollution. Solutions include:
• Dramatically increasing funding to fix sewage systems and prevent runoff pollution through natural and green infrastructure, including rain barrels, permeable pavement and green roofs.
• Protecting and restoring natural infrastructure, including riparian areas and wetlands that can filter bacteria, sediment and nutrients.
• Strengthening enforcement of standards for municipal wastewater treatment.
• Enacting moratoria on new or expanded industri- al-scale livestock operations, particularly in areas that threaten our beaches and other waterways.
• Using the EPA’s most protective “Beach Action Value” bacteria standard for making beach advisory decisions, and implementing same-day bacteria testing and warning systems.