Helena Joyce
The Cuyahoga River in Ohio, which flows through Cleveland, is known for its history of heavy pollution by industrial waste and sewage. The river has caught fire at least 13 times, with the most notable incident occurring on June 22, 1969, when an oil slick on the river ignited, causing around $50,000 in damage. This event brought attention to the issue of water pollution and led to the creation of the Clean Water Act and the establishment of the Environmental Protection Agency (EPA). While the river has since been extensively cleaned up, it serves as a reminder of the environmental consequences of industrial activity and the importance of addressing water pollution.
| Characteristics | Values |
|---|---|
| River Name | Cuyahoga River |
| Location | Cleveland, Ohio |
| Pollution Sources | Sewage, Industrial Waste, Oil |
| Incidents | Caught Fire at least 14 times, including 1969 |
| Clean-up Efforts | Extensive clean-up by City Government and Ohio EPA, Named "River of the Year" in 2019 |
| Other Polluted Rivers | Hudson River, Citarum River |
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What You'll Learn
The Cuyahoga River fire
As Cleveland rose to prominence as a major manufacturing centre, the Cuyahoga River became a dumping ground for industrial waste and sewage. This pollution was so severe that the river was devoid of fish and described as a place where "a person does not drown but decays". Despite the severity of the pollution, it was largely accepted as a necessary consequence of the industry that brought prosperity to the city.
On June 22, 1969, a spark from a passing rail car ignited an oil slick on the river, causing a fire that swept through the docks and destroyed several buildings and tugs. The fire caused approximately $50,000 in damage, mostly to adjacent railroad bridges. While the fire initially drew little attention, it soon became a symbol of national pollution and environmental degradation. The image of the river engulfed in flames captured the public imagination and spurred an avalanche of water pollution control activities.
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Pollution from industry and housing
The pollution of the Cuyahoga River in Ohio is a notorious example of the devastating impact of industrial and housing pollution on Western waterways. The river, which flows through Cleveland, became heavily polluted during the 20th century, with sewage, industrial waste, and oil slicks accumulating and causing a series of fires, the most notable of which occurred in 1969. The fire, caused by a spark from a passing rail car, brought widespread attention to the issue of water pollution and spurred an environmental movement.
Cleveland was a major manufacturing center, and the river was used for transportation and industrial purposes, with little regard for the environmental consequences. By the time of the 1969 fire, the Cuyahoga River had already caught fire at least 13 times, with the largest fire occurring in 1952, causing over $1 million in damage. Despite this, there was little public outcry or action to address the pollution until the 1969 fire, which caused relatively minor damage but was highly symbolic, with the image of a burning river becoming a powerful symbol of the need for change.
The Cuyahoga River was not an isolated case, and other rivers in the US, such as the Hudson River and the Citarum River, have also faced significant pollution problems due to industrial and housing development. The Hudson River, for example, was heavily polluted by chemical factories that produced polychlorinated biphenyls (PCBs) and other toxic chemicals. In 1984, a 200-mile stretch of the river was designated as a Superfund site, one of the largest in the country, and efforts to clean up and remediate the river have been ongoing since then.
The Citarum River in Indonesia flows through a densely populated area, with the city of Bandung being a major contributor to its pollution. The river has been described as one of the dirtiest in the world, with high levels of dangerous contaminants such as heavy metals and mercury. Community-led efforts to reforest the river's upland sources and government-led clean-up operations aim to improve water quality by 2025.
The pollution of these rivers has had far-reaching consequences, including the decline of fish stocks, health issues for both humans and wildlife, and the degradation of the natural environment. It has also highlighted the complex challenges of balancing economic development, housing needs, and environmental protection. The clean-up efforts and advocacy initiatives that have emerged in response to these polluted rivers demonstrate a growing awareness of the importance of restoring and preserving the health of our waterways.
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The Clean Water Act
The basis of the Clean Water Act was first enacted in 1948 as the Federal Water Pollution Control Act. However, the Act was significantly reorganized and expanded in 1972, taking on its modern form. The 1972 amendments to the Act were spurred by a fire on the Cuyahoga River in Cleveland, Ohio, in 1969. The Cuyahoga River had long been affected by industrial pollution, and the 1969 fire became a symbol of national pollution, bringing attention to the environmental crisis in American cities at the time. The fire helped spur an avalanche of water pollution control activities, and Mayor Carl Stokes of Cleveland gave Congressional testimony on his city's struggles with polluting industries.
The Environmental Protection Agency (EPA) has played a crucial role in implementing the Clean Water Act. The EPA has developed national water quality criteria recommendations and implemented pollution control programs, such as setting wastewater standards for industries. The Act has also led to the creation of the federal Environmental Protection Agency (EPA) and the Ohio Environmental Protection Agency (OEPA). The Clean Water Act has undergone various changes and amendments over the years, with major changes introduced through amendatory legislation, including the Clean Water Act of 1977 and the Water Quality Act (WQA) of 1987.
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The creation of the EPA
The creation of the Environmental Protection Agency (EPA) was spurred by the Cuyahoga River fire in 1969, which brought national attention to the issue of water pollution. The river, located in Cleveland, Ohio, had been heavily polluted by industrial waste and sewage, resulting in a fire that caused approximately $50,000 in damage. This incident, along with the Santa Barbara oil spill earlier that year, highlighted the need for better water pollution control measures and led to the creation of the EPA.
The EPA was established by President Nixon in July 1970 through Reorganization Plan No. 3, which consolidated various environmental responsibilities of the federal government under one agency. The EPA's primary predecessor was the Environmental Health Divisions of the U.S. Public Health Service (PHS), and it absorbed several other agencies and divisions related to pollution control and environmental protection. The EPA's first Administrator, William Ruckelshaus, took the oath of office on December 4, 1970, and the agency began its work with a budget of $1.4 billion and 5,800 employees.
One of the main goals of the EPA was to set and enforce standards for air and water quality and individual pollutants, working in conjunction with the states. The EPA also had the capacity to conduct research on important pollutants and their impact on the environment, allowing for the establishment of "environmental baselines" to measure the success of pollution abatement efforts. The agency played a crucial role in passing and implementing various environmental laws and amendments, such as the Clean Air Act and the Clean Water Act.
Over the years, the EPA has continued to work towards protecting human health and the environment, receiving additional funding and support for its initiatives. In 1980, Congress passed the Comprehensive Environmental Response, Compensation, and Liability Act (CERCLA), commonly known as "Superfund", which expanded the EPA's ability to find funding for cleanup activities. More recently, in 2022, the EPA received funding from the Inflation Reduction Act to advance environmental justice and address pollution in communities disproportionately affected by it. The EPA has also established programs like Clean School Bus USA to reduce children's exposure to diesel exhaust and the Green Chemistry Program to encourage the development of environmentally friendly products.
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The impact on human health
The impact of polluted rivers on human health can be devastating. Contaminated water sources can lead to various health issues, including gastrointestinal problems, skin and nail issues, thyroid disease, and even more serious concerns such as cancer and immune system disorders. In the case of the Cuyahoga River in Ohio, which has a long history of industrial pollution, the river was described as an "exhausted stream", devoid of fish and with a brown oily film on its surface. The river had served as an open sewer and dump site for industrial waste, sewage, and untreated waste from heavy industry. This resulted in a river fire in 1969 that became a symbol of national pollution. While there is no mention of direct impacts on human health, the pollution certainly had indirect effects, such as the loss of fish as a source of protein for households.
Another example is the Camelford water pollution incident in the UK, where a water treatment works erroneously delivered a toxic amount of aluminium sulphate to customers, endangering 20,000 lives according to a coroner's report. The water authority was criticized for its delayed response in informing the public about the poisoning, which lasted 16 days. This incident led to various health issues, including skin and nail problems, as well as allegations of a cover-up by the government.
The Hudson River in the United States is also a well-known case of river pollution, with 200 miles of it being classified as a Superfund site due to contamination by polychlorinated biphenyls (PCBs). PCBs are considered probable human carcinogens and are linked to adverse health effects such as low birth weight, thyroid disease, and immune system disorders. The Federal Government and the State of New York continuously monitored the river, demonstrating that the PCBs in the sediment posed a serious risk to human health.
In Bandung, Indonesia, the Citarum River is considered one of the world's most polluted rivers, affecting a city of 2.7 million people. Water testing has detected fecal coliform bacteria at levels 5,000 times the safe limit, and dangerous contaminants such as heavy metals, including mercury, have been found. The pollution has led to a decline in fish stocks, depriving households of a key source of protein. While there is no specific mention of health impacts, it is evident that the contaminated water poses significant risks to human health.
These examples highlight the severe consequences that polluted rivers can have on human health, both directly and indirectly. The contamination of water sources can lead to various health issues and even endanger lives, emphasizing the importance of proper waste management, treatment of industrial waste, and timely responses to pollution incidents to mitigate the potential impacts on human well-being.
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Frequently asked questions
The Cuyahoga River, which flows through Cleveland, Ohio, was heavily polluted by industrial waste and sewage in the 19th and 20th centuries.
The river served as a transportation system and an open sewer, with industrial waste and sewage being dumped into it. By the 1870s, the pollution was so severe that it threatened the city's water supply.
Yes, in the late 1960s, Mayor Carl Stokes and his utilities director rallied voters to approve a $100 million bond to rehabilitate Cleveland's rivers. The river fire of 1969 also brought attention to the issue, leading to the creation of the federal Environmental Protection Agency (EPA) and the Clean Water Act.
Yes, since the 1960s, the river has undergone extensive cleanup efforts by the city government and the Ohio Environmental Protection Agency (OEPA). In 2019, the American Rivers conservation association named the Cuyahoga "River of the Year" in honor of its environmental resurgence.
