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- Great Lakes Update from Washington, D.C.
- House supports Great Lakes restoration legislation – again!
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Massive Buffalo River cleanup reaches halfway point
|Project Summary: The first phase of a massive sediment cleanup in the Buffalo River is already producing results.|
Project name: Buffalo River sediment cleanup and habitat restoration.
Location: Buffalo, New York.
Description: The Buffalo River was one of several Great Lakes rivers that were so polluted they caught fire in the 1950s and ’60s. Local industries and municipalities treated the Buffalo River as an open sewer for much of the 20th century, dumping toxic chemicals and raw sewage into the waterway. The result was a horribly polluted river, nearly devoid of life, that also pumped toxic contaminants into Lake Erie and the Niagara River. Historic pollution poisoned miles of the river’s muddy bottom with polychlorinated biphenyls (PCBs), polynuclear aromatic hydrocarbons (PAHs), and heavy metals. The river was designated a Great Lakes Area of Concern in 1987. Now Buffalo’s namesake river is undergoing a dramatic transformation, thanks to a $44 million project that is one of the largest river cleanups ever in the United States. The project will improve water quality, create new habitat for fish and wildlife, and improve navigation in the City Shipping Canal. Crews are roughly halfway through a project that will remove one million cubic yards of toxic sediment from the river. A prolonged effort to restore a 6.2-mile stretch of the river has already produced dramatic improvements. Thirty species of fish now live in parts of the river that were once too contaminated to support any fish, and an area of the river referred to in the past as a “repulsive holding pond” is now home to marinas. Local residents are rediscovering the river, which has become a centerpiece in efforts to revitalize downtown Buffalo — once known as the “Queen City” of the Great Lakes. In 2011-2012, crews removed 550,000 cubic yards of contaminated sediment from the middle of the river. The second phase of the cleanup, which began in October 2013, will remove another 488,000 cubic yards of toxic mud (about 33,000 truckloads of toxic mud) from the sides of the river. Once the dredging of contaminated sediment is complete, crews will restore fish and wildlife habitat in and along the river. The project will be complete in 2015.
Approximate cost of project: $44 million, which includes $23 million for the second phase of the sediment cleanup, which began in October 2013. The Great Lakes Restoration Initiative funded much of the project.
Resource challenges addressed: Contaminated sediment, which poisoned aquatic life and posed health threats to wildlife and humans that ate fish from the river. The contaminated sediment left parts of the river devoid of life and were an ongoing source of contaminants entering Lake Erie and the Niagara River.
Key partners (public and private): Great Lakes Restoration Initiative, U.S. Environmental Protection Agency’s Great Lakes National Program Office, the U.S. Army Corps of Engineers, Honeywell, Buffalo Niagara Riverkeeper, New York Department of Environmental Conservation, the City of Buffalo, and Erie County.
Types of jobs created: Chemists, toxicologists, biologists, civil and chemical engineers, dredge operators, heavy equipment operators and general laborers.
Results and accomplishments: Crews have already removed 550,000 cubic yards of contaminated sediment from the river and will dredge another 488,000 cubic yards of toxic mud from the river bottom by the end of 2014. The dredging operation and earlier restoration activities have resulted in numerous species of fish and other aquatic life returning to parts of the river that were once dead. Removing one million cubic yards of toxic sediment will reduce human exposure to contaminants through direct contact with the polluted river bottom or from consuming contaminated fish. The work will also improve navigation, reduce the need for future dredging and advance efforts to get the Buffalo River removed from a list of Great Lakes Areas of Concern.
Originally Published: October 22, 2013