NOAA and the other Elliot Bay Trustees conducting the Lower Duwamish Natural Resources Damage Assessment, have announced a 30-day comment period for the Lower Duwamish Natural Resources Injury Assessment Plan (PDF, 79 pg).

NOAA and other Trustee Council members have been conducting a natural resources damage assessment since 2010 for the Portland Harbor Superfund site in Portland, Oregon, to evaluate natural resource injuries incurred over time in areas contaminated with hazardous substances (pesticides such as DDT, PCBs, and others), and oil.

On April 17, 2018, the United States District Court for the Eastern District of Wisconsin entered final consent decrees announcing three settlements, with three separate companies, in excess of $4.5 million for natural resource damages at the Sheboygan River and Harbor Superfund site.

Five NOAA scientists recently led a group of more than 40 trustees in a multi-day restoration planning exercise related to the Hanford Nuclear Site. The event took place in Richland, Washington, and increased scientific convergence about habitat recovery time after restoration actions are completed in an affected area.

National Ocean Service Deputy Assistant Administrator Nicole LeBoeuf met February 7, 2018, with key partners of the Rinearson Creek Restoration project in Gladstone, Oregon. The 33-acre restoration area is being created to bring back riparian, off-channel, and upland habitats for Chinook salmon, lamprey, bald eagle, river otter, and mink, as well as several important amphibian species.

On December 12, 2017, the U.S. Department of Justice issued a press release announcing three settlements, with three separate companies, in excess of $4.5 million for natural resource damages at the Sheboygan River & Harbor Superfund site. These settlements will resolve claims brought by NOAA and its co- trustees regarding liability for historic industrial discharges of chemicals that caused injury to public natural resources.

In Orange County, Texas, parts of the Sabine Lake/Neeches River Estuary were contaminated by industrial and municipal waste disposal, including sludge from local petrochemical industries, starting in the 1960s. Industrial waste disposal was discontinued in the late 1960s, but municipal and construction wastes were accepted until about 1971. In 1986, the U.S. Environmental Protection Agency added the site to the National Priorities List, based on the release or threatened release of hazardous substances, making it a priority site for investigation and potential clean-up the Superfund law.

Hazardous Waste Site | Tampa, FL | 1977 to present

What Happened?

From 1977 until 1991, local manufacturing companies disposed of battery casings, furnace slag, and construction debris at this illegal dumpsite in Tampa, Florida. Lead, arsenic, and other toxic substances from the improperly handled waste contaminated soils, groundwater, and wetlands at the site.

Hazardous Waste Site | Linden, New Jersey | Late 1800s to present

Manufacturing of dyes, surfactant, pesticides, and other industrial chemicals and products began on the Tremley Point peninsula in Linden, New Jersey as early as 1889. Chlorine gas production, using a process that involved mercury, began here in 1955 and continued through 1985. Wastes and wastewaters emptied directly and indirectly to Piles Creek, South Branch Creek, the Arthur Kill, and their associated tidal wetlands. Mercury, arsenic, other metals, SVOCs, and other toxic substances were released into the surrounding environment.

The Koppers Site formerly housed wood treatment and fertilizer manufacturing facilities. These facilities released hazardous substances into wetland and river habitat in and near the Ashley River. The groundwater at the site was also contaminated, and impacted nearby wetland and river habitat.

Hazardous Waste Site | Massapequa Creek, Farmingdale NY | 1930’s to Present

Hazardous Waste Site | Glen Cove, NY | 1960s to Present

The Mattiace Petrochemical Co., Inc. site is located adjacent to Garvies Point Preserve along the north shore of Glen Cove Creek, a tributary to Hempstead Harbor on the north shore of Long Island. Beginning in the 1960s, chemical storage, blending, repackaging, and drum cleaning took place on site. Drum cleaning wastes were stored in a wet well and a leaching pool where they contaminated groundwater. Hazardous wastes reached the creek via runoff, underground piping, and groundwater discharge.

Hazardous Waste Site | Edgewater, NJ | 1930 to present

The Quanta Resources Corporation site in Edgewater, NJ, is a former oil and tar storage and recycling facility on approximately 8 acres. The site is adjacent to the lower Hudson River, approximately 9.9 miles upstream of Upper New York Bay.

Hazardous Waste Site | Rosedale, Maryland | 1953 – 1970

Hazardous Waste Site | Texas City, Texas | 1941 – 1991 

The Tex Tin Corporation and other responsible parties operated a tin smelting plant at this site from 1941 until 1991. Industrial activities included tin ore processing, acid recovery operations, heavy metals recovery operations, copper washing operations using ammonia, and land filling with radioactive materials.

Hazardous Waste Site | Stratford, CT | 1919 to Present

Beginning in 1919, Raymark Industries, Inc. manufactured automotive parts at a 34-acre property along the Housatonic River estuary. Raymark initially disposed of manufacturing wastes on-site, but waste materials were also released to Ferry Creek via a culvert from on-site waste lagoons. Lagoon waste sludge was also used as fill on multiple residential, commercial, and municipal properties in Stratford, and in several wetland sites draining to the Housatonic River.

Hazardous Waste Site | Texas City, Texas | 1964 – 1997

From 1964 to 1997, on the shores of Swan Lake and Galveston Bay, the Malone Services Company operated a reclamation, storage and disposal facility for waste oils, chemicals, and hazardous wastes. During its operation, hundreds of businesses sent more than 480 million gallons of organic and inorganic waste to the facility. Wastes were stored in two earthen, unlined pits which released contaminants to the groundwater within the site, and runoff into surface waters.

Hazardous Waste Site | Ashland, MA | 1917 – 1978

What Happened?

Between 1917 and 1978, Nyanza, Inc. and other companies manufactured textile dyes and other products at this site. Their operations generated large volumes of industrial waste and they contaminated the soil, groundwater and wetlands of the Sudbury River. Mercury, chromium, arsenic, lead and organic compounds were released and reached as far downstream as the Concord River.

Hazardous Waste and Oil Spill Site | New York City, NY | Late 1800s to Present 

Hazardous Waste Site | Glenwood Landing, NY | 1939 to Present

The Applied Environmental Services Superfund Site is located on Hempstead Harbor in Long Island Sound. Starting in 1939 the site was used at various times to store petroleum products, chemical solvents, and hazardous waste. Improper handling and storage of waste oil, heavy metals, solvents, acids, paints, and other toxic substances contaminated groundwater, surface water, soils, sediments, and air.

Hazardous Waste Site | Calcasieu Parish, LA | 1920s to Present

What Happened

The banks of Bayou d’Inde have been industrialized since oil and natural gas deposits were discovered nearby in the 1920s. Chemical manufacturing and petroleum refining facilities have released toxins—including PCBspolychlorinated biphenyls; a class of chemicals previously used in manufacturing that remain in the environment for many decades, accumulate in living creatures, and pose health hazards to humans, wildlife, and fish., dioxinsA group of highly toxic chemicals that are the byproduct of some industrial processes and incineration of plastics; they accumulate in living creatures and are known to cause cancer in humans., lead, and mercury—into the bayou and surrounding areas for decades.

Hazardous Waste Release |New Bedford Harbor, MA| 1940s – 1970s

New Bedford Harbor is a major commercial fishing port and industrial center in southeastern Massachusetts on Buzzards Bay. From the 1940s to the 1970s, manufacturers discharged wastes containing  PCBs and toxic metals into New Bedford Harbor. This resulted in high levels of contamination throughout the waters, sediments, plants, and wildlife of the Harbor and parts of Buzzards Bay.

Hazardous Waste Site | Duluth, Minnesota | 1890s – Present

What Happened?

As result of historical industrial operations along the St. Louis River numerous hazardous chemicals were released into the environment. The St. Louis River Superfund site was listed on the National Priorities List in 1983.

Hazardous Waste Site | South Plainfield, NJ | 1930s to Present

Cornell-Dubilier Electronics, Inc. manufactured electronic components on this 26-acre property from 1936 to 1962. PCBs, metals, and other hazardous substances were released into the surrounding environment, including a stream on the property which flows into Bound Brook, a tributary of the Lower Raritan River.

Hazardous Waste Site | Elkton, MD | 1961 to Present 

Beginning in 1961, a solvent recycling facility here contaminated soils and groundwater with VOCs. These substances were released into the adjacent Little Elk Creek, which flows into the Elk River, a tributary to the Chesapeake Bay.

Hazardous Waste Site | South Kingstown, RI | 1960s to Present

This abandoned quarry adjacent to the Saugatucket River was used for the disposal of household and industrial wastes from 1967 until 1983. The site included 27 acres of solid waste, 15 acres of sewage sludge, and an 11-acre bulky waste disposal area. Elevated levels of toxic metals leached from the landfill via groundwater to Mitchell Brook, the Saugatucket River, and Saugatucket Pond.

Hazardous Waste Site | Old Bridge and Sayreveille, NJ | Late 1960s to Present

This waterfront park spans approximately 1.5 miles of Raritan Bay in Laurence Harbor, New Jersey. Slag from metal processing at NL Industries in Perth Amboy was used to construct a seawall along Raritan Bay and to enhance a federal navigational jetty at Cheesequake Creek Inlet. The slag included lead and other hazardous metals, which leached into surrounding soils, sediments, and surface waters. Battery casings and construction debris also litter portions of the site.

Hazardous Waste Site | Cold Spring, NY | 1952 to Present

Hazardous Waste Site | Bridgewater, NJ | 1915 - Present

For decades, the American Cyanamid facility released a range of contaminants directly into the Raritan River. The factory manufactured chemicals and pharmaceuticals, and distilled coal tar. 

Hazardous Waste Site | Hudson Falls, NY | 1947 to Present

Beginning in 1947 and continuing for approximately 30 years, General Electric (GE) Company released more than a million pounds of PCBs into the upper Hudson River. These chemicals were a byproduct of GE’s industrial operations at Fort Edward and Hudson Falls, New York. Since then, ongoing discharges of PCBs have continued from sediments and underground sources.

Hazardous Waste Site | North Carolina | 1936 to Present

The Kerr-McGee Site is a former creosote wood-treating facility located near the Cape Fear River, Brunswick River and Sturgeon Creek in Navassa, NC. The facility was dismantled by 1980, but creosote and sludge were left on site, which led to the release of contaminants into the surrounding evironment.

Hazardous Waste Release | Riverview, FL | September 2004

What Happened?

On September 5, 2004, acidic process water was released from the Mosaic Fertilizer, LLC storage containment system during Hurricane Frances. By the following day, an estimated 65 million gallons had emptied into Archie Creek Canal, Hillsborough Bay, and surrounding wetlands.

Hazardous Waste Site | Houston, Texas | 1951 to Present

Hazardous Waste Site | Massena, New York | 1903 to Present

Hazardous Waste Site | Allegan & Kalamazoo Counties, MI | 1950s to Present

Paper mills conducting carbonless copy paper recycling released PCBs polychlorinated biphenyls; a class of chemicals previously used in manufacturing that remain in the environment for many decades, accumulate in living creatures, and pose health hazards to humans, wildlife, and fish. into the Kalamazoo River from the late 1950s through the early 1970s.

Hazardous Waste Site | McIntosh, Alabama | 1950s to Present

Beginning in the 1950s, the Ciba-Geigy facility manufactured the pesticide DDT and other chemicals. Manufacturing waste and other hazardous substances were released into unlined pits on the property, and discharged into the adjacent Tombigbee River and its floodplain until 1963.

Hazardous Waste Site | Brunswick, GA | 1919 to Present

From the 1919 to 1994, the LCP Chemical site was occupied by a series of industrial operations. An oil refinery, power plant, and chlor-alkali facility released multiple hazardous substances into the surrounding area. Contamination has been found in Purvis Creek, Turtle River, Brunswick River, and surrounding salt marsh, all part of the Turtle-Brunswick River Estuary (TBRE).

Hazardous Waste Site | Washington State | Mid-20^th Century

What Happened?

The Duwamish River was once a wide, meandering river with large areas of mudflats and marshes. By the 1940s, channelization and filling had transformed the 9-mile estuary into a 5-mile industrial waterway. This process destroyed 97 percent of the original habitat.

Between 1932 and 1977, the General Electric Company (GE) released PCBs polychlorinated biphenyls; a class of chemicals previously used in manufacturing that remain in the environment for many decades, accumulate in living creatures, and pose health hazards to humans, wildlife, and fish. and other chemical wastes into the Housatonic River.

Hazardous Waste Site | Philadelphia, PA | 1962 to Present

Hazardous Waste Site | Wood-Ridge, East Rutherford, and Carlstadt, NJ | 1929 to Present

Starting in 1929, several industrial facilities released mercury, PCBs, PAHs, VOCs, and other hazardous substances into Berry’s Creek and the surrounding area.

Hazardous Waste Site | New Jersey | 1940s to present

In the 1950s and 1960s, Agent Orange was manufactured at a facility on the banks of the Lower Passaic River (LPR). One of the byproducts of its production, the toxin TCDD was released into the estuary.

Hazardous Waste Site | Brooklyn, NY | 1800s to Present

Hazardous Waste Site  |  Sheboygan, WI | 1870s to Present

Beginning as early as the 1870s, various industrial facilities released PCBs, heavy metals, and PAHs to the Sheboygan River and the surrounding area. EPA designated the lower 14 miles of the Sheboygan River a Superfund site in 1986.

Hazardous Waste Site | Tacoma, WA | 1920s to Present

In the early 1900s, industrialization in Commencement Bay led to the filling of a vast area of tideflats, as well of channelization of the meandering streams and rivers that flowed into the bay. Beginning in the 1920s, the resulting eight channelized waterways received releases of hazardous substances from various industries, including shipbuilding, oil refining, and chemical manufacturing plants. 

Hazardous Waste Site | Richmond, California | 1902 to 1987

Hazardous Waste Site | Torrance, California | 1940s to 1970s

From the late 1940s to the early 1970s, millions of pounds of DDT and PCBs were discharged into ocean waters off the southern California coast.

Since the early 1900s, numerous facilities have released oil, PCBs polychlorinated biphenyls; a class of chemicals previously used in manufacturing that remain in the environment for many decades, accumulate in living creatures, and pose health hazards to humans, wildlife, and fish., heavy metals, pesticides, and other hazardous substances into Portland Harbor.

Hazardous Waste Site | Bainbridge Island, WA | Early 1900s to Present

Hazardous substances were released from the Wyckoff Company wood treatment facility and a shipyard beginning early in the 20th century. Released contaminants included PAHs, mercury, and heavy metals.

Hazardous Waste Site | Tri-Cities, WA | 1940s to Present

The Hanford Nuclear Site is located in eastern Washington State, and encompasses more than 500 square miles of land. For nearly 30 years, The U.S. Department of Defense and the Department of Energy produced tons of plutonium for use in the atomic weapon program.