River Rouge Park

The River Rouge is a 127-mile (204 kilometer)U.S. Geological Survey. National Hydrography Dataset high-resolution flowline data
The National Map
accessed November 7, 2011 river in the Metro Detroit area of southeastern Michigan. It flows into the Detroit River at Zug Island, which is the boundary between the cities of River Rouge and Detroit.

The river's roughly watershed includes all or parts of 48 municipalities, with a total population of more than 1.35 million, and it drains a large portion of central and northwest Wayne County, as well as much of southern Oakland County and a small area in eastern Washtenaw County. Nearly the entire drainage basin is in urban and suburban areas, with areas of intensive residential and industrial development. Still, more than of the River Rouge flow through public lands, making it one of the most accessible rivers in the state.

Until recently the river was heavily polluted, and in 1969 oil on the surface caught fire. The passage of the Clean Water Act in 1972 made it unlawful to discharge any pollution from a point source into navigable waters, and the EPA's National Pollution Discharge Elimination Program was created to regulate these discharges.

In 1986, a non-profit organization of concerned citizens called Friends of the Rouge was formed and began organizing an annual cleanup called Rouge Rescue, to raise awareness about the need to clean up the Rouge. In 1987, the entire watershed was designated a Great Lakes "area of concern" under the Great Lakes Water Quality Agreement.

In 1992, a massive project called the Rouge River National Wet Weather Demonstration Project was implemented, and further cleanup measures are ongoing. The Alliance of Rouge Communities is an organization of governmental and non-governmental entities created in 2006 to manage the watershed.

Physical and natural aspects

The River Rouge totals in length and is divided into four branches, the main, upper, middle, and lower branches. The upper branch flows into the main branch in northwest Detroit, just east of Redford Township. The middle branch enters the main branch in Dearborn Heights just north of the boundary with Dearborn. The lower branch joins less than two miles (3 km) downstream in Dearborn.

The lower of the river south of Michigan Avenue were channelized, widened, and dredged to allow freighter access to Ford's River Rouge Plant inland factory facilities. The plant was built between 1915 and 1927. It was the first manufacturing facility for automobiles that included within the plant virtually everything needed to produce the cars: blast furnaces, an open hearth mill, a steel rolling mill, a glass plant, a huge power plant, and an assembly line. During the 1930s, some 100,000 workers were employed here. The plant has been designated as a National Historic Landmark.

Main branch

The headwaters of the main branch rise in the southwest corner of Rochester Hills and the northeast corner of Bloomfield Township. It flows mostly south through the western part of Troy, and then flows southwest through Birmingham, a noncontiguous portion of Bloomfield Township, Beverly Hills, the southeast corner of Bingham Farms, and Southfield. It then flows mostly south through western Detroit and Dearborn Heights, then turns southeast in Dearborn and continues along the northern edges of Allen Park, Melvindale, River Rouge and the southern edge of Detroit. Other municipalities that are part of the main branch watershed are Auburn Hills, Bloomfield Hills, Farmington, Farmington Hills, Franklin, Lathrup Village, Oak Park, Orchard Lake, Pontiac, Southfield Township, and West Bloomfield Township.

Major tributaries of the main branch include:
*Franklin River (also known as the Franklin branch of the River Rouge)
*Farmbrook Branches (flow off river into two rivers running into Farmbrook Road & Franklin, Michigan)
*Pebble Creek
**Pernick Creek
*Evan's Creek
*Upper Branch (see below)
*Ashcroft-Sherwood Drain
*Middle Branch (see below)
*Lower Branch (see below)
*Ruby Creek

Upper branch

The headwaters of the upper branch rise in southwestern West Bloomfield Township, the southeast corner of Commerce Township, and the northeast corner of Novi. It forms in Farmington Hills with the confluence of Minnow Pond Drain and Seeley Drain, where it flows mostly southeast through Farmington, Livonia, Redford Township and enters the main branch in the northwest Detroit neighborhood of Brightmoor, Detroit.

Tributaries of the upper branch include (from downriver to upriver)
*Bell Branch
**Show Drain
**Blue Drain
**Bell Drain
**Tarabusi Creek
*Minnow Pond Drain
*Seeley Drain

Middle branch

The middle branch forms in Northville in northwest Wayne County with the confluence of the "Walled Lake branch" and Johnson Drain. The Walled Lake branch rises in Novi in a marshy drainage area south of Walled Lake, in southwest Oakland County. Johnson Drain rises in Salem Township in northeast Washtenaw County. From Northville, the middle branch flows south through Northville Township and Plymouth Township before turning to the southeast in the city of Plymouth. From Plymouth, it continues through the southwest corner of Livonia into Westland, then along the northern edge of Garden City and into Dearborn Heights where it merges with the main branch near the southern boundary with Dearborn. Other municipalities that are part of the middle branch watershed are Canton Township, Commerce Township, Farmington, Farmington Hills, Lyon Township, Redford Township, and Wixom.

Tributaries of the middle branch include (from downriver to upriver)
*Bill's Drain
*Red Run Drain
*Wilson Drain
*Tonquish Creek
**Willow Creek
*Johnson Drain
*Walled Lake branch
**Thornton Creek
**Ingersol Creek
***Bishop Creek

Lower branch

The lower branch rises in sections 11 and 12 in Superior Township in Washtenaw County and flows mostly eastward into Wayne County through Canton Township, Wayne, Westland, Inkster, Dearborn Heights and Dearborn before joining the main branch. Other communities in the lower branch watershed include Van Buren Township, Plymouth Township, Salem Township, Ypsilanti Township.

Tributaries include (from downriver to upriver):
*Hunter Drain
*Hannan Drain
*Fellows Creek
*McKinstry Drain
*Sinds Drain
*Fowler Creek
*Parks Drain

Area of Concern

The U.S.-Canada Great Lakes Water Quality Agreement defines an Area of Concern (AOC) as “geographic areas designated by the Parties where significant impairment of beneficial uses has occurred as a result of human activities at a local level.” The EPA and other environmental agencies are working to restore the 27 remaining U.S. AOCs in the Great Lakes Basin Region, including River Rouge. There are 43 AOCs in the Great Lakes Basin total, with the rest in Canada or shared by the two countries.

River Rouge as an AOC

Over 50% of the land surrounding the River Rouge is used for residential, industrial, and commercial purposes and development pressure continues to increase. Consequently, the river is highly polluted and was designated as a Great Lakes Area of Concern under the Great Lakes Water Quality Agreement in 1987. The designated AOC covers the entire River Rouge watershed including 48 communities that drain 466 square miles of southeastern Michigan into the Detroit River.Aquatic Nuisance Control & Remedial Action Unit, Michigan Department of Environmental Quality (2008)
"The Michigan Department of Environmental Quality Biennial Remedial Action Plan for the Rouge River Area of Concern"
Department of Environmental Equality. Sources of pollution include municipal and industrial discharges, sewer overflows, and several nonpoint source pollution (e.g., storm water runoff). These activities contaminated river sediments and water with polychlorinated biphenyls (PCBs), heavy metals (e.g., mercury), polycyclic aromatic hydrocarbons (PAHs), oil and grease. These contaminants are known to be harmful to fish and wildlife and affect recreational activities.

A 2008 remedial action plan for the AOC identified nine “beneficial use impairments” associated with the pollution:

* Restrictions on fish and wildlife consumption, due to harmful PCBs, PAHs, and heavy metals in sediments and water.
*Eutrophication or undesirable algae, resulting from excessive nutrient runoff (particularly phosphorus) from industrial and agricultural activities.
* Degradation on fish and wildlife populations
* Beach closings, due to potential human health effects from body contact with the water
* Fish tumors or other deformities, that can be caused by chemical contaminants
* Degradation of aesthetics
* Degradation of benthos

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