Our coverage area includes 2,700 miles of streams with much of this draining into Wisconsin’s north shore of Lake Superior, stretching from Red Cliff on the Bayfield Peninsula to the Michigan border. We have a total of about 60 different locations throughout the region.
The watershed covered by Superior Rivers contains one of the most diverse assemblages of fish in the Lake Superior Basin, many of which are listed as species of management concern by the Bad River Chippewa Tribe, US Fish and Wildlife Service and/or Wisconsin Department of Natural Resources.
The Bad River Watershed
The Bad River Watershed drains over 1,000 square miles along Wisconsin’s north shore. The Chequamegon National Forest is found at the headwaters. The rivers of the watershed are important spawning grounds for sturgeon, lake-run trout, salmon and walleye as well as many other fish. The unique wetland known as the Kakagon Slough/Bad River Slough is located at the mouth of the watershed on Lake Superior. This freshwater estuary is the largest and possibly most pristine remaining on Lake Superior. The lower one-third of the watershed is land of the Bad River Band of Lake Superior Tribes of Chippewa Indians Reservation. The Kakagon Slough provides abundant habitat for wild rice which is highly important to the Tribe’s culture, as well as being the only remaining extensive coastal wild rice wetland in the Great Lakes Basin and providing exceptional habitat for a variety of wildlife.
The Watershed is made up of six subwatersheds – the Upper Bad River draining 137 square miles, the Lower Bad River draining 123 square miles, Tyler Forks draining 78 square miles, the Marengo River draining 217 square miles, the Potato River which drains 140 square miles and the White River subwatershed which drains 360 square miles. The smaller Beartrap Creek subwatershed is included in this watershed as it too drains into the Kakagon Sloughs.
The definition of the Bad River Watershed that we are using is based on the local water drainage system not USGS Hydraulic Unit Codes (HUC). The HUC code for the Bad River is 04010302 but officially includes the Montreal River that flows into Lake Superior on the Wisconsin/Michigan border. We are also including the Beartrap/Kakagon River subwatershed in the Bad River Watershed as this drainage path also goes out to Lake Superior through the Bad River/Kakagon Slough complex. The HUC is officially called the Beartrap/Nemadji watershed, 04010301. This information is included here for volunteer’s use in referencing available agency information, internet or written.
Major land uses within the rural Bad River watershed include agriculture (10%), wetlands (16%) and forested (79%). Originally, the Watershed was covered by large white pine forests. A large logging enterprise grew up in the area. By the early 1900’s, the logging industry had completely depleted the forests. There are old photographs of the area devoid of trees and historical anecdotes of clear views from the Lake to Park Falls. Burning stumps led to erosion of the soil with snow melt and heavy rains. The forests are recovering but are not of the original quality. Aspen has become a major forest component replacing the original conifers. Some river bottoms retain the original character.
Though the water resources of the Watershed are currrently in good condition, several impacts to water quality indicate they may no longer be termed “pristine”. Comparably little data on water chemistry exists at this time as the State of Wisconsin no longer monitors this watershed due to budget cuts. Water quality is negatively impacted by point sources from municipal wastewater and non-point sources from road crossings, failing household septic sytstems, agricultural and logging practices. Highly erodible soils on stream banks are easily affected by poorly planned practices of land users. Fish advisories for mercury and PCBs, due primarily to air deposition, mean that subsistence consumption of fish may no longer be healthy. The biological system has been disturbed by exotics such as purple loosestrife and sea lamprey. Groundwater is the only source of drinking water for the majority of households. Other negative impacts to the watershed as a whole include destructive recreation uses, and the threat of development as baby boomers retire and move into remote areas of the watershed.