Lake Minocqua is a freshwater natural drainage lake in northern Oneida County, Wisconsin. It is 1360 acres (5.5 km²) in area, with an average depth of 23 feet (7 m) and a maximum depth of 60 feet (18.3 m).
The name Minocqua means "noon day rest" which is translated from the Ojibwe word "Ninocqua". It resides between the towns of Minocqua and Woodruff. The area is located in the "Lakeland" area in Northern Wisconsin, and is a major tourist location. To the west Lake Minocqua is connected to Lake Kawaguesaga, both of the lakes water levels are controlled by the Minocqua Dam.[1]
Physical aspects
Lake Minocqua is a 1,339-acre (542 ha) lake found in Northern Wisconsin, located at 45°52′16″N089°41′44″W / 45.87111°N 89.69556°W / 45.87111; -89.69556. It has a maximum depth of 60 ft (18 m) and a mean depth of 23 ft (7.0 m). The lake has a shoreline of 15.68 miles (25.23 km) without islands, and 19.08 miles (30.71 km) with islands included. The volume of the lake is 10.2 billion us gallons (8,493,276,683 imperial gallons). The bottom sediment of the lake is composed of sand (65%), muck (16%), rock (4%), and gravel (15%). The hydrologic lake type of Lake Minocqua is drainage. The lake surrounds the town of Minocqua and there is a bridge that crosses over the lake towards its southwestern border.[2] Water inflow to the lake through two main sources, Minocqua Thoroughfare and Tomahawk Thoroughfare. The lake flows into the Tomahawk River and other surround lakes, such as Mid Lake, with the average residence time for water in the lake being around 1.5 years.[1] The elevation of the lake reaches 1,585 ft (483 m).[3] Lake Minocqua is divided into three basins (Northwest basin, Southwest basin, and East basin) and is home to multiple islands.[1]
Water quality
The hardness of Lake Minocqua falls between 45 and 50 mg/L (0.0028 and 0.0031 lb/cu ft) as CaCO3 which means the water classifies as "soft".[1] The lake is typically classified as dimictic lake. The summer thermocline occurs in late June and lasts until the end of September and happens between 13 and 30 feet (4.0 and 9.1 m), experiencing bottom lake temperature that average from 46 to 50 °F (8 to 10 °C).[1]
Biological aspects
Native species
The native fish species most common in Lake Minoqua are as follows:
Urban development of the surrounding towns of Minocqua and Woodruff has led to an impact on both the hydrology and the nutrient input of Lake Minocqua.[1] Studies have found, through sampling sediment cores from the bottom of the lake, that since the development of the surrounding around starting around 1890, there have been increased levels of sediment and phosphorus.[5]Stormwater runoff, commercial development and stormwater runoff are a few of the main concerns of additional nutrient sources entering the lake.[1]
Numerous surveys were taken, following appropriate Wisconsin Department of Natural Resources guidelines to compile a list of sites around Lake Minocqua that were considered critical habitats that warrant particular management protocols to maintain. The list consist of 15 sites considered to be critical habitats.[6]
Lake Minocqua is home to many tourist attractions including year round fishing, water sports, designated swimming beaches, and waterfront restaurants. Due to its high volume of tourists, it is an important economic aspect for the area.[7] Snowmobiling, fishing, boating, water-skiing, and swimming and other outdoor activities bring people in from all over the nation to the many resorts and summer homes on the lake.
References
^ abcdefgGarn, H.S., Robertson, D.M., Rose, W.J., and Saad, D.A., 2010, Hydrology, water quality, and response to changes in phosphorus loading of Minocqua and Kawaguesaga Lakes, Oneida County, Wisconsin, with special emphasis on effects of urbanization: U.S. Geological Survey Scientific Investigations Report 2010-5196, 54 p.
^Garn, H.S., Robertson, D.M., Rose, W.J., and Saad, D.A., 2010, Hydrology, water quality, and response to changes in phosphorus loading of Minocqua and Kawaguesaga Lakes, Oneida County, Wisconsin, with special emphasis on effects of urbanization: U.S. Geological Survey Scientific Investigations Report 2010-5196, 54p.
