Lake Michigan Research Paper

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Most of the numerous inland lakes in Michigan formed as glacial kettle lakes associated with pitted outwash plains. Some of the more northern lakes in the state (like Burt and Mullet Lakes) were scoured out by glacial erosion. A few lakes along the present-day shoreline formed as hooked spits and bay mouth bars isolated estuaries along the coastline position near the ice, but farther removed from the immediate ice front. The water levels of the Great Lakes had dropped steadily. According to Etterna (2010), “The sand eroded by the glaciers has also shaped Michigan’s shorelines today. Michigan receives mainly westerly winds, causing the Lake Michigan coastline to have significant …show more content…

Moose are now confined to Isle Royale, as are nearly all the remaining wolves, which once roamed throughout the state. The caribou and passenger pigeon have been extirpated, but the elk and turkey have been successfully reintroduced in the 20th century. There is no evidence that the state's namesake, the wolverine, was ever found in Michigan, at least in historic times. In addition to the raccoon, important native furbearers are the river otter and the beaver, once virtually exterminated but now making a strong …show more content…

Our use of science and engineering sets us apart from all other organisms. We are constantly modifying the land, oceans and atmosphere. It is estimated that we have over 2,500 dams in Michigan. Of the 2,500 or so dams in Michigan, only about 114 are utilized for hydropower production. According to the Department of Natural Resources, “Most of the hydropower dams and related facilities are regulated by the Federal Energy Regulatory Commission (FERC), with the exception of a few small projects that do not provide energy to the regional power grid.” In other words, although it’s a different form of energy that is beneficial to the environment of Michigan, the amount of hydropower dams is not enough to make a significant impact. The DNR go on to say the following: “Hydropower dams only provide about 1.5% of the power produced in Michigan because Michigan's rivers are relatively small and flat in comparison to the larger projects in Eastern and Western States. Altogether, the hydropower dams produce only about 400 megawatts of power. The 10 largest hydro dams in Michigan, only 10% of all hydro dams, produce about 47% of the hydropower in the State. Hydropower production is a very small component of Michigan's energy production and is unlikely to grow

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