Lake Michigan, like all bodies of water, large or small, is affected by the gravitational pull of the moon (and also the sun). It does, indeed, experience tides. However, the tides in Lake Michigan are miniscule compared to their ocean counterparts.
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Threats & ConservationThe source of toxic pollutants includes decades of industrial waste, raw sewage overflows, runoff from cities, and mining operations. Excess nutrients that throw the ecosystem out of balance enter the lakes from agricultural runoff and untreated sewage.
While there have been past “sightings,” most have turned out to be pranks or misidentifications. The reality is that the largest of the Great Lakes (Lake Superior and Michigan) are extremely deep lakes that are too cold for sharks.
Exorheic, or open lakes drain into a river, or other body of water that ultimately drains into the ocean. Endorheic basins fall into the category of endorheic or closed lakes, wherein waters do not drain into the ocean, but are reduced by evaporation, and/or drain into the ground.
In the Great Lakes, there are permanent currents and variable currents. Permanent currents are always found in certain locations — and only vary in strength. For example, strong currents are always present along piers and breakwalls, and can be found where rivers and streams empty into the lake.
Lake Erie is Dead Of all of the Great Lakes, Lake Erie had become predominantly polluted by the 1960s, largely due to the heavy industrial presence along its shores.
The Great Lakes Storm of 1913 is still the deadliest and most destructive natural disaster to hit the five lakes in recorded history, killing more than 250 people, destroying 19 ships and stranding 19 others.
But what is the tallest wave ever recorded on Lake Michigan? Records show that the highest wave recorded reached 23 feet. It came in September 2011 and was recorded by a buoy that has measured waves since 1981. The largest wave was taller than some houses!