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    Shabica & Associates, Breaking News


    November 30, 2022


    Record-shattering Great Lakes water levels could be even higher in 2020

    It appears 2020 won’t bring relief from high Great Lakes water levels — and they could be even higher than this past record-shattering spring and summer.

    Following a generally rainy September, measurements by the U.S. Army Corps of Engineers show every Great Lake, and Lake St. Clair, well above long-term monthly average water levels for October — almost 3 feet higher on connected lakes Michigan and Huron (35 inches) and on Lake St. Clair (33 inches). Lake Erie is 29 inches above long-term October averages, Lake Ontario 20 inches above and Lake Superior 15 inches above.

    Forecasters now predict Lakes Michigan and Huron will start 2020 at 11 inches higher than water levels in January 2019, said Keith Kompoltowicz, chief of watershed hydrology at the U.S. Army Corps of Engineers in Detroit.

    “The latest forecast extends into March, and for the most part, levels are going to be on-par with or above where they were at the same time last year,” he said

    Whether records go even higher next summer will be determined by factors such as snowpack and whether heavier-than-usual rains occur for a fourth straight spring, Kompoltowicz said.

    Lake Superior, Lake St. Clair, Lake Erie and Lake Ontario set new record high water levels over the summer, with lakes Michigan and Huron an inch or less off their 100-year highs. In July, lakes Erie and Ontario broke their monthly records by more than 4 inches.

    Across the region, that led to flooded campgrounds and streets along Great Lakes connected waterways, caused boating problems with submerged structures, and caused shoreline erosion that all but eradicated some Lake Michigan beaches.

    Spooky-high water levels for October

    A wet September across Michigan has the Great Lakes and Lake St. Clair well above their long-term average levels for October. It’s potentially helping set the stage for another record-breaking spring and summer of water levels next year.

    “Looking across the whole Great Lakes region, that period of January to June this year was extremely wet,” said Lauren Fry, technical lead for Great Lakes hydrology at the Army Corps’ Detroit office, who’s currently serving as a visiting scientist at the National Oceanic and Atmospheric Administration’s Great Lakes Environmental Research Laboratory in Ann Arbor.

    “We started to see less precipitation in July and August. But water levels really came up early because of that spring and June precipitation. The lakes take a little while to respond to changes. “The interconnected nature of the lake system also plays a role in region-wide rising water levels, Fry said.

    “If the level of Lake Erie is high, that’s going to influence the level of the Detroit River,” she said. “And that’s going to propagate into Lake St Clair, on up into the St. Clair River and eventually Lake Huron.”

    The impacts of climate change on Great Lakes water levels going forward isn’t clear. Historical data shows temperatures in the Great Lakes region are rising faster than the rest of the continental U.S., and winter and spring precipitation, particularly via strong storms, is increasing. Those trends are expected to continue. But modeling also shows hotter summers and less ice cover on the Great Lakes in the winter, which will tend to increase evaporation.

    Now it all comes down to winter and spring rain and snowfall.

    “If we see another winter with a very healthy snowpack, coupled with the flooding rains that we saw last spring, then we would be dealing with even higher record-breaking water levels next year,” Kompoltowicz said.

    Even average precipitation levels would keep lake levels well above their historic averages, Fry said.

    “It would take a fairly dry season, and even year, to bring things down,” she said.

    Keith Matheny   Detroit Free Press   Oct. 11, 2019

    15-year era of low Great Lakes water levels is over, scientists say

    While good for shipping and recreational boating, rising water levels bring the prospect of more erosion, less beachfront property and more skirmishes over private property rights.
    TNS Regional News
    Dec 11, 2014

    Federal scientists said Wednesday they are fairly confident the 15-year era of low Great Lakes water levels is over. Apply for quick cash via this link http://www.smallquickloans.org

    The changes mean a return to normalcy for cargo shipping, recreational boating, and fewer costs associated with those sectors of the economy. The rising water levels also bring the prospect of more erosion, less beachfront property, and more skirmishes over private property rights.

    Drew Gronewold, hydrologist for the National Oceanic and Atmospheric Administration’s Great Lakes Environmental Research Laboratory in Ann Arbor, said the recovery for Lake Superior is the most rapid on record and the fastest since the 1950s for Lakes Michigan-Huron.

    The semiannual forecast he and others released during a conference call with Great Lakes writers calls for more steady rises through May. They said they can only predict six months into the future and recognize the instability of climate change can be a real wild card, though.

    During the call, scientists said they expect the upcoming winter to cast a more familiar spell on the Great Lakes region — cold, but not nearly as bone-chillingly frigid or snowy as last winter, with temperatures and precipitation that will be more typical because of a 65 percent chance of an El Nino weather pattern forming.

    “This winter will not be like last winter,” James Noel, service coordination hydrologist for NOAA’s Ohio River Forecasting Center, said. “It will be much closer to normal.”

    Even this fall, there has been a “very unusual” steady increase in Lake Superior and Lakes Michigan-Ontario water levels. Autumn is a time when lake levels typically start to recede because of how differences between air and water temperatures accelerate an evaporation process that continues until the lakes freeze.

    Those lakes, which flow southward, are the driving forces behind Lake Erie’s average water level, which was 7 inches greater in November than it was that same month in 2013 and 6 inches above its long-term average. Scientists expect it will be 5 to 11 inches above its average May, 2014, level by next May, and continue to be 6 inches above its long-term average, Keith Kompoltowicz, U.S. Army Corps of Engineers watershed hydrology chief in Detroit, said.

    Though they shied away from policy implications in other areas, scientists said during their briefing that the Great Lakes shipping industry welcomed a return to normal water levels this year because of how much more expensive it was carrying lighter loads for 15 years. Every inch of water lost costs the region millions of dollars in delayed shipping and extra trips.

    Marinas won’t be under as much pressure to dredge with stabilized water levels. Scholars of water law, including those who have spoken at the University of Toledo in recent years, have said a couple inches more water can intensify battles over shoreline development and property rights, especially when higher water reduces the amount of beachfront property.

    At last month’s annual Great Lakes water law symposium at UT, one panel focused on a national debate over coastal wetlands. Two U.S. Supreme Court rulings have failed to resolve which connecting ditches and streams are protected by U.S. Environmental Protection Agency rules. Scientists agreed there likely will be wetter marshes if there are higher lake levels, but they declined to speculate how they could affect the national wetlands debate.

    For the most part, scientists who presented the hydrology data seemed impressed by the region’s rapid recovery in water levels, though a bit perplexed by how quickly it occurred, given how some trends take years to reverse.

    This November’s mean for Lake Superior was the highest since 1997, Mr. Kompoltowicz said.

    But Mr. Noel cautioned of greater variability in precipitation with a warming climate system, from storm surges to droughts.

    “It is really a challenging question,” Mr. Gronewold said of long-term modeling for Great Lakes water levels under various climate scenarios.


    By Tom Henry – The Blade, Toledo, Ohio (TNS)
    ©2014 The Blade (Toledo, Ohio)

    Michigan’s Great Lakes water levels may do something only achieved 4 times in last 154 years

    Great Lakes Environmental Research Laboratory: October 10, 2014

    This time of year is normally the season when Great Lakes lake levels begin to fall. Typically evaporation is greater than precipitation and runoff from rivers and streams. So there is normally less water going into Lakes Michigan, Huron, and Superior at this time of year. On Lakes Michigan-Huron July is typically the high water month. Lake Superior usually sees peak water level in July or August.

    This year is different.

    Lakes Michigan-Huron, and Lake Superior have continued to rise, even up to now.

    Lakes Michigan-Huron have risen 3.1 inches since July. Normally those lakes would have dropped 2.8 inches since July. Lake Superior has risen 1.8 inches, while normally dropping 1.2 inches since July.

    When we look at the current rise in levels on Lake Michigan-Huron versus the normal fall, we may have just gained almost six inches. In other words, if all of the rest of fall and winter go exactly normal, Lake Michigan-Huron will start next season’s water rise six inches higher than last spring. And that’s if everything is normal.

    Lake Michigan-Huron is heading toward its peak water level in this month of October. If Lake Michigan-Huron peaks this month, it will be only the fifth time in the last 155 years the high water mark is in this fall month, according to the Great Lakes Environmental Research Laboratory.

    Lake Michigan-Huron has never had its high water mark in November. If that happens, we really know we have a bizarre weather pattern.

    Last weekend’s rain was big
    In looking at the lake levels over the last seven days, Lake Michigan-Huron has risen 1.3 inches and Lake Superior 1.4 inches. The rise is due to the widespread heavy rain received late last week and this past weekend. Look at the rainfall map. All of the surface of Lake Michigan had over one inch of rain in the past week. Northern Lake Michigan had over three inches of rain on it. That’s a quick way to bring water levels higher.

    The addition of 1.3 inches of water in Lake Michigan-Huron represents 1.4 trillion gallons of water. The 1.4 inches of new water on Lake Superior equals 770 billion gallons.

    With another widespread rain system coming early next week, Michigan’s Great Lakes water levels should hold steady, or even rise more.


    US Army Corps of Engineers: Monthly Bulletin of Average Lake Levels for Lake Michigan (Datum: IGLD 1985)

    2022 Lake Levels

    October 2022 Lake Level: 579.40 ft

    September 2022 Lake Level: 579.79 ft

    August 2022 Lake Level: 580.02 ft

    July 2022 Lake Level: 580.09 ft

    June 2022 Lake Level: 580.09 ft

    May 2022 Lake Level: 579.92 ft

    April 2022 Lake Level: 579.63 ft

    March 2022 Lake Level: 579.17 ft

    February 2022 Lake Level: 579.20 ft

    January 2022 Lake Level: 579.40 ft

    2021 Lake Levels

    December 2021 Lake Level: 579.70 ft

    November 2021 Lake Level: 579.96 ft

    October 2021 Lake Level: 580.32 ft

    September 2021 Lake Level: 580.48 ft

    August 2021 Lake Level: 580.77 ft

    July 2021 Lake Level: 580.71 ft

    June 2021 Lake Level: 580.49 ft

    May 2021 Lake Level: 580.54 ft

    April 2021 Lake Level: 580.54 ft

    March 2021 Lake Level: 580.53 ft

    February 2021 Lake Level: 580.69 ft

    January 2021 Lake Level: 580.93 ft

    2020 Lake Levels

    December 2020 Lake Level: 581.17 ft

    November 2020 Lake Level: 581.38 ft

    October 2020 Lake Level: 581.54 ft

    September 2020 Lake Level: 581.83 ft

    August 2020 Level: 582.09 ft

    July 2020 Lake Level: 582.20 ft

    June 2020 Lake Level: 582.18 ft

    May 2020 Lake Level: 581.94 ft

    April 2020 Lake Level: 581.68 ft

    March 2020 Lake Level: 581.43 ft

    February 2020 Lake Level: 581.51 ft

    January 2020 Lake Level: 581.56 ft

    2019 Lake Levels

    December 2019 Lake Level: 581.52 ft

    November 2019 Lake Level: 581.58 ft

    October 2019 Lake Level: 581.65 ft

    September 2019 Lake Level: 581.61 ft

    August 2019 Lake Level: 581.77 ft

    July 2019 Lake Level: 581.93 ft

    June 2019 Lake Level: 581.76 ft

    May 2019 Lake Level: 581.28 ft

    April 2019 Lake Level: 580.59 ft

    March 2019 Lake Level: 580.25 ft

    February 2019 Lake Level: 580.13 ft

    January 2019 Lake Level: 580.08 ft

    2018 Lake Levels

    December 2018 Lake Level: 580.15 ft

    November 2018 Lake Level: 580.25 ft

    October 2018 Lake Level: 580.38 ft

    September 2018 Lake Level: 580.52 ft

    August 2018 Lake Level: 580.53 ft

    July 2018 Lake Level: 580.66 ft

    June 2018 Lake Level: 580.65 ft

    May 2018 Lake Level: 580.45 ft

    Apr 2018 Lake Level: 580.00 ft

    Mar 2018 Lake Level: 579.94 ft

    Feb 2018 Lake Level: 579.85 ft

    Jan 2018 Lake Level: 579.83 ft

    2017 Lake Levels

    Dec 2017 Lake Level: 580.01 ft

    Nov 2017 Lake Level: 580.20 ft

    Oct 2017 Lake Level: 580.29 ft

    Sept 2017 Lake Level: 580.47 ft

    Aug 2017 Lake Level: 580.70 ft

    July 2017 Lake Level: 580.68 ft

    June 2017 Lake Level: 580.32 ft

    May 2017 Lake Level: 580.05 ft

    Apr 2017 Lake Level: 579.60 ft

    Mar 2017 Lake Level: 579.17 ft

    Feb 2017 Lake Level: 578.99 ft

    Jan 2017 Lake Level: 578.98 ft

    2016 Lake Levels

    Dec 2016 Lake Level: 579.11 ft

    Nov 2016 Lake Level: 579.36 ft

    Oct 2016 Lake Level: 579.69 ft

    Sept 2016 Lake Level: 579.98 ft

    Aug 2016 Lake Level: 580.11 ft

    July 2016 Lake Level: 580.17 ft

    June 2016 Lake Level: 580.18 ft

    May 2016 Lake Level: 580.11 ft

    Apr 2016 Lake Level: 579.94 ft

    Mar 2016 Lake Level: 579.42 ft

    Feb 2016 Lake Level: 579.26 ft

    Jan 2016 Lake Level: 579.29 ft

    2015 Lake Levels

    Dec 2015 Lake Level: 579.24 ft

    Nov 2015 Lake Level: 579.19 ft

    Oct 2015 Lake Level: 579.33 ft

    Sept 2015 Lake Level: 579.72 ft

    Aug 2015 Lake Level: 579.81 ft

    July 2015 Lake Level: 579.81 ft

    June 2015 Lake Level: 579.67 ft

    May 2015 Lake Level: 579.35 ft

    Apr 2015 Lake Level: 579.15 ft

    Mar 2015 Lake Level: 579.01 ft

    Feb 2015 Lake Level: 579.06 ft

    Jan 2015 Lake Level: 579.11 ft

    2014 Lake Levels

    Dec 2014 Lake Level: 579.16 ft

    Nov 2014 Lake Level: 579.21 ft

    Oct 2014 Lake Level: 579.20 ft

    Sept 2014 Lake Level: 579.11 ft

    Aug 2014 Lake Level: 578.99 ft

    July 2014 Lake Level: 578.94 ft

    Jun 2014 Lake Level: 578.66 ft

    May 2014 Lake Level: 578.31 ft

    Apr 2014 Lake Level: 577.62 ft

    Mar 2014 Lake Level: 577.26 ft

    Feb 2014 Lake Level: 577.26 ft

    Jan 2014 Lake Level: 577.30 ft

    2013 Lake Levels

    Dec 2013 Lake Level: 577.33 ft

    Nov 2013 Lake Level: 577.46 ft

    Oct 2013 Lake Level: 577.46 ft

    Sept 2013 Lake Level: 577.56 ft

    Aug 2013 Lake Level: 577.69 ft

    July 2013 Lake Level: 577.72 ft

    June 2013 Lake Level: 577.59 ft

    May 2013 Lake Level: 577.20 ft

    Apr 2013 Lake Level: 576.61 ft

    Mar 2013 Lake Level: 576.21 ft

    Feb 2013 Lake Level: 576.15 ft

    Jan 2013 Lake Level: 576.02 ft

    2012 Lake Levels

    Dec 2012 Lake Level: 576.15 ft

    Nov 2012 Lake Level: 576.38 ft

    Shabica & Associates