How Great Lakes Landscapes Work

Our native soils were built by thirsty, deep-rooted vegetation that could withstand drought and fire and by vast incredibly productive wetlands. Stormwater entered the streams primarily through the soils, not over land.

landscape 1

When sodbusters converted the land to shallow-rooted annual crops, less water infiltrated the soil and more ran off, taking soil with it. Drain tiles proliferated and ditches carried the “Land Soup.”

landscape 2

When developers convert the land to impervious roofs and pavement, with shallow-rooted lawns, pollutant laden water races into the streams. Now there are over 1,000,000 people in the Des Plaines River watershed and flood hazards increase with every new mall and subdivision. The Corps of Engineers predicts that flooding will increase faster than we can build flood control structures.

landscape 3

If we convert even a fraction of our lawns back to deep-rooted vegetation, we can rebuild the sod and reduce runoff so that flood hazards and pollution don’t have to continue to increase. We can create a variety of neighborhood spaces and bring more nature into our daily lives.

landscape 4

Featured Publications

Read our Green Solutions Manual

trouble-to-treasure

Water: From Trouble to Treasure (2.1mb, .PDF) 01/16/07

Related News

February 25th, 2010 State Funding for School Rain Gardens in Illinois

The Illinois Rain Garden Initiative grant program provides funds for the construction of a rain garden on public property.

February 16th, 2010 Great Lakes Region to Take on Integrated Water Planning

CNT has launched the “Great Lakes Sustainable Water Planning Project”

February 8th, 2010 Illinois EPA Seeking Comments About the State Green Infrastructure Plan

The public is invited to comment by Wednesday, February 24, 2010 on the development of a Stormwater Green Infrastructure Plan for the State of Illinois, as required by the Green Infrastructure for Clean Water Act, passed in 2009.


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