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Bowman Creek Project <br />Garry Gilot, 1904 Lilac Trails Court South Bend, introduced Jay Brockman who is an associate <br />dean for community engagement with Notre Dame and Ryan Nell who is an Enfocus intern who <br />helped with Bowman Creek this summer. He stated Mr. Brockman will lead off the presentation. <br />Mr. Brockman stated this was an initiative that began about two (2) years ago. It is a collection <br />of students from a variety of educational institutions that are working on a variety of projects in <br />the South East Neighborhood. The goal is to work with residents on projects that benefit the <br />community as well as to enhance the education of the students by working on real world <br />projects. This summer we came in with seven (7) plans of things we wanted to accomplish in the <br />neighborhood and what we found was a number of offices within the City that once the students <br />got going and the residents gave their feedback there was a lot of pitching in. Things we hadn't <br />even anticipated before the summer got done because of all the wonderful collaboration. One (1) <br />of the focal areas of the project was water issues. He turned the presentation back to Mr. Gilot to <br />further explain. <br />Mr. Gilot explained that rain gardens are depressions in the ground where you can take water off <br />of roofs or parking lots and other flat hard surfaces and use them like a sponge to soak up the <br />water. Rain water is a resource we want to recharge into our aquifer. All of our drinking water <br />comes from groundwater so to treat that rain water as a valuable resource is a prudent idea. Rain <br />gardens are part of what we like to call green infrastructure. A rain garden is different than turf <br />grass because the plants have much deeper roots, sometimes ten (10) to fifteen (15) feet deep and <br />they break up the soil and make it much more willing to percolate water. These rain gardens are <br />scientific experiments that are designed and measured very carefully with input from the <br />residents. We built tiers into the rain gardens and placed monitors to see if they are working <br />correctly. Mr. Gilot provided images of the finished rain gardens in the residential neighborhood <br />around Bowman Creek. They are not only working to keep our rainwater a resource they are also <br />aesthetically pleasing. Mr. Gilot turned the presentation back to Mr. Brockman. <br />Mr. Brockman continued by explaining how the students placed moisture censors in the rain <br />gardens so they could analyze how effectively they were soaking up water during storms. The <br />rains gardens held up pretty well following the major rain event we had a couple weeks ago. <br />Some of these absorbed over five - hundred (500) gallons coming off a house in a big storm. <br />Mr. Gilot continued that the City has a GIS, which is a geographic information system that <br />provides intelligent mapping layers. We wanted to use that tool for students to figure out what <br />happens after a thousand (1,000) houses in a thousand (1,000) days. That took blighted homes <br />from negative to neutral but what the residents want to know is how do we optimize something <br />positive to put back into our neighborhoods. The original plan for the students was to create an <br />app but after meeting with the residents they realized they needed to go back to the drawing <br />board. That led to this project. The biggest point the residents brought up was that they were <br />worried about vacant lots. There were four - hundred (400) vacant lots out of sixteen hundred <br />(1,600) parcels in this neighborhood. We brainstormed with twelve (12) different proactive <br />adaptive reuses of lots and went through a few matrices on how to judge which are best for the <br />community. Mr. Brockman turned over the presentation to Mr. Nell. Mr. Nell stated one (1) of <br />K <br />