Students while in the Youngstown Environmental Sustainability Society have launched a feat to renovate the rain garden on the campus of Youngstown State University.
The rain garden, located next to Coffelt Hall on University Plaza on campus, was constructed previously to go storm water runoff into your sewer system, said Curtis Burns, a YSU student in addition to a member of YESS. Burns said storm water runoff from parking lots includes a number of pollutants, including oil, gasoline, brake fluid, antifreeze, metals and sediment.
“These pollutants get transported on the sewer system during rain events and ultimately into the Mahoning river without treated,” he explained.
The project, anticipated to take two semesters in order to complete, may be a joint effort in the departments of Geology and Environmental Sciences and Civil and Construction Engineering Technology using the leadership of associate professors Felicia Armstrong, Colleen McLean and Robert Korenic.
The rain garden consists of two bio-swells plus the actual garden. The bio-swells should secure the rain water and allow it to slowly drain in the rain garden, allowing pollutants to pay from the water where they are taken on through the plants and bio-remediated, Burns said.
The issue that drains within the bio-swells are situated lacking and, because of this, drain the storm water into the garden, causing erosion and allowing it to be impossible for plants to thrive.
“The plan is to make the drains to let the storm water to slowly permeate into the ground, although the rocks from the garden protect the soil and plants from erosion and provide the plant’s roots a secure location to grow without becoming dry,” Burns said.
Students are adding rocks shed erosion, improve storm water retention and infiltration.
They are undoubtedly raising the drains in the bio-swells to lower water velocity draining within the rain garden, and perhaps they are clearing weeds and planting native plants. The project also involves enlargement the surface soil berms so water entering the garden will not flow across the sides and into your street’s sewers.
This article was retrieved from YSU News, and is viewed?here.
