Thanks to the Space to Grow program, the James Wadsworth Elementary
School has a new look to its schoolyard with a new play area, community
space and landscaping that will retain more than 130,000 gallons of
rainwater. As a funding and engineering partner of the program, the MWRD was
excited to help document the three-month construction transforming the
schoolyard at Wadsworth Elementary with a time-lapse camera. The schoolyard
opened in November 2016.
Overview
Space to Grow is a public school playground
rehabilitation program co-managed by Chicago-based nonprofits Healthy
Schools Campaign and Openlands and funded by the Metropolitan Water
Reclamation District of Greater Chicago (MWRD), Chicago Public Schools (CPS)
and the Chicago Department of Water Management (DWM). The partners have
committed to building 34 schoolyards by 2022; the ultimate goal is to change
the way schoolyards are built so they are providing multiple community
benefits.
The goal of the Space to Grow program is to transform
Chicago’s schoolyards into vibrant outdoor community spaces for physical
activity, outdoor learning, environmental literacy and engagement with art,
while addressing neighborhood flooding issues. Crumbling asphalt and
neglected playground equipment in flood prone neighborhoods is replaced with
multi-use “green” schoolyards. Each new schoolyard is unique and the plans
incorporate many improvements such as turf fields, jogging tracks,
basketball courts and age-appropriate play equipment. The grounds also
feature areas for outdoor learning and exploration, outdoor classrooms,
vegetable gardens and rain gardens. The schoolyards are designed to include
ground surfaces and landscape features that absorb large amounts of water,
which will result in less neighborhood flooding.
The MWRD encourages CPS to design projects with the
maximum Design Retention Capacity (DRC) possible. DRC is the amount of water
held by green infrastructure (GI) technology that is absorbed into the
ground rather than into local sewers and basements. The 10 schools Space to
Grow has completed have a DRC of 1.5 million gallons. As more projects are
designed and completed, the MWRD and the CPS design consultants are learning
how to increase DRC in future projects.
Each schoolyard renovation costs approx. $1.5
million. Big Green Chicago donates edible garden beds and facilitates
training and edible garden support at many Space to Grow schools.
The first 15 schoolyards combined have the ability
to capture 2,511,569 gallons of water per rain event which is equivalent to
3.8 Olympic-sized swimming pools.
School
Design Retention Capacity
Per Rain Event (gallons)
2014
Grissom
253,902
Leland
128,197
Morrill
118,098
Schmid
230,807
Total
731,004
2015
Cather
56,152
Orozco
308,352
Total
364,504
2016
Corkery
102,738
Gunsaulus
152,517
Wadsworth
133,393
Total
388,648
2018
(Construction in progress)
Cook
217,978
Davis*
197,422
Fernwood
138,222
Field
170,060
Morton
150,952
Farnsworth
152,869
Total
1,027,503
GRAND TOTAL
2,511,659
*School completed June 19, 2018
2014 recap
Amount of water captured per storm event constructed:
731,004 gallons.
George Leland Elementary School, 512 S. Lavergne Ave., Austin neighborhood
(128,197 gallons)
Donald L. Morrill Math & Science School, 6011 S. Rockwell St., Chicago
Lawn neighborhood (118,098 gallons)
Schmid Elementary School, 9755 S. Greenwood Ave., Cottage Grove Heights
neighborhood (230,807 gallons)
Summary: 2014 was the pilot year of the Space to Grow program and four new
schoolyards were constructed at Chicago Public Schools: Grissom Elementary
School in Hegewisch, Leland Elementary School in Austin, Morrill Elementary
in Chicago Lawn, and Schmid Elementary School in Pullman. Each school was
engaged in a months-long planning process during which school staff,
students and community members provided input. The schoolyards were then
constructed to meet the unique needs and goals of each community. The total
DRC for the four pilot schools is 731,004 gallons. Due to the success of the
pilot program, the MWRD committed to partially fund 30 more elementary
schools starting in 2015. These schools continue to serve as meeting places
for the community to enjoy and learn about the benefits of green
infrastructure, like rain barrels and rain gardens that also work to prevent
flooding.
Morrill Elementary School
2015 recap
Amount of water captured per storm event
constructed: 364,504 gallons.
Schoolyards constructed
Willa Cather Elementary School, 2908 W.
Washington Blvd., East Garfield Park neighborhood (56,152 gallons)
Orozco Fine Arts & Sciences Elementary
School, 1940 W. 18th St., Heart of Chicago neighborhood (308,352
gallons)
Summary: New school grounds were
celebrated in 2015 at Willa Cather Elementary School, 2908 W. Washington
Blvd., in the East Garfield Park neighborhood, and Orozco Academy, 1940
W. 18th St., in the Woodlawn neighborhood. Together, these schools can
retain 364,504 gallons of stormwater.
Cather’s scope of work started with the removal
of asphalt, an old playground and fencing. Site improvements included
two age-specific playgrounds on rubber play surfacing, enlarged
basketball and volleyball courts on permeable asphalt, an asphalt track,
baseball backstop, artificial turf, an outdoor classroom, an enlarged
running track, and walkways. Stormwater improvements included a
community garden, rain gardens, permeable walks, and infiltration
planters. Site amenities included fencing, signage, and site
furnishings.
Orozco’s scope of work started with the removal
of asphalt, fencing, and utilities. Site improvements included two
age-specific playgrounds on rubber play surfacing, basketball courts, an
artificial turf soccer field, painted asphalt track, an outdoor
classroom, permeable pavers walkways, and asphalt with painted games.
Landscape improvements included a community garden, rain gardens, and
infiltration planters that directly receive roof runoff through
disconnected gutters. Site amenities included fencing, signage, and site
furnishings, and utility upgrades included stormwater storage, downspout
disconnections, lawn hydrants, and electrical renovations.
Educational signage was placed at the sites to
inform students and the surrounding community of the benefits of GI.
Neighborhood residents were involved in the installation of GI, and
groundbreaking ceremonies were hosted and well attended.
Cather Elementary School
2016 recap
Amount of water captured per storm event
constructed: 388,648 gallons.
Schoolyards constructed
Daniel J. Corkery Elementary School, 2510 S.
Kildare Ave., Little Village neighborhood (102,738 gallons)
Gunsaulus Scholastic Academy, 4420 S.
Sacramento Ave., Brighton Park neighborhood (152,517 gallons)
James Wadsworth Elementary School, 6650 S.
Ellis Ave., Woodlawn neighborhood (133,393 gallons)
Summary: The Space to Grow program partners
unveiled three new schoolyards at James Wadsworth Elementary School in
the Woodlawn neighborhood, Gunsaulus Scholastic Academy in the Brighton
Park neighborhood, and Daniel J. Corkery Elementary School in the Little
Village neighborhood in 2016.
Wadsworth, 6650 S. Ellis Ave., includes an
athletic field with artificial turf, a running track, a basketball
court, a playground with poured-in-place rubberized surface and
vegetable gardens donated by The Kitchen Community. Wadsworth plans to
use the new schoolyard to enhance its Science, Technology, Engineering
and Mathematics (STEM) curriculum, while also exploring many new options
for PE class, recess and healthy initiatives for the entire community
through outdoor Zumba classes. More than 50 percent of the new surface
of the schoolyard is pervious compared to the nearly 100 percent
impervious grounds prior to construction. The campus features a cistern
capturing roof runoff, a rain garden capturing runoff from the track and
a subsurface aggregate-filled storage area holding stormwater for
gradual release to the combined sewer. Below the athletic field, rain
garden and playground, an underground storage area consists of 276 cubic
yards of aggregate tantamount to about 400 tons or 20 truckloads. More
than 130,000 gallons of rainwater is stored temporarily in the pore
space between individual aggregate and slowly released to the sewer or
infiltrated into the subsoil. Students, parents and community members
pitched in to plant 33 trees, 42 shrubs and 1,788 perennials and
assisted with painting a new fence and other finishing touches.
Corkery, 2510 S. Kildare Ave., holds water that
would otherwise flow into the combined sewer system that can back up
into neighbors’ basements. The schoolyard retains a volume of 102,738
gallons, equal to about 10 backyard swimming pools or 2,200 bathtubs. It
uses deep-rooted vegetation in the landscaped areas with soil that has
more open space to allow water to be stored and soak faster into the
ground. More than 88,000 gallons are stored in the gravel under the
athletic field. Pervious rubber playlots allow the water to soak through
gravel beneath that can be stored while it soaks into the below soil.
There are two different play structures for children ages 2-5 and
children ages 5-12, each with fall-protection in the form of rubberized
surfacing. There is a track around the outside of the athletic field,
basketball hoops, stripes and removable post mounts for volleyball.
There is also a raised-bed garden where children can grow and learn
about healthy foods to eat and space for an outdoor classroom to be used
by teachers. All of the sites constructed in 2015 or after have
educational signs around the outside to explain the benefit of the
stormwater features.
Patchy, compacted lawn and concrete at Gunsaulus,
4420 S. Sacramento Ave., were transformed into a new schoolyard that
consists of an athletic field with artificial turf, a running track, a
learning garden, an outdoor classroom, rain gardens and a bioretention
basin. Planted with a mixture of native and deep-rooted ornamental
plants, the rain gardens and the bioretention basin filter, detain, and
allow infiltration of stormwater collected from the roof and impervious
surfaces. Together with the aggregate-filled storage underneath the
athletic field, the GI components combined to provide a stormwater
storage volume of more than 150,000 gallons. Approximately 2,200 cubic
yards of sand and stone aggregate, an equivalent of 3,000 tons or 150
truckloads, were used to create subsurface storage under the athletic
field and in the bioretention area. The rainwater is stored temporarily
in the pore space between individual aggregate and slowly released to
the sewer or infiltrate into the subsoil. About 80 cubic yards of
compost is mixed with sand in the bioretention area. There were also
four trees, 132 shrubs and 5,142 perennials planted, including more than
2,000 perennials that were planted by students and community members.
Gunsaulus Scholastic Academy
2017 recap
Schoolyard construction postponed due to
extenuating factors.
2018 recap
Amount of water captured per storm event to be
constructed: 1,027,503 gallons.
Davis Elementary, 3014 W. 39th Place,
Brighton Park neighborhood (197,422 gallons); the ribbon cutting was
held June 19, 2018.
Cook Elementary, 8150 S. Bishop,
Austin-Gresham neighborhood (217,978 gallons)
Farnsworth Elementary, 5414 N. Linder,
Jefferson Park neighborhood (152,869 gallons)
Fernwood Elementary, 10041 S. Union St.,
Washington Heights neighborhood (138,222 gallons)
Field Elementary, 7019 N. Ashland, Rogers
Park neighborhood (170,060 gallons)
Morton Elementary, 431 N. Troy, Humboldt Park
neighborhood (150,952 gallons)
Davis School, before
Davis School, after
2019 recap
Schools to be transformed in 2019 include:
Ashe Elementary School, 8505 S. Ingleside Ave
Nash Elementary School, 4837 W. Erie St. and
KIPP Academy Chicago, 4818 W. Ohio St. (two schools, one campus)
Ninos Heroes Elementary School, 8344 S.
Commercial Ave.
Webster Elementary School, 4055 W. Arthington
St.
Westcott Elementary School, 409 W. 80th St.
Looking ahead
The MWRD is currently working with the United States
Geological Survey to monitor Morrill and Grissom schools using flow metering
equipment to determine the effectiveness of the new playgrounds, both in
terms of water quality and total stormwater flow reduction. The monitoring
equipment was installed in September of 2016, and other schools will be
monitored in the future.
Check back
here for updates or visit
www.spacetogrowchicago.org.
For more information, contact Meg Kelly at (312) 419-1810.