Reverse Engineering: Reconfiguring the Creek Campus ... · PDF filelogical education, and...
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•• 0 s 10 20 PROGRAMMED TERRACES Above: Section A: 'Swimming Hole' at Engineering Quad Below: Section B: Linear Skating Trail FILTERED FLOWS 1. Surface Stormwater Runoff (Runnel) 2. Bioinfiltration via Native Planting 3. Overflow into Storm Sewer (>2-year storm) 4. Filtered Water into Boneyard Creek ' ' _ a 6001eet EB ___ _______ EDGE ECOLOGY: FROM SHEET z PILES TO POLLINATOR TERRACES XERIC <- ----------------------------------------------------- -> MESIC 0 - With the threat of flood eliminat- ed through detention upstream ac- 1- - comodating up to 100 year storm, > c C1 and water quality improved through z w campus-wide green infrastructure, 0 the hard vertical edges of the for- u a: ti mer 'drainage ditch' flowing through w Creek I- the Engineering Campus, give way C1 ·-· ··- ·- .. -· ········ -· ···································----······ c ....... to multifunctional terraces of native .. .. ,-· .. .... "' z ,,-- -- w prairie plants for stormwater bioinfil- cc : I tration, pollinator habitat, urban eco- .' \ ' ' - Carex jamesii .. .. . : . . . · ... ·-.. Cinna ..... ............•... __............ . ··... ··.. .. .. ' :®- -- - _- - 3-- : - - - - . . . . : . . . . ® ·•. / ...I 3: logical education, and active and pas- w 0.. A5ter 5<!/idago z maaaphyllus rigida sive campus recreation. a: w LEGEND cc ·--------------------· ·---------------· I- Existing Subsurface Sewer Lines VERTICAL AND HORIZONTAL FLOW w ---- Proposed Surface Stormwater Runnel Network CONSTRUCTED WETLAND cc (earwtlws Chasmanthium. "' u amerirnn11s latifo/ium Through a vertical and horizontal flow constructed wetland typology, ter- a: races effectively filter runoff, before :::> w "' 1- ' '- discharging into the creek. Runoff en- 0.. ters the higest terrace first. Upon sat- z uration, water seeps through gabion I jjj I - cc walls into subsequent lower terraces. u ?2 ,, 5 = . , . w C1 I 1\ ' The moisture gradient of wet to dry, w ' accomodates a wide range of native a: ' (--------------------------------------------------------------------- ---------------------------------------------------------------·-----------------------------------------------------------------------------------------------------------) u plant communities and pollinators. I a: - z ' LONGITUDINAL SECTIONS: REVERSE ENGINEERING ON THE ENGINEERING CAMPUS "' w w PHASE 3: FILTER PHASE 4: PROGRAM PHASE 2: CONNECT PHASE 1: CATALYZE PHASES: EXTEND TERRACE HYDROLOGY :::> Whereas Phase 1 addresses runoff contamination from within the local Improved water quality as a result of the network of Green As per the 2007 Campus Mas- As per the 2007 Campus Master Plan, a proposed The system extends be- z 0.. 1. Stormwater Runoff via Runnel sub-watershed, Phase 2 focuses on upstream pollutants already present Infrastructure on the UIUC Campus and the Marsh Filter up- terplan, the stretch of Boneyard multi-level parking structure will free the edges yond the campus and es- - 2. Distribution Weir in the water including E.coli bacteria. A three-tier terraced system utiliz- stream will produce water of sufficient quality to support Creek between Matthews Ave. of the creek of parking lots, designating them as tablishes itself as a linear :E C1 z cc ing phytoremediation will be implemented over a half-mile stretch of the programmatic elements including the development of a and Goodwin St. is projected to open space. With projected change to land use, park linking the campus 3. Bioinfi ltration via Native Plants u Creek reaching from the Healey St. Detention Basin to the Engineering 'swimming hole' and a linear skating trail. A series of dam's be daylighted. This will connect there lies a unique opportunity to take an inte- with the greater communi- w 4. Gabion Basket Retaining Wall Quad. 80% of this stretch will require day-lighting, successfully reorienting and weirs at varying heights will manage water levels to ac- the system along the Engineer- grated systems approach to stormwater design ty, through active and pas- 5. Filtered Water into Creek the space for enhanced ecological, educational and recreational perfor- comodate specific programs. Existing stream gauge will mea- ing Campus, facilitating the flow and management reclaiming the creek edges as sive recreation, and sus- mance. sure the performance of campus wide green infrastructure. of programs and circulation. campus green stormwater infrastructure. tainability education. J JI
Transcript of Reverse Engineering: Reconfiguring the Creek Campus ... · PDF filelogical education, and...
••
0 s 10 20
PROGRAMMED TERRACES Above: Section A: 'Swimming Hole' at Engineering Quad Below: Section B: Linear Skating Trail
FILTERED FLOWS 1. Surface Stormwater Runoff (Runnel) 2. Bioinfiltration via Native Planting 3. Overflow into Storm Sewer (>2-year storm) 4. Filtered Water into Boneyard Creek
' ' ·---~---l-----~---------------·
_a 1=====3oa 6001eet EB___~so -________
EDGE ECOLOGY: FROM SHEET z PILES TO POLLINATOR TERRACES XERIC <- ------------------------------------------------------> MESIC
0- With the threat of flood eliminated through detention upstream ac1- comodating up to 100 year storm, >c C1and water quality improved through z wcampus-wide green infrastructure,0 the hard vertical edges of the foru a:ti mer 'drainage ditch' flowing through w
Creek I-the Engineering Campus, give way C1 ·-···- ·-.. -· ········ -····································----······ c .......to multifunctional terraces of native .. .. ,-· .. .... "' z,,-- -w prairie plants for stormwater bioinfil cc
: Itration, pollinator habitat, urban eco.' \
' '
-
Carex jamesii
.. ..
. : . . .
·... ·-.. Cinna
..... ............•... ~·::,,,_..:__............ .
··... ··..
.. ..' :®--- -_- - 3-- : -- - -. . . . : . . . .
®
·•. / ...I3: logical education, and active and pasw 0..
A5ter 5<!/idagoz maaaphyllus rigidasive campus recreation. a: w
LEGENDcc ·--------------------· ·---------------·I-Existing Subsurface Sewer Lines VERTICAL AND HORIZONTAL FLOW w ---- Proposed Surface Stormwater Runnel Network CONSTRUCTED WETLAND cc(earwtlws Chasmanthium. "'u
amerirnn11s latifo/iumThrough a vertical and horizontal flow ~ constructed wetland typology, tera: races effectively filter runoff, before :::>w "'
~
1 ' 'discharging into the creek. Runoff en 0.. ters the higest terrace first. Upon satz ~ uration, water seeps through gabion I jjj I - cc
~ walls into subsequent lower terraces. u ?2 ,, 5 = . , t• lA\l~: : ,>s; ;;:~ ~! ~ . ~~==w C1 -~~~~~I 1\ '? ::t:: · ""__:__~
'
::-___ !\~ ~~g~ The moisture gradient of wet to dry, w 'accomodates a wide range of nativea: '(--------------------------------------------------------------------- ---------------------------------------------------------------·-----------------------------------------------------------------------------------------------------------) u plant communities and pollinators.
I a: -z '
LONGITUDINAL SECTIONS: REVERSE ENGINEERING ON THE ENGINEERING CAMPUS
"' w w PHASE 3: FILTER PHASE 4: PROGRAM PHASE 2: CONNECT PHASE 1: CATALYZE PHASES: EXTEND TERRACE HYDROLOGY:::>
Whereas Phase 1 addresses runoff contamination from within the local Improved water quality as a result of the network of Green As per the 2007 Campus Mas As per the 2007 Campus Master Plan, a proposed The system extends bez0.. 1. Stormwater Runoff via Runnel sub-watershed, Phase 2 focuses on upstream pollutants already present Infrastructure on the UIUC Campus and the Marsh Filter up terplan, the stretch of Boneyard multi-level parking structure will free the edges yond the campus and es-2. Distribution Weir in the water including E.coli bacteria. A three-tier terraced system utiliz- stream will produce water of sufficient quality to support Creek between Matthews Ave. of the creek of parking lots, designating them as tablishes itself as a linear :E C1 zcc ing phytoremediation will be implemented over a half-mile stretch of the programmatic elements including the development of a and Goodwin St. is projected to open space. With projected change to land use, park linking the campus3. Bioinfi ltration via Native Plants
u Creek reaching from the Healey St. Detention Basin to the Engineering 'swimming hole' and a linear skating trail. A series of dam's be daylighted. This will connect there lies a unique opportunity to take an inte with the greater communiw4. Gabion Basket Retaining Wall Quad. 80% of this stretch will require day-lighting, successfully reorienting and weirs at varying heights will manage water levels to ac the system along the Engineer grated systems approach to stormwater design ty, through active and pas
5. Filtered Water into Creek the space for enhanced ecological, educational and recreational perfor- comodate specific programs. Existing stream gauge will mea- ing Campus, facilitating the flow and management reclaiming the creek edges as sive recreation, and susmance. sure the performance of campus wide green infrastructure. of programs and circulation. campus green stormwater infrastructure. tainability education.
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