GROWING FUN (CTION)

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GENERAL DESIGN ASLA Honors Award 2011

GROWING FUN (CTION) Instructor: Lucinda R. Sanders Site: Philadelphia, USA


A L s S d A r 1 a 1 w 0 2 or A n o H

2011





3 GROWING FUN (CTION) GENERAL DESIGN ASLA Honors Award 2011

Instructor: Lucinda R. Sanders Site: Philadelphia, USA

Light Industrial Neighborhood

Low-rise apartment Neighborhood

Eco-Park

Forest Park

Loft-style apartments Neighborhood

Fabrication warehouse Studio space Manufacturing Corporation / Light industry Commericial Office

Vegetation: Meadow Riparian Forest

Community play yard& Materials: Fishing- Wood Shopping- Concrete Biking- Wood, Stone Boating-Wood Dining picnic-Lawn

Lawn Woodland

School Public Markets Community Agriculture Community Center

Wetland Meadow Riparian Forest

Site located along the banks of Delaware River, Philadelphia. Project’s goal is to build the understanding of establishment of a clear, robust territorial framework vision for the entirety of the project area and find out the possible solution to mitigate the sea level rise issue and trying to develop the ability to make effective contributions to urban design problems. The Park design focused on the Richmond portion of Delaware River, a vastly underutilized waterfront, along with its contiguous neighborhood, offers great potential for a new mixed-use development that will include a major residential development combining existing buildings and new construction.

Wetland Terraces main cistern for reuse water PondWaterfowl Habitat

play yard

Running lawn

Woodlands water infiltration road

cistern for plant watering

A-A Section 1"=8'


islands growing

Phasing of growing wetlands recreation places connected by wood decks stone layer water filtration

exchanges of topography

2-gradually deposited

3-terrain elevation appear

4-Terrain begin to mitigate ISLANDS ALONG THE WATERFRONT

Bridge

Pier

Islands

PondWaterfowl Habitat

Stormwater infiltration pipe Wood deck Running Biking path main cistern for reuse water

Woodlands water infiltration road

B-B Section 1"=8'


PLAN

Low-rise apartment Neighborhood

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Forest

Loft-style apartments Neighborhood

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4

6

5 7 2

Light Industrial Neighborhood

Biking and Beach

Wetland Riparian

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Fabrication warehouse Studio space Manufacturing Corporation / Light industry Commericial Office 1.Forest Park -Collect water from up areas -As the green buffer to mitigate noise -Recreational place for communities 2. Community Bridge not allow vehicle 3. Center park 4. Hill -base on existing condition -as the high point to diverge water infiltration 5. Wood deck -Biking -Running path -Beach 6. Fore Bay -Dissipates velocity -Removes small litter -Drop sediments 7. Swale -Sediment removal -Phosphates -Removes metals -Floodplain infiltration

Woodland

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Boating dock Fishing stake

8.Detention/Recharge -Detains water -Releases slowly -Runoff storage -Removes sediments -Captures nutrients -Groundwater recharge

Eco-Park

Riparian Meadow

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Childern play yard Dining picnic lawn School Public Markets Community Agriculture Community Center

KeyPark R

edline

Wetland Retail Grocery store Community facilities

9.Wetland -Sediment removal -Removes nutrients -Removes metals -Community pleasure 10. Islands -Sea level rise buffer -Water infiltration center -Creation of wetland -Recreation area for future

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LAYERS

Playyard

Highway

Green Corridor

Dense Woodlands

Building typology

Blocks Community green

Connective landscape tissue Wetlands

Water infiltration path Islands Proposed scheme includes the overall plan for the entire community site and docking facility, visitor’s center, boat launching ramp, ecological park, and nature trails.


ABOVE PIERS

NEAR PIERS

ON PIERS

Reconstructed Pier combine with the islands would not only identify the strategy for sea level rise problem but more on providing the open spaces for the adjacent neighborhood and have the creation of a riparian corridor that incorporates many of the best features


The comparison between the Existing Pier and After Proposed Pier with the islands for creating the wetlands and open spaces.


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