Drew Ousley

Page 1

WASTELAND: MITIGATING WASTE AND SOCIAL ISOLATION IN COOKIE-CUTTER SUBURBIA

The uniformity and sprawl of cookiecutter suburban developments produces an exceptional amount of waste in the form of energy, materials, resources, and water, generates unnecessary pollution and emissions, and fosters social isolation rather than community. Housing identical in appearance, size, and price range and private yards of equal size characterize these types of developments. In this type of suburb, the operation, upkeep, and habits constituted by cookie-cutter houses, expansive turfgrass lawns, restrictive street networks, zoning uniformity, and isolating plans generate waste and isolation. Furthermore, these types of subdivisions appear widespread all around the globe and continue to be developed at alarming rates. While these neighborhoods should not necessarily be torn down, and their continued production may be unavoidable, they can be redesigned to drastically cut waste and foster community

among residents. This project addresses a specific neighborhood in the metropolitan area of Cincinnati, Ohio with a series of adaptations and interventions that mitigate waste by reducing energy loads on mechanical systems, water consumption, the use of chemicals on greenspace, the neighborhoods overall carbon footprint, and commute distances. It also introduces multimodal transportation, mixeduse program, new housing typologies, the use of trees and vegetation, a diversity of shared spaces, and proximity. These interventions foster community and a sense of ownership by encouraging residents to leave their homes but stay within the neighborhood. The ambition of this project is to provide inspiration for other adaptations and the designs of future developments as the similarity found in suburbs all around the globe will enable the interventions found in this specific work to easily translate to other developments.

SITE ANALYSIS

SYCAMORE CREEK INDEPENDENCE, KENTUCKY

Distance: 13mi South of Cincinnati

Population: Estimated 4385

Area: 640 acres

Density: 7 people per acre

Topography

The site features a significantly agressive topography, requiring consideration for runoff flow direction, feasible street slopes, and layering of streets and spaces.

Street Network

The street network typcially traces the topography, following rideglines and hilltops. It also features many cul-de-sacs forcing through streets to collect all the traffic.

Vegetation

The current developers take little consideration for the site, leveling any trees and vegetation for new development and fail to replant within the new construction.

Shared Spaces

The existing neighborhood features only six shared communal spaces across the entire 640 acres. All other space between the houses is occupied by streets and private lawns.

Car Dependency

Multimodal Transportation

Uniform Housing

Uniform Zoning

Without Vegetation

Ignoring Environment

Exposure

Private Spatial Uniformity

Population

7 People Per Acre

Mixed Building Typology

Mixed-Use Program

With Vegetation

Responding to Environment

Controlled Microclimate

Shared Spatial Diversity

Population

21 People Per Acre

Turn static files into dynamic content formats.

Create a flipbook
Issuu converts static files into: digital portfolios, online yearbooks, online catalogs, digital photo albums and more. Sign up and create your flipbook.