Skip to main content icon/video/no-internet

Adaptive reuse is the reconfiguration of a geographic area, property, or structure, rendering it better suited to a more current function. The original function is no longer relevant, and a new function is conceived. Adaptive reuse in its largest-scale sense is a land-use term that relates to geographic area. In a middle-scale sense, it is a real estate term that relates to the property that several structures occupy. In its smallest-scale sense, it is an architectural term that relates to the reconfiguration of a specific structure.

The word adaptive refers to the adjustment made to better render the area/property/structure more in keeping with its future use. The word reuse means that the adjustment is part of a formal reconfiguration or reconceptualization of the area/property/structure.

The recurrent theme, regardless of the scale at which intervention takes place, is to retain the frame or appearance of the area/property/structure while reconfiguring its basic purpose or function. The assumption is that the adapted reuse will be better for society and the area/property/structure than the original use. In most cases, this has proven to be true; in several cases, it has not. An unsuccessful outcome relates to reuse efforts that have uncovered wetlands or floodplains; underground fuel oil and gasoline tanks; asbestos in walls, ceilings, or pipe coverings; the need for lead-based paint removal; structural concerns with the building frame; inadequate parking or road facilities; zoning incompatibilities; and so on.

Adaptive Reuse at the Neighborhood Scale

At the neighborhood scale, adaptive reuse involves measures that extend from virtually cosmetic involvement in neighborhoods to wholesale gutting of selected portions of neighborhoods. The extent of involvement depends on the market demand for a neighborhood and the condition of the neighborhood's structures. Figure 1 illustrates the various types of involvements.

In the (− −) area (poor structure condition, low demand), involvement is primarily clearing the land of structures; streets may or may not be retained. In the (+ +) area (excellent structure condition, high demand), there is limited, if any, involvement. In the (− +) area (poor structure condition, high demand), involvement is significant: significant private adaptive reuse of the neighborhood, individual properties, and the structures thereon. In the (+ −) area (good structure condition, low demand), there is significant public adaptive reuse of neighborhood properties and structures. In such cases, aggressive public involvement could contribute to the stabilization of these neighborhoods. Thus, the adaptive reuse of neighborhoods focuses on demand and structural condition. Significant private involvement (− +) (strengthening neighborhoods) and public involvement (+ −) (weakening neighborhoods) take place in neighborhoods undergoing changes in demand in order to channel or stimulate change. In those neighborhoods where a change in demand is not taking place (i.e., demand is already very strong or very weak), involvement is limited to either cosmetic change (in strong neighborhoods [+ +]) or significant clearance of most structures and retention of some select structures (in weak neighborhoods [− −]).

Figure 1 Structural Demand Versus Structural Condition, Adaptive Reuse Neighborhoods

None

Famous adaptive reuse examples at the neighborhood scale include the Pike Place Market (Seattle, WA), Yerba Buena Center (San Francisco, CA), Inner Harbor (Baltimore, MA), the Nicollet Mall (Minneapolis, MN), Battery Park City (New York, NY), the Distillery District (Toronto, Ontario, Canada), and Yaletown (Vancouver, British Columbia, Canada).

...

  • Loading...
locked icon

Sign in to access this content

Get a 30 day FREE TRIAL

  • Watch videos from a variety of sources bringing classroom topics to life
  • Read modern, diverse business cases
  • Explore hundreds of books and reference titles

Sage Recommends

We found other relevant content for you on other Sage platforms.

Loading