<--- Back to Details
First PageDocument Content
New Urbanism / Duany Plater-Zyberk & Company / Smart growth / Urban sprawl / Planned unit development / Zoning / Kentlands /  Gaithersburg /  Maryland / Mixed-use development / Urban village / Urban studies and planning / Environment / Sustainability
Date: 2006-01-10 02:48:05
New Urbanism
Duany Plater-Zyberk & Company
Smart growth
Urban sprawl
Planned unit development
Zoning
Kentlands
Gaithersburg
Maryland
Mixed-use development
Urban village
Urban studies and planning
Environment
Sustainability

A Model Ordinance for a Traditional Neighborhood Development Prepared by Brian W. Ohm, James A. LaGro, Jr., and Chuck Strawser April 2001

Add to Reading List

Source URL: urpl.wisc.edu

Download Document from Source Website

File Size: 550,92 KB

Share Document on Facebook

Similar Documents

Gypsum’s Foundation Plan

Gypsum’s Foundation Plan

DocID: 1rrXG - View Document

Microsoft Word - Next Steps - NWCCOG - Aug 8-9, 2013.docx

Microsoft Word - Next Steps - NWCCOG - Aug 8-9, 2013.docx

DocID: 1riZL - View Document

ARCHITECTURAL ASSOCIATION GRADUATE SCHOOL

ARCHITECTURAL ASSOCIATION GRADUATE SCHOOL

DocID: 1rhaN - View Document

Smart Growth through the Transfer of Development Rights A selection of TDR case studies with relevance for the preservation of farmland, open space and other natural resources in New Jersey

Smart Growth through the Transfer of Development Rights A selection of TDR case studies with relevance for the preservation of farmland, open space and other natural resources in New Jersey

DocID: 1rfS5 - View Document

Australian Transect Network A facility of the Terrestrial Ecosystem Research Network The Australian Transect Network (ATN) comprises seven major subcontinental transects that span biomes and traverse major rainfall, temp

Australian Transect Network A facility of the Terrestrial Ecosystem Research Network The Australian Transect Network (ATN) comprises seven major subcontinental transects that span biomes and traverse major rainfall, temp

DocID: 1r8H8 - View Document