| H
U M A N S C A L E A N D T H
E
S U B U R B A N C O M M U N I T Y |
|
| D e w i t t , N e w Y o r k | |
| M a r e n K i n g | |
| P r o f e s s o r s C h e r y l D o b l e , E m a n u e l C a r t e r , J a m e s P a l m e r | |
| 2 0 0
2
|
|
![]() |
This Masters
thesis investigated the value of human scale connections to those who live
in conventional suburbs, if such connections could be retrofitted within
an existing structure, and if so, how.
The thesis study approach also explored the potential for utilizing
community participation processes in the design and planning of suburban
environments. This
community design research project utilized local expertise in combination
with traditional landscape architecture methods to understand the existing
physical and regulatory characteristics of Dewitt, New York. The practical goal of this project was to help the community
develop a land use program and to guide the development of alternative
planning and design strategies. Working
in collaboration with the both the Dewitt town planner and recreation
director, the researcher scheduled a series of workshops for residents to
share their views about walking and biking connections within the
community. Information from
the workshops was used to develop conceptual strategies for improvement,
building upon the positive characteristics identified by the community.
By
improving the neighborhood environment for walking and bicycling, it might
become possible to make better connections to a central trail system
presently proposed by the Town, thus creating a valuable
community-building link between the diverse settlement types within the
geographic boundaries of Dewitt. Some
of the findings and recommendations from this study have already been
incorporated into the Town of Dewitt Comprehensive Plant to retrofit or
improve human-scale connections. For a more in depth discussion of this project, see Initiatives 2002 - 2003. |
The Center for Community Design Research
Faculty of Landscape Architecture
SUNY College of Environmental Science and Forestry
One Forestry Drive Syracuse, NY 13210 - 4721
ccdr@esf.edu