PRESENTATION ARCHIVE

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OVERVIEW

Aging in place can simply be defined as staying in your home as you age; aging in place concerns include mobility, social activities, safety, accessibility, and long term supports and services in one’s neighborhood and society. In order to facilitate aging in place, organizations in Salt Lake County, Utah and the City of Portland, Oregon, provided home modifications to income-qualified older adults that intended to enable aging in place. Such modifications alter individuals’ life-space mobility – a concept recently used by gerontologists and that we introduced to planners – from within one’s home to the broader community. A unique methodological approach taken by researchers merged several existing data collection instruments with additional interview questions of residents who recently received home modifications.

KEY LEARNING OUTCOMES

  • Attendees will better understand the concepts of life space mobility and aging in place as it pertains to home modifications. 
  • Attendees...
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PRESENTATION ARCHIVE

OVERVIEW

In this presentation we will highlight our past research on human indoor-outdoor wayfinding on an urban college campus. Our work is aimed at facilitating independent travel for people with blindness and low vision. Our research was funded by two successive grants from the National Institute for Transportation and Communities/US Department of Transportation. One of the central research questions sought to capture wayfinding preferences, information needs, and lived experiences of blind and low-vision pedestrian travelers. The projects afforded close collaboration with external partners, and foremost the American Printing House for the Blind. Our focus in the presentation will be on the...

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PRESENTATION ARCHIVE

OVERVIEW

Recreational trails serve as valuable transportation corridors and support the health of users. Wheelchair accessibility of recreational trails depends on a variety of conditions, including slope, cross-slope, and surface characteristics. This project focused on improving the firmness and stability of a 0.2-mile section of trail that was otherwise accessible. The existing trail surface consisted of loose ¼” off-specification aggregate on native soil. A volcanic ash-Portland cement binder, studied in prior research, was batched, distributed, mixed, wetted, and compacted on site to improve the firmness and stability of the surface resulting in a smoother surface with less rolling resistance. The webinar will present details of the trail conditions, materials, batching, placement, and surface characteristics before and after treatment.

KEY LEARNING OUTCOMES

Attendees will be able to:

  • Describe and differentiate pozzolanic and cementitious...
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