Filtering by
- All Subjects: Transportation
- All Subjects: Roads
- Creators: Arizona. Department of Transportation. Research Center
- Creators: Valleywide Transit Task Force
- Status: Published
Believing that voters might support transit if they felt like an integral part of the transit proposal decision-making process, the Phoenix Chamber of Commerce's Valleywide Transit Task Force set out in early 1995 to initiate a bottom-up process which would enable people to say, "here's what we want." The Task Force agreed that the first step in the process was to initiate a new dialogue. the Morrison Institute for Public Policy was asked to write a briefing paper, which would re-invigorate the transit debate. The resulting report, "Transit in the Valley: Where Do We Go From Here?" painted a bleak picture of the Valley's existing transit system and challenged many long-held conventional wisdoms. The dialogue had begun. The report was then presented to the citizens of 17 Valley cities and towns for their consideration in 16 public meetings sponsored by cities and their local Chambers of Commerce. In community forums conducted between October 1996 and February 1997, more than 500 Valley residents discussed the Valley's transit future. This document summarizes the questionnaire responses by 501 people who attended the forums.
The objective of this study was to evaluate the effect of typical chemical winter maintenance practices on Arizona Department of Transportation pavements. A review of previous studies on the effect of deicing/anti‐icing chemicals did not yield definitive recommendations, especially for DIAICs typically used by ADOT. Researchers conducted a laboratory study evaluating the effects of magnesium chloride, potassium chloride, sodium chloride, and distilled water on eight different open‐graded rubber‐modified asphalt concrete mixes using the boiling test. All experimental factors were found to be statistically significant, and the researchers provide recommendations on which DIAICs should be used for different binder and aggregate types.