Arizona State and Local Government Documents Collection

Planning to Programming Link development started with ADOT's multimodal visioning called "Building a Quality Arizona" (bqAZ), the 2010 Statewide Transportation Planning Framework Study created a fiscally-unconstrained vision for the state's transportation system in 2050. bqAZ led to "What Moves You Arizona?," the state's Long-Range Transportation Plan 2010-2035, which applied financial constraint to the vision, identifying anticipated revenues and providing a recommended investment choice (RIC) that indicates how revenues will be allocated to four different investment types: preservation, expansion, modernization, and non-highway. The third step, and subject of this report, is "Linking the Long-Range Plan and Capital Improvement Program," or P2P Link, which focuses on how ADOT and its primary business partners, the Federal Highway Administration (FHWA), Metropolitan Planning Organizations (MPOs), and Councils of Governments (COGs), fund, build, maintain and operate the transportation system.

The Multimodal Planning Division (MPD) of the Arizona Department of Transportation has been tasked with identifying corridors throughout the state where improvements to the transportation infrastructure supports the greatest potential commercial and economic benefits. These "Key Commerce Corridors" represent a strategic statewide approach to leverage infrastructure improvements to enhance Arizona's competitive economic position. This document presents the basis for the identification and evaluation of the Key Commerce Corridors.

The State Management Plan documents the procedures of the State of Arizona in managing and utilizing federal funds to assist public, Tribal, private for-profit, and private non-profit passenger transportation systems in Arizona. This document updates the 2007 plan and includes the State’s objectives, policies, procedures, and administrative requirements, in a form that is readily accessible to ADOT staff, the Federal Transit Administration, potential subrecipients, and the public.

This project was undertaken to compare operational and safety characteristics of leading versus lagging protected left turn operation. The measures of effectiveness included field measured intersection delay with leading and with lagging left turns. Intersections in Pima County, Glendale, Tempe and Mesa, Arizona were studied with both leading and lagging operation. Intersection delay studies were also done with first car versus third car actuation of leading protected left turn phases. Signal progression was studied with leading, lagging and combination of leading and lagging left turns which provided the best progression. This evaluation was accomplished with an instrumented vehicle and travel time runs throughout a grid. Accident studies were conducted in Tucson, Pima County and Scottsdale, Arizona. These studies compared accident frequency before and after the conversion from leading to lagging left turns. A public opinion survey was conducted to obtain motorists' preference of leading or lagging left turns.