Urban Studies and Planning Commons^™

Pedestrian Infrastructure Improvements: Effects On Transit Use And Perceptions Of The Pedestrian Environment In Portland's Roseway Neighborhood, James G. Strathman, Kenneth Dueker, Peter Mye, Joyce A. Felton

Center for Urban Studies Publications and Reports

Over the past two years the Pedestrian Transportation (PTP) of the City of Portland has been engaged in a project to encourage walking and transit use through targeted infrastructure improvements. These improvements are intended to enhance pedestrian access to transit service by aiding street crossing and providing more amenities at bus stops. Other improvements include landscaping, sidewalks, curb extensions and ramps, and improved street lighting. One of the basic assumptions of this project is that the pedestrian environment is related to transportation choices. This report explores that assumption.

Evaluation Of The Lloyd District Parking Programs, City Of Portland: The Impacts Of Parking Pricing And Transportation Management Association Programs In A High-Density, Mixed-Use District, Martha J. Bianco

Center for Urban Studies Publications and Reports

This is the final report of the Lloyd District transportation management program and the subsequent survey.

During the one year that had elapsed between the implementation of the Lloyd District transportation and management programs and the survey information collected in this study, the drive alone mode for the trip to work by employees in the Lloyd District had decreased by 7 percent. For the District as a whole, the drive alone commute share is about 56 percent. These are remarkable achievements.

The Oregon Dot Slow-Speed Weigh-In--Motion (Swim) Project: Final Report, James G. Strathman

Center for Urban Studies Publications and Reports

Weigh-in-motion (WIM) systems have provided an effective means of data collection for pavement research and facility design, traffic monitoring, and weight enforcement for over 40 years. In weight enforcement, WIM systems have been increasingly used to screen potentially overweight vehicles. Vehicles that exceed weight limits as measured on a WIM scale are then weighed on a static scale, which is subject to accuracy standards specified by the National Institute of Standards and Technology (1998). The use of WIM for screening purposes reduces queuing at weigh stations, resulting in considerable savings for both truckers and enforcement agencies. To date, however, WIM …

Oregon Dot Slow-Speed Weigh-In-Motion (Swim) Project: Analysis Of Initial Weight Data, Tim Swope, James G. Strathman

Center for Urban Studies Publications and Reports

This report presents the results of a preliminary analysis of axle weights from the Oregon DOT Slow-Speed Weigh in Motion (SWIM) scale at the Wyeth weigh station.* This report includes an analysis of methodology and variables used in the study; estimates of accuracy and precision of the WIM readings; and a regression analysis of the WIM and static scale weighings. Axles weights were collected from the traffic stream.

Issues In Calculating Traffic Impact Fees: A Review Of The Literature, Anthony M. Rufolo, Catherine T. Lawson

Center for Urban Studies Publications and Reports

Over time, the concern has grown that government is not funding infrastructure investment in United States at a sufficient level. Funding of infrastructure has been a joint effort of all levels of government, but reductions in the federal contribution (after adjusting for inflation) have shifted more of the cost onto state and local governments. Many studies have identified massive funding requirements that are not being met. The failure to meet requirements would be rational if they are based on standards of service which are set unrealistically high or on other conceptual errors; however, failure to provide the funding likely to …