Getting the Goods Without the Bads: Freight Transportation Demand Management Strategies to Reduce Urban Impacts (SSTI, 2013)

This project, funded by SSTI with a matching grant from the Center for Freight Infrastructure Research and Education (CFIRE), identifies and evaluates strategies to reduce the social costs associated with goods movement in urban areas by managing freight transportation demand.

Reducing air pollution by targeting the most egregious emitters

New infrared cameras can identify various tailpipe emissions in real time from vehicles passing at highway speeds. By analyzing the ratios of different pollutants, the technology can also distinguish between high-emitting vehicles that are functioning normally—i.e., vehicles that are burning more fuel to carry heavier loads or more passengers—from those that have mechanical problems that need to be dealt with.

Tools for Estimating VMT Reductions from Built Environment Changes (Anne Vernez Moudon and Orion Stewart , University of Washington, 2013)

This report reviews the built environment characteristics associated with travel and the tools available that utilize these built environment characteristics to estimate travel and related outcomes such as vehicle emissions and health co-benefits. Tools ranged from simple to complex, and a number of factors should be considered when applying a tool to a planning effort.

New report outlines steps needed to reduce petroleum use and greenhouse gas emissions

A new report outlines what would be required to substantially reduce both petroleum usage and greenhouse gas emissions by 2050. It concludes that the goals are ambitious but achievable; however, government incentives, mandates, and research funding will be needed. The goals are unlikely to be achieved by market forces alone.

New report outlines steps needed to reduce petroleum use and greenhouse gas emissions

A new report outlines what would be required to substantially reduce both petroleum usage and greenhouse gas emissions by 2050. It concludes that the goals are ambitious but achievable; however, government incentives, mandates, and research funding will be needed. The goals are unlikely to be achieved by market forces alone.

Methods for Estimating the Environmental Health Impacts of SRTS Programs (National Center for Safe Routes to School, 2012)

This report explores environmental health and Safe Routes to School through a review of the relationship between environmental health and school travel, a discussion on measuring the environmental health impacts of school travel, and five examples of methods used by SRTS programs to estimate the impact of their activities on local air quality and carbon dioxide emissions.

Methods for Estimating the Environmental Health Impacts of SRTS Programs (National Center for Safe Routes to School, 2012)

This report explores environmental health and Safe Routes to School through a review of the relationship between environmental health and school travel, a discussion on measuring the environmental health impacts of school travel, and five examples of methods used by SRTS programs to estimate the impact of their activities on local air quality and carbon dioxide emissions.

Ecodriving and Carbon Footprinting: Understanding How Public Education Can Reduce Greenhouse Gas Emissions and Fuel Use (Mineta Transportation Institute, 2012)

Ecodriving is a collection of changes to driving behavior and vehicle maintenance designed to impact fuel consumption and greenhouse gas (GHG) emissions in existing vehicles. Because of its promise to improve fuel economy within the …

The Colorado Energy Smart Transportation Initiative: A Framework for Considering Energy in Transportation (SSTI and Colorado DOT, 2012)

The mission of Colorado’s Energy Smart Transportation Initiative was to develop a framework for considering energy efficiency and greenhouse gas (GHG) emissions in transportation decision-making. With SSTI assistance, a collaborative team composed of federal and state agencies, MPOs, and rural planning partners came together to leverage resources and promote efficiency and effectiveness among agencies by exploring ways to develop “energy smart transportation” strategies. This report includes strategies developed to incorporate energy efficiency and GHG emissions in transportation planning, increase energy efficiency and reduce GHG emissions from transportation, advance environmentally friendly alternative vehicle and fuel technologies, and increase efficiency through truck fleet enhancements, improved traveler information, and other methods.