The City of San Francisco, CA and the San Francisco Municipal Transportation Agency (SFMTA), which manages the city’s transportation multimodal sector, are pioneers in climate action and transportation sustainability. Since 1990, citywide greenhouse gas emissions have been reduced 23 percent however there are significant challenges ahead if the City is to meet ambitious midcentury climate goals. The San Francisco transportation sector, which generates approximately 44 percent of all citywide greenhouse gas emissions, has only been reduced 7 per cent since 1990. Therefore, in order to meet ambitious midcentury climate goals the transportation sector need to be transformed.
The transformation of San Francisco’s transportation sector to meet greenhouse gas emissions and sustainability goals is guided by a Transportation Sector Climate Action Strategy which is updated every two years as mandated by Proposition A, passed by voters in 2007. This Strategy provides a visionary and realistic framework for reducing greenhouse gas emissions through seven program areas which contain a number of specific strategies and targeted actions:
Over the past few years, the transportation sector in San Francisco has been evolving rapidly, with new travel options and fuel sources being integrated into the transportation system. However, it is not clear if the changes will complement or frustrate the city’s broader climate goals. Therefore, a data driven platform and adaptive management approach, grounded in real time data that accurately reflects the local multimodal transportation system and the associated greenhouse gas emissions, is desired. This platform and approach will support more effective sector specific climate action plans, policies and projects.
Over the coming years the SFMTA and its partners are seeking to work on the following phases of this project. This TEX project is specifically focused on Phase 1 of this multiphase project.
Phase 1: Identify a suite of indicators, or performance measures, which will allow the City to better understand and track over time the performance and effectiveness of climate action strategies and the sources of emissions within the transportation sector to help inform which program area strategies and specific actions should be prioritized to help reduce greenhouse gas emissions.
Phase 2: Develop a robust data (qualitative and quantitative) platform that will guide the City in creating and maintaining the suite of indicators to support implementation of the Transportation Sector Climate Action Strategy
Phase 3: Create a clear and transparent data visualization and data dissemination tool that can be easily updated and maintained over time.
Tim Doherty is Senior Planner for the San Francisco Municipal Transportation Agency (SFMTA). He joined in the fall of 2015 and is helping to lead the Sustainability Program and he is updating the Climate Action Strategy which provides a policy framework to both reduce greenhouse gas emissions while also increasing the resilience of the transportation system to future environmental change. Tim graduated from UC Santa Barbara with a BS in Biological Science. After graduation, Tim served for two years as a Peace Corps Volunteer in Honduras. Upon returning, he joined the National Park Service as a biologist in the Golden Gate National Recreation Area. He received his MS from UC Berkeley’s College of Natural Resources and spent six years as a planner with the San Francisco Bay Conservation and Development Commission and three years with the NOAA Office for Coastal Management.
Tom Felter is the recently retired manager for the Energy Innovation Department at Sandia National Laboratories in Livermore, CA. Ongoing work in his department includes study of the feasibility of zero emission vessels on the Bay and elsewhere, design and build of the mobile testing apparatus currently in use by the State of California for qualifying hydrogen fueling stations, valuable intellectual property in wind, solar and energy storage, and significant effort with industry to commercialize our efficient thermal management inventions this year.
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