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While much attention in the literature has focused on wildfire evacuation disparities tied to transportation and communications infrastructure and policy needs, limited focus has been on the transportation- and infrastructure-related needs to support recovery and resilience from wildfire events, and for vulnerable communities.

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Most existing studies of wildfire evacuations focus on vehicle-owning households and assume that evacuees will use their personal vehicles while evacuating. However, no studies have collected near real-time data on transit riders’ evacuation behavior or their adaptation behavior immediately post-evacuation.

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A race to rebuild transportation infrastructure may preclude or increase the cost of other community-defined priorities that could emerge during the long recovery process. Once roadway repairs and reconstruction are underway, it becomes more difficult to pursue alternative transportation pathways, such as building complete streets or designing grids for more effective evacuation. The task of rebuilding therefore requires a community engagement process that is broader in scope than what transportation agencies typically use to promote public participation in transportation decision making.

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The goal of this project is to review and synthesize existing research on the challenges faced by older adults with disabilities during and after wildfire evacuations. This includes an examination of transportation-related issues, which are often a significant barrier to safe and timely evacuations. Our aim is to identify gaps in the current literature, highlight areas of future research, and explore policy implications that can improve preparedness, evacuation, and resilience for this vulnerable population.

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Certain critical points in transportation networks, like interchange stations and tunnels crossing active faults, significantly impact the flow of people and commerce in urban areas. Loss of capacity at such points impacts the population and economy of the region, and the speed with which repairs are made affects how well cities can recover after major earthquakes. The Hayward Fault – located in the San Francisco Bay Area – is one of California’s most active faults, with the potential to generate a major earthquake, magnitude 7 or higher. Such an earthquake can induce substantial ground displacement, potentially disrupting the tunnels and the BART system.

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While many aspects of life have largely returned to pre-pandemic patterns as the COVID-19 pandemic has become endemic, several aspects of travel remain unsettled and uncertain. In particular, the forced experiment of working from home for at least half of the labor force in 2020 is evolving into a new normal where perhaps a third of all workers split their work hours between office and home. This has had especially significant effects on public transit, which has traditionally carried a disproportionate share of commute trips, but these new work patterns have affected the timing and character of many other trips as well. These evolving patterns of travel may call into question many current transportation policies and plans that are premised on (now) outdated ideas about travel.

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Mobility wallets are a relatively new approach to addressing financial barriers to travel among transport-disadvantaged communities. Individuals are provided with funds to pay for a range of mobility options, including transit and shared modes, at their discretion. Los Angeles’s Universal Basic Mobility Pilot will include at least 5,000 participants from the social justice community of South LA and monthly stipends that range from $24 to $150 loaded onto the local transit TAP card. The transit agency (LA Metro) has recruited local electric carshare, ride-hail, bikeshare, and scootershare programs to accept the TAP card as payment.

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California has increasingly turned to place-based, community-driven programs such as Transformative Climate Communities (TCC), the Community Air Protection Program (CAPP), and Regional Climate Collaboratives (RCC) to address the twin priorities of climate change and environmental justice. Transportation improvements are at the heart of these cross-sectoral programs because of their potential to mitigate air pollution, greenhouse gas emissions, and inequities in access to transportation. In this synthesis, we ask how place-based climate action efforts are being evaluated, and what insights from the broader policy and plan evaluation research literature might inform evaluation design.

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Most of California’s success in reducing transportation emissions over the last 20 years can be attributed to improvements in vehicle efficiency and the adoption of lower-carbon fuels, particularly electricity. California must also reduce vehicle miles traveled (VMT) in order to meet critical climate goals and to enjoy the many co-benefits of reduced driving, such as improved air quality, safety, and public health. Increasing active transportation and transit options are two key strategies that California regions are using to try to reduce VMT, but to date, these projects have not been able to significantly cut VMT.

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Community college students spend more on transportation than their counterparts at public and private four-year colleges, partly due to the lack of on-campus or nearby affordable housing. Recent research highlights how transportation challenges are an overlooked but basic need for community college students.

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While the COVID-19 pandemic caused ridership on public transit and shared mobility to drop precipitously and put severe strain on their finances and operations, all was far from well prior to the pandemic. Transit ridership had dropped across the state in the half-decade prior to the pandemic, despite increasing public investment, and the relationship between shared mobility and regulators was oft-disputed. Thus, looking during and beyond the recovery from the pandemic, this project seeks to answer the question: what is and should be the future role and structure of public transit and public shared mobility in California?

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New transportation networks facilitate mobility and may also spur economic development. Over the past decades, a new transportation technology — high-speed rail (HSR) — has brought a profound impact on urban-regional accessibility and intercity travel across Europe and East and South-East Asia. But the economic and spatial impacts of HSR have been varied and are largely contingent on a variety of factors, as well as local planning and policy. As California is in the process of building its own HSR network, it is important to review the experience of established HSR networks abroad and understand the possible economic effects that HSR can bring to regional and local economies, and their prerequisites. While the impacts of California’s plan on the direct creation of jobs in local markets (e.g., construction sector) and on the travel sector (e.g., forecasts for HSR travel demand) have been investigated, the possible indirect impacts (e.g., on land values, tourism, firm location, and local and regional development) have not gathered enough attention. This research proposal attempts to fill this gap.

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The COVID-19 pandemic has laid bare the necessity of childcare as essential infrastructure. Without access to affordable childcare, working outside of the home is difficult or, in many cases, impossible. The need for child care is particularly pressing for mothers who continue to bear disproportionate responsibility for the care of their children. Childcare is in short supply and access to child care varies across neighborhoods by income, race, and ethnicity. Given the critical importance of childcare access to women’s ability to work, the research team will study child care-related travel in California, a topic that has received relatively little study. The researchers are particularly interested in testing whether geographic disparities in access to child care are associated with the distance that parents travel to child care centers.

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A somber statistic in STEM fields is that underrepresented racial and ethnic groups are less likely than those from well-represented backgrounds to self-report high interest in biomedical faculty careers at research-intensive universities. Hypercompetition in neuroscience careers both at the Ph.D. and post-doctoral levels is predicted to result in increased racial and ethnic disparities in this field. African Americans, Hispanics, and Native Americans complete undergraduate STEM degrees at approximately 2 to 3% nationally, yet there is evidence that this can be greatly increased with quality social support and mentoring in these groups.We present key approaches in this application that are aimed at enhancing the inclusive excellence of our NSIDP and develop long-lasting ties with our HBCU partners. The key approaches to increase the impact on students and faculty at both HBCU partner institutions and UCLA are to: 1) engage in active research and teaching partnerships that accompany students before and beyond the 8-week internship at UCLA; and 2) to incentivize quality mentorship of the interns in our UCLA host labs, increasing the impact on students and faculty at both HBCU partner institutions and UCLA.

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Evaluation of particulate matter (PM) due to transportation systems is of interest to public health professionals and policymakers in California and Southern California, specifically. Poor air quality can lead to short-term eye, throat, and nose irritations, as well as long-term cancers. While PM can be reduced through new regulations including bus-only lane projects, carpooling, and the adoption of clean air vehicles, there is a need for highly accurate, yet cost-effective sensors which can assess the efficacy of these improvements. UCLA will develop a field-portable computational imaging and deep-learning enhanced aerosol analysis device, termed c-Air, to characterize PM due to transportation systems. In addition to particle counting and sizing, UCLA will further enhance its system above the current gold standard by classifying particles based upon physical features and volatility using computational imaging and deep learning.

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