Electric vehicles (EVs) will be critical for meeting ambitious climate goals at the national, state, and local levels, but their rapid adoption continues to face challenges. This wrap-up touches on the latest barriers that are essential to overcome.
More and more people are recognizing the costs associated with driving, and that driving less opens space for alternatives and makes us healthier. Now new research adds one more tick to the human health costs column: particulates from transportation cause cancer.
Numerous factors may scuttle an anticipated fuel-price driven boost to electric vehicle adoption. Due to shortages, manufacturers may not be able to ramp up production to meet demand, and the cost and availability of materials may raise the sticker price, along with the environmental sacrifice. EV manufacturers are also not immune to the resistance faced by industrial development in general.
Low-income neighborhoods and communities of color are burdened disproportionately with pollution from the transportation sector, say researchers and journalists. Often these neighborhoods, sometimes clustered in proximity to high traffic or industrial areas, show elevated disease levels when compared to majority white communities located in areas of lower emissions.
Traffic forecasts and other projections are often presented as a single line on a graph or number in a chart. But we know—now more than ever—that these predictions are full of uncertainties. The Sacramento Council of Governments (SACOG), for a new study in JAPA, puts hard numbers to some of those uncertainties in order to plan better for them.
A new paper under review presents evidence that exposure to pollution—including that from motor vehicles—reduces the survival rate of individuals who have contracted COVID-19. Those most at risk of death have underlying diseases which may be due to, or exacerbated by, long-term pollution exposure. This adds to the mounting awareness that disadvantaged communities may disproportionately bear the brunt of the effects of COVID-19.
Transitioning to electric power has been a major focus of state and local agencies trying to meet ambitious emissions reduction goals. That involves rolling out more charging stations, bolstering the grid, and offering incentives for drivers to go electric; but consumers will also need plenty of cars to choose from. American-made options, however, are going to be limited.
A recent study finds that long-term residential exposure to locally emitted black carbon—primarily from traffic exhaust—is associated with higher stroke incidence. BC comprises a significant portion of particulate matter. Although BC is a known health hazard with health effects that are especially pronounced in populations in dense urban areas, the U.S. does not currently include it as a separate criteria pollutant in its National Ambient Air Quality Standards.
Electric vehicles have the potential to significantly reduce emissions and the climate impact of transportation. But the global increase in SUV sales—led by but not exclusive to the U.S.—is more than neutralizing these reductions. That is the message from an analysis of the World Energy Outlook 2019, due out on November 13th.
A study from the National Bureau of Economic Research extends our knowledge of the effects of attending school near major roadways. Previous studies have found short-term effects on test scores, behavior, and school absences on days of poor air quality, but this new research shows that long-term school performance and test scores can be affected by attending school downwind of highways.