Addressing the rise in drunk driving requires a systemic approach

Human behavior is one of the biggest wildcards in preventing traffic deaths and serious injuries. That is why many transportation professionals now focus on designing systems that stay safe even when people inevitably make mistakes.  Alcohol impaired driving is once again on the rise in the United States, and decades of awareness, education, and enforcement have not solved this problem. New research shows that alcohol is involved in nearly one-third of all traffic deaths, even as public concern about the issue remains very high. In other words, people know drunk driving is dangerous, but some do it anyway. This is not about excusing impaired driving but about acknowledging reality and designing transportation systems that reduce harm when risky behavior persists. 

Pedestrian deaths aren’t accidents, they’re policy failures

Pedestrian deaths are rising faster in the U.S. than in any other high-income country. A decade-long surge, up 50%, has made the U.S. the most dangerous place to walk among 27 peer nations. Many experts view these deaths not as random accidents but as preventable tragedies that reflect deeper policy failures in transportation, infrastructure, and public safety. 

Transportation safety is a public health issue, and our current framework is part of the problem

Traditional transportation safety frameworks like the three Es (Engineering, Enforcement, and Education) are impeding strategies that will reduce traffic deaths and improve overall population health, says a new study. The study introduces the Safe Systems Pyramid, a framing of the Safe Systems approach designed to prioritize policies and programs that incorporate health principles into transportation decision making.  By combining public health efforts with transportation strategies and practices, the authors propose an alternative approach that moves away from identifying crash outcomes and toward addressing the causes of safety crises., the authors propose an alternative approach away from identifying crash outcomes and toward addressing the causes of safety crises.