I'm so Sick of this Lazy Excuse (for bad cities)

Weather is a lazy excuse for bad city design—and the evidence points to infrastructure, land use, and safety as the real drivers of whether people walk, cycle, and use transit. The core claim is straightforward: there’s little correlation between how harsh a city’s weather is and how well it functions for daily travel. When cities fail to deliver safe streets, reliable transit, and walkable destinations, “rain” or “snow” becomes a convenient distraction rather than a genuine constraint.

Copenhagen’s experience is used as the flagship counterexample. In the early 1960s, the city moved to remove cars from a street despite frequent dark, cold, rainy days and winter snow. Shopkeepers warned the plan would collapse their business, and critics leaned on cultural arguments too. Yet the car-free street became a major success in 1962, with shops and restaurants thriving and the model spreading to other pedestrianized streets. The adaptation wasn’t denial of weather; it was practical comfort—heaters and blankets at outdoor cafés—paired with a street embedded in a dense, mixed-use, transit-accessible area.

Fresno, California offers a cautionary parallel. The city pedestrianized a street in 1964 and reopened it as the Fulton Street Mall, initially benefiting from warm, sunny conditions. But over time, more stores closed and the street struggled until cars were reintroduced in 2017. The explanation centers on access and context: a pedestrian street that most people still have to drive to will underperform, regardless of sunshine. By then, Fresno had widened roads for cars, demolished buildings for parking, underfunded transit, and shifted most arrivals to driving—turning the mall into a destination that required car-based logistics.

The argument broadens beyond single case studies to cycling and comparative climate. Fresno’s bicycle mode share is described as under 2% of trips, while Copenhagen is portrayed as among the world’s best for cycling, supported by extensive protected bike lanes. Even the Netherlands—where cycling is extremely high—faces frequent rain and recurring severe wind events, yet people still ride. The transcript also cites a study of 90 American cities finding that precipitation and counts of hot/cold days don’t statistically predict bike commuting in large cities. Weather can influence comfort and timing, but safety, sprawl, mixed-use zoning, parking policy, and infrastructure quality dominate outcomes.

A major theme is that weather affects behavior through adaptation and infrastructure, not through inevitability. People delay trips when rain is coming, change travel times using weather apps, and rely on clothing and equipment designed for wet conditions. Cultural norms—like the idea that you’re not “made of sugar” and won’t melt in the rain—support consistent cycling. Meanwhile, infrastructure quality determines whether bad weather becomes a deal-breaker: Amsterdam’s protected lanes and rapid snow clearing contrast with Toronto’s inconsistent bike network and dangerous interactions with speeding drivers.

The transcript also tackles “hot weather” excuses. It argues that car-centric design worsens heat via asphalt heat storage, vehicle heat, and urban heat island effects. Examples include Seoul replacing an elevated freeway with a stream, reducing heat island temperatures. The takeaway is that weather should be treated as an engineering variable—shade, sheltered transit stops, cleared bike lanes, and signal timing—not as a reason to avoid building cities that prioritize people over cars.