Via One Green Planet, a look at climate change’s surprising impact on potholes and the revolutionary solutions on the horizon: Climate change isn’t just about rising seas and scorching heatwaves; it’s also unleashing a pothole plague on our roads! In 2023, the UK reported nearly 630,000 pothole complaints – a shocking five-year peak. Across the pond, the USA […]
Read more »Via Nature, a new publication emphasizing the importance of beefing up building codes to help to save lives in extreme heat or cold: Three years after the 1978 Miyagi earthquake, a magnitude-7.4 event that caused extensive damage to the city of Sendai, Japan overhauled its building codes to better protect people against quakes. The country’s […]
Read more »Via Australia’s The Age, a look at Australian efforts to tackle extreme heat: If you look closely when you hop off the tram at the Australian Open, you’ll notice the platform is painted light grey. It’s a surface coating called CoolSeal, a product designed to reduce ambient temperatures by reflecting the sun to produce cooler […]
Read more »Via BBC, a report on London’s lack of preparedness for extreme weather: London is “underprepared” for the impact of climate change such as severe flooding and extreme heat, a climate research group has found. The London Climate Resilience Review has also said this lack of planning will create a “lethal risk” to the most vulnerable […]
Read more »Courtesy of The Financial Times, commentary on the urgent need for urban areas to rapidly become more resilient to rising temperatures: Think of climate change, and the mind instantly tends to go to melting ice caps, arid plains, forest fires and sinking tropical islands. But the impact of rising temperatures will not only be felt […]
Read more »Courtesy of Nature, a new journal article on the energy impact of urban heat mitigation technologies: Abstract Advanced urban heat mitigation technologies that involve the use of super-cool materials combined with properly designed green infrastructure lower urban ambient and land surface temperatures and reduce cooling consumption at the city scale. Here we present the results […]
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