Data from personal weather stations power a novel way to detect urban heat islands.
cities
Posted inFeatures
Where There’s Fire, There’s Smoke
Using both existing and newly launched monitoring instruments, researchers work to better understand air quality during and after the Los Angeles wildfires.
Posted inNews
Artificial Light Lengthens the Urban Growing Season
New research shows that artificial light at night lengthens the plant growing season in cities, overshadowing the effect of high urban temperatures.
Posted inEditors' Highlights
Coverage Factors Affect Urban CO2 Monitoring from Space
Orbital mechanics and environmental factors limiting the ability of Orbiting Carbon Observatory missions to collect data in space and time affect city-level monitoring, reporting, and verification goals.
Posted inResearch Spotlights
Charting a Path from Fire Features to Health Outcomes
A new framework aims to better equip scientists, communities, and decisionmakers to characterize data and rapidly respond to wildland-urban interface fires and their effects on public health.
Posted inNews
Denver’s Stinkiest Air Is Concentrated in Less Privileged Neighborhoods
The bad odors of air pollution are difficult to regulate, but can pose significant health risks, reduce a home’s property value, and affect a homeowner’s peace of mind.
Posted inNews
33.8 Million People in the United States Live on Sinking Land
The most populated cities in the country are slowly subsiding, posing risks to infrastructure and exacerbating flooding—and not just on the coasts.
Posted inNews
Europe Faces Increased Heat Mortality in Coming Decades
Extreme temperature caused by unchecked climate change could claim 2.3 million lives in Europe by 2100, a new study warns.
Posted inResearch Spotlights
Trees Can Cool Cities, But Only with a Little Help
To get the benefits of trees, city managers must give greenery what it needs to thrive, says new research.
Posted inEditors' Highlights
Impacts of Urban Heat and Friction on a Tropical Cyclone
A new computer modeling-based study demonstrates dual mechanisms that reduce pre- and post-landfall tropical cyclone intensity.