Environment

dense clouds up close
University of Houston researchers have uncovered that while local emissions contribute to Houston’s ozone pollution, most of it is carried in from other regions. Their study offers key insights into strategies for reducing ozone levels and improving air quality in the city.
Houston Ship Channel shown from above
A UH research team is using machine learning to pinpoint the sources of ozone pollution in Houston. They’ve identified key factors influencing ozone levels, offering new insights to help develop targeted strategies for cleaner air and improved public health.
Buffalo Bayou with view of Downtown Houston
UH researchers are unlocking the secrets of Houston’s bayous to better understand flood risks and environmental impacts.
Devin Shaffer demonstrating ultrathin membrane
Devin Shaffer has developed an ultrathin membrane that lets water flow up to eight times faster while maintaining high salt rejection.
Flooding in Houston park
Led by Dr. Lola Adepoju, the University of Houston pioneers a $1.5 million project, developing a community-centric climate and health dashboard to address health impacts in Houston neighborhoods during natural disasters.
Sandbags
Researchers Will Spend Five Years Focusing on Post-Harvey Recovery, Public Policie