Sustainability

Mia Maltz in lab

Toxic Dust Reshapes the Lung Microbiome

A study led by UConn mycologist Mia Maltz demonstrated that breathing in the dust from the Salton Sea, a highly polluted lake in California, can reshape the microscopic world inside our lungs

A student in a grey shirt stands in a field of phragmites, a tall, pale brown grass.

Do Bugs Like Salty Snacks? UConn Student Studying Salt’s Impact on Phragmites Feasting

Getting to the bottom of what might make an invasive plant an attractive meal for insects

A hand holding A specimen of a Death's-head hawkmoth

Tales From the Collections

Collecting, skinning, and skeletonizing – for science!

Beaver damns are reflected in the calm pond water

Beavers Impact Ecosystems Above and Below Ground

'We need to understand the trade-offs and benefits'

A lush tropical landscape with a variety of trees, shrubs, and different plants, many of them are invasive species.

A New AI-Based Method to Help Prevent Biological Invasions

A strategy to take advantage of new datasets and machine learning tools

A man in a suit standing in front of a wall with cloud photos hanging

Artists of the Sky: Benton Exhibition Showcases Beauty, Scientific Importance of Clouds

Climate scientists need to predict cloud formation with near perfection because being even slightly off could mean the difference between – well, life and death

A window with a decal reading "husky power"

Campus Power Plant Hydrogen-Capable and More Efficient Than Ever

'Our goal is to develop a true next-generation solid oxide fuel cell that achieves an unprecedented combination of power density, efficiency, and durability'

Golden hour looking out on the UConn Forest.

UConn Researchers Work to Enhance Forest Carbon Monitoring

A new modeling effort helps to quickly and accurately estimate forest biomass

A student in a hoodie with a "Project Raccoon" logo poses with a large bin of recyclable plastic bottles

Meet the Undergraduate: Abigail Koval ‘26 (BUS)

Koval shares her entrepreneurial journey from UConn's Innovation Zone to starting her own business -- and beyond

Microalgae produced in the Department of Nutritional Sciences

Turning Microalgae into a Sustainable High Protein Food Solution

By changing the amount of certain nutrients the tiny marine plants receive, the UConn team produced microalgae with up to 25% more protein