Real-Estate Risks: Building Homes in the Path of Western Wildfires
UNLV research shows that FEMA-declared wildfire disasters in the fastest-growing home development areas have minimal impact on new home construction.
UNLV research shows that FEMA-declared wildfire disasters in the fastest-growing home development areas have minimal impact on new home construction.
UNLV geologists name ancient rock layer after Las Vegas mountain that contains similar strata; research published in the journal Geosphere.
Researchers say tracking methodology in Southern Nevada fungal outbreak provides blueprint for monitoring and responding to emerging global public health threat.
International team of scientists reports a possible correlation between gravitational waves from neutron star mergers and fast radio bursts; results could improve understanding of how some deep-space bursts occur.
International team of scientists reveals first in-depth look at Omnitrophota, one of the world’s oldest and tiniest bacteria.
Physicist Elizabeth Donley tackles the challenge of precisely redefining the second.
UNLV School of Integrated Health Sciences professor Francis Cucinotta participates in research with implications to be felt from a doctor’s exam room to the nuclear energy industry.
Researchers track and compare wastewater samples between the Las Vegas Strip and the local community to better estimate visitor impacts to local disease trends.
A polymer created by a longtime chemistry professor can lower the risk of fires when used as a component of lithium-ion batteries.
New UNLV research is using a resource hidden in plain sight, pulling water out of thin air through atmospheric water harvesting.
Groundbreaking discovery was the norm for Rebel researchers in 2022. Here's a selection of our favorite news-making UNLV research highlights from the year.
A long-duration gamma-ray burst observed in late 2021 revealed signatures typically associated with short-duration bursts, forcing puzzled scientists to create a new model for the origin of this unique burst.