Researchers at East Carolina University have discovered a new way to detect SARS-CoV-2 by testing air passing through building ventilation systems. The method revealed the presence of the virus in air samples with high accuracy, potentially leading to earlier detection and reduced transmission.
A Middle Bronze Age city in the Jordan Valley was destroyed by a high-temperature fire, likely caused by a meteorite impact. The site contains evidence of shocked quartz, melted pottery, and diamond-like carbon, supporting a cosmic airburst hypothesis.
A new study found that mangrove forests in Florida suffered unparalleled dieback after Hurricane Irma due to human-made obstacles and changes in natural topography. The research team identified potential explanations, including restricted water flow between areas, which can lead to extreme conditions and degradation of wetland vegetation.
A research team led by ECU's Natasha Bell has received a $1.2 million grant to overcome barriers to growth in North Carolina's aquaculture industry and strengthen wastewater infrastructure. The project aims to develop new ecological engineering treatment technologies, including hybrid constructed wetlands and novel 3D-printed materials.
A new study challenges the long-held notion that stepparents are responsible for negative outcomes in stepchildren. The research found that parental mortality has a negative impact on children under 18, especially for infants losing a mother, but does not affect stepchild mortality rates.
The four-year study aims to determine how environmental changes modify nutrient pollution in the Tar-Pamlico River Basin, examining local policies' influence on water quality. The research team will collect soil samples to measure the effect of increasing saltwater concentrations on microbial processing of nitrogen.
A new treatment method for Restless Legs Syndrome (RLS) has been patented by East Carolina University associate professor Stefan Clemens. The method targets the increased D1 receptor levels in RLS patients suffering from augmentation, leading to reduced activation and improved long-term efficacy.