KGS researchers received $64,462 in funding from the U.S. Geological Survey's National Earthquake Hazards Reduction Program for their project, "Improving Estimates of Ground-Motion Site Response in the New Madrid and Wabash Valley Seismic Zones."
“The aim of these fellowships is to cultivate future leaders who are able to solve emerging agricultural challenges of the 21st century,” said Robert Houtz, UK associate dean for research and director of the Kentucky Agricultural Experiment Station.
The study seeks to answer how sectors of local and regional food systems are responding to COVID-19, what successful adaptations have been implemented, what obstacles the various arms of local food systems have encountered and the economic and value-chain impacts.
A new pilot funding program for multidisciplinary COVID-19 research at the University of Kentucky has launched in record time and funded 12 pilot projects in as many weeks.
Guoqiang Yu has been awarded two grants from the National Institutes of Health that total nearly $4.7 million. Yu researches near-infrared diffuse optical spectroscopy/tomography through his Biomedical Optics Lab.
The work at UK in Gentry’s lab supported by this award will focus on novel insights in energy metabolism using cutting edge methodologies applied to multiple human diseases.
The STS-ISC project will implement and test interventions to over 1,000 professionals and create free tools and resources that will be accessible to the global community of trauma workers and resource parents.
This project will inform suicide-related advocacy, education, research and treatment and is being funded by a nearly $100,000 grant through the Eugene Washington PCORI Engagement Awards Program, an initiative of the Patient-Centered Outcomes Research Institute (PCORI).
“Even as we are doing everything that we can to protect the ones we love during the coronavirus, these grants will enable Kentuckians to make better choices that will save them money and lead to a more sustainable energy future,” Gov. Beshear said.
For the RAPID project, the team will create a membrane mask and other flat sheet materials with a more porous and spongy structure that will include charged domain and enzymes, which would capture and effectively deactivate SARS-CoV-2, the virus that causes COVID-19.
