Research
Building Coastal Infrastructure for Communities and National Security
The U.S. Army Corps of Engineers is one of the world’s largest engineering, design and construction management agencies. Its methods and tools are researched and developed by the Engineer Research and Development Center, commanded by LSU Manship School of Mass Communication alumnus Col. Christian Patterson.
LSU Coastal Experts to Present Latest Findings, Collaborative Work at Biennial State of the Coast Conference
Louisiana’s coast is a cultural resource and economic driver for the globe. Yet, the challenges of coastal land loss brought by sea level rise, erosion and subsidence—as well as severe weather and flooding—continue to threaten the state. Next week, solutions to increase the resilience and sustainability of natural resources, communities and industries in Louisiana will be on proud display at State of the Coast.
LSU Experts Patent Self-powered Lights That Could Ignite Algae Industry
Two LSU faculty members have been awarded a U.S. patent for a miniature, self-powered light that boosts the production of algae used for health supplements, food, dyes and biofuels.
Caring for People in Central Louisiana
As head of nursing at Rapides Regional Medical Center in Alexandria, LSUA nursing alumna Barbara Griffin is not only providing critically needed medical care for people in Central Louisiana, but also ensuring jobs and professional advancement for hundreds of LSUA nursing alumni.
Driving Agricultural Innovation by Growing People First
Innovation isn’t always about the latest technology. Sometimes it’s about transforming an organization by making its people happier, healthier and more successful. At RoyOMartin, Louisiana’s largest landowner and maker of wood products, LSU alumna Donna Bailey and LSU/LSU Health Shreveport alumnus Dr. Brian Elkins have helped build an educational system as well as a healthcare system—within the company—to support RoyOMartin employees and their families.
LSU Civil and Environmental Engineering Associate Professor Receives National Science Foundation Grant to Fund, Create LSU Delta Institute
Coastal erosion, sea-level rise, and hurricanes along the U.S. Gulf Coast are taking a serious toll on the Mississippi River deltaic system. In order for coastal communities to not only survive but thrive, there must be a coming together of engineers, industry leaders, and researchers. Thanks to an industry-university cooperative research center (IUCRC) planning grant from the National Science Foundation, LSU can start the LSU Delta Institute, which will bring together scientists, engineers, and industry to work on developing solutions for the Louisiana coast.
AI in Alaska: LSU Researchers Work to Understand Permafrost and Climate Change
Artificial intelligence is proving itself an invaluable tool in many arenas, not the least of which is the fight to understand, plan for and combat the effects of our changing climate. LSU Professor Supratik Mukhopadhyay is currently doing just that, as he and a team of LSU scientists work to develop an AI tool that will help us better understand the degradation of permafrost, the layer of rock or soil beneath the surface that remains frozen year round.
Six LSU Faculty Receive National Science Foundation CAREER Awards
Six LSU researchers have been awarded the National Science Foundation’s most prestigious grant for early-career faculty. Each was chosen because of their potential to serve as academic role models in research and education, and ability to integrate their endeavors within the context of their organization’s mission.
LSU Develops Patent-Pending Bait to Fight the ‘Pigdemic’
Wild, invasive pigs cause more than $90 million in damage to Louisiana farms each year and pose a growing threat to the environment, people and other animals.
LSU, State Meet Growing U.S. Demand for Storm Surge and Flood Predictions
With support from the Louisiana Legislature, LSU is increasing the capacity of one of its most in-demand tools to protect coastal communities from flooding and storm surge while adding operational relevance to the science that supports it.