Tag: Christine Angelini

During UF AI Days from October 16-20, CCS researchers shared success stories in using artificial intelligence to enhance the speed and accuracy of water quality monitoring and coastal modeling. Associate Research Scientist Ron Fick, Ph.D. who co-led a panel on AI-driven advances in diverse fields, described the development of a new algorithm that fuses satellite […]

Researchers at the University of Florida (UF) and the Royal Netherlands Institute for Sea Research have shown that ecosystem engineering by mussels in Southeastern US salt marshes is a stronger driver of coastal ecosystems’ ability to keep pace with sea-level rise than expected.

As the University of Florida celebrates an ambitious landmark achievement of surpassing $1 billion in research expenditures, the Herbert Wertheim College of Engineering would like to share how our eminent faculty and researchers—working side-by-side with our students—have helped contribute more than $131 million to that tally over the past year.

For scientists, Hurricane Ian, which roared onto Florida’s southwest coast on September 28, 2022, as a Category 4 storm with winds of 250 kilometers per hour, has been both a research opportunity and an ordeal.

The University of Florida’s Center for Coastal Solutions, or CCS, and the SAS Institute, a global leader in data analytics software, are joining forces to study the factors that influence water quality and the connections between water quality and economic activity in southwest Florida.

With $3 million in government funding through the U.S. Army Corps of Engineers, a team of UF researchers led by Christine Angelini, Ph.D., Director of the Center for Coastal Solutions, along with colleagues in ESSIE, is giving the Corps a sustainable framework for water resources engineering projects on Florida’s First Coast. The multidisciplinary team hopes to provide these ecosystems the protection necessary to withstand and even thrive under unpredictable climatic conditions and the burden of their many uses — commercial, residential, recreational and tourism.