Emily’s research at UF utilizes high-resolution mass spectrometry to investigate per- and polyfluoralkyl substances (PFAS) and other contaminants in the aquatic environment. At UF, Emily developed a methodology for PFAS extraction from Florida manatee blood using dried blood spot cards, offering a minimally invasive procedure for whole blood collection and analysis.
Month: April 2022
UF study: Human activity provides nutrients for longer, stronger red tides
Humans make red tide worse, nitrogen flows ‘systematically intensify blooms’ study says
A Missing Entity? Florida’s Statewide Flooding and Sea Level Rise Resilience Plan Legislation and Independent Special Districts
Adding Independent Special Districts to the list of entities eligible to participate in the Statewide Flooding and Sea Level Rise Resilience planning and implementation processes should be afforded further consideration given their self-governing authority over critical assets, their ability to operationalize resiliency projects and their capacity to leverage state and other grant funds provided through their own revenue generation.
ADVISORY BOARD SPOTLIGHT: Michael Shirley
Michael Shirley, Ph.D. Deputy Director, Office of Resilience and Coastal Protection Florida Department of Environmental Protection Michael Shirley has had a long career devoted to environmental protection with a focused science-based management approach. He received a Ph.D. in Marine Science… Read More
Coastal Policy Update: 2022 Marine and Coastal Related Legislation and Appropriations Recap with Commentary
Coastal policy received a significant amount of attention in the Florida legislature this year, with several bills and budget items making their way to the Governor’s desk and others dying in committees. This update describes bills and projects of particular relevance to the CCS community and provides some context.
CCS research finds that nitrogen inputs from human activity intensified red tide events
In a new study that is the first to explain what some have long suspected, researchers found that human activity helps sustain and intensify naturally occurring red tide blooms in Southwest Florida.