The FWRI Purchasing Office is here to give you their quick tips for your future purchases.
The Fish Kill Hotline Coordinator for FWC, Catalina (Cat) Brown focuses on coordinating response to aquatic mortality events for the State of Florida.
Brown specializes in histology, and studied light and electron microscopy at Eckerd College and graduated with a Master’s degree in biological oceanography from USF Marine Science. Her Master thesis, “Ovarian morphology, oogenesis, and changes through the annual reproductive cycle of the female blue crab, Callinectis sapidus Rathbun, in Tampa Bay” focused on gonad staging using histological analysis.
Histology is the science of producing stained sections of preserved tissue on glass slides that can be examined under a microscope. Parasites, bacteria, and fungi, as well as pathological processes and abnormalities can be detected in these preserved tissues. The techniques used in the FWRI Histology laboratory are similar to those used in hospitals where medical doctors and pathologists examine tissue. Histology is an important research tool for numerous research projects at FWRI, including Fish Biology, Fish Health, Endangered and Threatened Species, and Shellfish Biology. Tissue slides are used in determining the reproductive status of fish populations, the overall health of marine species that are important to Florida, and for the evaluation of pathologies and parasites.
A large part of the position involves providing information and educational support to the public on sport fish, red tide, fish identification, fishing regulations, data requests, and other marine related topics. Connecting with stakeholders regularly is a very rewarding part of the job. “They are naturally very interested in our research and like to hear the scientific information that I provide regarding marine and freshwater mortality and disease events,” Brown said.
The Fish and Wildlife Health Group study disease and mortality in fish. They investigate abnormal specimens of fish and naturally occurring causes of fish kills, such as algal blooms, low dissolved oxygen, and low dissolved oxygen caused by algal blooms. In addition, the group studies diseases in wild fish populations related to water quality conditions, such as salinity and pH. Analysis of samples includes the use of many diagnostic tools.
Charlie Gardner, a staff member in Fisheries Dependent Monitoring (FDM), shares his purpose and his passion as a field research biologist for the FWC Fish and Wildlife Research Institute. Charlie has served FWC for almost 20 years, and has worked to create strong bonds with Florida’s local fishermen.
Justin Hill is dedicated to sharing his passion for the outdoors as the outreach coordinator for the Freshwater Fisheries research section at the FWC Fish and Wildlife Research Institute.
Brandon Bassett is a marine mammal biologist at FWRI’s Marine Mammal Pathobiology Laboratory in St. Petersburg, Fla. Our latest staff spotlight video goes into more detail about Brandon’s career and his professional achievements.
Assistant research scientist, Jonathan Mays, describes his work in reptile and amphibian research with the Fish and Wildlife Research Institute.
by Carol Davis and Michelle Kerr
Erin is a biostatistician with the Fish and Wildlife Research Institute where she applies statistics to a wide variety of biological conservation and management projects.
by Michelle Kerr and Bradley Walker
Dr. Susan Lowerre-Barbieri is clearly passionate about two things, her family and her research. During our interview, Sue first talked about what motivated her to pursue a career as a fisheries biologist. She’s led many research projects throughout her career, and one study she discussed was a three-year red drum spawning study that took place in the Gulf of Mexico.