Project

Sustainable Clam Production Post-Idalia

Full Title: Post-Hurricane Idalia Support to Establish Sustainable Hard Clam Production in Cedar Key, Florida
This project addresses the impact of Hurricane Idalia on Cedar Key’s clam aquaculture industry by identifying and mitigating factors contributing to clam mortality. It aims to enhance production efficiency and local capacity through collaborative research and monitoring efforts.
Lead Investigator: Leslie Sturmer, Statewide Shellfish Extension Agent IV University of Florida, Lnst@ufl.edu
Project Team: Michael Allen, Professor and Director, UF/IFAS Nature Coast Biological Station
Collaborator: Cedar Key Aquaculture Association, IFAS Nature Coast Biological Station, Florida Atlantic University
Award Amount: $75,096
Year Funded: 2024
Award Period: 03/01/2024 – 1/31/2025
Project Abstract:

Florida’s Cedar Key, a major contributor to the state’s hard clam production, was severely impacted by Hurricane Idalia in August 2023, leading to significant economic challenges for local shellfish farming communities. This project aims to address the increased clam mortality rates observed over recent years, exacerbated by climate change factors such as extreme weather events and prolonged heat. By uniting researchers, extension specialists, and the clam aquaculture industry, the project seeks to identify and mitigate the stressors contributing to these mortalities. Through a structured multi-step process, including surveys, round table discussions, and preliminary research, the project will enhance production efficiency, strengthen resource networks, and develop strategic management practices. Expected outcomes include a comprehensive understanding of the factors affecting clam survival, informed management decisions, and a strategic plan to bolster the industry’s resilience against climate change impacts. The project will benefit Cedar Key clam growers and potentially all members of Florida’s shellfish aquaculture industry.

More To Explore

The project focuses on understanding the dynamics of coral reef fish assemblages in South Florida by developing a spatially explicit model that incorporates recreational fisher behavior. This model will help in examining the impacts of different management scenarios on the fishery ecosystem.
This project focuses on restoring oyster habitats in Apalachicola Bay to promote sustainable oyster populations and fisheries. It integrates community involvement and scientific research to enhance restoration techniques and management practices.
This project develops smartphone-enabled qPCR technology to enhance the detection and monitoring of harmful algal blooms in the Gulf of Mexico. By integrating this technology into citizen science programs, it aims to improve data accuracy and timeliness, contributing to better management and mitigation of red tide impacts.