Saving Seafood

Study piloting use of black soldier flies to solve Florida’s sargassum issues

August 18, 2026 — A new study by the University of Miami is trying to determine whether black soldier fly larvae could be a scalable solution to the U.S. state of Florida’s sargassum problem.

Florida’s Atlantic coast is regularly hit by “sargassum inundation events,” which cover the shoreline in massive piles of the seaweed. Researchers have determined the problem has been beginning earlier in the year, and in 2026, South Florida’s shores have been hit with a record-breaking bloom, according to the study’s authors.

Read the full article at SeafoodSource

New research shows that 85% of coral reef fish studied are overfished

February 10, 2022 — A new study led by scientists at the University of Miami (UM) Rosenstiel School of Marine and Atmospheric Science has found concrete evidence that more than 85 percent of the grouper and snapper studied are overfished as a direct result of increasing human demand for seafood.

The research team analyzed 30 years of population data for 15 coral reef fish species central to South Florida’s commercial and  using their length-based risk analysis (LBRA) framework.

They found that three out of the five grouper species, all eight snapper species, and two grunts analyzed were below the 40 percent minimum spawning potential ratio, a regulation necessary to sustain fish populations.

Read the full story at Phys.org

 

REP. ILEANA ROS-LEHTINEN & REP. CARLOS CURBELO: We must overcome the threat of growing acidity in our oceans

July 12, 2016 — Our two districts are among the most recognizable in Florida because they are defined by the waters around them. South Florida’s world-famous beaches, delicious seafood, incomparable fishing, boating, and sailing, spectacular marine life, and cultural connections to the Caribbean, can all be traced back to the sea.

Even the limestone bedrock we live on was created over thousands of years, in part, by the rise and fall of the ocean. South Florida’s economy and our very way of life — from the shores of Biscayne Bay to Key West — all depend on a healthy ocean.

However, our coastal waters are facing tremendous challenges from continuing pollution and water quality issues, and now from ocean acidification, as well.

Ocean acidification occurs when carbon dioxide is absorbed by seawater and the resultant chemical reactions increase the concentration of hydrogen ions in the water, making it more acidic. When the ocean becomes more acidic, animals like stone crabs, lobsters, and corals have trouble building their own natural defenses that they rely on for survival. The impacts on these species and our treasured coral reefs can ripple out to touch all our lives.

Read the full op-ed at the Miami Herald

ACFHP Study Finds Benthic Habitats Play an Important Role in Contributing to the Health of Coastal Fish and Invertebrates

March 30, 2016 — The following was released by the Atlantic Coastal Fish Habitat Partnership:

According to the findings in the Atlantic Coastal Fish Habitat Partnership’s (ACFHP) recent article in the journal BioScience, benthic habitats play a critical role in the life cycles of most coastal fishes and invertebrates along the Atlantic coast of the United States. The article, titled ‘The Importance of Benthic Habitats for Coastal Fisheries’ presents the findings of the ACFHP Species-Habitat Matrix, which evaluates the relative importance of coastal, estuarine, and freshwater habitat types as living space during the major life stages of over 100 fish species. The study evaluated the importance of benthic habitats as a space for shelter, feeding, and breeding by coastal fishes and invertebrates in four biogeographic regions of the eastern United States: the North Atlantic (Canadian border to Cape Cod), the Mid-Atlantic (Cape Cod to Cape Hatteras), the South Atlantic (Cape Hatteras to Cape Canaveral), and South Florida (Cape Canaveral to Florida Keys).

Key findings and recommendations include:

  • The importance of different habitats changed with latitude: soft sediments and riverine systems scored higher in northern regions (North and Mid-Atlantic), and marshes and coral reefs scored higher in the south (South Atlantic and South Florida).
  • The ecological importance of soft sediments to fish and invertebrates have been widely undervalued. Increased recognition of the importance of this habitat in environmental assessments is essential because these areas, found in both estuarine and marine waters, are typically used for offshore energy and other development activities.
  • Submerged aquatic vegetation was a key nursery habitat coast-wide.
  • Anthropogenic impacts have altered habitat availability and use, and climate change is causing disturbance.
  • When assessing the value of habitats in a particular site, distinct habitats (e.g., submerged aquatic vegetation) should be evaluated and managed as an interconnected ecosystem rather than in isolation.

These results can be used to evaluate trade-offs and develop habitat-management strategies.  ACFHP is currently working to create a web-based tool that will allow fishery and habitat managers, scientists, and grassroots organizations to query data in the Species-Habitat Matrix to help determine the impacts of proposed coastal development or habitat restoration activities. The web-based tool should be available in the upcoming months.

The Species-Habitat Matrix was based on the expertise of many scientists along the Atlantic coast, and was spearheaded by a team of authors: Jake Kritzer (Environmental Defense Fund), Mari-Beth DeLucia (The Nature Conservancy), Emily Greene (Earth Resources Technology, Inc.), Caroly Shumway (Merrimack River Watershed Council), Marek Topolski (Maryland Department of Natural Resources), Jessie Thomas-Blate (American Rivers), Lou Chiarella (National Marine Fisheries Service), Kay Davy (National Marine Fisheries Service), and Kent Smith (Florida Fish and Wildlife Conservation Commission).

Read the release at ACFHP