Saving Seafood

Reminder: November 13 Webinar on Estimating Shortfin Mako Shark Abundance and Productivity in the Atlantic Ocean

November 5, 2019 — The following was released by the Lenfest Ocean Program:

Join us on Wednesday, November 13 at 9:00 am EST/2:00 pm GMT for a webinar featuring Dr. Mark Bravington of Australia’s Commonwealth Scientific and Industrial Research Organization (CSIRO), where he will discuss his work to improve the information used to assess and manage shortfin mako sharks in the Atlantic Ocean.

For the past several months, Dr. Bravington has been examining the feasibility of a genetic method known as close-kin mark-recapture for estimating shortfin mako shark abundance in a way that avoids the limitations and biases associated with estimates collected through fishing activities. Such a tool could help fisheries scientists develop more accurate stock assessments to inform effective management strategies for this species, which is overfished in the North Atlantic.

Download the project fact sheet to learn more.

Register for the Webinar here.

Mote teams up to research sharks and other migratory species

November 5, 2019 — Mote Marine Laboratory is bringing its long history of shark expertise to a new consortium studying highly migratory species, thanks to new funding from the National Oceanic and Atmospheric Administration (NOAA) Sea Grant program. The Pelagic Ecosystem Research Consortium (PERC) will have a goal of improving stock assessment, management and sustainability of highly migratory species, such as tuna, swordfish and sharks, in the Atlantic Ocean and Gulf of Mexico. PERC is being led by the University of Maine, with partners from Mote Marine Laboratory, Nova Southeastern University and Auburn University.

The PERC award was one of three competitive grants totaling $2 million, awarded through the 2019 Sea Grant Highly Migratory Species Research Initiative. More information about the national initiative is on the NOAA Fisheries website. This new Sea Grant initiative was championed by U.S. Senators Marco Rubio (R-Fla.), Susan Collins (R-Maine) and Richard Shelby (R-Ala.), who together recognized the national need for this research.

PERC will conduct projects in five areas of research focused on bycatch reduction, increased understanding of life history, post-release mortality and other objectives for multiple species of highly migratory fish in the Northwest Atlantic and Gulf of Mexico.

Comprehensive information on the life history of highly migratory species is lacking, including data on age, growth, indices of abundance, reproduction, post-release and natural mortality, infectious disease, anthropogenic disturbance, habitat utilization/migratory behavior and stock structure.

Read the full story at Longboat Key News

November 13 Webinar on Estimating Shortfin Mako Shark Abundance and Productivity in the Atlantic Ocean

October 24, 2019 — The following was released by the Lenfest Ocean Program:

Join us on Wednesday, November 13 at 9:00 am EST/2:00 pm GMT for a webinar featuring Dr. Mark Bravington of Australia’s Commonwealth Scientific and Industrial Research Organization (CSIRO), where he will discuss his work to improve the information used to assess and manage shortfin mako sharks in the Atlantic Ocean.

For the past several months, Dr. Bravington has been examining the feasibility of a genetic method known as close-kin mark-recapture for estimating shortfin mako shark abundance in a way that avoids the limitations and biases associated with estimates collected through fishing activities. Such a tool could help fisheries scientists develop more accurate stock assessments to inform effective management strategies for this species, which is overfished in the North Atlantic.

Download the project fact sheet to learn more.

Outer Banks fisherman will test device that could save sharks — by tickling them

October 18, 2019 — Fun fact: Sharks, unlike fish, can sense electrical stimuli, according to scientists.

Researchers in North Carolina are hoping to use that biological trait to their advantage with the help of a small electronic device designed to protect sharks from overfishing, N.C. State University announced in a press release this month.

The device, which “has shown promise in the laboratory,” is reportedly ready to start pilot testing off the Outer Banks.

“Several sharks are overfished or are experiencing overfishing on the U.S. East Coast,” fisheries extension specialist Sara Mirabilio said in the release. “Populations of scalloped hammerhead, dusky, sandbar and blacknose sharks all could benefit from an effective deterrent from commercial fishing gear.”

The device could also help fishermen save time and money. Sharks like to chomp on fish while they’re hooked — leaving fishermen with just a head by the time the fish are reeled in, the Virginian-Pilot reported.

Capt. Charlie Locke, an Outer Banks fisherman, has partnered with researchers on the project.

Read the full story at The Charlotte Observer

New device to be tested off Outer Banks could help save sharks from commercial fishing all over the world

October 17, 2019 — An Outer Banks fisherman next summer will test a device about the size of a spark plug that could save rare sharks.

The waterproof gadget with a transistor inside would be connected just above the hooks on a long line used for commercial harvesting of species such as tuna and swordfish. It would emit an electric pulse that drives sharks away from the baited hook.

“If this works it will be huge,” said Outer Banks fisherman Charlie Locke. “It could benefit fisheries all over the world.”

Sharks swarm the waters around the Outer Banks with many species spawning and giving birth here.

Hungry sharks gobble chunks from large tunas on commercial fishing lines. Charter boat anglers often reel in nothing but a fish head after a shark has bitten off the rest.

“We already know there is a healthy population here,” Locke said.

Read the full story at The Virginian-Pilot

Sharks and tuna will be the focus of UMaine research grant

October 8, 2019 — Commercially valuable tuna, swordfish, sharks and other “highly migratory species” will be the focus of research to be conducted by a consortium that includes the University of Maine.

The consortium was awarded $1.6 million by the National Oceanic and Atmospheric Administration, according to a news release.

The funds came through NOAA’s 2019 Sea Grant Highly Migratory Species Research Initiative.

The study will focus on the life histories of highly migratory species in the Atlantic Ocean and Gulf of Mexico. It’s expected the research will help contribute to better management of the species.

The new research consortium, called the Pelagic Ecosystem Research Consortium or PERC, is led by Walt Golet at the University of Maine.

Read the full story at MaineBiz

University of Maine receives grant for marine species research

October 7, 2019 — The University of Maine has been awarded $1.6 million to help research Atlantic Marine Species.

The grant is made possible from the National Oceanic and Atmospheric Administration’s National Sea Grant College Program.

The funds will support a research project on tuna and shark species in the Gulf of Mexico and the Northwest Atlantic Ocean.

Data researches hope to collect includes growth, age, and migratory behavior.

Maine’s Congressional Delegation made the following statements:

“Maine’s coastal communities depend on Highly Migratory Species fisheries as an economic engine, sustaining and creating jobs as well as driving coastal tourism and recreation year after year,” said Senator Collins. “In order to better understand and maintain the health of HMS fisheries, more research is needed. This funding will assist researchers at UMaine as they work with partner institutions to fill the knowledge gaps about the history and biology of HMS fisheries.”

Read the full story at WABI

Sea Grant Research Could Help Commercial Fishers Keep Sharks off Gear

October 4, 2019 — North Carolina Sea Grant is collaborating on a new project to keep sharks away from commercial fishing gear. A team from NC State University, the Virginia Institute of Marine Science, and Indiana University-South Bend are partnering with the private sector to pilot test a device that deters the predators.

“Several sharks are overfished or are experiencing overfishing on the U.S. East Coast,” says Sara Mirabilio, a fisheries extension specialist with North Carolina Sea Grant, a statewide program based at NC State University. “Populations of scalloped hammerhead, dusky, sandbar and blacknose sharks all could benefit from an effective deterrent from commercial fishing gear.” Most often, sharks are caught unintentionally in a fishery that is targeting other fish, she explains. This is referred to as bycatch.

The project is one of three announced today by the National Sea Grant College Program to better understand highly migratory species, such as sharks, along the Atlantic and Gulf coasts.

Mirabilio and colleagues, including Richard Brill at the Virginia Institute of Marine Science and Peter Bushnell at Indiana University-South Bend, are testing a state-of-the-art electronic device that could help conserve species of sharks whose populations fishery managers are trying to rebuild. Unlike other fish, sharks possess an electrosensory system that equips them to detect close-range movements of predators or prey.

Read the full story at Island Free Press

CITES lists 18 more shark and ray species

September 6, 2019 — At the 18th Conference of the Parties in Geneva, the 183 parties of the Convention on International Trade in Endangered Species of Wild Fauna and Flora (CITES) added 18 species of sharks and rays to the threatened list, “Appendix II.”

As a result of the new listings, international trade in shortfin mako shark, longfin mako shark, 10 species of wedgefish, and six species of giant guitarfish will be banned unless they are proven to be legal and sustainable. The inclusion of these 18 species in Appendix II increases the number of commercially important shark and ray species regulated by CITES to 38.

Read the full story at Seafood Source