FAD Challenges and Concerns
Purse Seine Guidebook
- Table of Contents
- Chapter 1
- Chapter 2
- Chapter 3
- Introduction
- Avoid Bycatch
- Minimize the Risk of Capture
- Reduce Bycatch Mortality
- Offset Unavoidable Bycatch Mortality
- 1. Sharks and Rays
- Sharks and Rays Commonly Encountered
- Reducing Shark and Ray Bycatch
- Target Large Schools
- Attract Sharks Out of the Net
- Fish Sharks in the Net to Release Them
- Modify Fishing Gear
- On Deck Safe Handling and Releasing Techniques
- Manual Handling Do’s
- Handling Medium Sharks
- Handling Stingrays
- Handling and Release with Bycatch Release Devices
- Light Equipment
- Shark Release Ramps with Hopper
- Mobulid Sorting Grids (with Vessel’s Crane)
- Releasing Whale Sharks
- Shark Handling and Release Do’s
- Shark Handling and Release Don’ts
- End Wasteful Shark Finning
- 2. Sea Turtles
- Most Common Bycaught Sea Turtle Species
- 3. Selective Tuna Fishing: Reducing Catch of Small Bigeye & Yellowfin Tuna
- Species Identification
- Yellowfin (30-45 cm)
- Bigeye (30-45cm)
- Yellowfin (46-110cm)
- Bigeye (46-110 cm)
- Yellowfin (>110 cm)
- Bigeye (>110 cm)
- Fisher Cooperation and Input
- Chapter 4
- Introduction
- International Organizations and Instruments
- Inter-American Tropical Tuna Commission
- Western and Central Pacific Fisheries Commission
- International Commission for the Conservation of Atlantic Tunas
- Indian Ocean Tuna Commission
- Commission for the Conservation of Southern Bluefin Tuna
- Further Notes on Data Reporting and Compliance
- Conclusion
- Credits and Citations
FADs have become increasingly popular among the global tropical tuna purse-seine fleet. Fishing efficiency has improved through reduced operational costs and by enabling more efficient fishing in comparison to free schools. Today, sets on dFADs account for approximately 40% of global tuna catches. Given high and rising vessel fuel costs, the utilization of dFADs has become a necessary aspect of tuna production for the global canning industry.
Unfortunately, the rapid increase in FAD use has created several challenges for the fishing industry, primarily the need to understand and mitigate the negative impacts on both target and non-target species, such as higher bycatch rates. In addition, environmental concerns have emerged related to marine pollution and the stranding of lost, abandoned, or discarded dFADs in sensitive coastal and marine habitats.
Continuing education on this topic can help fishers to effectively apply improvements to maximize the benefits, and minimize the negative concerns, of FAD fishing. This knowledge could also prove useful in responding to recent anti-FAD campaigns promoted by certain environmental groups, who use both real and perceived problems of FAD fishing to encourage consumers to buy only free-school or pole-and-line-caught tuna.
Tuna RFMOs have made significant progress in adopting conservation and management measures related to FADs. At the same time, fishers have been actively engaged for years in testing and implementing solutions, including the development and trial of improved FAD designs to reduce the devices’ ecological footprint.