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Fish aggregating devices could enhance the effectiveness of blue water marine protected areas

CONSERVATION LETTERS (2023)

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Summary: Mapping and predicting the potential risk of fishing activities to large marine protected areas is crucial for prioritizing enforcement and maximizing conservation benefits. Drifting fish aggregating devices (dFADs) are effective in attracting and accumulating biomass fish, but they also come with negative impacts such as high bycatch rates and beaching on sensitive coastal areas. Modeling showed that over one-third of dFADs in a large MPA posed a risk of beaching or transiting for an extended period, with those deployed on the east and west perimeter posing the highest risk.

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Summary: The integration of echosounders in satellite-tracked GPS buoys attached to floating objects has improved fishing efficiency for tropical tuna catch. While echosounders do not increase the likelihood of a successful catch, they significantly enhance the catch per set, particularly when used on vessel's dFADs. This technological advancement has led to concerns about potential bias in stock size estimates based on CPUE if adjustments are not made to account for the increased fishing efficiency.

ICES JOURNAL OF MARINE SCIENCE (2021)

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Spatial management can significantly reduce dFAD beachings in Indian and Atlantic Ocean tropical tuna purse seine fisheries

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Tuna behaviour at anchored FADs inferred from Local Ecological Knowledge (LEK) of pole-and-line tuna fishers in the Maldives

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Summary: The study used local ecological knowledge to understand tuna behavior in the Maldives, finding that tuna are more abundant on the eastern side during the northeast monsoon and on the western side during the southwest monsoon. Most fishers believe tuna stay at AFADs for 3 to 6 days and remain within 2 miles from the AFADs. Strong currents are considered the main reason for tuna departure from AFADs.

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Ecological responses to blue water MPAs

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Tuna aggregation dynamics at Drifting Fish Aggregating Devices: a view through the eyes of commercial echosounder buoys

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Pelagic MPAs: The devil is in the details

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Pelagic protected areas: the missing dimension in ocean conservation

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Article Marine & Freshwater Biology

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