Add to ORKGThis report was based on observers ’ records of Taiwanese tuna longline fishing fleets operating in the Atlantic Ocean from 2002-2006. According to shark bycatch rate, five areas namely, A (5ºN-15ºS), B (15ºS-50ºS, west to 20ºW), C (15ºS-50ºS, 20ºW-20ºE), D (5ºN-20ºN) and E (north of 20ºN), were categorized. The shark catch data reported by observers were used to adjust the historical shark catch in Task I and to estimate blue shark and mako shark catches of Taiwanese longline fishery in the Atlantic Ocean. The shark bycatch in tropical area (areas A and D), is higher than that in temperate area (areas B, C, and E). The blue shark, and mako shark are the dominant species of shar
WOS:000679270900003International audienceEstimating bycatch is essential for monitoring the ecologic...
A combination of fisheries dependent and independent data was used to assess the vulner-ability of t...
<p>The area of the pies is proportional to the catch rates of the four principal shark species (pela...
The shark catch data reported by observers in the period 2002-2003 were used to adjust the historica...
The capture of pelagic sharks as bycatch of the South African pelagic longline fleet targeting tuna ...
his document provide some information of shark and ray bycatch in the tropical longline fishery targ...
Catch rates and catches of blue shark, mako sharks, oceanic whitetip shark, silky shark and thresher...
Information on bycatches of sharks collected by observers of the Inter-American Tropical Tuna Commi...
Distribution and relative abundance of blue sharks (Prionace glauca) in the southwestern Atlantic Oc...
Pelagic longline fisheries affect both market and vulnerable bycatch species and can have broad effe...
The standardized CPUE for blue shark caught by the Japanese tuna longline fishery in the Indian Ocea...
Noting the increasing global attentions on the conservation of the ecosystem, the issue of incidenta...
In relation to the achievement of the target SDG’s No. 14, the sustainable shark fisheries managemen...
WOS:000679270900003International audienceEstimating bycatch is essential for monitoring the ecologic...
A combination of fisheries dependent and independent data was used to assess the vulner-ability of t...
<p>The area of the pies is proportional to the catch rates of the four principal shark species (pela...
The shark catch data reported by observers in the period 2002-2003 were used to adjust the historica...
The capture of pelagic sharks as bycatch of the South African pelagic longline fleet targeting tuna ...
his document provide some information of shark and ray bycatch in the tropical longline fishery targ...
Catch rates and catches of blue shark, mako sharks, oceanic whitetip shark, silky shark and thresher...
Information on bycatches of sharks collected by observers of the Inter-American Tropical Tuna Commi...
Distribution and relative abundance of blue sharks (Prionace glauca) in the southwestern Atlantic Oc...
Pelagic longline fisheries affect both market and vulnerable bycatch species and can have broad effe...
The standardized CPUE for blue shark caught by the Japanese tuna longline fishery in the Indian Ocea...
Noting the increasing global attentions on the conservation of the ecosystem, the issue of incidenta...
In relation to the achievement of the target SDG’s No. 14, the sustainable shark fisheries managemen...
WOS:000679270900003International audienceEstimating bycatch is essential for monitoring the ecologic...
A combination of fisheries dependent and independent data was used to assess the vulner-ability of t...
<p>The area of the pies is proportional to the catch rates of the four principal shark species (pela...