Studies on artisanal shark fisheries in Tanjungluar - East Lombok were conducted during the year 2001-2011 (except in 2003 and 2007). A sampling method called “rapid market survey” method was employed to collect catch data from surface and bottom longlines fishing, rapidly. Biological data and fisheries data were collected during survey. Catch data for shark were also obtained from daily records filled by TPI officers in Tanjungluar between 2009 and 2010. The results showed that shark longline fishing was conducted every month. The trend of shark catches relates to the number of fishing vessels, fishing ground, and weather conditions at sea. The period between July and September is a transitional season from East to West seasons. During thi...
Indonesia has the world’s largest shark fishery, but very little locally relevant information is ava...
Study on biodiversity and size structure of sharks in the Indian Ocean was conducted at several land...
The elevated extinction risk of elasmobranchs is proportional with the increase of fishing mortality...
Studies on artisanal shark fisheries in Tanjungluar - East Lombok were conducted during the year 200...
Sharks are commonly caught in Indonesian waters both by target fisheries and as bycatch. Fishers tar...
Sharks are commonly caught in Indonesian waters both by target fisheries and as bycatch. Fishers tar...
Studies on artisanal fisheries of sharks and rays in Indonesia were carried out during 2001-2004. A ...
The biology of sharks makes them very vulnerable to fishing pressure. Globally, sharks are threatene...
In relation to the achievement of the target SDG’s No. 14, the sustainable shark fisheries managemen...
Tanjung Luar is the center of shark fisheries in Indonesia because it has more shark catches than an...
This study provides the first detailed investigation of the catches of the shark longline fishery in...
This study was conducted in western Sumatera and since October 2013 to June 2014. The sampling locat...
For over two decades, Indonesia has reported higher average shark landings than any other nation, bu...
The details of shark long-lining practised at Thoothoor their fishing methods; catch; catch composit...
A research has been done to determine some biological aspects of Western Longnose Spurdog (Squalus e...
Indonesia has the world’s largest shark fishery, but very little locally relevant information is ava...
Study on biodiversity and size structure of sharks in the Indian Ocean was conducted at several land...
The elevated extinction risk of elasmobranchs is proportional with the increase of fishing mortality...
Studies on artisanal shark fisheries in Tanjungluar - East Lombok were conducted during the year 200...
Sharks are commonly caught in Indonesian waters both by target fisheries and as bycatch. Fishers tar...
Sharks are commonly caught in Indonesian waters both by target fisheries and as bycatch. Fishers tar...
Studies on artisanal fisheries of sharks and rays in Indonesia were carried out during 2001-2004. A ...
The biology of sharks makes them very vulnerable to fishing pressure. Globally, sharks are threatene...
In relation to the achievement of the target SDG’s No. 14, the sustainable shark fisheries managemen...
Tanjung Luar is the center of shark fisheries in Indonesia because it has more shark catches than an...
This study provides the first detailed investigation of the catches of the shark longline fishery in...
This study was conducted in western Sumatera and since October 2013 to June 2014. The sampling locat...
For over two decades, Indonesia has reported higher average shark landings than any other nation, bu...
The details of shark long-lining practised at Thoothoor their fishing methods; catch; catch composit...
A research has been done to determine some biological aspects of Western Longnose Spurdog (Squalus e...
Indonesia has the world’s largest shark fishery, but very little locally relevant information is ava...
Study on biodiversity and size structure of sharks in the Indian Ocean was conducted at several land...
The elevated extinction risk of elasmobranchs is proportional with the increase of fishing mortality...