Territorial waters of South Java is part of fisheries management zone of Indian Ocean Fisheries, has a potential tuna fish resources. The purpose of this research was to formulate strategy for the efficacy of model implementation of tuna fisheries development in South Coast of Java. Interpretative structural modeling technique was used the study. The method was considered a technique of strategic planning of which describes comprehensively condition of the system. Result showed that there were seven element of system require for succeeding implementation of model. The seven element of system and their key element are affected society sector, tuna entrepreneur, required factor, the availability of tuna resources and the availability of data ...
Information on fishing strategy is essential to manage the Indonesian tuna fishery. Therefore, it is...
Indonesia is the third largest fish producer in the world, after Japan and China in 2010, according ...
In 2018, tuna production in D.I. Yogyakarta reached 371.66 tons, of which 75-82% were captured using...
Territorial waters of South Java is part of fisheries management zone of Indian Ocean Fisheries, has...
Although tuna fisheries have significant role on Indonesian fisheries, concept for integrated tuna f...
Development of fishery activity shall be conducted base on the characteristic of potency owned by a ...
The Indonesian Fisheries’ Management of the Indian Ocean (FMA 573) has great tuna resources, especia...
Tuna fisheries in the coastal states of the West Indian Ocean (WIO) have been at the centre of the s...
Sendang Biru is one of the coastal area in Malang Regency which have the biggest of tuna production ...
As mandated in Fisheries Act No. 31/2004 about Fisheries, it is stated thatfisheries resources manag...
As mandated in Fisheries Act No. 31/2004 about Fisheries, it is stated thatfisheries resources manag...
Significant roles of the fishery in the Indonesia’s archipelagic waters/IAW (FMAs 713, 714 and 715),...
The increasing use of fish agregating devices (FADs) in the Indian Ocean South Coast of Java is conc...
The increasing use of fish agregating devices (FADs) in the Indian Ocean South Coast of Java is conc...
Construction of a fishing port requires special conditions to be properly developed. The right choic...
Information on fishing strategy is essential to manage the Indonesian tuna fishery. Therefore, it is...
Indonesia is the third largest fish producer in the world, after Japan and China in 2010, according ...
In 2018, tuna production in D.I. Yogyakarta reached 371.66 tons, of which 75-82% were captured using...
Territorial waters of South Java is part of fisheries management zone of Indian Ocean Fisheries, has...
Although tuna fisheries have significant role on Indonesian fisheries, concept for integrated tuna f...
Development of fishery activity shall be conducted base on the characteristic of potency owned by a ...
The Indonesian Fisheries’ Management of the Indian Ocean (FMA 573) has great tuna resources, especia...
Tuna fisheries in the coastal states of the West Indian Ocean (WIO) have been at the centre of the s...
Sendang Biru is one of the coastal area in Malang Regency which have the biggest of tuna production ...
As mandated in Fisheries Act No. 31/2004 about Fisheries, it is stated thatfisheries resources manag...
As mandated in Fisheries Act No. 31/2004 about Fisheries, it is stated thatfisheries resources manag...
Significant roles of the fishery in the Indonesia’s archipelagic waters/IAW (FMAs 713, 714 and 715),...
The increasing use of fish agregating devices (FADs) in the Indian Ocean South Coast of Java is conc...
The increasing use of fish agregating devices (FADs) in the Indian Ocean South Coast of Java is conc...
Construction of a fishing port requires special conditions to be properly developed. The right choic...
Information on fishing strategy is essential to manage the Indonesian tuna fishery. Therefore, it is...
Indonesia is the third largest fish producer in the world, after Japan and China in 2010, according ...
In 2018, tuna production in D.I. Yogyakarta reached 371.66 tons, of which 75-82% were captured using...