2014JOURNAL OF FISHERIES OF CHINARequires access

Research progresses of resource biology of important marine pelagic food fishes in China

Zheng Yuanji

Open publisher page 14 citations

Abstract

A large number of marine pelagic fishes inhabit China's seawaters. In the past few years,their total capture production accounted for 40% of total marine catches in the country. Marine pelagic fishes of Scomber japonicas,Decapterus maruadsi and Engraulis japonicas belong to r-selection of life history pattern,and their resources usually recover faster than those of the demersal or near demersal fish species. Therefore,the resources of marine pelagic fishes can be used more sustainably. Development of important marine pelagic fisheries in China is review ed in this paper,particularly with regard to the five top production species,i. e. Scomber japonicus,Decapterus maruadsi,Scomberomorus niphonius,Pampus punctatissimus and Engraulis japonicus. Research status of resource biology of population identification and classification, migration and distribution,w intering ground,spaw ning ground and period,age and grow th,feeding habits, fecundity and stock structure of the five species,together with the assessment of their biomass and total allow able catches is illustrated. Future study on their resource biology is also discussed.

About this research paper

What this paper is about

A large number of marine pelagic fishes inhabit China's seawaters. In the past few years,their total capture production accounted for 40% of total marine catches in the country. Marine pelagic fishes of Scomber japonicas,Decapterus maruadsi and Engraulis japonicas belong to r-selection of life history pattern,and their resources usually recover faster than those of the demersal or near demersal fish species. Therefore,the resources of marine pelagic fishes can be used more sustainably. Development of important marine pelagic fisheries in China is review ed in this paper,particularly with regard to the five top production species,i. e. Scomber japonicus,Decapterus maruadsi,Scomberomorus niphonius,Pampus punctatissimus and Engraulis japonicus. Research status of resource biology of population identification and classification, migration and distribution,w intering ground,spaw ning ground and period,age and grow th,feeding habits, fecundity and stock structure of the five species,together with the assessment of their biomass and total allow able catches is illustrated. Future study on their resource biology is also discussed.

Why it matters

OpenAlex reports 14 citations for this work. Citation counts describe recorded attention and do not establish research quality.

Key contribution

A contribution statement is not available in the OpenAlex record.

Method / approach

Method details are not available in the OpenAlex metadata.

Main findings

Findings are not separately available in the OpenAlex metadata.

Limitations

Limitations are not available in the OpenAlex metadata.

Applications

Application details are not available in the OpenAlex metadata.

Available abstract

A large number of marine pelagic fishes inhabit China's seawaters. In the past few years,their total capture production accounted for 40% of total marine catches in the country. Marine pelagic fishes of Scomber japonicas,Decapterus maruadsi and Engraulis japonicas belong to r-selection of life history pattern,and their resources usually recover faster than those of the demersal or near demersal fish species. Therefore,the resources of marine pelagic fishes can be used more sustainably. Development of important marine pelagic fisheries in China is review ed in this paper,particularly with regard to the five top production species,i. e. Scomber japonicus,Decapterus maruadsi,Scomberomorus niphonius,Pampus punctatissimus and Engraulis japonicus. Research status of resource biology of population identification and classification, migration and distribution,w intering ground,spaw ning ground and period,age and grow th,feeding habits, fecundity and stock structure of the five species,together with the assessment of their biomass and total allow able catches is illustrated. Future study on their resource biology is also discussed.

Key concepts: Pelagic zone, Biology, Scomber, Demersal zone, Fishery, Engraulis, Stock assessment, Overexploitation

Related papers

Back to paper searchBrowse research topicsOriginal source
Research progresses of resource biology of important marine pelagic food fishes in China — Research Paper | ScholarLens