Landing, consumption, and DNA barcoding of commercial seabream (Perciformes: Sparidae) in Kuwait
ASY Al‐Zaidan, A Akbar, H Bahbahani… - Aquatic …, 2021 - Wiley Online Library
ASY Al‐Zaidan, A Akbar, H Bahbahani, SY Al‐Mohanna, B Kolattukudy, V Balakrishna
Aquatic Conservation: Marine and Freshwater Ecosystems, 2021•Wiley Online LibraryTo our knowledge, this is the first inclusive assessment of the status of Sparidae fisheries in
the territorial waters of Kuwait, integrating information on catch trends, consumer
preferences, recreational fishing behaviour, and molecular based identification of fish
species by DNA barcoding Fisheries landing data were obtained from the official fisheries
bulletin released by the Kuwait Central Statistical Bureau. Surveys were conducted to
assess consumer preferences on seabream species, landed seabream species, and the …
the territorial waters of Kuwait, integrating information on catch trends, consumer
preferences, recreational fishing behaviour, and molecular based identification of fish
species by DNA barcoding Fisheries landing data were obtained from the official fisheries
bulletin released by the Kuwait Central Statistical Bureau. Surveys were conducted to
assess consumer preferences on seabream species, landed seabream species, and the …
Abstract
- To our knowledge, this is the first inclusive assessment of the status of Sparidae fisheries in the territorial waters of Kuwait, integrating information on catch trends, consumer preferences, recreational fishing behaviour, and molecular based identification of fish species by DNA barcoding
- Fisheries landing data were obtained from the official fisheries bulletin released by the Kuwait Central Statistical Bureau. Surveys were conducted to assess consumer preferences on seabream species, landed seabream species, and the behaviour of recreational anglers towards seabream species. DNA barcodes were generated to authenticate commercial seabream using the mitochondrial cytochrome c oxidase subunit I (COXI) gene and then compared with GenBank sequence entries; these sequences were then used to construct a neighbour‐joining (NJ) phylogenetic tree.
- Yellowfin seabream Acanthopagrus latus was the prime and most favoured commercial seabream species (45%), followed by Sparidentex hasta, which was the top‐rated secondary, unassessed seabream species. Approximately 54% of households conduct recreational fishing more than twice a month, and most (77%) primarily target S. hasta and Ac. latus. Consumer demand for secondary seabreams, which were not assessed and are listed in the bulletin under the category ‘others’, was evident.
- The NJ phylogenetic tree revealed that Arabian Gulf seabreams, including those of Kuwait, are genetically different from their counterparts inhabiting neighbouring waters.
- The data presented here highlight the urgency to modify the existing fisheries list using accurate identification tools, such as DNA barcoding, for the sustainable and conservation‐oriented management of local fisheries, which are in decline.
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