Results 31 to 40 of about 192 (124)
, 2019 Published as part of Almeida, Armando J. & Alves, Maria Judite, 2019, Fishes of São Tomé - Results of the expeditions of Fernando Frade (1954) and Fernando Correia da Costa (1955), pp.
Almeida, Armando J., Alves, Maria Judite
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Revista de Biología Tropical, 2017 Studies based on molecular genetics offer the possibility to understand the structure of populations and provide data to implement measures designed to protect them. Caranx hippos, is a fish with a wide distribution in the Western Atlantic, becoming one of the most economically important species in the artisanal fishing industry in Colombia.
Itala Ivonne Caiafa Hernandez +2 more
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Latin American Journal of Aquatic Research, 2023 In nine Caranx hippos specimens, Cd, Pb, Cr, and Cu concentration was determined in tissues (muscle and gonad) and parasites (nematodes and cestodes). The fish were caught from February to June 2019 in Las Barrancas, Alvarado Beach, Veracruz, Mexico. Heavy metals were quantified using atomic absorption spectrophotometer.
Jesús Montoya-Mendoza +4 more
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, 2007 Caranx hippos (Linnaeus, 1766) Caranx hippos also occurs at São Tomé. It is characterized by a yellow anal fin, shorter dorsal and anal fin lobes and fewer anal fin rays (16 or 17 versus 17-19, usually 18) than the undescribed Caranx species. It was observed by PW in São Tomé City fish market. The records mentioned in Afonso et al.
Peter Wirtz +8 more
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Journal of Fish Diseases, EarlyView.ABSTRACT Hyperostosis is a non‐pathological condition widely reported in marine teleosts, yet its developmental dynamics and underlying drivers remain poorly understood. This study investigates the ontogenetic progression and anatomical distribution of hyperostosis in Caranx hippos based on a growth series of 39 specimens collected along the Brazilian ...
Camila Vitória Gonçalves Ferreira +8 more
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Environmental DNA, Volume 8, Issue 2, March/April 2026.Passive capture of eDNA can be used as a tool for citizen scientist SCUBA divers to supplement visual surveys for marine species detection and is particularly useful for species that are rare or visually inaccessible to divers. ABSTRACT Environmental DNA (eDNA) marker gene sequencing, or metabarcoding, can be a powerful tool for monitoring marine ...
Theodora T. Mautz +5 more
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Provision of Habitat to Temperate Reef Fish by Two Designs of Oyster Aquaculture Cage
Aquaculture Research, Volume 2026, Issue 1, 2026.Shelter‐oriented temperate reef fish species are known to utilize oyster aquaculture cages as habitat. To determine whether differences in the structural design of cages affects fish association with aquaculture gear, underwater video census was used to compare fish abundance, and community composition on two off‐bottom cage designs (shelf and bag vs ...
Renee Mercaldo-Allen +7 more
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FECUNDIDAD DEL JUREL ALETA AMARILLA, CARANX HIPPOS (LINNAEUS) EN EL CARIBE COLOMBIANO
Bulletin of Marine and Coastal Research, 2016 Caranx hippos is one of the most important fish resources in Colombia, particularly in artisanal fisheries. In order to deepen C. hippos biological knowledge, fecundity (number of eggs in development) and oocyte diameter was estimated. Fish samples were collected from commercial artisanal fishing trips, each fish was measured (total length, Lt) and ...
Alfaro-Martínez, Sandra +4 more
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Environmental DNA, Volume 7, Issue 2, March/April 2025.We investigated the effects of sampled water volume, biological, and PCR replicates in characterizing deep‐sea pelagic biodiversity. We suggest that future studies collect at least 5 L, 5 or more field replicates, and 5–10 PCR replicates to adequately investigate deep‐sea pelagic biodiversity when using Niskin bottles coupled with CTD.
Pedro A. Peres +1 more
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Hyperostosis in Fishes: An Update With New Species Records
Journal of Morphology, Volume 285, Issue 11, November 2024.Hyperostosis is an enigmatic dimension of diversity in the anatomy of fishes. This excessive overgrowth of bone is natural in origin, occurs almost exclusively in marine fishes, is generally species‐specific, and becomes fully developed only in large individuals. We document hyperostosis in 35 families, 89 genera, and 153 species.
William F. Smith‐Vaniz +2 more
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