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DOI:10.1111/J.1365-2109.2011.02988.X - Corpus ID: 84906572
@article{Celino2012FeedingSO, title={Feeding selectivity of the seahorse, Hippocampus kuda (Bleeker), juveniles under laboratory conditions}, author={Fritzie T. Celino and Grace V. Hilomen-Garcia and Annabelle del Norte-Campos}, journal={Aquaculture Research}, year={2012}, volume={43}, pages={1804-1815}, url={https://api.semanticscholar.org/CorpusID:84906572}}- Fritzie T. Celino, G. V. Hilomen-Garcia, A. D. Norte-Campos
- Published 1 November 2012
- Biology, Environmental Science
- Aquaculture Research
It is indicated that copepods are suitable food for seahorse juveniles, but a mixture of food organisms in the rearing tank environment enhances survivorship and growth of H. kuda, thus potentially providing a source of cultured rather than wild specimens for characterizing the life history of this threatened species.
25 Citations
8
25 Citations
- L. P. Souza-SantosC. G. RégisRoberta C.S. MéloR. Cavalli
- 2013
Environmental Science, Biology
- 18
- Thiago Lima de CarvalhoJulio Cesar Silva Cacho F. A. S. Ribeiro
- 2019
Environmental Science, Agricultural and Food Sciences
Revista de Biología Marina y Oceanografía
The present study confirms the technical feasibility of organic multi-trophic seahorse production in net cages and shows that even at the highest density tested the seahorses grew well and could generate high profits.
- Jorge Arturo Vargas-AbúndezN. SimõesM. Mascaró
- 2018
Agricultural and Food Sciences, Environmental Science
- 13
- P. SchubertLena VogtK. EderT. HauffeT. Wilke
- 2016
Agricultural and Food Sciences, Biology
Front. Mar. Sci.
The findings of high survival rates and relatively high growth rates with the medium-cost treatment Art/Cop may open new possibilities for the large-scale rearing of seahorses.
- 8
- PDF
- A. BlancoM. Planas
- 2015
Biology, Environmental Science
Mouth development in juveniles was accomplished by growth of upper and lower jaws, which were linearly correlated with juvenile length, whereas mouth width and height grew exponentially with juvenile size, and results suggest that juveniles are able to ingest larger prey than those provided.
- 16
- Jorge PalmaRicardo LimaJ. P. AndradeMaria João Lança
- 2023
Agricultural and Food Sciences, Environmental Science
Fishes
This study aimed to determine a nutritionally adequate feeding protocol for Hippocampus hippocampus juveniles. In the experimental trial, seahorses were fed copepods from 0–7 days post-parturition…
- PDF
- L. M. B. GarciaG. V. Hilomen-GarciaFritzie T. CelinoT. T. GonzalesR. J. Maliao
- 2012
Environmental Science
- 16
- Tam D ThuongTung Hoang
- 2015
Agricultural and Food Sciences
The results of this study showed that copepod can be used as feed for rearing seahorse fry and juvenile and the combination of frozen copepods and live Artemia nauplii resulted in highest growth and highest survival of the experimental seahorses.
- 7
- PDF
- M. KimHyun-Woo Kim Sang-Heon Lee
- 2022
Environmental Science, Biology
Journal of Marine Science and Engineering
There appears to be a seasonal shift in the major prey of H. haema, and a potential change in the habitats for adults was further discussed.
- 2
- PDF
- C. OfelioA. O. DíazG. RadaelliM. Planas
- 2018
Biology
Journal of fish biology
Main organs of the European long-snouted seahorse Hippocampus guttulatus were fully functional, suggesting that the adult phenotype was largely established by that age, with females becoming mature at the age of 2 months.
- 16
- PDF
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41 References
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It is demonstrated that light-attracted zooplankton prey supplemented by Acetes feeding may provide essential nutrients for the growth of H. kuda juveniles in illuminated sea cages.
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A feed ration of 5–10% wet body weight per day of frozen mysids is recommended for cultured seahorse growth and survival, with a significant difference in daily specific growth rate (SGR), with the 5% ration having the lowest SGR.
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