Spawning Behavior and Early Life History of the Porcupine Puffer, Diodon holacanthus, in Aquaria

@article{Sakamoto1978SpawningBA,
  title={Spawning Behavior and Early Life History of the Porcupine Puffer, Diodon holacanthus, in Aquaria},
  author={T Sakamoto and Katsumi Suzuki},
  journal={Japanese Journal of Ichthyology},
  year={1978},
  volume={24},
  pages={261-270}
}
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Spawning and rearing of a porcupine puffer Cyclichthys orbicularis (Diodontidae, Tetraodontiformes) in captivity
Cyclichthys orbicularis (Diodontidae, Tetraodontiformes) were spawned in captivity, the larvae being reared for more than 60 days, in the Shimonoseki Marine Science Museum Aquarium. Isolated…
Adhesive demersal eggs spawned by two southern Australian porcupine puffers
TLDR
Eggs spawned in the Shimonoseki Marine Science Museum Aquarium by eight species of Diodontidae were mostly pelagic, only A. pilatus and D. nicthemerus spawning adhesive demersal eggs required comparative studies on diodontid spawning ecology.
Immunochemical detection of precursor proteins of yolk and vitelline envelope, and their annual changes in the blood of Diodon holocanthus
TLDR
VTG and VEP in female serum maintained high levels from April until June, suggesting that yolk accumulation, as well as vitelline envelope formation, are occurring actively during these months, and that slightly different hormonal regulation exists in the synthesis of both proteins in the liver during the early phase of oogenesis.
Histological Observations of Annual Reproductive Cycle and Tidal Spawning Rhythm in the Female Porcupine Fish Diodon holocanthus
A new generic name for Anchisomus multistriatus Richardson 1854 Tetraodontidae, with notes on its toxicity and pufferfish biting behaviour
A poorly known pufferfish, Anchisomus multistriatus Richardson, is redescribed from 25 specimens from northern Australian coastal waters, and placed in a new monotypic genus, Feroxodon. It differs…
Histological Observations of Some Organs in the Porcupine Fish, Diodon holacanthus, stranded in Niigata on the Coast of Japan Sea
PARENTAL CARE AND MODE OF FERTILIZATION IN ECTOTHERMIC VERTEBRATES
  • M. Gross, R. Shine
  • Biology
    Evolution; international journal of organic evolution
  • 1981
TLDR
This paper derives specific predictions from three alternative hypotheses which deal with mode of fertilization (internal versus external) and parental care evolution, and test these predictions using a compilation of published data on occurrence and correlates of parental care in amphibians and teleost fishes.