Étude expérimentale sur les capacités sensorielles des larves de poissons coralliens dans la détection de leur lieu d'installation

Lecchini, David

doi:10.1016/j.crvi.2004.01.002

Cited by 5 publications

(2 citation statements)

References 34 publications

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“…In the field, some species are, however, also found in habitats they would not select according to the present experiments. As fishes can also be attracted by visual (Lecchini, 2004;Igulu et al, 2011) and chemical cues (Sweatman, 1988;Atema et al, 2002;Lecchini et al, , 2013Vail & McCormick, 2011), the settlement choice is likely to be the result of the integration of all of these signals over different spatial scales Huijbers et al, 2012). This might explain why C. citrinellus and P. microlepsis are found on the barrier reefs in the wild, although the sound of this habitat had a deterring effect on those species in this study.…”

Section: Discussionmentioning

confidence: 84%

“…In the field, some species are, however, also found in habitats they would not select according to the present experiments. As fishes can also be attracted by visual (Lecchini, ; Igulu et al ., ) and chemical cues (Sweatman, ; Atema et al ., ; Lecchini et al ., , ; Vail & McCormick, ), the settlement choice is likely to be the result of the integration of all of these signals over different spatial scales (Kingsford et al ., ; Huijbers et al ., ). This might explain why C .…”

Section: Discussionmentioning

confidence: 99%

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The influence of various reef sounds on coral‐fish larvae behaviour

Parmentier

Berten

Rigo

et al. 2015

Journal of Fish Biology

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The swimming behaviour of coral-reef fish larvae from 20 species of 10 different families was tested under natural and artificial sound conditions. Underwater sounds from reef habitats (barrier reef, fringing reef and mangrove) as well as a white noise were broadcasted in a choice chamber experiment. Sixteen of the 20 species tested significantly reacted to at least one of the habitat playback conditions, and a range of responses was observed: fishes were (1) attracted by a single sound but repelled by none (e.g. white-banded triggerfish Rhinecanthus aculeatus was attracted by the barrier-reef sound), (2) repelled by one or more sounds but attracted by none (e.g. bridled cardinalfish Pristiapogon fraenatus was repelled by the mangrove and the bay sounds), (3) attracted by all sounds (e.g. striated surgeonfish Ctenochaetus striatus), (4) attracted and repelled by several sounds (e.g. whitetail dascyllus Dascyllus aruanus was attracted by the barrier-reef sound and repelled by the mangrove sound) and (5) not influenced by any sound (e.g. convict surgeonfish Acanthurus triostegus). Overall, these results highlight two settlement strategies: a direct selection of habitats using sound (45% of the species), or a by-default selection by avoidance of certain sound habitats (35%). These results also clearly demonstrated the need to analyse the influence of sounds at the species-specific level since congeneric and confamilial species can express different behaviours when exposed to the same sounds.

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Section: Discussionmentioning

confidence: 84%

“…In the field, some species are, however, also found in habitats they would not select according to the present experiments. As fishes can also be attracted by visual (Lecchini, ; Igulu et al ., ) and chemical cues (Sweatman, ; Atema et al ., ; Lecchini et al ., , ; Vail & McCormick, ), the settlement choice is likely to be the result of the integration of all of these signals over different spatial scales (Kingsford et al ., ; Huijbers et al ., ). This might explain why C .…”

Section: Discussionmentioning

confidence: 99%

The influence of various reef sounds on coral‐fish larvae behaviour

Parmentier

Berten

Rigo

et al. 2015

Journal of Fish Biology

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Species‐Specific Pheromones and Their Roles in Shoaling, Migration, and Reproduction

Sorensen¹,

Baker²

2014

Fish Pheromones and Related Cues

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Site Fidelity and Homing in Tropical Coral Reef Cardinalfish: Are They Using Olfactory Cues?

Døving

Stabell²,

Östlund‐Nilsson³

et al. 2006

Chemical Senses

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A number of tropical coral reef fish hold station and display restricted home ranges. If artificially displaced, they will return to their home site. We questioned if marine fish are using the same mechanisms for home site detection as many freshwater fish, that is, by olfactory sensing of chemical signals deposited on the substrate by conspecific fish. Behavioral experiments were conducted on Lizard Island Research Station, Queensland, Australia, in 2001 and 2002. Five-lined cardinalfish (Cheilodipterus quinquelineatus) were tested in groups with split-branded cardinalfish (Apogon compressus) as a reference species and individually against Apogon leptacanthus as well as conspecifics of another reef site. The group tests showed that both species preferred artificial reef sites that had previously been occupied by conspecifics. Individual C. quinquelineatus preferred scent of conspecifics from their own reef site to that from another site. They also preferred the scent released by artificial reefs previously occupied by conspecifics of their reef site to that of similar reefs previously occupied by conspecifics of another reef site. No discrimination between species from the same reef site was obtained in experiments with individual fish. Our data suggest that cardinalfish are keeping station and are homing by use of conspecific olfactory signals.

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Étude expérimentale sur les capacités sensorielles des larves de poissons coralliens dans la détection de leur lieu d'installation

Cited by 5 publications

References 34 publications

The influence of various reef sounds on coral‐fish larvae behaviour

The influence of various reef sounds on coral‐fish larvae behaviour

Species‐Specific Pheromones and Their Roles in Shoaling, Migration, and Reproduction

Site Fidelity and Homing in Tropical Coral Reef Cardinalfish: Are They Using Olfactory Cues?

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