In most organisms relative locomotor speed (body lengths per second [bls–1]) is inversely proportional to body size. The ability of late stage reef fish larvae to achieve swimming speeds of over 40 bls–1 is consistent with this general scaling relationship. However, this relationship does not extend to smaller larvae which are not fully developed. Maximum critical swimming speeds appear to be limited by both developmental stage and size. At 7 mm total length when settling, the unusually small larvae of anemonefishes are able to sustain speeds of 49 bls–1. This probably approaches the maximum limit for sustained aquatic vertebrate locomotion
Latitude and body size are generally considered key drivers of swimming performance for larval marin...
For much of their pelagic larval dispersal (PLD) stage, larval perciform fishes are able to directly...
Fish swimming capacity is a key life history trait critical to many aspects of their ecology. U-crit...
In most organisms relative locomotor speed (body lengths per second [bls–1]) is inversely proportion...
Replicate clutches of larvae were swum in a swimming flume at 4, 7, 10, 13, and 16 cm s–1 and the ti...
We examined the maximum sustainable swimming speed of late-stage larvae of nine species of tropical ...
The swimming abilities of larval fishes are important for their survival, potentially affecting thei...
This thesis examined the extent to which tropical reef fish larvae are capable of influencing their ...
The swimming abilities of larval fishes are important for their survival, potentially affecting thei...
Recent studies have revealed that reef fish larvae have excellent sustained swimming capabilities an...
Includes bibliographical references.Ecological theory predicts that larger, faster-growing individua...
Larval dispersal is shaped by the interaction between oceanographic processes and larval behaviour. ...
International audienceWrasses are abundant reef fishes and the second most speciose marine fish fami...
The dispersal of larvae during their time in the pelagic environment is critically important to our ...
Sustained swimming ability can play a critical role in the ecology of fishes, particularly in terms ...
Latitude and body size are generally considered key drivers of swimming performance for larval marin...
For much of their pelagic larval dispersal (PLD) stage, larval perciform fishes are able to directly...
Fish swimming capacity is a key life history trait critical to many aspects of their ecology. U-crit...
In most organisms relative locomotor speed (body lengths per second [bls–1]) is inversely proportion...
Replicate clutches of larvae were swum in a swimming flume at 4, 7, 10, 13, and 16 cm s–1 and the ti...
We examined the maximum sustainable swimming speed of late-stage larvae of nine species of tropical ...
The swimming abilities of larval fishes are important for their survival, potentially affecting thei...
This thesis examined the extent to which tropical reef fish larvae are capable of influencing their ...
The swimming abilities of larval fishes are important for their survival, potentially affecting thei...
Recent studies have revealed that reef fish larvae have excellent sustained swimming capabilities an...
Includes bibliographical references.Ecological theory predicts that larger, faster-growing individua...
Larval dispersal is shaped by the interaction between oceanographic processes and larval behaviour. ...
International audienceWrasses are abundant reef fishes and the second most speciose marine fish fami...
The dispersal of larvae during their time in the pelagic environment is critically important to our ...
Sustained swimming ability can play a critical role in the ecology of fishes, particularly in terms ...
Latitude and body size are generally considered key drivers of swimming performance for larval marin...
For much of their pelagic larval dispersal (PLD) stage, larval perciform fishes are able to directly...
Fish swimming capacity is a key life history trait critical to many aspects of their ecology. U-crit...