These data relate to an investigation into the wake structure and propulsive efficiency in the blue-blubber jellyfish Catostylus mosaicus. We show that these jellyfish have a relatively high propulsive efficiency compared to other swimmers, which they achieve by manipulating the water around them with their flexible bodies
Jet propulsion, based on examples from the Hydrozoa, has served as a valuable model for swimming by ...
Cnidarian medusae, commonly known as jellyfish, represent the earliest known animal taxa to achieve ...
ABSTRACT: Jellyfish are easily carried by ocean currents, yet most studies on jellyfish focus on the...
Jellyfish are a successful and diverse class of animals that swim via jet propulsion, with swimming ...
Jellyfish have provided insight into important components of animal propulsion, such as suction thru...
It is generally accepted that animal–fluid interactions have shaped the evolution of animals that sw...
Gelatinous zooplankton populations are well known for their ability to take over perturbed ecosystem...
The ability of animals to propel themselves efficiently through a fluid medium is ecologically advan...
Fast-swimming hydromedusan jellyfish possess a characteristic funnel-shaped velum at the exit of the...
It is generally accepted that animal–fluid interactions have shaped the evolution of animals that sw...
Siphonophores (Cnidaria: Hydrozoa) inhabit pelagic waters where representative species occupy depths...
Jellyfishes have functionally replaced several overexploited commercial stocks of planktivorous fish...
Many jellyfish produce forward thrust by ejecting a volume of water contained within their subumbrel...
Jet propulsion, based on examples from the Hydrozoa, has served as a valuable model for swimming by ...
Cnidarian medusae, commonly known as jellyfish, represent the earliest known animal taxa to achieve ...
ABSTRACT: Jellyfish are easily carried by ocean currents, yet most studies on jellyfish focus on the...
Jellyfish are a successful and diverse class of animals that swim via jet propulsion, with swimming ...
Jellyfish have provided insight into important components of animal propulsion, such as suction thru...
It is generally accepted that animal–fluid interactions have shaped the evolution of animals that sw...
Gelatinous zooplankton populations are well known for their ability to take over perturbed ecosystem...
The ability of animals to propel themselves efficiently through a fluid medium is ecologically advan...
Fast-swimming hydromedusan jellyfish possess a characteristic funnel-shaped velum at the exit of the...
It is generally accepted that animal–fluid interactions have shaped the evolution of animals that sw...
Siphonophores (Cnidaria: Hydrozoa) inhabit pelagic waters where representative species occupy depths...
Jellyfishes have functionally replaced several overexploited commercial stocks of planktivorous fish...
Many jellyfish produce forward thrust by ejecting a volume of water contained within their subumbrel...
Jet propulsion, based on examples from the Hydrozoa, has served as a valuable model for swimming by ...
Cnidarian medusae, commonly known as jellyfish, represent the earliest known animal taxa to achieve ...
ABSTRACT: Jellyfish are easily carried by ocean currents, yet most studies on jellyfish focus on the...
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