Experimental data and model-generated tables used to estimate water deformation around the copepod at the moment preceding its escape from a larval fish predator
International audiencePlanktonic copepods are small crustaceans that have the ability to swim by qui...
Unlike most medusae that forage with tentacles trailing behind their bells, several species forage u...
Data for supplementary results 2. Worksheet 1 ("copepods") contains information on each copepod used...
In the coevolution of predator and prey, different and less well understood rules for threat-assessm...
The timing and magnitude of an escape reaction is often the determining factor governing a copepod’s...
textCopepods are dominant members of planktonic communities and provide an important link within oc...
Calanoid copepods exhibit rapid escape behavior in response to hydrodynamic stimuli generated by the...
A simple hydrodynamic model of predator–prey interactions between larval clownfish and copepod prey ...
<p>Shaded region represents the maximum volume of water entrained during a single strike. The dark s...
The timing and magnitude of an escape reaction is often the determining factor governing a copepod's...
15 pages, 9 figures, 6 tablesCopepods may remotely detect predators from the velocity gradients thes...
Zooplankton feed in any of three ways: they generate a feeding current while hovering, cruise throug...
The survival of larval marine fishes during early development depends on their ability to capture pr...
\u3cp\u3ePlanktonic copepods are small crustaceans that have the ability to swim by quick powerful j...
Coupled biological-physical models of larval fish have become a widely used tool for studying recrui...
International audiencePlanktonic copepods are small crustaceans that have the ability to swim by qui...
Unlike most medusae that forage with tentacles trailing behind their bells, several species forage u...
Data for supplementary results 2. Worksheet 1 ("copepods") contains information on each copepod used...
In the coevolution of predator and prey, different and less well understood rules for threat-assessm...
The timing and magnitude of an escape reaction is often the determining factor governing a copepod’s...
textCopepods are dominant members of planktonic communities and provide an important link within oc...
Calanoid copepods exhibit rapid escape behavior in response to hydrodynamic stimuli generated by the...
A simple hydrodynamic model of predator–prey interactions between larval clownfish and copepod prey ...
<p>Shaded region represents the maximum volume of water entrained during a single strike. The dark s...
The timing and magnitude of an escape reaction is often the determining factor governing a copepod's...
15 pages, 9 figures, 6 tablesCopepods may remotely detect predators from the velocity gradients thes...
Zooplankton feed in any of three ways: they generate a feeding current while hovering, cruise throug...
The survival of larval marine fishes during early development depends on their ability to capture pr...
\u3cp\u3ePlanktonic copepods are small crustaceans that have the ability to swim by quick powerful j...
Coupled biological-physical models of larval fish have become a widely used tool for studying recrui...
International audiencePlanktonic copepods are small crustaceans that have the ability to swim by qui...
Unlike most medusae that forage with tentacles trailing behind their bells, several species forage u...
Data for supplementary results 2. Worksheet 1 ("copepods") contains information on each copepod used...
DOI
Add to ORKG