Biomechanics and behaviour in the sea urchin Paracentrotus lividus (Lamarck, 1816) when facing gradually increasing water flows

Keyphrases

• Water Flow 100%
• Sea Urchin 100%
• Paracentrotus Lividus 100%
• Lamarck 100%
• Flow Velocity 40%
• Echinoids 40%
• Ecological Perspective 20%
• Weather Conditions 20%
• Behavioral Ecology 20%
• Behavioral Strategy 20%
• Locomotion 20%
• Spine 20%
• Benthic Communities 20%
• Benthic Species 20%
• Marine Communities 20%
• Water Motion 20%
• Grazing Behavior 20%
• Aquarium 20%
• Animal Movement 20%
• Behavioral Approach 20%
• Static Condition 20%
• Active Movement 20%
• Macroalgae 20%
• Hydrodynamic Force 20%
• Adhesive Properties 20%
• Immobility 20%
• Escape Strategy 20%
• Water Velocity 20%
• Tube Feet 20%
• Intertidal Organisms 20%
• Low-speed Flow 20%
• Threshold Flux 20%
• Biomechanical Approach 20%
• Behavioral Sequence 20%

Earth and Planetary Sciences

• Biodynamics 100%
• Sea Urchin 100%
• Water Flow 100%
• Flow Velocity 60%
• Low Flow 20%
• Weather Condition 20%
• Macroalga 20%
• Benthos 20%
• Streamlining 20%
• Hydrodynamic Force 20%
• Behavioral Ecology 20%

Agricultural and Biological Sciences

• Paracentrotus lividus 100%
• Water Flow 100%
• Ecological Perspective 50%
• Tube Feet 50%
• Macroalga 50%