Polarization signaling in swordtails alters female mate preference

Keyphrases

• Mate Choice 100%
• Female Mate Preference 100%
• Swordtail 100%
• Polarization-independent 66%
• Invertebrates 66%
• Polarization Signal 66%
• Polarized Light 66%
• Choice Trials 66%
• Polarization Contrast 66%
• Vertebrates 33%
• Signaling Mechanism 33%
• Angular Data 33%
• Aquatic Environment 33%
• Detection Threshold 33%
• Polarized Reflectance 33%
• Enhanced Detection 33%
• Intensity Difference 33%
• Color Difference 33%
• Body Pattern 33%
• Mediated Communication 33%
• High Polarization 33%
• Choice Behavior 33%
• Courtship Behavior 33%
• Sexually Dimorphic 33%
• Visual Sensitivity 33%
• Terrestrial Environment 33%
• Social Conditions 33%
• Female Mate Choice 33%
• Communication Signal 33%
• Species Recognition 33%
• Xiphophorus 33%
• Aquatic Vertebrates 33%
• Polarization Filtering 33%
• Diffusion Filter 33%
• Polarization Reflectance 33%
• Choice Context 33%
• Light Sensitivity 33%

Agricultural and Biological Sciences

• Swordtail 100%
• Tanks 33%
• Xiphophorus nigrensis 33%
• Decision Making 33%

Neuroscience

• Behavior (Neuroscience) 100%
• Signaling Mechanism 33%
• Courtship 33%