Here, we simultaneously examine both content and efficacy-based sources of selection on the visual and seismic multimodal courtship display of the wolf spider Schizocosa retrorsa. Immature field-collected S. retrorsa were reared in the laboratory on either high-quantity diet (HD) or low-quantity diet (LD) treatments. On maturation, females of each diet treatment were run in simultaneous mate choice trials with both a HD and an LD male (content-based selection). Simultaneous mate choice trials were conducted across different signaling environments (efficacy-based selection) in a fully crossed 2 × 2 design with visual treatments of light/dark (visual signal present/absent) and seismic treatments of filter paper substratum/granite substratum (...
The evolution of multimodal communication, where signalers use multiple signal components in multipl...
Signals used in communication are often hypothesized to be optimally designed for their signaling en...
Male wolf spiders (Lycosidae) in the genus Schizocosa vary in use of seismic and visual components o...
Here, we simultaneously examine both content and efficacy-based sources of selection on the visual a...
Conspicuous visual ornaments are frequently incorporated into complex courtship displays that integr...
We examined multiple sources of selection on the multimodal courtship display of two sister species ...
Male wolf spiders within the genus Schizocosa display considerable variation in foreleg ornamentatio...
Evidence of signal complexity is seemingly pervasive across animal communication systems. Exploring ...
Unraveling the function and evolutionary history of multimodal signaling is a difficult, yet common ...
Evidence of signal complexity is seemingly pervasive across animal communication systems. Exploring ...
Effective signal transmission is essential for communication. In environments where signal transmiss...
A broad understanding of multimodal courtship function necessitates knowledge of the potential infor...
Why animals use complex signals has long been an important question in animal communication study. P...
Evidence of signal complexity is seemingly pervasive across animal communication systems. Exploring ...
Variation in transmission characteristics of signalling environments is hypothesized to influence th...
The evolution of multimodal communication, where signalers use multiple signal components in multipl...
Signals used in communication are often hypothesized to be optimally designed for their signaling en...
Male wolf spiders (Lycosidae) in the genus Schizocosa vary in use of seismic and visual components o...
Here, we simultaneously examine both content and efficacy-based sources of selection on the visual a...
Conspicuous visual ornaments are frequently incorporated into complex courtship displays that integr...
We examined multiple sources of selection on the multimodal courtship display of two sister species ...
Male wolf spiders within the genus Schizocosa display considerable variation in foreleg ornamentatio...
Evidence of signal complexity is seemingly pervasive across animal communication systems. Exploring ...
Unraveling the function and evolutionary history of multimodal signaling is a difficult, yet common ...
Evidence of signal complexity is seemingly pervasive across animal communication systems. Exploring ...
Effective signal transmission is essential for communication. In environments where signal transmiss...
A broad understanding of multimodal courtship function necessitates knowledge of the potential infor...
Why animals use complex signals has long been an important question in animal communication study. P...
Evidence of signal complexity is seemingly pervasive across animal communication systems. Exploring ...
Variation in transmission characteristics of signalling environments is hypothesized to influence th...
The evolution of multimodal communication, where signalers use multiple signal components in multipl...
Signals used in communication are often hypothesized to be optimally designed for their signaling en...
Male wolf spiders (Lycosidae) in the genus Schizocosa vary in use of seismic and visual components o...