Behavior can provide useful traits for testing phylogenetic hypotheses, and some details of orb web construction behavior have been especially useful in characterizing higher-level groups in spiders. The cues used to guide construction behavior and behavioral responses to these cues hold similar promise, but have never been used in phylogenetic studies. Here we use several techniques to test the hypothesis that orb webs in the two major branches of orb-weaving araneomorph spiders (Araneoidea and Deinopoidea) are monophyletic, using both the cues that guide orb construction and the spiders’ responses to these cues. If orb webs evolved only once, the expectation is that these traits should be similar in members of both evolutionary lines. Thi...
SummarySpiders represent an ancient predatory lineage known for their extraordinary biomaterials, in...
TWO VENERABLE groups of spiders spin orb webs: the cnbellate Ulobon-dae, weavers of calamistrated st...
Mechanical performance of biological structures, such as tendons, byssal threads, muscles, and spide...
Young juveniles of L. geometricus fit the strong trend for “ontogeny to repeat phylogeny” previously...
Adaptive flexibility in response to environmental variation is often advantageous and occurs in many...
Theridiidae typically construct a three-dimensional web often described as "irregular.” The web cons...
The understanding of web-building behaviour in orb-web spiders has undergone several para-digm shift...
Stereotyped behaviors have been routinely used as characters for phylogeny inference, but the same c...
Among animal constructions, spider’s orb webs represent regular geometrical architecture models. The...
What happens when organisms actively modify their environment? Clarifying the role of construction b...
Many studies of the elegant architectures of orb webs are conducted in controlled laboratory environ...
Organisms have evolved complex behavioral, morphological and physiological traits in response to var...
Spider webs are a good example of how phenotypic traits can be adjustable to the physical structure ...
The evolutionary diversification of spiders is attributed to spectacular innovations in silk. Spider...
Much genomic-scale, especially transcriptomic, data on spider phylogeny has accumulated in the last ...
SummarySpiders represent an ancient predatory lineage known for their extraordinary biomaterials, in...
TWO VENERABLE groups of spiders spin orb webs: the cnbellate Ulobon-dae, weavers of calamistrated st...
Mechanical performance of biological structures, such as tendons, byssal threads, muscles, and spide...
Young juveniles of L. geometricus fit the strong trend for “ontogeny to repeat phylogeny” previously...
Adaptive flexibility in response to environmental variation is often advantageous and occurs in many...
Theridiidae typically construct a three-dimensional web often described as "irregular.” The web cons...
The understanding of web-building behaviour in orb-web spiders has undergone several para-digm shift...
Stereotyped behaviors have been routinely used as characters for phylogeny inference, but the same c...
Among animal constructions, spider’s orb webs represent regular geometrical architecture models. The...
What happens when organisms actively modify their environment? Clarifying the role of construction b...
Many studies of the elegant architectures of orb webs are conducted in controlled laboratory environ...
Organisms have evolved complex behavioral, morphological and physiological traits in response to var...
Spider webs are a good example of how phenotypic traits can be adjustable to the physical structure ...
The evolutionary diversification of spiders is attributed to spectacular innovations in silk. Spider...
Much genomic-scale, especially transcriptomic, data on spider phylogeny has accumulated in the last ...
SummarySpiders represent an ancient predatory lineage known for their extraordinary biomaterials, in...
TWO VENERABLE groups of spiders spin orb webs: the cnbellate Ulobon-dae, weavers of calamistrated st...
Mechanical performance of biological structures, such as tendons, byssal threads, muscles, and spide...