Myrmarachne assimilis, an ant-like (myrmecomorphic) jumping spider (Araneae, Salticidae) from the Philippines, is a Batesian mimic of Oecophylla smaragdina, the Asian weaver ant. Salticids are well known for their acute eyesight and the elaborate vision-based display behaviour they adopt during encounters with conspecific individuals, but most salticids are not myrmecomorphic. Despite its unusual morphology, M. assimilis adopts display behaviour during intraspecific interactions that is similar to the display behaviour of more typical salticids. The specificity with which M. assimilis deploys display behaviour is investigated and provides insights into this mimic’s ability to differentiate, by sight alone, between models, conspecific indivi...
Vision-based ability of an ant-mimicking jumping spider to discriminate between models
The aphantochilid spider Aphantochilus rogersi accurately mimics black ants of tribe Cephalotini, an...
Batesian mimicry imposes several challenges to mimics and evokes adaptations in multiple sensory mod...
Myrmarachne assimilis, an ant-like (myrmecomorphic) jumping spider (Araneae, Salticidae) from the Ph...
Among spiders, resemblance of ants (myrmecomorphy) usually involves the Batesian mimicry, in which t...
Jumping spiders (Salticidae) are known for their elaborate vision-based display behaviour, and a siz...
Jumping spiders (Salticidae) are known for their elaborate vision-based display behaviour, and a siz...
In north Queensland, Australia, the alydid bug Riptortus serripes and the undescribed salticid spide...
The jumping spider genus Myrmarachne (Salticidae) contains many different morphological ant mimics t...
Despite the conceptual appeal of how morphological mimics visually distinguish between conspecifics ...
Jumping spiders (Salticidae) usually avoid ants, but some species within this family single out ants...
Abstract. Batesian ant mimics -such as salticids belonging to the genus Myrmarachne -resemble their ...
Sexual dimorphism is pronounced in Myrmarachne, a large genus of ant-like jumping spiders (Salticida...
Experimental studies of behaviour were carried out on jumping spiders (Salticidae), with particular ...
A mimicry system was investigated in which the models were ants (Formicidae) and both the mimics and...
Vision-based ability of an ant-mimicking jumping spider to discriminate between models
The aphantochilid spider Aphantochilus rogersi accurately mimics black ants of tribe Cephalotini, an...
Batesian mimicry imposes several challenges to mimics and evokes adaptations in multiple sensory mod...
Myrmarachne assimilis, an ant-like (myrmecomorphic) jumping spider (Araneae, Salticidae) from the Ph...
Among spiders, resemblance of ants (myrmecomorphy) usually involves the Batesian mimicry, in which t...
Jumping spiders (Salticidae) are known for their elaborate vision-based display behaviour, and a siz...
Jumping spiders (Salticidae) are known for their elaborate vision-based display behaviour, and a siz...
In north Queensland, Australia, the alydid bug Riptortus serripes and the undescribed salticid spide...
The jumping spider genus Myrmarachne (Salticidae) contains many different morphological ant mimics t...
Despite the conceptual appeal of how morphological mimics visually distinguish between conspecifics ...
Jumping spiders (Salticidae) usually avoid ants, but some species within this family single out ants...
Abstract. Batesian ant mimics -such as salticids belonging to the genus Myrmarachne -resemble their ...
Sexual dimorphism is pronounced in Myrmarachne, a large genus of ant-like jumping spiders (Salticida...
Experimental studies of behaviour were carried out on jumping spiders (Salticidae), with particular ...
A mimicry system was investigated in which the models were ants (Formicidae) and both the mimics and...
Vision-based ability of an ant-mimicking jumping spider to discriminate between models
The aphantochilid spider Aphantochilus rogersi accurately mimics black ants of tribe Cephalotini, an...
Batesian mimicry imposes several challenges to mimics and evokes adaptations in multiple sensory mod...