Electroreception, the capacity to detect external underwater electric fields with specialised
receptors, is a phylogenetically widespread sensory modality in fishes and amphibians. In …

Literature Cited to accompany Animal Communication, 2e Page 1 Principles of Animal
Communication, Second Edition Jack W. Bradbury and Sandra L. Vehrencamp Chapter 14 …

The fish faunas of continental South and Central America constitute one of the greatest
concentrations of aquatic diversity on Earth, consisting of about 10 percent of all living …

Weakly electric gymnotiform and mormyrid fish generate and detect weak electric fields to
image their worlds and communicate. These multi-purpose electric signals are generated by …

The evolutionary radiations of Neotropical electric fishes (Gymnotiformes) provide unique
materials for studies on the evolution of specialized sensory systems and the diversification …

Fish populations are increasingly being subjected to anthropogenic changes to their
sensory environments. The impact of these changes on inter-and intra-specific …

Resolving patterns of ancient and rapid diversifications is one of the most challenging tasks
in evolutionary biology. These difficulties arise from confusing phylogenetic signals that are …

This study provides the most comprehensive Model-Based Total Evidence (MBTE)
phylogenetic analyses of the clade Gymnotiformes to date, reappraising relationships using …

This chapter provides a brief overview of freshwater fish diversity globally, the factors
underlying diversity patterns among and within river basins and phylogenetic groups, and …

The Neotropical knifefish genus Gymnotus is the most broadly distributed and the most
diverse (34+ species) gymnotiform genus. Its wide range includes both Central and South …