We investigate phylogenetic relationships of the jumping spider subfamily Euophryinae,
diverse in species and genera in both the Old World and New World. DNA sequence data of …

Morphological traits of euophryine jumping spiders were studied to clarify generic limits in
the Euophryinae and to permit phylogenetic classification of genera lacking molecular data …

The evolution of the family Salticidae (jumping spiders) has always puzzled arachnologists,
but with modern DNA and morphological analysis, using cladistic techniques, a pattern is …

Four gene regions were sequenced for 30 species of jumping spiders, most from the
subfamily Dendryphantinae, to investigate their molecular phylogeny and evolution. These …

DNA sequence data from four gene regions (28S, 18S, 16S-ND1, and CO1) were gathered
from 65 jumping spider (salticid) taxa to supplement previously gathered molecular data for …

DNA sequences from the mitochondrial (including ND1, 16S) and nuclear (EF‐1α) genomes
of about ninety‐four species were obtained to reconstruct phylogenetic relationships of …

The mygalomorph spiders in the family Theraphosidae, also known as “tarantulas”, are one
of the most popular and diverse groups of arachnids, but their evolutionary history remains …

Hotspot archipelagoes provide exceptional models for the study of the evolutionary process,
due to the effects of isolation and topographical diversity in inducing the formation of unique …

The classification of jumping spiders (Salticidae) is revised to bring it into accord with recent
phylogenetic work. Of the 610 recognized extant and fossil genera, 588 are placed at least …

Background Habronattus is a diverse clade of jumping spiders with complex courtship
displays and repeated evolution of Y chromosomes. A well-resolved species phylogeny …