Fig. 6. Details of hexapod tarsi and pretarsi. (A, B) Urocerus gigas (Hymenoptera), hindleg, tarsus, lateral aspect. (C) Abia seriacea (Hymenoptera), hindleg, ventrolateral aspect of the single attachment thorn. (D) Panorpa communis (Mecoptera), midleg, pretarsus, ventrolateral aspect. (E) Tipula sp. (Diptera), midleg, pretarsus, ventrolateral aspect. (F) Apis mellifera (Hymenoptera), midleg, tarsus, ventral aspect. AR, arolium; ARC, arculus; HS, hairy soles; PLN, planta; TAR, tarsal segments; TH, specialized tarsal adhesive thorns; UN, claw; UT, unguitractor platePublished as part of R. G. Beutel & S. N. Gorb, 2001, Ultrastructure of attachment specializations of hexapods (Arthropoda): evolutionary patterns inferred from a revised ordina...
FIGURE 7. Scanning electron micrographs of foreleg integumentary specializations of Plega dactylota....
FIGURE 6. Foreleg morphology of Plega dactylota. (a) Anterior surface. (b) Posterior surface. (c) Fe...
Changes in the morphological character of appendages are essential to arthropod diversification and ...
Fig. 7. Details of hexapod tarsi and pretarsi. (A) Bibio nigriventris (Diptera), hindleg, pretarsus,...
Fig. 4. Details of hexapod tarsi and pretarsi. (A) Lepisma saccharina (Zygentoma), foreleg, pretarsu...
Fig. 3. Diversity of the leg attachment devices (graycolored areas) in hexapods. (a) Arolium (smoot...
Fig. 2. Terminology of arolium structures (schematized from Snodgrass 1956). (a) Dorsal aspect; (b) ...
Attachment devices of representatives of most higher taxa of hexapods were examined. Short descripti...
Characters of hexapod attachment structures were analysed cladistically together with 110 additional...
23 Auchenorrhyncha Tarsi are threesegmented. An arolium has evolved in cicadids and cercopids (Fig...
This study shows that, in their evolution, hexapods have convergently developed two distinctly diffe...
<p>Insects have developed specialized structures on their feet for adhering to surfaces, with stick ...
<p>Insects have developed specialized structures on their feet for adhering to surfaces, with stick ...
AbstractThe arthropods are the most speciose, and among the most morphologically diverse, of the ani...
Figure 6 - Orthomeria (Orthomeria) kangi sp. n. tarsal and pretarsal attac...
FIGURE 7. Scanning electron micrographs of foreleg integumentary specializations of Plega dactylota....
FIGURE 6. Foreleg morphology of Plega dactylota. (a) Anterior surface. (b) Posterior surface. (c) Fe...
Changes in the morphological character of appendages are essential to arthropod diversification and ...
Fig. 7. Details of hexapod tarsi and pretarsi. (A) Bibio nigriventris (Diptera), hindleg, pretarsus,...
Fig. 4. Details of hexapod tarsi and pretarsi. (A) Lepisma saccharina (Zygentoma), foreleg, pretarsu...
Fig. 3. Diversity of the leg attachment devices (graycolored areas) in hexapods. (a) Arolium (smoot...
Fig. 2. Terminology of arolium structures (schematized from Snodgrass 1956). (a) Dorsal aspect; (b) ...
Attachment devices of representatives of most higher taxa of hexapods were examined. Short descripti...
Characters of hexapod attachment structures were analysed cladistically together with 110 additional...
23 Auchenorrhyncha Tarsi are threesegmented. An arolium has evolved in cicadids and cercopids (Fig...
This study shows that, in their evolution, hexapods have convergently developed two distinctly diffe...
<p>Insects have developed specialized structures on their feet for adhering to surfaces, with stick ...
<p>Insects have developed specialized structures on their feet for adhering to surfaces, with stick ...
AbstractThe arthropods are the most speciose, and among the most morphologically diverse, of the ani...
Figure 6 - Orthomeria (Orthomeria) kangi sp. n. tarsal and pretarsal attac...
FIGURE 7. Scanning electron micrographs of foreleg integumentary specializations of Plega dactylota....
FIGURE 6. Foreleg morphology of Plega dactylota. (a) Anterior surface. (b) Posterior surface. (c) Fe...
Changes in the morphological character of appendages are essential to arthropod diversification and ...