Figure 5. Cross-sections through prothorax of smallest worker (head width 0.56 mm) of Dorylus orientalis (A) and of larger conspecific workers (B – E) with indication of head width (HW). Note increase of cuticle thickness with increasing worker size. All photographs at same magnification (oe: oesophagus, lg: labial gland, mf: muscle fibres, ptg: prothoracic ganglion)
FIGURE 4. Bivariate plots for workers and queens of Pogonomyrmex aterrimus, Pogonomyrmex "darlington...
Ants of the genus Melissotarsus (subfamily Myrmicinae) inhabit tunnel systems excavated in the wood ...
FIGURE 1. Head length versus head width (in mm) for specimens identified as A. boulderensis and A. s...
The great evolutionary success of insects is partly linked to the innovation of the cuticle, which u...
The exoskeleton is a unique biological innovation that allowed insects to radiate and dominate the g...
FIGURES 19–20. Fig. 19, graph of head length versus head width. Fig. 20, graph of scape length versu...
The exoskeleton is a unique biological innovation that allowed insects to radiate and dominate the g...
Comparing the anatomies of more than 100 different species of ants reveals that worker ants have enl...
International audienceBackground: Explanations for the ecological dominance of ants generally focus ...
Figure 60 - A–C Worker of Zasphinctus trux (CASENT0731216) A Body in lateral...
Figure 5a - Cataglyphis viaticoides. Lateral view of the body (scale bar = 1mm). ...
<p>Majors are considered the biggest workers, minors are considered the smallest, and mediums are in...
FIGURES 21 – 22. Fig. 21, head length versus head width measurements for A. barbara and A. kimberley...
© 2018, International Union for the Study of Social Insects (IUSSI). Cuticle quality is of vital imp...
Differential organ growth during development is essential for adults to maintain the correct proport...
FIGURE 4. Bivariate plots for workers and queens of Pogonomyrmex aterrimus, Pogonomyrmex "darlington...
Ants of the genus Melissotarsus (subfamily Myrmicinae) inhabit tunnel systems excavated in the wood ...
FIGURE 1. Head length versus head width (in mm) for specimens identified as A. boulderensis and A. s...
The great evolutionary success of insects is partly linked to the innovation of the cuticle, which u...
The exoskeleton is a unique biological innovation that allowed insects to radiate and dominate the g...
FIGURES 19–20. Fig. 19, graph of head length versus head width. Fig. 20, graph of scape length versu...
The exoskeleton is a unique biological innovation that allowed insects to radiate and dominate the g...
Comparing the anatomies of more than 100 different species of ants reveals that worker ants have enl...
International audienceBackground: Explanations for the ecological dominance of ants generally focus ...
Figure 60 - A–C Worker of Zasphinctus trux (CASENT0731216) A Body in lateral...
Figure 5a - Cataglyphis viaticoides. Lateral view of the body (scale bar = 1mm). ...
<p>Majors are considered the biggest workers, minors are considered the smallest, and mediums are in...
FIGURES 21 – 22. Fig. 21, head length versus head width measurements for A. barbara and A. kimberley...
© 2018, International Union for the Study of Social Insects (IUSSI). Cuticle quality is of vital imp...
Differential organ growth during development is essential for adults to maintain the correct proport...
FIGURE 4. Bivariate plots for workers and queens of Pogonomyrmex aterrimus, Pogonomyrmex "darlington...
Ants of the genus Melissotarsus (subfamily Myrmicinae) inhabit tunnel systems excavated in the wood ...
FIGURE 1. Head length versus head width (in mm) for specimens identified as A. boulderensis and A. s...