Figure 4. Scaling relationship between log pronotum width and log horn length in Bledius tricornis (Herbst, 1784). The slope is 1.166 (SE = 0.093) and the linear model has an R2 of 0.78.Published as part of Jenkins Shaw, Josh & Voje, Kjetil Lysne, 2021, Horn scaling relationships in three species of Bledius Leach 1819 (Insecta: Coleoptera: Staphylinidae) show no indication of fitting non-linear allometric models, pp. 3149-3159 in Journal of Natural History 54 (47-48) on page 3155, DOI: 10.1080/00222933.2021.1891315, http://zenodo.org/record/540629
FIGURE 36. Regression G. pennsylvanicus showing a weak correlation between number of file teeth and ...
FIGURE 2. Graph showing horn length plotted against the length of elytral curvature for a Copris cra...
FIGURE 49. Regression cercus length vs. ovipositor length in G. firmus vs. G. pennsylvanicus.Publish...
Figure 2. Scaling relationship between log pronotum width and log horn length in Bledius spectabilis...
Figure 1. (a) Bledius spectabilis Kraatz, 1857 schematic diagram of pronotal measurements taken and ...
The males of some species of the rove beetle genus Bledius Leach (1819) have a pronounced horn protr...
(With 3 figures in the text) The constancy of postmoult,/premoult ratios of measures of linear size ...
By comparing alternative measurements of horn length in the beetle Onthophagus taurus, we have inve...
Allometry studies describe how phenotypic traits increase relative to the increase of the size of th...
The developmental independence of alternative phenotypes is key to evolutionary theories of phenotyp...
Male horn dimorphism is a rather common phenomenon in dung beetles, where some adult individuals hav...
Biological diversity is to a large extent a matter of variation in size. Proportional (isometric) sc...
The developmental independence of alternative phenotypes is key to evolutionary theories of phenotyp...
<p>(A) Three <i>T. dichotomus</i> males (left) with small increases in body size, associated with mo...
The scaling relationships between horns and body size in a Mexican population of males of the rhinoc...
FIGURE 36. Regression G. pennsylvanicus showing a weak correlation between number of file teeth and ...
FIGURE 2. Graph showing horn length plotted against the length of elytral curvature for a Copris cra...
FIGURE 49. Regression cercus length vs. ovipositor length in G. firmus vs. G. pennsylvanicus.Publish...
Figure 2. Scaling relationship between log pronotum width and log horn length in Bledius spectabilis...
Figure 1. (a) Bledius spectabilis Kraatz, 1857 schematic diagram of pronotal measurements taken and ...
The males of some species of the rove beetle genus Bledius Leach (1819) have a pronounced horn protr...
(With 3 figures in the text) The constancy of postmoult,/premoult ratios of measures of linear size ...
By comparing alternative measurements of horn length in the beetle Onthophagus taurus, we have inve...
Allometry studies describe how phenotypic traits increase relative to the increase of the size of th...
The developmental independence of alternative phenotypes is key to evolutionary theories of phenotyp...
Male horn dimorphism is a rather common phenomenon in dung beetles, where some adult individuals hav...
Biological diversity is to a large extent a matter of variation in size. Proportional (isometric) sc...
The developmental independence of alternative phenotypes is key to evolutionary theories of phenotyp...
<p>(A) Three <i>T. dichotomus</i> males (left) with small increases in body size, associated with mo...
The scaling relationships between horns and body size in a Mexican population of males of the rhinoc...
FIGURE 36. Regression G. pennsylvanicus showing a weak correlation between number of file teeth and ...
FIGURE 2. Graph showing horn length plotted against the length of elytral curvature for a Copris cra...
FIGURE 49. Regression cercus length vs. ovipositor length in G. firmus vs. G. pennsylvanicus.Publish...