<p>(A) Individual variation of T<sub>thorax</sub> (in red) and T<sub>abdomen</sub> (in blue). Environmental temperature (T<sub>ambient</sub>) (in green) was maintained during each experiment. (B) Comparison of slopes of T<sub>thorax</sub>, T<sub>abdomen</sub> and T<sub>ambient</sub> variation during flight (<i>N</i> = 27; Kruskal-Wallis test with the Conover-Inman post hoc test for pairwise comparisons, α<0.05); black dots indicate the median values; temperatures with the same letter did not differ significantly from each other. (C) Thermal image of <i>S. sacer</i> during flight showing the strong contrast between T<sub>thorax</sub> and T<sub>abdomen</sub>.</p
1. Flies of the genus Syrphus aggregated at specific sites in the field ('leeks'). Flies a...
Many endothermic animals experience variable limb temperatures, even as they tightly regulate core t...
Recent studies on bird flight propose that hotter wing surfaces reduce skin friction drag, thereby i...
<p>(A) Individual variation of T<sub>thorax</sub> (in red) and T<sub>abdomen</sub> (in blue). Enviro...
<p>Differences between (A) T<sub>thorax</sub> and T<sub>abdomen</sub> during flight for <i>Scarabaeu...
<div><p>In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thora...
In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thorax to the...
In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thorax to the...
<p>(A) <i>S. sacer</i> and (B) <i>S. cicatricosus</i>. Arrows indicate regions in which body tempera...
Knowledge of the effects of thermal conditions on animal movement and dispersal is necessary for a m...
Head and thorax temperatures (7 ^ and T ^ were tightly coupled during pre-flight warm-up over a rang...
Although an insect's body temperature usually stays near that of its immediate surroundings, th...
International audienceAnimal flight uses metabolic energy at a higher rate than any other mode of lo...
The influence of thermal history on temperature-dependent flight performance was investigated in an ...
Recent studies on bird flight propose that hotter wing surfaces reduce skin friction drag, thereby i...
1. Flies of the genus Syrphus aggregated at specific sites in the field ('leeks'). Flies a...
Many endothermic animals experience variable limb temperatures, even as they tightly regulate core t...
Recent studies on bird flight propose that hotter wing surfaces reduce skin friction drag, thereby i...
<p>(A) Individual variation of T<sub>thorax</sub> (in red) and T<sub>abdomen</sub> (in blue). Enviro...
<p>Differences between (A) T<sub>thorax</sub> and T<sub>abdomen</sub> during flight for <i>Scarabaeu...
<div><p>In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thora...
In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thorax to the...
In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thorax to the...
<p>(A) <i>S. sacer</i> and (B) <i>S. cicatricosus</i>. Arrows indicate regions in which body tempera...
Knowledge of the effects of thermal conditions on animal movement and dispersal is necessary for a m...
Head and thorax temperatures (7 ^ and T ^ were tightly coupled during pre-flight warm-up over a rang...
Although an insect's body temperature usually stays near that of its immediate surroundings, th...
International audienceAnimal flight uses metabolic energy at a higher rate than any other mode of lo...
The influence of thermal history on temperature-dependent flight performance was investigated in an ...
Recent studies on bird flight propose that hotter wing surfaces reduce skin friction drag, thereby i...
1. Flies of the genus Syrphus aggregated at specific sites in the field ('leeks'). Flies a...
Many endothermic animals experience variable limb temperatures, even as they tightly regulate core t...
Recent studies on bird flight propose that hotter wing surfaces reduce skin friction drag, thereby i...