<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 the 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. cicatricosus</i> during flight, showing lower contrast between T<sub>thorax</sub> and T<sub>abdomen</sub>, relative to <i>S. sacer</i>.</p
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 ...
1. Flies of the genus Syrphus aggregated at specific sites in the field ('leeks'). Flies a...
<p>(A) Individual variation of T<sub>thorax</sub> (in red) and T<sub>abdomen</sub> (in blue). Enviro...
<div><p>In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thora...
<p>Differences between (A) T<sub>thorax</sub> and T<sub>abdomen</sub> during flight for <i>Scarabaeu...
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...
The influence of thermal history on temperature-dependent flight performance was investigated in an ...
Knowledge of the effects of thermal conditions on animal movement and dispersal is necessary for a m...
FARABAUGH. Influence of air temperature on ventilation rates and thermoregulation of a flying bat. A...
Although an insect's body temperature usually stays near that of its immediate surroundings, th...
Head and thorax temperatures (7 ^ and T ^ were tightly coupled during pre-flight warm-up over a rang...
Locusts do not regulate thoracic temperature during flight and as a result the thoracic temperature ...
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 ...
1. Flies of the genus Syrphus aggregated at specific sites in the field ('leeks'). Flies a...
<p>(A) Individual variation of T<sub>thorax</sub> (in red) and T<sub>abdomen</sub> (in blue). Enviro...
<div><p>In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thora...
<p>Differences between (A) T<sub>thorax</sub> and T<sub>abdomen</sub> during flight for <i>Scarabaeu...
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...
The influence of thermal history on temperature-dependent flight performance was investigated in an ...
Knowledge of the effects of thermal conditions on animal movement and dispersal is necessary for a m...
FARABAUGH. Influence of air temperature on ventilation rates and thermoregulation of a flying bat. A...
Although an insect's body temperature usually stays near that of its immediate surroundings, th...
Head and thorax temperatures (7 ^ and T ^ were tightly coupled during pre-flight warm-up over a rang...
Locusts do not regulate thoracic temperature during flight and as a result the thoracic temperature ...
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 ...
1. Flies of the genus Syrphus aggregated at specific sites in the field ('leeks'). Flies a...