Evaporation of body water has been shown to have little effect, ordinarily, on the temperature of an insect in flight (Church, 1959). Estimates of long-wave radiation from the body would suggest that it also has little effect. Convection, therefore, promises to be the most important cooling mechanism
Knowledge of the effects of thermal conditions on animal movement and dispersal is necessary for a m...
The relationship between mass loss rate and chemical power in Eying birds is analysed with regard to...
In many insects flight is preceded by a period of muscular activity, during which the temperature of...
Although an insect's body temperature usually stays near that of its immediate surroundings, th...
Like the propagation of light rays, radiation of heat occurs in straight rays consisting of waves. T...
Head and thorax temperatures (7 ^ and T ^ were tightly coupled during pre-flight warm-up over a rang...
The rate of evaporative cooling was calculated from the rate of mass loss in starlings (Sturnus vulg...
The bees can change their body temperature for the realization of activities (Heinrich, 1978). For t...
Muscle potentials in insect flight muscles decrease in amplitude and increase in duration with decre...
The sphinx moth, Celerio lineata, is thought to vary the rate of heat production in response to diff...
Ahstrati-I Grasshopper (Mefanoplus sanguinipes, M. bivittatus) and locust (Locusta migratoria migrat...
International audienceAnimal flight uses metabolic energy at a higher rate than any other mode of lo...
The relationship between mass loss rate and chemical power in flying birds is analysed with regard t...
Poikilothermic animals are commonly accredited with possession of a body temperature closely approxi...
In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thorax to the...
Knowledge of the effects of thermal conditions on animal movement and dispersal is necessary for a m...
The relationship between mass loss rate and chemical power in Eying birds is analysed with regard to...
In many insects flight is preceded by a period of muscular activity, during which the temperature of...
Although an insect's body temperature usually stays near that of its immediate surroundings, th...
Like the propagation of light rays, radiation of heat occurs in straight rays consisting of waves. T...
Head and thorax temperatures (7 ^ and T ^ were tightly coupled during pre-flight warm-up over a rang...
The rate of evaporative cooling was calculated from the rate of mass loss in starlings (Sturnus vulg...
The bees can change their body temperature for the realization of activities (Heinrich, 1978). For t...
Muscle potentials in insect flight muscles decrease in amplitude and increase in duration with decre...
The sphinx moth, Celerio lineata, is thought to vary the rate of heat production in response to diff...
Ahstrati-I Grasshopper (Mefanoplus sanguinipes, M. bivittatus) and locust (Locusta migratoria migrat...
International audienceAnimal flight uses metabolic energy at a higher rate than any other mode of lo...
The relationship between mass loss rate and chemical power in flying birds is analysed with regard t...
Poikilothermic animals are commonly accredited with possession of a body temperature closely approxi...
In endotherms insects, the thermoregulatory mechanisms modulate heat transfer from the thorax to the...
Knowledge of the effects of thermal conditions on animal movement and dispersal is necessary for a m...
The relationship between mass loss rate and chemical power in Eying birds is analysed with regard to...
In many insects flight is preceded by a period of muscular activity, during which the temperature of...