We investigated the thermal responses and thermoregulatory behavior of five small island flying foxes, Pteropus hypomelanus exposed to ambient temperatures ranging from 13.5 to 38.9°C. Bats tended to increase body temperature during the heat of the day. With increasing ambient and body temperatures, bats increased their exposed wing surface and the frequency of wing-fanning behavior. When ambient temperature approached body temperature, bats exposed less wing area and decreased wing-fanning
FARABAUGH. Influence of air temperature on ventilation rates and thermoregulation of a flying bat. A...
Heterotherms vary their use of torpor and choice of refugia to deal with energetic stresses such as ...
The population size of the grey-headed flying fox (Pteropus poliocephalus) has decreased dramaticall...
We investigated the thermal responses and thermoregulatory behavior of five small island flying foxe...
Bats seldom soar because it is behaviour generally associated with the use of thermals, which are no...
Abstract Background Bats are remarkable in their dynamic control over body temperature, showing both...
Body temperature, heterothermy, oxygen consumption, heart rate, and evaporative water loss were stud...
Little is known about the effects of temperature extremes on natural systems. This is of increasing ...
© 2018 Dr. Himali Udeshinie RatnayakeHeatwaves have increased in intensity, duration and frequency i...
Daily patterns of body temperature (Tb) and energy expenditure in heterothermic endotherms are affec...
Summary. Body temperature, heterothermy, oxygen consumption, heart rate, and evaporative water loss ...
Much controversy surrounds the ability of bats to thermoregulate, especially within the hibernating ...
We tested the hypothesis that interspecific variation in chiropteran heat tolerance and evaporative ...
Bats spend most of their lives resting, socializing, and raising their young in roosts. Roost condit...
Determining the underlying mechanisms responsible for species-specific responses to climate change i...
FARABAUGH. Influence of air temperature on ventilation rates and thermoregulation of a flying bat. A...
Heterotherms vary their use of torpor and choice of refugia to deal with energetic stresses such as ...
The population size of the grey-headed flying fox (Pteropus poliocephalus) has decreased dramaticall...
We investigated the thermal responses and thermoregulatory behavior of five small island flying foxe...
Bats seldom soar because it is behaviour generally associated with the use of thermals, which are no...
Abstract Background Bats are remarkable in their dynamic control over body temperature, showing both...
Body temperature, heterothermy, oxygen consumption, heart rate, and evaporative water loss were stud...
Little is known about the effects of temperature extremes on natural systems. This is of increasing ...
© 2018 Dr. Himali Udeshinie RatnayakeHeatwaves have increased in intensity, duration and frequency i...
Daily patterns of body temperature (Tb) and energy expenditure in heterothermic endotherms are affec...
Summary. Body temperature, heterothermy, oxygen consumption, heart rate, and evaporative water loss ...
Much controversy surrounds the ability of bats to thermoregulate, especially within the hibernating ...
We tested the hypothesis that interspecific variation in chiropteran heat tolerance and evaporative ...
Bats spend most of their lives resting, socializing, and raising their young in roosts. Roost condit...
Determining the underlying mechanisms responsible for species-specific responses to climate change i...
FARABAUGH. Influence of air temperature on ventilation rates and thermoregulation of a flying bat. A...
Heterotherms vary their use of torpor and choice of refugia to deal with energetic stresses such as ...
The population size of the grey-headed flying fox (Pteropus poliocephalus) has decreased dramaticall...