Add to ORKGThe relation of fur to the thermal biology of mammals was studied. Qualitative and quantitative (length, density and insulation volume) fur parameters of six rodent species with subterranean activity were determined. The explored species vary in many characteristics, such as ecology or kinship
Understanding how evolutionary variation in energetic metabolism arises is central to several theori...
Mammalian fur is a highly adaptable structure, with a broad range of well-documented functions. Many...
Surface temperatures of 56 mammal species were measured using infrared-thermography (IRT) at ambient...
Physical regulation of heat, as an adaptive character, plays an important role in the relations betw...
Eight rodent species with fossorial activity differing in a number of characteristics such as ecolog...
In this work, the changes in fur density and length in the subterranean rodent Ctenomys talarum were...
This paper investigates the influence of seasonal adaptations to thermoregulatory heat loss for deer...
The African ice rat Otomys sloggetti robertsi is a small rodent confined to cold, alpine habitats. I...
The relatively warm and very humid environment of burrows presents a challenge for thermoregulation...
Data on minimal thermal conductance for 127 rodent species, together with data on body mass, basal m...
The object of investigation: lynx, fox, musk-rat. The purpose of the work: the phonetico-morphometri...
Body temperature of the European water-shrew Neomys fodiens was reinvestigated with intraperitoneall...
The coats of birds and mammals typically vary through their depth in structure, insulation and optic...
The adult morphology of some mammals and birds has been shown to be determined by the temperature at...
The low basal metabolic rate (BMR) observed in subterranean rodents, compared to that of surface-dwe...
Understanding how evolutionary variation in energetic metabolism arises is central to several theori...
Mammalian fur is a highly adaptable structure, with a broad range of well-documented functions. Many...
Surface temperatures of 56 mammal species were measured using infrared-thermography (IRT) at ambient...
Physical regulation of heat, as an adaptive character, plays an important role in the relations betw...
Eight rodent species with fossorial activity differing in a number of characteristics such as ecolog...
In this work, the changes in fur density and length in the subterranean rodent Ctenomys talarum were...
This paper investigates the influence of seasonal adaptations to thermoregulatory heat loss for deer...
The African ice rat Otomys sloggetti robertsi is a small rodent confined to cold, alpine habitats. I...
The relatively warm and very humid environment of burrows presents a challenge for thermoregulation...
Data on minimal thermal conductance for 127 rodent species, together with data on body mass, basal m...
The object of investigation: lynx, fox, musk-rat. The purpose of the work: the phonetico-morphometri...
Body temperature of the European water-shrew Neomys fodiens was reinvestigated with intraperitoneall...
The coats of birds and mammals typically vary through their depth in structure, insulation and optic...
The adult morphology of some mammals and birds has been shown to be determined by the temperature at...
The low basal metabolic rate (BMR) observed in subterranean rodents, compared to that of surface-dwe...
Understanding how evolutionary variation in energetic metabolism arises is central to several theori...
Mammalian fur is a highly adaptable structure, with a broad range of well-documented functions. Many...
Surface temperatures of 56 mammal species were measured using infrared-thermography (IRT) at ambient...