Mammals and Birds are homeothermic.
Extra Credit
As animals get larger the ratio of their volume to their surface area increases, this reduces the rate at which they lose hear to the environment and also reduces the rate at which environmental changes alter their internal temperature, this phenomenon is known as Gigantothermy and enables reptiles and fish, such as the Sea Turtle and Great White Shark to maintain a constant body temperature.
A homeotherm maintains its body temperature by regulating heat production and loss. This can involve mechanisms such as shivering to generate heat, sweating to cool down, adjusting blood flow to the skin, and behaviors like seeking shelter or sunbathing. Homeotherms can also adjust their metabolic rate to help maintain a stable internal temperature.
In a warm environment, heat must be dissipated to maintain body temperature. In humans, increased surface blood flow, especially to the limbs, acts to dissipate heat at the surface. At environmental temperatures above 93°F (34°C), or at lower temperatures when metabolism has been increased by work, heat must be lost through the evaporation of the water in sweat. People in active work may lose as much as 4 quarts per hour for short periods. However, when the temperature and humidity are both high, evaporation is slowed, and sweating is not effective. Most mammals do not have sweat glands but keep cool by panting (evaporation through the respiratory tract) and by increased salivation and skin and fur licking.
Birds maintain a body temperature in the range of 105-109 degrees Fahrenheit. This high body temperature helps birds to regulate their metabolism and activities.
Body temperature fluctuates due to various internal and external factors, such as metabolism, physical activity, hormonal changes, and environmental conditions. The body works to maintain a stable internal temperature through processes like thermoregulation, where it either produces or loses heat to balance with the external environment. Fluctuations in body temperature can be normal responses to help the body adapt and function optimally.
To maintain homeostasis in response to high temperatures, a human's body will likely increase sweating to cool down through evaporation, vasodilate blood vessels near the skin to release heat, and decrease metabolic rate in extreme cases to conserve energy. These responses help regulate body temperature and prevent overheating.
The two types of body temperature are core body temperature, which is the temperature of the internal organs, and surface body temperature, which is the temperature of the skin and extremities. Core body temperature is typically more stable and tightly regulated than surface body temperature.
The body temperature of an endothermic animal will remain relatively constant as its metabolism generates heat to maintain a stable internal temperature, regardless of changes in the environment's temperature. However, in extreme cold conditions, the animal may need to increase its metabolic rate or seek shelter to prevent excessive heat loss.
"Homeotherms" maintain a steady body temperature and are warm-blooded, as opposed to "Poikilotherms" which are cold-blooded.An example of a homeotherm is a Lion, an example of a poikilotherm is a Crocodile.
Homeotherms.
A homeotherm is an organism that can regulate its body temperature to stay relatively constant despite changes in external temperature. This ability to regulate body temperature internally allows homeotherms to maintain a stable environment for important biological processes. Examples of homeotherms include mammals and birds.
An ectotherm is an animal that controls its body temperature through external means. As a result of this it is dependant on environmental heat sources (such as basking in the sun) and has a fairly low metabolic rate. An endotherm is an animal capable of producing heat by internal means (such as a high metabolism). A homeotherm is able to maintain a stable body temperature through a narrow range. Most endotherms are therefore homeotherms however some animals considered to be endotherms by definition such as some large fish lack the insulation and thermoregulation to maintain a constant internal body temperature and are therefore not considered homeotherms, but poikilotherms- where the body's temperature changes with the environment. Some ectotherms, for example tropical marine invertebrates live in warm waters that stay at a constant temperature. Therefore their body temperature does not fluctuate and they are considered ectothermic homeotherms.
a homeotherm
they maintain body temperature by sleeping during the day and hunt at night
How do are body's maintain a constant temperature?
by sleeping during the day and hunt at nightnoMajority of the cold-blooded animals maintain their body temperature by exposing their body to the sun
its fur
Endothermic animals maintain constant body temperature in a number of ways. One way is to lay out in the sun.
No
Birds maintain a body temperature in the range of 105-109 degrees Fahrenheit. This high body temperature helps birds to regulate their metabolism and activities.