-Age
-Weather
-Excersise
-Pregnancy
-Decreased Activity
-Menstrual Cycle
-Emotions
-Illness/Infection
-Starvation
-Sleep
Circardian Rhythm
stress
Environment
hormonal level
Temperature receptors are located throughout the skin. There are tiny blood vessels, called capillaries, beneath the skin. Those vessels not only bring blood to the skin, they exchange heat. Because the skin is in contact with the environment, heat or cold can travel through it and affect the temperature of the capillaries. The blood in these vessels then travels through the body and transfers that temperature change to larger blood vessels, the venules and arterioles. The venules and arterioles become veins (which take blood to the heart) and arteries (which take blood away from the heart) and continue exchanging heat, which ultimately changes the core temperature of the body.
The body contains temperature receptors which monitor external temperature in order to regulate body temperature. These special temperature receptors are located in the skin.
lowers the temperature lowers the temperature
Yes
Actually, Cold-blooded animals do not maintain a constant body temperature so their body fluctuates based on external temperature.Answer: It is considered as external (if that's what you mean).
lower temperature
sweat lowers the temperature of the body by getting rid of excess liquid
You can get viruses and bacteria throughout the whole body
body temperature
Snail are cold blooded, as their body temperature is controlled via external means.
Ectothermic organisms control body temperature by using external means, such as the sun.
Yes. Fish are ectothermic, commonly referred to as 'cold blooded', because their body temperature depends on their external environment. Mammals are endothermic, or warm-blooded because they can maintain their body temperature.
No, it isn't. They don't have any ability to regulate their own body temperature - they rely on an external source to raise their temperature to a suitable level.