Homeostasis

Abstract: In order to survive it is important that organisms maintain homeostasis. One element of steady state is temperature control. The two ways organisms regulate body temperature are by behavioral and morphological adaptation. In this experiment, we investigate behavior adaptation of the nest in the model organism and morphological adaptation of the wing. It is predicted that adding nest holes and feathers will help maintain homeostasis by thermoregulation.

"Dynamic balance" is the ability of the body or cell to seek and maintain a balance or steady state in its internal environment "while addressing external changes" (www.biology-online.org/ dictionary / Homeostasis). "The main function of homeostasis is to keep all the processes in the body stable even if the weather and the environment change outside (http://www.buzzle.com/articles/what-is-homeostasis.html Temperature control is definitely the most important aspect of homeostasis.The warm-blooded animal can maintain a more adjustable constant body temperature. "In the human body, adjusting body temperature to around 98.6 degrees Fahrenheit Keeping it in balance, you can balance the body "(http://www.biology-online.org/dictionary/Homeostasis). For example, when the body is hot we cool our body and cold seasons tremble. Fish is a cold blooded animal

Temperature homeostasis is one of the most important examples of homeostasis in organisms. Body temperature homeostasis keeps the animal's body temperature at a stable temperature. That is, it helps the animal's body temperature to overheat and get cold. Animals with balanced body temperature (birds and mammals) are called warm-blooded animals. Other animals whose body temperature changes are called temperature change animals. The thermostat normally keeps body temperature around 37 ° C just as it is also called warm-blooded animal. If they are immersed in the sun for a while, their blood will be very warm