Answer:
When taking out of natural habitat and put into an unfamiliar habitat several adaptations and behavioral changes can occur; however, it would depend on circumstances. Compare and contrast.
Explanation:
If you are provided with adequate medical, shelter, food, water, and access to leave whenever to seek these some of these luxury's than adaptation and behavioral changes would be the lesser. However, granted that you just go there with nothing you would would have to fight for survival - to live peacefully. You would have to adapt to your surroundings by learning to camouflage to avoid predators, you would have to learn to hunt for food and water, adapt to the sounds because of your sensory system will be off, you would have to be able build a shelter and learn ways to adapt to the climate. Eventually your body will adapt to withstand the many diseases, the food, and climate of the amazon rain-forest.
Behavioral changes of aggressiveness and alertness can be seen at an elevated level with having to prey and avoid predators -Darwin's survival of the fittest. The behavioral changes go along side with having to shift foraging patterns to avoid predators. Environmental changes can impair sensory systems or interfere with the physiological process which can weaken the ability of survival it can either make you paranoid or you can adapt; thus, changing your behavioral response.
Hope this helps!
Answer:
So this is just a guess but i think its D but like I said its a guess.
Answer: none
Explanation:
If we have that the color characteristic is regulated by the dominant gene R, by crossing two blue flowers with the recessive gene r, no violet flower will be obtained, since the rule of incomplete dominance describes that phenotypes can be obtained intermediates of homozygous parents, however in the case, we only have 2 parents with the same recessive conditions, which do not contribute to generate the violet, to produce one of the parents should have a gene that expresses the color red
A neuron (also known as nerve cell) is an electrically excitable cell that takes up, processes and transmits information through electrical and chemical signals. It is one of the basic elements of the nervous system. In order that a human being can react to his environment, neurons transport stimuli.
