Answer:
The carrying capacity can be defined as the maximum capacity of population size an environment can able to support and sustain indefinitely. Given that the food, water habitat, and other necessities are available in the environment.
It may vary for each species in a habitat because of different shelter, food requirements.
If the species would not adapt to the changes that are taking place in their habitat then they are not able to survive and ultimately they die.
<span>Amoebas are able to protect themselves from unfavorable conditions by forming a "cyst." An amoeba is type of organism that has the ability to change its shape. The reason for this is for the reason of extending and retracting pseudopods.</span>
The Yellowstone River ecosystem can support 2,300 bald eagles. This is an example of<u> temperate- zone ecosystems</u>
Explanation:
Yellowstone National Park is a natural paradise with over 70 species of birds,which include trumpeter swans, sandhill cranes, loons, peregrine falcons, osprey and bald eagles
The Greater Yellowstone Ecosystem, with Yellowstone at its core, is one of the largest nearly intact temperate- zone ecosystems on Earth. It has an area of 12–22 million acres; 18,750– 34,375 square miles
<u>Temperate ecosystems are the ecosystem that are characterized by the seasonality in temperature, with cooler winters and warmer summers, and also show various seasonality in precipitation patterns, resulting from seasonal changes in the orientation of Earth's axis relative to the sun.</u>
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The Yellowstone River ecosystem can support 2,300 bald eagles. This is an example of<u> temperate- zone ecosystems</u>
I think rotation would be the right answer lol
Answer:
50% chance
Explanation:
If the woman's father was color blind then that means that he has the recessive gene on his X chromosome. The Y chromosome does not carry this trait. Now, she has inherited on of her mother's X chromosome and her father's recessive gene on the only X chromosome that he can provide. Since she is not color blind she has inherited a normal/dominant trait from her mother as well. Her male offspring will inherit either one normal or one recessive. So in this case there is a 50% chance of being a color blind male.
