On a simple level the population sizes of predators and prey will oscillate up and down slightly out of sync with each other.
Imagine Rabbits and foxes.
1. Foxes will eat many rabbits and rabbit numbers will decrease
2. Foxes begin to run out of food and so will start to die of hunger and so the numbers of the foxes will decrease.
3. As numbers of foxes decrease, less foxes are eating the rabbits, the rabbits can breed and increase their numbers.
4. Foxes have more food again and start eating the rabbits, they increase in number as the rabbit population falls again and so the cycle continues.
If you Google predator-prey population diagram, you will see the populations between predators and preys oscillate most of the time.
The predator eats the prey. However, the predator doesn't necessary have an easy life of it. There are always more prey animals than predators, and some of them have developed aggressive defenses to avoid being eaten. Some creatures, while technically prey, are effectively immune to predation except as infants or old and sick. These include elephants, musk oxen and skunks.
It's a sort of biological arms race. As prey become faster, more dangerous and more alert, predators have to become faster and sneakier.
One of Aesop's fable illustrates a predator-prey relationship. A dog fails to catch a rabbit and a man mocks him for being so much bigger and still losing. The dog replies (animals can talk in fables): "Remember, I was running for my dinner, but the rabbit was running for its life."
It describes the relationship between the two, such as the tendency for prey to be much more wary around a predator, even if they are not hungry; or for a predator that is not hungry to chase prey that runs. A Dominant/submissive relationship.
The process that keeps the amounts of molecules inside and outside the cell balanced is called osmosis. Osmosis is the movement of water across a selectively permeable membrane to equalize the concentration of solutes inside and outside the cell. This process helps maintain the cell's internal environment and prevent excessive swelling or shrinking.
No, food availability is not the only limiting factor for population size. Other factors such as competition for resources, predation, disease, availability of suitable habitat, and environmental conditions like temperature and rainfall can also play a significant role in limiting population growth. In nature, populations are often regulated by a combination of multiple factors rather than just one.
One can effectively remove CO2 from the body by breathing out. When we exhale, we release carbon dioxide from our lungs into the air. This process helps maintain the balance of gases in our body and keeps us healthy.
im not sure
Eating, sleeping,drinking, you know what make YOU stay alive.....
Competition keeps populations balanced in an ecosystems. it keeps populations balanced
It keeps population balanced. Apex bru
Positive energy balance is always important. Having your energy in balance keeps you from slipping too far into the negative and keeps you on a path toward happiness.
Positive energy balance is always important. Having your energy in balance keeps you from slipping too far into the negative and keeps you on a path toward happiness.
Homeostasis keeps the balance in your internal environment. It is important because homeostasis keeps balance in your Oxygen and Carbon intake. In your urinary system it keeps balance of water. How much it should store and how much to take out of the body.
Counter balance is usually the object that keeps another object in balance.
Sleep .
Balance is good for sprinting because it keeps you up right.
Diffusion keeps the amounts of molecules inside and outside the cell in balance, or in a state of homeostasis.
Diffusion keeps the amounts of molecules inside and outside the cell in balance, or in a state of homeostasis.
Diffusion keeps the amounts of molecules inside and outside the cell in balance, or in a state of homeostasis.
Keeps the acidity in balance