Answer:
competition
Explanation:
After an ecosystem has been destroyed because of certain catastrophe and all of the space that it occupied is totally cleared and open for overtaking, the primary succession comes in action. When the primary succession occurs, there's no competition, as pretty much everything has been destroyed from the previously existing ecosystem. The pioneers of the primary succession are organisms that do not require a lot to prosper, such as the mosses and lichens. As they start to cover the barren land, little by little they manage to change the composition of the rocks, thus resulting in the formation of the first soils. As that happens, the secondary succession comes on the horizon as now it has conditions for it, so the species from it overtake and replace the species form the primary succession.
Your answer is, The Ring of Fire.
<h3><u>
What is The Ring of Fire</u></h3>
The Ring of Fire is a region around much of the rim of the Pacific Ocean where many volcanic eruptions and earthquakes occur. The Ring of Fire is a horseshoe-shaped belt about 40,000 km long and up to about 500 km wide.
<h3><u>
Impact of The Ring of Fire</u></h3>
The earthquake and accompanying fires killed roughly 3,000 people and left half of the city’s residents homeless. The Ring of Fire is also home to hot spots, areas deep within the Earth’s mantle from which heat rises. This heat facilitates the melting of rock in the brittle, upper portion of the mantle.
Thus, <u>option c</u> is your answer.
Learn more about The Ring of Fire here:
brainly.com/question/17761133
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There would be a HUGE increase to their species, because their predator would be gone. And the snakes and rabbits pray would have a huge decrease because there would be more snakes and rabbits that would eat them.
Answer:
The correct answer is "stress relaxation response."
Explanation:
Smooth muscle cells relaxes after being stretched which is called "stress relaxation response". If we explain it a bit further, smooth muscle cells lack gap junctions and because that contraction of a single cell doesn't spread to adjacent cell resulting with no strong contraction.