The development of a community where no life has existed before is called primary succession.
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Scientists can best use scientific argumentation to evaluate a scientific claim by developing a hypothesis that explains why the data support the claim (option A).
<h3>What is a hypothesis?</h3>
A hypothesis is a a tentative conjecture explaining an observation, phenomenon or scientific problem that can be tested by further observation, investigation and/or experimentation.
According to the scientific method, which is the method of discovering knowledge about the natural world based on making falsifiable predictions (hypotheses) and testing them empirically, the following are employed:
- Asking a question/Making an observation
- Constructing a hypothesis
- Testing the hypothesis
- Analyzing the data
- Making a conclusion
Therefore, scientists can best use scientific argumentation to evaluate a scientific claim by developing a hypothesis that explains why the data support the claim.
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The postorbital is a triradiate bone that forms a part of the dermal skull root.
<h3>What is the postorbital bone?</h3>
The postorbital is a triradiate bone that is found close to the occipital region/area of the skull.
The postorbital bone is well known to link the frontal bone from the skull to the zygomatic arch in the head.
The postorbital bone is formed by a delicately curved bone that fails to reach the zygomatic head arch.
Learn more about postorbital bone here:
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Answer:
Interspecific competition
Explanation:
Interspecific competition occurs when two different species occupy the same environment as they coexist and depend on the same limited resources for survival. As a result of these limited resources, there's competition between the different species with each species having their different levels of fitness. Their level of fitness determines how well they will complete with other species. This will also determine if they will go extinct or thrive in such environment where there's interspecific competition.
The graph given shows the growth of the relative population size of two different species grown together.
It shows that P. aurelia, with time, outcompetes P. coudatum.
This graph clearly suggest that interspecific competition has occurred. Both species are competing for the same limited resources.
P. aurelia has a greater fitness which enables it to outcompete the other species sharing the same environment with it.
Interspecific competition beats describes the relationship between the two species in graph B.
