The correct answer for the given statement above would be FALSE. Understanding the salinity of aquatic environment is IMPORTANT in understanding the overall ecosystem. Salinity<span> has a huge effect on what species can exist in </span>aquatic environments. The amount of salt present in the water can determine the impact of living organisms present on that area. Salinity can disrupt the entire food chain within an aquatic ecosystem. Hope this answer helps.<span>
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An organism's <u>environment </u>includes everything that surrounds it.
There are a lot of effects that could happen to the function of the neurons when the neuro toxin have conducted the change. Would be unable to generate action potentials are the axons. Also the axon potentials would have a shortage in repolarization phase. So it can actually be shorter than usual.
Answer:
Macrophages and Helper T-lymphocytes.
Explanation:
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