The energy pyramid (also called ecological pyramid) quantifies the energy transfer from one organism to another along the food chain. Energy decreases as you move through the levels from the bottom to the top of the pyramid.At the bottom are the p<span>roducers which bring energy from nonliving sources (sun) into the community (photosynthesis).
</span><span><span>After the producers (above them) are the primary consumers. They eat the producers, which makes them herbivores. Above them are the s</span><span>econdary consumers. They eat the primary consumers, which makes them carnivores. And at the top are the </span><span>Tertiary consumers.</span></span>
Baby jamison was born with Cystic Fibrosis (CF)
The major functions of lipids in organisms do NOT include B. Supporting Structures.
The form membranes in the plasma, they store energy and they act as Buoyancy aids, so it includes waterproofing surfaces. Only thing which is odd is B. Supporting Structures.
Given that organisms accumulate contaminants into their bioavailable fractions, we can conclude that the most likely outcome of this pollutant on the oysters is that <u>heavy metals will </u><u>bioaccumulate </u><u>in the oysters.</u>
Heavy metals that are often found in water include:
- Lead
- Copper
- Arsenic
- Cadmium
- Manganese
and more.
Though some metals are water-soluble, this does little to lessen the negative impact of their presence in the water. Water is used as an essential resource for all life. Metals in high concentrations, even those soluble in water, have been shown to be <em>fatal </em>to many organisms, including oysters.
Though oysters would suffer to a degree from biomagnification, <u>which is the accumulation of toxins in an organism through the food chain,</u> this will most likely become a serious problem higher up on the food chain, as the oysters are consumed by predators.
The most likely outcome of these pollutants in the water is that the Heavy metals will bioaccumulate in the oysters. This is due to the fact that the oysters will absorb the metals from the water. At high enough concentrations, this will lead to a decrease in the number of oyster offspring, possibly even reducing it to half.
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