If one of the primary consumers in an ecosystem disappears, there would be predatory pressure on the remaining primary consumers and the plant population will flourish more.
<h3>Ecosystem interaction</h3>
In an ecosystem consisting of plants, bison, elk, and wolves in which the bison and elk are primary consumers and the wolves are predators, both the bison and elk depend on the plant that grows in the ecosystem.
The wolves, on the other hand, depend on the bison and the elk for food.
Now, assuming that the bison disappear over time, this will put less grazing pressure on the plants in the ecosystem and allow them to flourish. This, however, leaves the elk as the only primary consumer and prey in the ecosystem.
Thus, predatory pressure will increase on the elk while competition for food would be more severe among the wolves.
More on ecosystem interaction can be found here: brainly.com/question/11339900
Based on this information, one would expect them to be MONOGAMOUS AND SEXUALLY MONOMORPHIC.
Monogamous means that the bird species normally have a partner per time for sexual reproduction.
Monomorphic means that the two birds, both male and female show no difference between each other with the exception of their genitalia. That is the male and the female look the same.
Answer:
Answered below
Explanation:
A codon is a sequence of nucleotide triplets of messenger ribonucleic acids, or deoxyribonucleic acid. The start codon is defined as the first codon of a messenger ribonucleic acid transcript that is being translated by the ribosomes.
The ability to initiate the right AUG codon determines the correctness of translation. In eukaryotes, this is accomplished by scanning mechanism. In the scanning mechanism, the ribosomal subunit attached to the five prime end of the messenger ribonucleic acid and inspects base to base for an AUG using complementarity with the anticodon of methionyl indicator transfer RNA as the key to identifying AUG.
The start codon always code for a modified methionine in bacteria and codes for methionine in eukaryotes. Alternate start codons are found in bacteria and eukaryotes . They are different from standard AUG codon and are initiated by a separate transfer ribonucleic acid. They are rare in eukaryotes but common in bacteria.
Ground Substance is the correct answer
