If the area is said to be flooded due to global warming, the group that would most likely adapt to this change are the animals in group E.
<h3>What are the group E animals?</h3>
These are the groups of animals that are able to seek shelter in such periods as floods by rising to the top of the water and staying afloat.
These types of animals are amphibians as well as reptiles. They can be able to swim on this water for a long time.
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<h3>Complete question</h3>
Imagine that these animals lived in a costal habitat, Due to global warming, sea level rise and the area was flooded. Which group would MOST LIKELY be best adapted for this change in habitat?
Group a.
Group b
Group C
Group D
Group E.
I believe that the answer is PARENTS
Answer: Option C
Explanation:
Protein building begins on the DNA strand. Usually, the DNA contains genetic information which flows from nucleic acids to proteins in a series of steps:
1) Replication: this is the first step. It involves the copying of parental DNA into daughter copies.
2) Transcription: this is the second step. Here, parts of the coded genetic message in DNA are copied precisely in the form of RNA - in the form of messenger RNA (mRNA).
3) Translation: this is the third step. Here, genetic message coded in mRNA is translated, on the ribosomes, into a protein with a specific sequence of amino acids.
Simply put, DNA makes RNA, and RNA makes protein.
Answer is c. If one essential nutrient within an ecosystem runs out, primary productivity will be limited
According to Vitousek et al., 2010, nutrient limitation defined as meaningful additions of an essential element in biologically available forms which increases the rate of primary productivity or increase in the biomass in an ecosystem. Alternately, nutrient limitation may also explained as when the supply of one essential nutrient of the ecosystem runs out the primary productivity of the plants will be limited.
