Which two species are likely to have the most similar dna base sequences?
1 answer:
Based on the attached Image;
The two species that are likely to have the most similar DNA base sequences are C and D.
An evolutionary tree or a phylogenetic tree, like the one shown on the image is used to indicate which ancestors gave rise to which descendants. The tree represents the evolutionary relationships among a set of organisms or groups of organisms, called taxa. The tips of the tree represents groups of descendant taxa and the nodes represents the common ancestors of these descendants.
The two species that are likely to have the most similar DNA base sequences are C and D.
An evolutionary tree or a phylogenetic tree, like the one shown on the image is used to indicate which ancestors gave rise to which descendants. The tree represents the evolutionary relationships among a set of organisms or groups of organisms, called taxa. The tips of the tree represents groups of descendant taxa and the nodes represents the common ancestors of these descendants.
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Answer:
According to the population growth graph, what can be determined about the population is that the carry capacity is around 0.4 million.
Explanation:
The graph shows the growth curve of a rabbit population, which is increasing progressively over the years until it flattens out in 2002, which is surely related to the carrying capacity of this population, established at around 0.4 million rabbits.
<u> Carrying capacity is the maximum number of inhabitants that can be in a given place according to the space and resources available</u>. The population can increase as long as they have the necessary space and resources to support a certain number of inhabitants. When the population exceeds its carrying capacity, it experiences a decrease in growth.
<em>In the graph, the growth of the rabbit population decreased when it reached a number of inhabitants of 0.4 million.</em>
Learn more:
Carrying capacity brainly.com/question/1082066
