What are cladograms and phylogenetic trees? Learn the differences between cladograms and phylogenetic trees and understand how to read a phylogenetic tree.

Using the phylogenetic tree definition, discover types of phylogenetic trees used to study relationships in the evolution of life. See a phylogenetic tree diagram.

In biology, maximum parsimony is the state in which a phylogenetic tree features the fewest possible number of common ancestors, evolutionary steps, and branches between the organisms it features.

A phylogenetic tree is a diagram that shows related organisms, common ancestors, and shared traits within a monophyletic group. In a phylogenetic tree, there will be a common ancestor shown.

Cladograms and phylogenetic trees provide a visual image of the relationships between organisms, and our quiz and worksheet can help ensure that you understand all of the differences between the two.

What is the purpose of a phylogenetic tree? Why do you think it is helpful for science and non-science majors to understand the purpose and components of phylogenetic trees?

An example of a phylogenetic tree is a basic tree of life that depicts how multiple species are related. On a smaller scale, a family tree is a phylogenetic tree.

Learn the difference between cladograms and phylogenetic trees in our video lesson. Discover their characteristics, then take a quiz to test your knowledge.

Understand what a Cladogram is. Learn the definition and parts of a cladogram, and see how a cladogram works. Explore how to construct a cladogram...

Explore the protist phylogenetic tree. Learn the definition of a protist and understand its classification. Discover the history of the evolutionary tree.