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Why do they look color sorted?

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I wonder how each organism is connected and what each color means.

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what environmental change occurred that made potatoes and moss related?

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what organism is the common ancestor?

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I can infer that all the organisms in the chart share a common ancestor and have at some genes in common.

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I can infer that all the organisms on the tree are alike in some way, although evolution has made most of the organisms more complex

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I think all of these organisms are connected somehow. All of these different colors also correspond to each organism.

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I wonder if M.jannashchii is the starting point of all the organisms.

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the organisms have a similar ancestry

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the bacteria went through lots of evolution due to change in environment, and kept evolving until it went from simple to complex life. creating its own genetics and adaptations to survive, and as more adaptations were needed, more species were created. being in different environments also led to different types of adaptation, which would also lead to different/new species depending on the location.

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I'm thinking that the tree goes from simple organisms to more complex, like at the start of the tree is a single cell organism and at the end is a dolphin( pretty smart animals)  or it goes based on time, like at which point they... separated.

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All the animals share a common ancestors.

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a Phylogenetic tree with single cellular and multi cellular organisms leading to one point (most like likely the common ancestor of all these organisms).

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I wonder why animals are more related to plants then yeast if yeast is closer to animals on the tree.

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The organisms can be shown to have similar traits and all share a common anc

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Are phylogenetic trees the same thing as a cladogram?
I wonder how a chicken and a turtle closely related

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I can infer that there was an evolution from simple to complex life and the more complex life got, there were less similarities in the genes.

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Why are Phylogenetic trees important

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Is M. JANNASCHI the common ancestor? If so, how did it come about?

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I can infer that the organisms share a common ancestor and some share similar environments. some of the organisms are more complexed then others.

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I wonder how exactly certain organisms with similar ancestry can connect to multiple of these tree-graphs. Say for example how chimpanzees are related to M. Jannaschii, and in another graph, they are related to lizards. It's very interesting to see, and I wonder why that is so.

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I wonder how the phylogenetic tree came to be, who came up with it and how to exactly read it and thoroughly understand the concept of it.

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I wonder if M. JANNASCHII is suppose to be the starting point of organisms

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- I wonder who came up with the idea of a Phylogenic Tree and how they came up with said idea.
- Does this give strong evidence for divergent evolution?
- Why do we use them?
- Why are some of the organisms different colors than others?

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Some things I can infer from the chart's information is that the more complex and multi-cellular organisms are more alike to one another than singe-celled organisms from the same ancestry. Another thing is that more recent divergencies are more similar because they share more traits and genes.

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I think that these different types of organism can share a lot of things in common even the type of organisms we would at least expect to share common genes. I can infer that the organisms further up the tree the more genes or traits the organisms share.

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i see a phylogenetic tree with a common ancestor

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Complex organisms are more closely related to other organisms that are more complex and not simple.

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Organisms that are closer to each other on the tree are closer in common genes, and that the organisms increase in complexity and diversity as they evolve.

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I see many different organisms that are all under the same phylogenetic tree. Different organisms are different colors, like moss is green and a dolphin is pink.

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Organisms with more genes are more complex compared to organisms with less.

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-The more complex organisms derived from the more simple ones.
-The further up the tree, the more traits (genes) the organisms share.

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I wonder how they came to be. How was the phylogenetic tree created.

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Based on the observations I made, I can infer that organisms that are more complex are more closely related (or share more genes) with other complex organisms than organisms that are simple. I can also infer that these organisms came from a common ancestor because they all share some common genes. You see this in the tree where the most complex, the dolphin shares 217 common genes with the most simple, the M. Jannaschii

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Google says that the difference between archaea and bacterium is that Archaea differ in the fact that their cell wall does not contain peptidoglycan and cell membrane uses ether-linked lipids as opposed to ester-linked lipids in bacteria. so my question is why do those small differences justify a need for another class?

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I think it shows the evolutionary history of those organisms and how close they are related.

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I see a phylogenetic tree with different organisms. They all share a common ancestor. They can compare the organisms and find how many genes they have in common. Then they have the time for how long it took to branch out. maybe?

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That organisms with. a closely related/common ancestor will have similar genes in common as well as a common ancestor ranging from not long ago compared to not as closely related organisms

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I see it started at something very simple but then into something a little more complex.

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I see that the Phylogenetic tree shows the common ancestry of organisms and for example moss and potatoes share a common ancestor ranging back to 551 million years

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theres a common ancestor which through evolution creates new species.

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What I noticed was that everything had at least a few common genes with each other even though they might not be in the same kingdoms.

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Some organisms have more genes than others.

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I noticed that more organisms are more closely related than others.

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All of the organisms in the chart are from a common ancestry (since the chart starts from one point), and share many genes with one another. The actual organisms change their colors based on what sort of organism they are, as animals being pink, plants being green, bacteria being blue, the archaea being purple, and fungi being orange. Only three organisms have their own colors, these being the fungi which is yeast, then malaria which is yellow, and the archaea which is purple. Each organism splits off as they gain evolutionary traits that separate them from other species of the same ancestry.

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there was one type of bacteria that grouped off into multiple types of bacteria, then those bacteria turned into complex life with their own genetics and structures.

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I see many different types of plants and animals that show how many genes they have in common.

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While going through the interactive website, I noticed that certain organisms shared more genes than others, and they appeared to be on a phylogenic tree, that looks similar to a cladogram. I also saw that as more organisms diverged they became more complex. I also see different ways to organize the organisms, such as multicellular, invertebrates, or mammals. This separates the organisms into more specific groups that are more common.

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All of the organisms have a common ancestor. It shows the amount of genes each organism has in common. The colors pinpoint what kind of organism each of them are; archaea, bacterium, protist, plant, fungus, or animal.

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-ALL of the organisms have something in common/ share a common trait.
-S.Aureus "stems from" E.Coli.
-Dolphins are most current.

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I noticed that certain organisms share a very close common ancestor like potatoes and Moss

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some kingdoms have more in common then others.

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the different colors represent different classes of the organism, for example, pink is for animals and green is for plants.