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thermophiles halophites Archaea methanogens Animals nonphotosynthetic eukaryotes Fungi ancestral eukaryotic cell amoebozoa original cell brown algae photosynthetic eukaryotes red algae Protists green algge Plants purple bacteria photosynthetic bacteria Eubacteria other hacteria

thermophiles halophites Archaea methanogens Animals nonphotosynthetic eukaryotes Fungi ancestral eukaryotic cell amoebozoa original cell brown algae photosynthetic eukaryotes red algae Protists green algge Plants purple bacteria photosynthetic bacteria Eubacteria other hacteria

Biology 2e
Biology 2e
2nd Edition
ISBN:9781947172517
Author:Matthew Douglas, Jung Choi, Mary Ann Clark
Publisher:Matthew Douglas, Jung Choi, Mary Ann Clark
Chapter20: Phylogenies And The History Of Life
Section: Chapter Questions
Problem 17CTQ: Some organisms that appear very closely related on a phylogenetic tree may not actually be closely...
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Seal thermophiles halophites Archaea methanogens Animals nonphotosynthetic eukaryotes Fungi ancestral amoebozoa eukaryotic original cell cell brown algae photosynthetic eukaryotes red algae Protists green algge Plants purple bacteria photosynthetic bacteria Eubacteria other bacteria past present Figure 2 A simplified phylogenetic tree of the six kingdoms Domains of Life In 1996, Carl Woese conducted a detailed analysis of living organisms. He revealed that all organisms could be classified into three distinct groups. TIhese groups, called 12 éty
Transcribed Image Text:Seal thermophiles halophites Archaea methanogens Animals nonphotosynthetic eukaryotes Fungi ancestral amoebozoa eukaryotic original cell cell brown algae photosynthetic eukaryotes red algae Protists green algge Plants purple bacteria photosynthetic bacteria Eubacteria other bacteria past present Figure 2 A simplified phylogenetic tree of the six kingdoms Domains of Life In 1996, Carl Woese conducted a detailed analysis of living organisms. He revealed that all organisms could be classified into three distinct groups. TIhese groups, called 12 éty
Anal 3. 3. Use the simplified phylogenetic tree in Figure 2 (page 28) to answer the following questions: a) State the four groups that gave rise to the protists b) To which other groups(s) are the Amoebozoa most closely related? c) Suggest some possible reasons to account for why biologists have grouped the Amoebozoa with brown, red, and green algae in the kingdom Protista. ganis Thes 山TG tv
Transcribed Image Text:Anal 3. 3. Use the simplified phylogenetic tree in Figure 2 (page 28) to answer the following questions: a) State the four groups that gave rise to the protists b) To which other groups(s) are the Amoebozoa most closely related? c) Suggest some possible reasons to account for why biologists have grouped the Amoebozoa with brown, red, and green algae in the kingdom Protista. ganis Thes 山TG tv
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