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Write in a unique derived trait for: A1: strepsirrhines (lemur/loris/potto/bushbaby) A2: tarsiers A3: New World monkeys A4: Old World monkeys A5: apes (shared by both small and large bodied species) A6: humans Write in a shared derived trait for each clade: $1: shared by ALL primates $2: shared by ALL haplorrhines (tarsiers, monkeys, apes, and humans) 53: shared by ALL monkey and ape species 54: shared by Old World monkey and apes S5: shared by apes; including small bodied, large bodied and humans

Write in a unique derived trait for: A1: strepsirrhines (lemur/loris/potto/bushbaby) A2: tarsiers A3: New World monkeys A4: Old World monkeys A5: apes (shared by both small and large bodied species) A6: humans Write in a shared derived trait for each clade: $1: shared by ALL primates $2: shared by ALL haplorrhines (tarsiers, monkeys, apes, and humans) 53: shared by ALL monkey and ape species 54: shared by Old World monkey and apes S5: shared by apes; including small bodied, large bodied and humans

Human Anatomy & Physiology (11th Edition)
Human Anatomy & Physiology (11th Edition)
11th Edition
ISBN:9780134580999
Author:Elaine N. Marieb, Katja N. Hoehn
Publisher:Elaine N. Marieb, Katja N. Hoehn
Chapter1: The Human Body: An Orientation
Section: Chapter Questions
Problem 1RQ: The correct sequence of levels forming the structural hierarchy is A. (a) organ, organ system,...
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STREP. TARSIER A1 Unique Derived Trait Shared Derived Trait A2 NEW WORLD OLD WORLD S1 A3 S2 A4 S3 APE S4 ↓ A5 S5 HOMININ A6 Write in a unique derived trait for: A1: strepsirrhines (lemur/loris/potto/bushbaby) A2: tarsiers A3: New World monkeys A4: Old World monkeys A5: apes (shared by both small and large. bodied species) A6: humans Write in a shared derived trait for each clade: S1: shared by ALL primates S2: shared by ALL haplorrhines (tarsiers, monkeys, apes, and humans) 53: shared by ALL monkey and ape species 54: shared by Old World monkey and apes S5: shared by apes; including small bodied, large bodied and humans
Transcribed Image Text:STREP. TARSIER A1 Unique Derived Trait Shared Derived Trait A2 NEW WORLD OLD WORLD S1 A3 S2 A4 S3 APE S4 ↓ A5 S5 HOMININ A6 Write in a unique derived trait for: A1: strepsirrhines (lemur/loris/potto/bushbaby) A2: tarsiers A3: New World monkeys A4: Old World monkeys A5: apes (shared by both small and large. bodied species) A6: humans Write in a shared derived trait for each clade: S1: shared by ALL primates S2: shared by ALL haplorrhines (tarsiers, monkeys, apes, and humans) 53: shared by ALL monkey and ape species 54: shared by Old World monkey and apes S5: shared by apes; including small bodied, large bodied and humans
INSTRUCTIONS: 1. On the branches of the phylogenetic tree on the back side of this worksheet, write in a unique derived trait (Autapomorphy), either anatomical or behavioral, that is used to distinguish each primate subgroup from the other taxa of primates. The points where the derived traits should be entered are labelled A1 - A6 and a written description of what is expected for each appears below and to the right of the tree. 2. On the trunk of the phylogenetic tree write in a shared derived trait (Synapomorphy) that unifies the branches (clades) of the tree which sit to the right of the trait marker (S1-S5). Again these traits can be either anatomical or behavioral and a written description of what is expected for each appears below and to the right of the tree. For both #1 and #2 you should write in at least one trait for each trait marker (A1-A6 and S1-S5) that appears on the phylogenetic tree. Make sure all entries are detailed enough to differentiate taxa and written legibly. If I can't read it, I can't give you credit for it. Definitions: Taxon (singular; taxa-plural): A unit in the biological system of classification of organisms, for example: a phylum, order, family, genus, or species. Unique Derived Trait (Autapomorphy): a distinctive anatomical or behavioral trait that is unique to a given taxon and is useful in distinguishing the taxon from other similar taxa. Shared Derived Trait (Synapomorphy): an anatomical or behavioral trait inherited by multiple taxa from a common ancestor and, thus, indicative of an evolutionary relationship between the taxa.
Transcribed Image Text:INSTRUCTIONS: 1. On the branches of the phylogenetic tree on the back side of this worksheet, write in a unique derived trait (Autapomorphy), either anatomical or behavioral, that is used to distinguish each primate subgroup from the other taxa of primates. The points where the derived traits should be entered are labelled A1 - A6 and a written description of what is expected for each appears below and to the right of the tree. 2. On the trunk of the phylogenetic tree write in a shared derived trait (Synapomorphy) that unifies the branches (clades) of the tree which sit to the right of the trait marker (S1-S5). Again these traits can be either anatomical or behavioral and a written description of what is expected for each appears below and to the right of the tree. For both #1 and #2 you should write in at least one trait for each trait marker (A1-A6 and S1-S5) that appears on the phylogenetic tree. Make sure all entries are detailed enough to differentiate taxa and written legibly. If I can't read it, I can't give you credit for it. Definitions: Taxon (singular; taxa-plural): A unit in the biological system of classification of organisms, for example: a phylum, order, family, genus, or species. Unique Derived Trait (Autapomorphy): a distinctive anatomical or behavioral trait that is unique to a given taxon and is useful in distinguishing the taxon from other similar taxa. Shared Derived Trait (Synapomorphy): an anatomical or behavioral trait inherited by multiple taxa from a common ancestor and, thus, indicative of an evolutionary relationship between the taxa.
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