Primate Taxonomy Flashcards

1
Q

taxonomic classification

A

hierarchial organisizing systems based on acentral trait similarities

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2
Q

homoinoid clade

A

humans, african apes, asian apes

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3
Q

renamed groups

A

– tarsiers from prosimians to haplorhines

– muriqiui (splits into two species; southern and northern)

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4
Q

derived traits

A

distinuish a species from a last common acestor (can be homologous or homoplasy)

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5
Q

homology

A

shared drived trait (e.g. knuckle walking in gorillas and chimps)

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6
Q

homoplasy

A

an analougs trait that indepdenent evolved (e.g. trichromatic vision in catahrrines and howler monkeys)

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7
Q

what causes changes in traits to occur

A

mutations

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8
Q

types of evolution

A

analogous/convergent/parallel evolution

social evolution

cultural evolution

homologous evolution

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9
Q

old classification

A

based on PHENETIC/convergent similairites (apperance)

  1. prosimians
  2. anthropoids
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10
Q

prosimians

A

lemurs
lorises
tarsiers

(paraphyletic clade)

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11
Q

anthropoids

A

nw world monkeys
old world monkeys
apes

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12
Q

new classification

A
  1. strepsirhines
  2. haplorhines

is the cladistic classifcaiton (monophyletic)

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13
Q

strepsirhines groups

A

lemurs

lorises

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14
Q

strepsirhines aspects

A
  1. streps = curly nose + yes rhinarium
  2. wet nose
  3. some with claws instead of nails and acute smell
  4. have a rhinarium and use scent marking
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15
Q

haplorhine groups

A
  1. new world monkeys
  2. old world monkeys
  3. tarsiers
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16
Q

anthropoidea groups?

A

new world monkeys (playyrrhines) and (catarthines: old world monkeys + apes)

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17
Q

catarrhine sub broups

A

old world monkeys

apes

18
Q

old world monkeys sub groups

A

cercopithecines

colobines

19
Q

apes sub groups

A

large apes

small apes

20
Q

haplorrhine aspect

A
  1. haplor= simple nose
  2. dry nose
  3. mostly vision > olfaction (tarsiers and owlmonkeys exeption) (diurnal)
  4. social (exept orangutan)
  5. eyes surrounded by bone
21
Q

anthropoid aspects

A

larger brains

distinct brain achitecture

22
Q

platyrhinne aspects

A

flat nose

round nostrils

23
Q

catarrhine aspects

A

downward facing nose

comma-shaped nostrils

24
Q

taxonomic suffixes

A
subfamily= -nae
family= -dea
superfamily= -oidea
25
Q

new world monkeys sub groups

A

atelids
cebids
callitridics

26
Q

old world monkey subroupds

A

cercopithecines

colobines

27
Q

apes sub groups

A

small apes

great apees

28
Q

atelid examples

A

howler monkeys
spider monkeys
muriqui

29
Q

cebid examples

A

capuchins

squirrel moneys

30
Q

callitridichd example

A

marmosets

tamarins

31
Q

cercopithecine examples

A
macaque
guenon
baboon 
gelada
mandrill
32
Q

colobine example

A

b+ w colobus
prooviscus monkey
langur
sub nosed monkeys

33
Q

small apes example

A

gibbon

34
Q

great apes

A
orangutan 
gorilla
chimp
bonobo
humans
35
Q

systematics?

A

construction of phylogeneis

36
Q

taxonomies?

A

USE of phylogenies in naming and classification

37
Q

darwin classification

A

‘tree of life’ hierarchy of animals

38
Q

what does the hominoid clade share

A

no tail
unspecialized digestive system
pentadactyle limbs

39
Q

role of phylogeneitc reconstruction?

A
  1. identifying and classifying organisms (taxonomy)
  2. establishing phylogenetic relationships
  3. explaining why some species adapted traits and not others
  4. morphological features explained
40
Q

example of a convergent trait in hominoids

A

old belief= chimps + gorillas closer related due to knuckle walking locomotions

new belief= this evolved indepdenetly/humans loss the trait= hence humans and chimps closer related

41
Q

shared environment effects…

A

analogy and phenetic features

e..g wings of flying animals

42
Q

common acnestry causes..

A

homolougs features
clades
e.g. pentadactl mammal limbs