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69 Cards in this Set

  • Front
  • Back
Cebinae
--- and ---
What niche(s) in the NWM adaptive radiation do they fill?
Highly intelligent.
Taxonomically less diverse than Alteinae or Callitrichinae
4-7 species of capuchins
5 species of squirrel monkeys
Capuchins;Squirrel monkeys
---
Capuchins and Squirrel monkeys
What niche(s) in the NWM adaptive radiation do they fill?
Highly intelligent.
Taxonomically less diverse than Alteinae or Callitrichinae
4-7 species of capuchins
5 species of squirrel monkeys
Cebinae
Cebinae
Capuchins and Squirrel monkeys
What niche(s) in the --- adaptive radiation do they fill?
--- intelligent.
Taxonomically less diverse than Alteinae or Callitrichinae
4-7 species of capuchins
5 species of squirrel monkeys
NWM;Highly
Cebinae
Capuchins and Squirrel monkeys
What niche(s) in the NWM adaptive radiation do they fill?
Highly---.
Taxonomically --- diverse than Alteinae or Callitrichinae
4-7 species of capuchins
5 species of squirrel monkeys
intelligent;less
Cebinae
Capuchins and Squirrel monkeys
What niche(s) in the NWM adaptive radiation do they fill?
Highly intelligent.
Taxonomically less diverse than ---or ---
4-7 species of capuchins
5 species of squirrel monkeys
Alteinae ;Callitrichinae
Cebinae
Capuchins and Squirrel monkeys
What niche(s) in the NWM adaptive radiation do they fill?
Highly intelligent.
Taxonomically less diverse than Alteinae or Callitrichinae
---species of capuchins
--- species of squirrel monkeys
4-7 ;5
Cebinae
Capuchins and Squirrel monkeys
What niche(s) in the NWM adaptive radiation do they fill?
Highly intelligent.
Taxonomically less diverse than Alteinae or Callitrichinae
4-7 species of ---
5 species of ---
capuchins;squirrel monkeys
---
Moderate sexual dimorphism
Large brain size
Home ranges large
Frugivore-insectivore/omnivore with complex foraging patterns
Squirrel monkeys – fast and more leaping
Capuchins – semi-prehensile tail
Cebinae
Cebinae
--- sexual dimorphism
--- brain size
Home ranges ---
Frugivore-insectivore/omnivore with complex foraging patterns
Squirrel monkeys – fast and more leaping
Capuchins – semi-prehensile tail
Moderate;Large;large
Cebinae
Moderate---
Large---
--- large
Frugivore-insectivore/omnivore with complex foraging patterns
Squirrel monkeys – fast and more leaping
Capuchins – semi-prehensile tail
sexual dimorphism; brain size;Home ranges
Cebinae
Moderate sexual dimorphism
Large brain size
Home ranges large
Frugivore-insectivore/omnivore with complex foraging patterns
--- – fast and more leaping
--- – semi-prehensile tail
Squirrel monkeys;Capuchins
Cebinae
Moderate sexual dimorphism
Large brain size
Home ranges large
--- with complex foraging patterns
Squirrel monkeys – fast and more leaping
Capuchins – semi-prehensile tail
Frugivore-insectivore/omnivore
Cebinae
Moderate sexual dimorphism
Large brain size
Home ranges large
Frugivore-insectivore/omnivore with complex ---
Squirrel monkeys – fast and more leaping
Capuchins – semi-prehensile tail
foraging patterns
Cebinae
Moderate sexual dimorphism
Large brain size
Home ranges large
Frugivore-insectivore/omnivore with complex foraging patterns
Squirrel monkeys – ---
Capuchins – ---
fast and more leaping;semi-prehensile tail
Feeding ecology
---
dextrous hands,
extractive foraging
tool use: hammer and anvil, clubs, leaves as containers

They resemble apes (chimps, gorillas, orangutans) in these capabilities.
Capuchins
Feeding ecology
Capuchins
--- hands,
extractive foraging
tool use: hammer and anvil, clubs, leaves as containers

They resemble --- in these capabilities.
dextrous;apes
Feeding ecology
Capuchins
dextrous hands,
--- foraging
tool use: hammer and anvil, clubs, leaves as containers

They resemble apes (---) in these capabilities.
extractive;chimps, gorillas, orangutans
Feeding ecology
Capuchins
dextrous ---,
extractive ---
tool use: hammer and anvil, clubs, leaves as containers

They resemble apes (chimps, gorillas, orangutans) in these capabilities.
hands;foraging
Feeding ecology
Capuchins
dextrous hands,
extractive foraging
tool use: ---

They resemble apes (chimps, gorillas, orangutans) in these capabilities.
hammer and anvil, clubs, leaves as containers
Feeding ecology
---
inhabit less wide ranging habitats than capuchins
prefer tropical lowland rain forests,
more insectivorous
may spend 80% time foraging.
Form polyspecific associations with capuchins

Polyspecific association vs. Polyspecific assemblage
Squirrel monkeys
Feeding ecology
Squirrel monkeys
inhabit less --- than capuchins
prefer tropical lowland rain forests,
more ---orous
may spend 80% time foraging.
Form polyspecific associations with capuchins

Polyspecific association vs. Polyspecific assemblage
wide ranging habitats;insectiv
Feeding ecology
Squirrel monkeys
inhabit less wide ranging habitats than ---
prefer tropical lowland rain forests,
more insectivorous
may spend 80% time---.
Form polyspecific associations with ---

Polyspecific association vs. Polyspecific assemblage
capuchins; foraging;capuchins
Feeding ecology
Squirrel monkeys
inhabit--- wide ranging habitats than capuchins
prefer tropical lowland rain forests,
more insectivorous
may spend ---% time foraging.
Form polyspecific associations with capuchins

Polyspecific association vs. Polyspecific assemblage
less;80
Feeding ecology
Squirrel monkeys
inhabit less wide ranging habitats than capuchins
prefer ---,
more insectivorous
may spend 80% time foraging.
Form polyspecific associations with capuchins

Polyspecific association vs. Polyspecific assemblage
tropical lowland rain forests
Feeding ecology
Squirrel monkeys
inhabit less wide ranging habitats than capuchins
prefer tropical lowland rain forests,
more insectivorous
may spend 80% time foraging.
Form --- associations with capuchins
polyspecific
Feeding ecology
Squirrel monkeys
inhabit less wide ranging habitats than capuchins
prefer tropical lowland rain forests,
more insectivorous
may spend 80% time foraging.
Form polyspecific associations with capuchins

Polyspecific --- vs. Polyspecific---
association; assemblage
Social life
---
Group size up to approximately 20
About equal number of males and females
Dominance hierarchies with in both sexes
Capuchin
Social life
Capuchin
Group size up to approximately ---
About equal number of males and females
Dominance hierarchies with in both sexes
20
Social life
Capuchin
Group size up to approximately 20
---males and females
Dominance hierarchies with in both sexes
About equal number of
Social life
Capuchin
Group size up to approximately 20
About equal number of males and females
--- with in both sexes
Dominance hierarchies
Social life
Capuchin
Group size up to approximately 20
About equal number of males and females
Dominance hierarchies---
with in both sexes
Social life
---
Group size varies by species
15- 30; 40 - 75
Dominance hierarchies
Egalitarian relations
Squirrel monkey
Social life
Squirrel monkey
Group size ---
15- 30; 40 - 75
Dominance hierarchies
Egalitarian relations
varies by species
Social life
Squirrel monkey
Group size varies by species
---; ---
Dominance hierarchies
Egalitarian relations
15- 30;40 - 75
Social life
Squirrel monkey
Group size varies by species
15- 30; 40 - 75
--- hierarchies
--- relations
Dominance;Egalitarian
Dispersal patterns
--- are female philopatric – uncommon in NWMs
Males disperse, sometimes “parallel dispersal”, may explain cooperative males
Capuchins
Dispersal patterns
Capuchins are --- philopatric – uncommon in NWMs
female
Dispersal patterns
Capuchins are female philopatric – uncommon in ---
NWMs
Dispersal patterns
Capuchins are female philopatric – uncommon in NWMs
Males disperse, sometimes “---”, may explain cooperative males
parallel dispersal
Dispersal patterns
Capuchins are female philopatric – uncommon in NWMs
--- disperse, sometimes “parallel dispersal”, may explain cooperative---
Males; males
Dispersal patterns
Capuchins are female philopatric – uncommon in NWMs
Males disperse, sometimes “parallel dispersal”, may explain ---
cooperative males
Dispersal patterns
Capuchins are --- – uncommon in NWMs
Males disperse, sometimes “parallel dispersal”, may explain cooperative males
female philopatric
Dispersal patterns
--- show geographic patterning to dispersal patterns
Ecologically distinct in fruit availability
All options are illustrated
F philopatry
M philopatry
Both sexes dispersing
Squirrel monkeys
Dispersal patterns
Squirrel monkeys show--- patterning to --- patterns
Ecologically distinct in fruit availability
All options are illustrated
F philopatry
M philopatry
Both sexes dispersing
geographic;dispersal
Dispersal patterns
Squirrel monkeys show geographic patterning to dispersal patterns
Ecologically distinct in --- availability
---are illustrated
F philopatry
M philopatry
Both sexes dispersing
fruit;All options
Dispersal patterns
Squirrel monkeys show geographic patterning to dispersal patterns
Ecologically distinct in fruit availability
All options are illustrated
F ---
M ---
Both sexes ---
philopatry;philopatry;dispersing
Dispersal patterns
Squirrel monkeys show geographic patterning to dispersal patterns
--- in fruit availability
All options are illustrated
---philopatry
--- philopatry
Both sexes dispersing
Ecologically distinct;F ;M
Dispersal patterns
Squirrel monkeys show geographic patterning to dispersal patterns
Ecologically distinct in---
All options are illustrated
F philopatry
M philopatry
--- dispersing
fruit availability;Both sexes
Reproduction and Mating
--- yearly birth peak
Slow to mature, very long lived, slow post-natal brain growth and motor skill development
Elaborate courtship
Multi-male/multi-female and polygyny
Dominance rank corresponds with reproductive success in males
Capuchins
Reproduction and Mating
Capuchins yearly ---
Slow to mature, very long lived, slow post-natal brain growth and motor skill development
Elaborate courtship
Multi-male/multi-female and polygyny
Dominance rank corresponds with ---
birth peak;reproductive success in males
Reproduction and Mating
Capuchins --- birth peak
Slow to mature, very long lived, slow post-natal brain growth and motor skill development
Elaborate ---
Multi-male/multi-female and polygyny
--- corresponds with reproductive success in males
yearly;courtship;Dominance rank
Reproduction and Mating
Capuchins yearly birth peak
Slow to mature, very long lived, slow post-natal brain growth and motor skill development
Elaborate courtship
--- and ---
Dominance rank corresponds with reproductive success in males
Multi-male/multi-female;polygyny
Reproduction and Mating
Capuchins yearly birth peak
Slow to ---, very ---, slow post-natal brain growth and motor skill development
Elaborate courtship
Multi-male/multi-female and polygyny
Dominance rank corresponds with reproductive success in males
mature;long lived;
Reproduction and Mating
Capuchins yearly birth peak
Slow to mature, very long lived, slow --- and ---
Elaborate courtship
Multi-male/multi-female and polygyny
Dominance rank corresponds with reproductive success in males
post-natal brain growth;motor skill development
Reproduction and Mating
Capuchins yearly birth peak
--- mature, --- lived, --- post-natal brain growth and motor skill development
Elaborate courtship
Multi-male/multi-female and polygyny
Dominance rank corresponds with reproductive success in males
Slow to;very long;slow
Reproduction and Mating
--- strict seasonal breeders
Seasonal sexual dimorphism
Males gain water weight for 2mo at mating season
“fatted” males
Fattest male is preferred by females
Squirrel monkeys
Reproduction and Mating
Squirrel monkeys strict ---
Seasonal sexual dimorphism
Males gain water weight for 2mo at mating season
“fatted” males
Fattest male is preferred by females
seasonal breeders
Reproduction and Mating
Squirrel monkeys strict seasonal breeders
Seasonal ---
Males gain water weight for 2mo at mating season
“fatted” males
Fattest male is preferred by females
sexual dimorphism
Reproduction and Mating
Squirrel monkeys strict seasonal breeders
--- sexual dimorphism
Males gain water weight for 2mo at ---
“fatted” males
Fattest male is preferred by females
Seasonal;mating season
Reproduction and Mating
Squirrel monkeys strict seasonal breeders
Seasonal sexual dimorphism
--- gain water weight for 2mo at mating season
“fatted”---
Males; males
Reproduction and Mating
Squirrel monkeys strict seasonal breeders
Seasonal sexual dimorphism
Males gain water weight for -- at mating season
“fatted” males
---male is preferred by females
2mo;Fattest
Reproduction and Mating
Squirrel monkeys strict seasonal breeders
Seasonal sexual dimorphism
Males gain water weight for 2mo at mating season
“fatted” males
Fattest male is ---
preferred by females
Summary: Cebinae niche
Like Atelinae (last time) cebines have --- qualities but in different traits

Cebinae
remarkably intelligent
engage in complex foraging
tool use among capuchins
Polyspecific associations
ape-like
Summary: Cebinae niche
Like --- (last time) cebines have ape-like qualities but in different traits

Cebinae
remarkably ---
engage in complex foraging
tool use among capuchins
Polyspecific associations
Atelinae;intelligent
Summary: ---niche
Like Atelinae (last time) --- have ape-like qualities but in different traits

Cebinae
remarkably intelligent
engage in complex foraging
tool use among capuchins
Polyspecific associations
Cebinae ;cebines
Summary: Cebinae niche
Like Atelinae (last time) cebines have ape-like qualities but in different traits

Cebinae
remarkably intelligent
engage in --- foraging
--- among capuchins
Polyspecific ---
complex;tool use;associations
---
remarkably intelligent
engage in complex foraging
tool use among capuchins
Polyspecific associations
Cebinae
Summary: Cebinae niche
Like Atelinae (last time) cebines have ape-like qualities but in different traits

Cebinae
remarkably intelligent
engage in complex foraging
tool use among capuchins
--- associations
Polyspecific
Summary: Cebinae niche
Like Atelinae (last time) cebines have ape-like qualities but---

Cebinae
remarkably intelligent
engage in ---
tool use among ---
Polyspecific associations
in different traits;complex foraging;capuchins