Animal Cognition: An introduction Flashcards

1
Q

what is cognition? Shettleworth, (2010)

A

the mechanisms by which animals acquire, process, store and act on information from the environment

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2
Q

Why do we study animals?

A
  • Psychology is the science of mental life, James (1890) therefore need to learn about animals and humans
  • Helps us to understand humans i.e. the evolutionary development
  • Animal welfare, help to make sure we have good standards of animals welfare
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3
Q

what is anthropomorphism?

A

attributing human characteristics to animals

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4
Q

what is anthripocentrism?

A

viewing animals from our own human perspective

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5
Q

charles Darwin and the mechanism of evoultion

A
  • Variation - there are many offspring which are variable
    selection - some offspring
  • survive to reproduce due to advantageous characteristics from the variation
  • the outcome is adaptation (animal’s suitability to environment)
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6
Q

what was Charles Darwin’s contribution to psychology?

A
  • behaviour and psychology also subject to evolution
  • Darwin observed commonalities between species’ mental characteristics
  • beginnings of comparative psychology
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7
Q

what did George Romanes do?

A
  • write a book on animal intelligence in 1882
  • collection of anecdotes about intelligent behaviour
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8
Q

what did Conway Lloyd Morgan do?

A
  • argued for better study of animal intelligence
  • his dog called Tony could open the gate in their garden by moving his head in a certain way to lift the latch
  • performance improved over time and this was concluded by trial and error learning
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9
Q

what is Morgan’s Cannon? 1984

A
  • explaining behaviour using simple processes
  • use the simplest explanation
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10
Q

what are Tingbergen (1963) 4 questions?

A
  • Function
  • Phylogeny (evolution)
  • Ontology (development)
  • mechanisms
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11
Q

How did Thorndike (1898) contribute to animal cognition studies?

A
  • experimental methods used in animal studies
  • developmental approach
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12
Q

How can we compare brain size?

A

Cephalization index (K)
- size of brain relative to body size
- higher values mean a larger than average brain fro body size
- rats=0.1, primates and whales = 0.2-0.3
- dolphins = 0.65, humans = 0.89

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13
Q

what can we learn about learning speed using the cephalization index? Pearce (2008)

A
  • a simple instrumental conditioning task
  • respond → reward
  • measure how many rewards needed before criterion reache
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14
Q

what can we learn about concepts using the cephalization index? Wynne & Udell (2013)

A
  • look at learning on trail 2 after a number of problems
  • most animals improve and get more food the more tasks they do as they learn what shapes get them food
  • However, may depend on lifestyle – Dunnarts reach 90% after 12 problems. They forage in open areas and need to quickly learn about signals in the environment.
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15
Q

what are some issues with testing with animals?

A
  • Learning with some stimuli seems easier than with other stimuli, e.g., it is easy for a rat to learn to press a lever for food, but not to press a level to avoid a shock.
  • Contextual factors (Bitterman, 1965) says this is to do with sensory, motivational, and motor processes that influence learning
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16
Q

what is Bitterman’s systematic variation?

A
  • training on a task across a range of conditions (different stimuli, reward size, hunger levels etc.)
  • However, difficult to implement because of time, number of subjects, facilities
17
Q

who was Clever Hans?

A
  • Clever Hans was a horse that was claimed to have performed arithmetic and other intellectual tasks. After a formal investigation in 1907, psychologist Oskar Pfungst demonstrated that the horse was not actually performing these mental tasks, but was watching the reactions of his trainer
  • shows we need to be careful when doing research with animals to avoid giving them these cues. for example use a video camera or a screen or a different experimenter who doesnt know the answers
18
Q

what is perception?

A
  • Perceptual abilities vary between species
  • The world you experience is due to the processing ability of your brain
  • This is important when researching animal behaviour
19
Q

Vision and colour preception in different animals, Troscianko & Stevens

A
  • Humans have 3 colour receptors (blue, green, red)
  • (Most?) other species can see more of the spectrum than humans
  • Bees: green, blue, ultraviolet (see Hempel de Ibarra, Vorobyev, & Menzel, 2014)
  • Birds: e.g., blue tits perceive UV (Hunt et al., 1998),
  • pigeons have >6 colour receptors
20
Q

how is smell used for survivial?

A
  • finding food
  • finding predators
  • finding home e.g. chicks finding their nest
21
Q

how is smell used for communication?

A
  • attracting mates
  • recognising individuals
22
Q

what are the uses of dogs sense of smell?

A
  • Can identify an individual odour in mixtures of odours (< 11 odours in a mixture with 100% success).
  • Detection of illegal substances, food, explosives, disease (cancer; Jezierski, Walczak, & Gorecka, 2009; COVID; Jendrny et al., 2020)
23
Q

Why is it important to consider about hearing when studying animal cognition?

A
  • some animals use echolocation
  • e.g. bats produce sounds and listen to the echos to assist with flying in the dark, tracking and catching prey
24
Q

why is it important to consider about magnetic sensitivity when studying animal cognition?

A
  • many animals have shown to be sensitive to magnetic fields
  • e.g. pigeons, bats, migrating fish, bees, ants, cattle, sea turtles
  • Lohmann et al (2004). found that sea turtles can distinguish between different locations by using the magnetic field