DAT Animal Behavior Flashcards

(47 cards)

1
Q

Simple reflexes

A

these are automatic
and involve two nerves: afferent and
efferent nerves. The response to
stimulus is controlled at the spinal cord.

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2
Q

Complex reflexes

A

these are automatic
responses to significant stimulus. This is
slower than simple reflexes because the
nerves do not directly synapse with each
other at the central nervous system like
in simple reflexes. Instead, the nerves in
complex reflexes are separated by an
interneuron. (controlled at brain stem or cerebrum )

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3
Q

Instinct

A

behaviors that are innate or
inherited.

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4
Q

Fixed action patterns (FAP)

A

these are innate
behaviors that follow a regular, unvarying
pattern. Fixed action patterns are initiated by a
specific stimulus called a sign stimuli. The sign
stimuli is called a releaser when it is between
members of the same species. In many FAPs,
the action will be completed even if the original
sign stimuli is removed.

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5
Q

Imprinting

A
  • this is an innate program for
    acquiring specific behaviors only if the
    appropriate stimulus is experienced during the
    critical/sensitive period. Once acquired, the
    trait is irreversible. It can influence sexual
    selection.
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6
Q

Associative learning

A

occurs when an
animal recognizes (learns) that events are
connected.

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7
Q

Classical conditioning

A

the most well-
known example of classical conditioning

are Pavlov’s dogs. Dogs naturally
salivate when presented with food. This
salivation caused by food is called the
unconditioned response, which is an
innate reflex, and the food stimulus is
the unconditioned stimulus. Pavlov then
rings a bell when food is presented, and
after some time, the dogs associated
the bell sound with the food stimulus.
However, ringing a bell with no food
during the beginning of the experiment
will not cause any response in the dog
because the bell sound was still a
neutral stimulus. At the end though, the
dogs ended up salivating just at the
sound of the bell without needing the
food/unconditioned stimulus. Thus, the
bell sound became the conditioned
stimulus that will elicit a response even
in the absence of the unconditioned
stimulus. The salivation caused by the
conditioned stimulus is called the
conditioned response/reflex.

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8
Q

Trial-and-error learning (operant
conditioning)

A

form of
associative learning that occurs when an
animal connects its own behavior with
either a punishment or reward.

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9
Q

Positive punishment

A

adding
something bad to decrease a
behavior (e.g., hitting an animal
when it bites someone)

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10
Q

Negative punishment

A

taking away
something good to decrease a
behavior (e.g., not giving treats to
an animal when it does not follow
orders)

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11
Q

Positive reinforcement

A

adding
something good to increase a
behavior (e.g., giving treats to a dog
when it follows orders)

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12
Q

Negative reinforcement

A

taking
away something bad to increase a
behavior (e.g., taking off an electric
shock collar of a dog when it follows
orders)

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13
Q

extinction.

A

learned behavior can be reversed in
the absence of reinforcement.

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14
Q

spontaneous
recovery.

A

recovery of a
conditioned response to a conditioned
stimulus after a previously extinguished
response

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15
Q

Spatial learning

A

animal associates landmarks with a
specific location. The animal then may
associate that location as safe or
dangerous and can return to that
location.

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16
Q

Habituation

A

this is a learned behavior that
allows individuals to ignore repetitive events
known to be inconsequential and remain
focused on other, more meaningful events.

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17
Q

Sensitization

A

the opposite of habituation. An
increased response to a repeated stimulus.

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18
Q

Observational/social learning

A

this is when an
animal copies the behavior of another animal
without having experienced any feedback
themselves.

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19
Q

Insight

A

when an animal is exposed to a new
situation they have never seen before, yet they
still perform a behavior that generates a
positive outcome.

20
Q

Inherited behaviors evolved because they…

A

increased fitness

21
Q

Stimulus generalization

A

this is when an
organism responds to stimuli similar to the
original stimulus but not identical to the
original conditioned stimulus.

22
Q

Stimulus discrimination

A
  • this is the ability of
    the learning organism to differentially respond
    to slightly different stimuli
23
Q

Generalization gradient

A

this is a gradient
where the further a stimulus is from the original
conditioned stimulus, the lesser of the
magnitude of response in the animal.

24
Q

Kinesis

A

an undirected (without
direction) change in the speed of an
animal’s movement in response to a
stimulus.

25
Taxis
a directed movement in response to a stimulus. Movement is either toward or away from the stimulus.
26
chemicals used for communication are called...
pheromones
27
Chemicals that trigger reversible behavioral changes are called...
releaser pharamones
28
Chemicals that cause long term physiological (and behavioral) changes are called
primer pharamones
29
Visual communication
can be used to signify aggression or used during courtship.
30
Threats
an example of a threat is a wolf baring its teeth
31
Aggression
fighting between animals. However, this is usually dangerous to both parties
32
Submission
an example is an animal laying on its back to portray submission to another animal
33
Auditory communication
sounds are commonly used for communication over long distances, through water, and at night. The sounds may be used to warn danger, to communicate reproductive readiness, for species recognition, as warning against rivals, etc.
34
Tactile communication
involves touch. Tactile communication is common in social bonding, infant care, grooming, and mating
35
Herds, flocks, and schools
cooperate and carry out a behavior more successfully as a group.
36
Vigilance (herd)
in a group, individuals can trade off foraging and watching for predators. There are also more individuals watching out for predators
37
Defense (herd)
- a group of individuals can shield their young or mob a predator
38
Agonistic behavior
consists of threats, aggression, and submission. Agonistic behavior originates from competition for food, mates, or territory. Agnostic behavior is ritualized, so injuries and time spent in contests are minimized
39
Dominance hierarchies
- animals in a hierarchy have different levels of power and status depending on their rank in the group. Having a hierarchy does minimize fighting for food and mates
40
Territoriality
the active possession and defense of territory to ensure adequate food and place to mate
41
Altruistic behavior
seemingly unselfish behavior that appears to reduce the fitness of an individual. An example of altruistic behavior is when an animal risks its safety in defense of another, or when an animal helps another individual of the same species to rear its young.
42
Reciprocal altruism
is when unrelated members of the same species help each other.
43
Hamilton’s rule
principle that for natural selection to favor an altruistic act, rB > C. (r) is the genetic relatedness between the altruist and the relative. (B) is the amount of genes the relative can pass on after it is helped by an altruist. (C) is the altruist’s direct fitness, which is the number of genes that animal can pass on by itself, disregarding relatives. If when (r) and (B) are multiplied is greater than (C), then altruistic behavior can occur
44
Appeasement behavior
pacifying social behavior that seeks to pacify aggression or to avoid being attacked by showing an inferior social stance (e.g., moving/turning away).
45
Game theory
refers to the successful outcome of mating depending on dynamic, constantly shifting strategies of all the individuals involved.
46
Semelparity
one-shot, big-bang reproduction. Many offspring are produced in a single reproductive opportunity. The survival rate of offspring is low but there is a higher number of offspring.
47
Iteroparity
repeated reproduction. There are relatively few but large offspring each time reproduction occurs.