BIOL313Z references Flashcards

1
Q

what animals want : one off choice tests example

A

-choice between 2 or more alternatives
-hens: choice between 2 types of flooring and measuring how long they stood on each one for
- fine gauge wire floor and heavy rectangular mesh
-prefered the fine wire, opposite to what committee
set up by government thought they would want

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2
Q

choice tests requirements

A

-can we confirm that animals are closing what they like most?
- choice tests require the animals to have equal experience with all options presented to them
-prevent them choosing what they know

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3
Q

what animals want: repeated choice tests

A

-offer the same choice over and over
-allows the animal to build up experience with options so they can make an informed decision

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4
Q

repeated choice test example horses

A

-testing horses choice between being ridden with their head in a natural position or in an unnatural Roller position
-Y-shaped maze where in one arm ridden in normal position and other arm in Rollkur
- when came to choice, 14/15 consistently chose normal position

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5
Q

repeated choice test example cows

A

-see how they want to be treated by humans
-one side of arm, spoken at in soft voice, other side shouted at
-always chose soft voice

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6
Q

what animals want: operant tests

A

-animal trained to perform behaviour in order to receive reward
-ability to learn new behaviour evolved so animals can obtain what they want in nature

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7
Q

operant test examples

A

-mice will learn to press a switch for the reward of bedding material
-blue foxes learn to press a lever for the reward of being allowed somewhere to dig
-hens peck at key to get straw
-pigs,calves,sheep learn to operate switch for heat

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8
Q

choice tests for the wider world

A

-where a wild animal choses to live when it has multiple options is a clue to what it wants
-tracking devices used to determine what wild animals want by seeing where they go/spend time
-in zoos, find out animals thoughts on visitors by providing hiding areas to see whether they chose to move closer to visitors or away from them

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9
Q

choice tests for the wider world: example gulls

A

-black-headed gulls cluster together and build nests in relatively small area as protection against predators
-but nests regularly spaced, not less than 1m apart to prevent neighbours cannibalising eggs and young

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10
Q

choice tests for the wider world: example chickens

A

-when young, broiler chickens want to stay close together, but when older, space out and find it aversive to be close

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11
Q

asking how much animals want something

A

-choice only gives us a ranking, doesn’t tell us how much an individual likes/dislikes/wants something
-would they still chose something if they had to pay a price for it

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12
Q

asking how much animals want something example mink

A

-american mink want water to swim in
-had to push open a door to get to water
-when doors unweighted, mink used all the resources
-with water bath, mink kept pushing door even when it weighed 1.25kg (maximum mink can push)

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13
Q

MPP

A

maximum paid price

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14
Q

asking how much animals want something example cows

A

want access to grooming brushes as much as they want access to food

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15
Q

asking how much animals want something example sheep

A

-experiment on electro-mobilisation during shearing
-sheep run down corridor where at the end they are either physically restrained, physically restrained and immobilised or not restrained at all
-after becoming familiar with treatment, electro-immobilised sheep went slower down corridor until they became reluctant to approach the end of the runway

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16
Q

cognitive bias or judgement bias

A

-depressed people make more pessimistic judgements about ambiguous stimuli
-anxious people in social situations are more likely to interpret ambiguous facial expression as angry or negative

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17
Q

cognitive bias or judgement bias usage

A

-assess the long term effects of an animal either having or not having what it wants
-assess mood rather than immediate response

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18
Q

what is the value of wild animal welfare for restoration ecology

A

-ecpsystem function supports all of the biotic community
-people may be willing to forgo aesthetic or economic benefit to ensure animal well-being

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19
Q

stress on ecosystem

A

-stress causes negative behavioural and ecological reactions that compromise;
-surivial
-reproductive success
-performance of keystone behaviours
-provide relief from stressors e.g. humans

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20
Q

ecosystem integrity

A

ability of an ecosystem to support and sustain characteristic and ecological functioning and biodiversity

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21
Q

restoration effects

A

resume ecosystem processes by reintroducing animals with roles as consumers or ecosystem engineers

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22
Q

reduce mechanistic uncertainty by focusing on individuals- albatross

A

-vunerability in albatross has shown to decrease with age due to juveniles being less competent at foraging
-foraging and navigating performance depend on early life experiences through learning

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23
Q

what is the value of wild animal welfare for restoration ecology : conclusions

A

-several aspects of welfare can modify patterns of species, communities and ecosystems
-restoration ecology could engage the perspective of animal welfare to advance a human-nature relationship infused with empathy and altruism

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24
Q

veterinary surgeons opinions on dog welfare issues : results

A

-most common issue reported to be obesity
-followed by chronic pain/poor mobility and breed related conditions

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25
Q

veterinary surgeons opinions on dog welfare issues : Importance

A

most important issues for individual dogs were the ‘lack of treatment, including euthanasia, for suffering’, ‘abuse or active cruelty’ and ‘malnutrition’

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26
Q

should vets do more?

A

-generally agreed that veterinary professional should do more about many issues
-mostly about breed-related conditions, obesity and behavioural problems

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27
Q

should vets do more? frequency

A

-frequency is a greater determinant on the level of agreement that more should be done by veterinary professionals
-less common issues have lower agreement that more should be done

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28
Q

animal sentience: where are we and where are we heading?-reference

A

-2012
-Helen proctor

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29
Q

a brief history of animal sentience

A

-Descartes saw animal as automata (machines), incapable of feeling suffering
-Jeremy Bentham, 1789, posed question ‘can animals suffer’
-McDougall argued that emotions drive behaviour

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30
Q

James Burgh

A

-politician
-was concerned over children views of animal suffering
-children should view animals as being able to feel even though they cannot complain, and that cruelty towards them is no different to cruelty towards ourselves

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31
Q

Brambell Committee 1965

A

-welfare of animals in farming
-importance of sentience, took into consideration feelings and behaviour

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32
Q

Anthropomorphism

A

-Attribution of human characteristics to an animal
-makes assumptions about how animals are feeling/why they are ‘feeling’ that way

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33
Q

Anthropomorphism science

A

-avoid as much as possible, but often necessary to encourage us to relate to welfare
-also needed as some things humans experience, animals experience as well
-add meaning to science of animal sentience

34
Q

cognition

A

refers to the mental action or processes by which animals perceive, process and store information

35
Q

sentience

A

refers to the capacity of an animal to have feeling and to be aware of a variety of sensations, such as, pleasure and suffering

36
Q

sentience and cognition

A
  • non-mammalian animals, without a cerebral cortex, can feel emotions and pain, and possess cognitive abilities
    -emotions gathered from sub-cortisol internal brain regions
    -cognition not necessarily an accurate indicator of sentience
37
Q

where are we now?: fish

A

-capable of nociception and meet all criteria necessary for experiencing pain
-different to how humans feel pain, but still meaningful to them

38
Q

where are we now?: vertebrates

A

-scientists now finding complex neurons once believed to solely be present in humans, in cetaceans, primates and elephants
-what animals prioritise in one moment may be dependant on an unknown factor

39
Q

where are we now?: invertebrates

A

-generally assumed incapable of suffering, and anything disputing this usually dismissed as reaction to stimuli
-lack central nervous system and certain brain structures linked to sentience in vertebrates

40
Q

where are we now?: invertebrates research

A

-recent years, research increased, found that at least some inverts can experience suffering
-if same research process that’s applied vertebrates was applied to inverts, strong evidence would be apparent for invert sentience

41
Q

where are we now?: cetaceans

A

-lack a cerebral cortex
-illogical to assume they are incapable of feeling pain because their system differs from ours
-learn to avoid painful stimuli
-respond to analgesia similar to vertebrates

42
Q

Humane research into sentience

A

-causing pain/suffering to animals by trying to prove sentience
-use subjects already in captivity to prevent breeding for research
-studying animals in the wild, beginning of non-invasive sentience research

43
Q

canine brachycephaly: anatomy, pathology, genetics and welfare

A

-2020
-K.J. Ekenstedt
-K.R. Crosse
-M. Risselada

44
Q

mesaticephalic

A

medium muzzle length and intermediate cranial proportions

45
Q

dolicephalic

A

long muzzle, long and narrow cranial proportions

46
Q

brachycephaly favoured for

A

-likely selected to aid in fighting under assumption it would result in increased biting force
-now favoured due to baby ‘infantile’ like features

47
Q

anatomy & brachycephaly

A

-mediolateral widening of the skull and rastrocaudal shortening of the muzzle
-underbite
-reduced or absent frontal sinuses
-compression of nasal and pharyngeal air passages
-open mouth breathing due to deformed nostrils

48
Q

BOAS

A

brachycephalic obstructive airway syndrome

49
Q

BOAS characteristics

A

-respiratory and thermoregulatory problems followed by partial or complete obstruction of upper airway
-inspiratory dyspnoea
-increased respiratory effort
-chronic shortness of breath
-exercise intolerance and overheating

50
Q

BOAS complication

A

-respiratory problems worsened as length of muzzle decreases
-potential laryngeal collapse which can impact the ability to thermoregulate due to restriction of nasal ventilation
-early diagnosis so procedures can be done to minimise symptoms

51
Q

BOAS treatments

A

-rhinoplasty to widen nostrils
-soft palate resection to remove excess caudal palatal tissue
-if treated early, significant improvements can be seen

52
Q

brachycephaly related problems

A

-gastrooesophageal reflux
excessive skin folds so prone to dermatitis and infections
-eyes bulge outwards due to skull morphology
-dystocia
-85% of bulldogs in the UK are delivered via c-section

53
Q

ExNOTic: should we be keeping exotic
pets?

A

-2017
-Rachel A. Grant
-V. Tamara Montrose
-Alison P. Wills

54
Q

Parrots and Cockatoos providing needs

A

-difficult to provide needs for large parrots, macaws and cockatoos due to their high intelligence and long life-span
-50% of pet parrots kept in cages that are too small
-need a minimum of 4-6 hors daily flight time

55
Q

Parrots and Cockatoos problems

A

-large parrots most prone to stereotypic feather mutilation
-social isolation causes psychological stress
-solo housing linked to stereotypic behaviour and poor welfare
-first or second generation captive bred parrots not considered domesticated

56
Q

Parrots and Cockatoos captivity

A

-illegal trade in wild parrots causes significant welfare issues during capture, transport and eventual destination
-in 2001, 11.7% of bird owners reported at least 1 vet visit, compared to 83% of dog owners

57
Q

Parrots and Cockatoos hand rearing

A

-deliberately raising and feeding parrot chick away from parents
-results in unnatural behaviours in adulthood due to inability to learn from parents
-banned in the Netherlands

58
Q

Reptiles and amphibians

A

-USA alone thought to import 2 million reptiles annually and exports 2-4 million baby ‘pet’ turtles
-EU imported 6.7 million live animals between 2005 and 2007
-75% of reptiles die within a year of acquisition

59
Q

Reptiles and amphibians illnesses

A

-calcium deficiancy
-metabolic bone disease
-incorrect humidity levels
-trauma due to attempts to escape
-thermal stress
-innapropriate handling
-poor diet
-salmonellosis

60
Q

Rabbits as pets

A

-0.8-1.2 million rabbits in the UK alone
-3 million in USA

61
Q

rabbits housing requirements

A

-RWAF recommends rabbits to be housed in hutch of a minimum 1.83x0.6x0.6 with an attached run of 2.44x1.85
- recently reported that 27.5% of rabbits are kept in enclosures smaller than 0.88m2

62
Q

rabbits husbandry statistics

A

-23% have continual access to a run
-30-52% of owners have not vaccinated rabbits against myxamotosis and rabbit haemographic disease
-52% feed rabbits muesli, even though it can cause selective feeding and dental disease
-61% don’t respond well to handling
-57-58% kept alone

63
Q

Degus

A

-susceptible to heat stroke
-need to be kept away from drafts to prevent respiratory disease
-handling causes distress
-low sugar diet to prevent diabetes

64
Q

Degus disease

A

-most disease caused by poor husbandry and handling
-dental disease
-alopecia
-cataracts
-trauma
-diabetes melitis
-hyperthermia

65
Q

identifying and preventing pain in animals - reference

A

-2006
-Daniel M. Weary
-Lee Niel
-Frances C. Flower
-David Fraser

66
Q

perspectives on animal pain

A

-top 2 reasons for lack of analgesia in cats and dogs following surgery were;
-difficulties in recognising pain
-lack of knowledge about appropriate
therapy

67
Q

pain assessment : measures

A

-general body functioning such as food/water intake or weight gain
-physiological responses such as plasma cortisol concentrations
-behaviour such as vocalisations
-do not reflect what is happening to the animal in the now

68
Q

pain assessment : physiological measures

A

-responses of the sympathetic-adrenomedullary system(SAM), such as heart rate due to an increase norepinephrine
-responses of hypothalamic-pituitary-adrenocorticol system (HPA)such as concentrations of cortisol

69
Q

benefits of physiological measures

A

-useful in prey species that are unlikely to show behavioural responses to pain until injuries are advanced
-less likely for on-farm assessment
-measurements themselves require restraint which can be stressful

70
Q

validating response measures

A

-determine if change in behaviour is due to condition that can be assumed to cause pain or if Behaviour change is due to environment or other non-pain factors associated with the condition
-e.g. lames cows show shortened strides
and slower walking, but so do cows on
slippery surfaces

71
Q

responses to pain uses

A

-assess whether a given procedure generally causes pain and test efficiency of analgesic regime
-secondly, used to assess whether an individual animal is in pain or has received sufficient analgesia

72
Q

use of analgesia

A

-allows us to distinguish effect of pain from other effects of the condition
-e.g. joint injuries may prevent normal movement of the joint, leading to stiffness that may not be associated with pain

73
Q

subjective scoring system example

A

-gait scoring system to assess lameness
-these systems rely on presence/absence of several key behaviours

74
Q

reliability of measure

A

refers to its potential obtaining the same results when scoring is repeated

75
Q

intra-observer reliability

A

having same observer re-score animals on multiple occasions

76
Q

inter-observer reliability

A

having different observers independently score the animals

77
Q

mastitis

A

-common and painful infection of the udder in lactating cows
-some cases because of bacteria from bedding
-ensure bedding is dry and free of faeces

78
Q

is the procedure needed? dairy farms

A

-began tail docking to prevent mastitis
-appears to make sense, especially in indoor environments as tail becomes contaminated with urine and faeces
-experiments fail to show benefit and found no effect on udder health/mastitis

79
Q

how can we reduce pain?

A

-administration of anaesthesia/analgesia
-restraint required to administer drug could be distressing and method of administration could be painful
-make pain relieving measure inexpensive and easy to apply

80
Q

constraints on adopting refinement

A

-some effective drugs not certified in all countries
-some drugs only administered by vet
-some US states, cattle grazing on public land must be branded
-all Canadian cattle must have ear tags

81
Q

pain in humans and other animals

A

defined as unpleasant sensory and emotional experience associated with actual or potential tissue damage

82
Q

Bermund

A

-believed not all animals feel pain
-concluded that many species register pain as a stimulus, only humans and apes suffer