Animal Husbandry Flashcards

1
Q

Outline the magnitude and scope of animal production around the world

A

○ World rapidly increasing populations of domestic animals over the last 20 years

○ Most increase in poultry (40%) and pig sectors (30%)

○ Increase via improved management and genetics

○ Increase created a more stable supply of affordable livestock products

○ The urban populations increase & richer so demand

○ Plentiful and safe livestock products

○ Healthy and contented pets and equines

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2
Q

Discuss the variety of reasons for keeping animals in different parts of the world.

A

○ Provide – wool, fibre, skins, power, manure, store of capital, meat, milk & eggs

○ Different areas have different economic, culture, traditions etc = different consumption levels

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3
Q

To overview and define agribusiness.

A

○ Agribusiness is group of businesses in agriculture & services for commercial principles
○ Any business involving food & fibre production
○ deal in low-margin commodities - competitive market forces typically
○ result in the cost of production being close to the value created
(leaving thin product margins)

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4
Q

To demonstrate the importance and breadth of agribusiness in the UK.

A

○ Agri-food sector contributes £120.2 billion in 2018
(9.4% national gross value added)

○ 4.1 million people employed in agri-food sector in 2018
(13% national employment)

○ Food production is the biggest manufacturing sector in the UK

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5
Q

To define and analyse agri-food chains and their role in creating value for UK farmers.

A

○ Agri-food chains – services & regulators involved in each stage of chain
○ Supply chains – physical flow of goods from raw product to finished product
○ Value chains – Creating value at each link in the chain to achieve sustainable competitive advantage for the businesses in the chain

○ Farmer - different animal breeds which have different value and qualities
○ Trader - not sell abattoir whole pig (divide into different products) selling for
different values
○ Supermarkets - add labels indicating quantity of meat & presentation = allow to
increase price

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6
Q

To discuss the complexities of adding value to agricultural goods.

A
○ Standardising process – taste same globally
○ Technology
○ Financial
○ Organisation 
○ Marketing Research
○ Infrastructure
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7
Q

To acknowledge the role of stakeholders in agribusiness.

A

○ all commercial firms involved in the production, distribution and processing of agricultural products

○ Food producers are challenged by pressures of industry stakeholders in their effort to feed local and global populations

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8
Q

To list the core drivers of business in the context of business analysis

A

○ Maximising profitability & minimising costs
○ Value propositions & customer satisfaction
○ Resource allocation - feed amount, land size etc
○ Supply chain optimism - which supermarket (supply stability)
○ Cost management
○ Commercial relationships - inputs needed for farm

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9
Q

To summarise the key economic tools of analysis in farm business, planning and control and acknowledge why they are important in animal health planning.

A

○ Economic tools - Gross margin analysis, Partial budgets, Investment appraisal, Financial feasibility, Decision tree analysis & Cost-effectiveness analysis

○ Animal health planning - Predicting how people will make animal health decisions in the future & guiding people on how to improve future animal health decisions for the benefit of individuals and society

○ Animal health planning requirements - Technical assessment of the system, Epidemiological analysis of a change, Herd/flock modelling & data

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10
Q

To define productivity

A

as a measure of the efficiency of the conversion of inputs into outputs.

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11
Q

To understand and perform a gross margin analysis.

A

○ Calculate value of outputs
○ Calculate variable costs
○ Gross margin = outputs minus variable costs

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12
Q

Understand what a farm budget includes.

A

○ process of estimating costs, returns and net profit on a farm

○ involves managerial principles of input and output in relation to the production

○ includes: gross margins, fixed costs from farm/tenant/owner, farm profit, tenant/owner notional charges plus interest

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13
Q

To find high-quality information on livestock and livestock product prices.

A

○ Farming Press – latest farming stats & industry data via farmers weekly, farmers guardian, farmer week

○ Quality Meat Scotland – Market Prices

○ DERFA

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14
Q

To acknowledge the importance of understanding farm management in the value-adding of veterinary services in-practice.

A

○ Farm animal veterinary enterprises are increasingly offering farm management services to add value to their service provision.

○ Vet costs normally low variable cost, only impact production cost if animals are diseased

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15
Q

Be aware of how to behave around herd animals in order to maintain a safe, quiet, and ordered environment.

A

○ Morphology – good monocular vision, poor binocular vision

○ Flight zone – animal will move away when entering zone, point of balance determines animal direction

○ Outside flight zone – animals orientate to face threat & some may approach

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16
Q

Compare and contrast the general behaviour of the major livestock species and be able to recognise signs of agitation and aggression.

A

○ Bulls & heifers with calves

○ Horn ranking - mixing unfamiliar cattle

○ Teeth marks on pigs

○ Kick sideways

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17
Q

Understand how to safely handle large livestock in various livestock systems.

A

○ Funnel race – single file

○ Stepped race – gradual single file

○ Crowding pen - no right angels

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18
Q

Be aware of what farm equipment and facilities are required for the safe handling of different livestock species and the correct use of that equipment & Identify the key factors associated in preventing injury to operators, others and animals.

A
○ Overhead distractions
○ Ground level distractions
○ Group size
○ Move from dark to light
○ Shadows
○ Droving – forcing boards
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19
Q

Examine different animal housing systems and make a judgement on the suitability of the shelters for the animals involved, and the person(s) working with the animal.

A

○ shelter belts = 50% porosity

○ ventilation - natural, positive pressure, negative pressure & ducted

○ building location – sheds greater than/equal to 500m apart & face prevailing wind

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20
Q

how animal housing can be designed to respond to different needs or requirements in controlled environment housing

A

○ Building location – facing prevailing wind

○ Slatted floors – correct size & shape for livestock

○ Bedding material – straw, sawdust, wood shavings

○ Ventilation – natural, positive pressure, negative pressure & ducted

○ Optimum housing temperatures (15-20 degrees approx.)

○ Lighting – intensity, day length & pattern

○ Feeders & troughs – reach animal, competition, delivery method, control
intake & wastage

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21
Q

Describe any problems associated with houses that are not designed to the maximum benefit of the animals.

A

○ Humid & dusty - need natural airflow to remove heat & dust

○ Air running between them = reduce airborne pathogen

○ Poor ventilation = ammonia, dust, hydrogen sulphide & carbon dioxide

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22
Q

(part 1) Identify common health and production problems associated with sub-optimal housing.

A
○ Dirty floors & bedding 
			· Slurry heel or heel erosion (cattle) 
			· Interdigital dermatitis (cattle) 
			· Mastitis (cattle, sheep, pigs) 
			· Foot pad dermatitis (poultry) 
			· Hockburn (poultry) 
○ Inappropriate floor surfaces 
			· White line separation (cattle) 
			· Torn claws (poultry) 
			· Sole bruising (piglets) 
                        · Slips and falls (horses, cattle)
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23
Q

(part 2) Identify common health and production problems associated with sub-optimal housing.

A
○ Poor ventilation 
			· Respiratory disease (all species) 
			· Damp bedding (poultry) 
			· Excessive dust (pigs & poultry) 
			· Ammonia (all species) 
○ Feeders & troughs 
			· Leaking drinkers (poultry) 
			· Fighting at feeders (pigs) 
			· Fouled water (cattle) 
                        · Drinker height (broilers)
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24
Q

Understand the importance of biosecurity on farms.

A

○ Biosecurity – measures implemented to prevent disease introduction onto a unit

○ Bio-containment – measures implemented to contain and control disease
transmission within a unit

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25
Q

Recognize common risks to farm biosecurity.

A

○ buying diseased animals (from a farm of unknown disease status)

○ Fomites - Clothing and footwear of personnel (vets, contractors, other farmers)

○ Fomites - Borrowed equipment

○ Fomites – Vehicles

○ Other - Neighbouring stock, Wildlife, Pets/working dogs/farm cats, Foodstuffs, Water sources

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26
Q

Perform simple hygiene and cleaning procedures to minimize risks to biosecurity on farms.

A

○ Disinfectant boot dips

○ Farm specific protective clothing

○ Double fencing to prevent over the fence contact with other cattle

○ Fencing off water courses

○ Disease specific buying in policy of livestock

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27
Q

Be able to identify species and sex of commonly kept small mammals

A

○ Rabbit & small rodent Sexing
· Males – long ano-genital distance, scrotal sacs (entire), round opening
· Females – short ano-genital distance, slit-like opening

○ Guinea Pig Sexing
· Males – long ano-genital distance, round prepuce
· Females – short ano-genital distance, Y shaped genital opening

○ Degu/Chinchilla Sexing
· Males – large testicles either side of anus & prepuce
· Females – short ano-genital distance

○ Ferret Sexing
· Males (hobs) – ventral prepuce & scrotum w/ 2 testes
· Females (jills) – slit-like vulva that enlarges when oestrus

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28
Q

Understand basic principles of handling commonly kept small mammals

A

○ Rabbit – scoop into arms & support back OR bunny burrito

○ Hamster – in small towel or cupped hands, nocturnal (aggressive)

○ Guinea pig – use a hand to support underbody

○ Chinchilla - supported gently around shoulders with a second hand under rump

○ Degus – wriggly, similar to small rodent handling

○ Ferret – restrain around shoulders & hold vertically for stillness

○ Hedgehog – encourage unrolling & hold hindlegs (wheelbarrow)

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29
Q

Understand the structure and role of the biological services unit at the RVC

A

○ Research Support & Teaching Reputation

○ Promotes welfare and good husbandry

○ Knowledgeable and experienced team

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30
Q

Recognize the importance of good husbandry and welfare in research units

A

○ 5 needs (free from) = fear/distress, hunger/thirst, pain/injury/disease, discomfort need to express normal behaviours

○ 3 R’s = reduction (# animals used), refinement (less suffering), replacement (avoid animal use)

31
Q

Understand the legislative framework that underpins animal research in the unit

A

○ Animals (Scientific Procedures) Act 1986: A(SP)A
· Personal licence, project license & establishment licence
· Protects animals to be used under research
· all living cephalopods & vertebrates other than man

32
Q

To understand the basic housing requirements of commonly kept small mammals and the role that husbandry plays in many of the problems seen.

A

○ Rabbit outside – 2m by 2m with 2 for company

○ Rabbit inside – enough space to express natural behaviours

○ Mice/rats – pairs or groups, well ventilated non-dusty spacious enclosure

○ Hamsters – 2sqft, solitary, supervised exercise, non-dusty/woolly bedding, gnawing

○ Guinea pigs – pairs/groups, indoors or outdoors, hides & soft bedding

○ Chinchillas – pairs/groups, multilevel enclosure, sand bath

33
Q

To understand the basic nutritional requirements of commonly kept small mammals and common nutritional problems.

A

○ Rabbit nutrition – high fibre low carb, fresh greens/veg, foraging behaiour

○ Guinea pig/chinchilla/degu – hay, pellet, veggies (vitamin c for GPs)

○ Myomorphs – omnivores, complete pellets (selective feeding), protein, v. small veg

○ Ferret – obligate carnivore, high fat & protein w/ low carb diet (raw feeding)

34
Q

To be able to advise on preventative health care requirements for small mammals including vaccination, neutering, parasite prevention, zoonotic diseases.

A

○ Rabbit – myxomatosis-RHD vaccination, reproductive control, ectoparasite prevention (flystrike)

○ Rodent – annual health checks, reproductive control

○ Ferret – distemper vaccination, rabies vaccination, reproductive control, parasite treatment

35
Q

Evaluate the behaviour of a horse using visual clues and assess the most suitable handling method for any horse based on its behaviour

A

○ Ears – pricked forward (alert), floppy (relaxed), laid back (listening), pinned back (irritated), multidirectional (confusion)

○ Eyes – nervous (no whites, soft eyes, worry lines), scared (whites, wide eyes, worry lines)

○ Nose – flared (alarm/flight/heavy exercise), pinched (anger, pain, great concern)

○ Tail – swish (very angry or euphoric), flagged (extreme fear or happiness)

36
Q

Define the ‘danger points’ of a horse, and describe the behavioural signs that indicate danger

A

○ Approach front of horse

○ Kick zone – back legs of flight zone

○ Cause fright – loud noise, sudden movement, pain

○ Fight response – bite, kick, strike, bucking, rearing

37
Q

Recognise the main pieces of equipment used in handling and caring for horses

A

○ Headcollar & lead rope – basic restraint

○ Bridle – more control (when riding)

○ twitch – release endorphins

○ chifney bit – anti rearing bit

○ rugs – sweat, summer sheet, waterproof, stable

○ grooming kit - Body Brush, Dandy Brush, Hoof Pick, Plastic Curry Comb, Rubber Curry Comb, Mane Comb, Sponge

○ boots & bandage – stable bandages, travel boots, tendon boots

38
Q

Recognise the basic types of horses in relation to the main equestrian activities.

A

○ Racing
○ Competition - Dressage, show jumping, eventing, showing, endurance, driving
○ Recreation
○ Work

39
Q

Identify the main breeds encountered in UK, including foreign breeds, and be able to suggest a possible breed for any particular purpose.

A

○ UK breeds – Thoroughbred, Welsh pony (A-D), Clydesdale, Shire, New Forest pony, Shetland pony
○ Non-UK breeds – American quarter horse/standardbred/paint, Arabian, Ardennes, Dutch warmblood

○ Racing – thoroughbred, American standardbred & paint horse, Arabian
○ Competition – Welsh pony C-D, American Quarter horse, Dutch warmblood
○ Recreation – Welsh pony C-D, new forest pony, Shetland pony
○ Work – Clydesdale, shire, Ardennais

40
Q

Describe and recognize the main colours and markings of horses and the more common variations.

A

○ Main colours – bay, chestnut, grey, palomino, skewbald, piebald, black, dun, roan

○ Head markings – blaze, snip, whorl, star, stripe, wall eye

○ Leg markings – full canon, ¾ cannon, ½ cannon, above fetlock, full pastern, ½ pastern, coronet

○ Flesh marks – whorls, prophets thumb mark, ermine mark, chestnuts

41
Q

Identify the points of a horse.

A

○ Head/neck area – muzzle, forelock, poll, mane, crest, wither

○ Body – breast, shoulder, back, ribs, flank

○ Forelimb – chestnut, canon, fetlock, pastern, hoof, heel

○ Hindlimb – stifle, hock, coronet

42
Q

Describe key facts of the equine industries and their impact on the national economy.

A

○ Economic value of the industry stands at £4.7 billion

○ 1.3 million regular riders

○ British horseracing authority – annual expenditure £3.5 billion, invested £35 billion into vet research, employs 17,00 people

○ Thoroughbred breeders association (TBA) - £427 million to economy, 19,000 jobs

43
Q

Appreciate the various types of horse accommodation, including bedding, care and management routine in relation to the anticipated use.

A

○ Stable – good drainage, ventilation, tie rings, hay nets, water troughs, see over door

○ Pasture – field shelters, fencing 4ft, pasture management

○ Bedding – straw, chopped straw, wood shavings, wood pellets

44
Q

Describe the pasture management in relation to nutritional requirements, parasite control and behaviour.

A

○ Grazing control – rotational, strip, cross/mixed, mowing/slashing

○ Manure management – collection, harrowing

○ Weed management – hand, herbicides

45
Q

Understand what zoonoses are

A

○ an infectious disease that transmitted from a vertebrate animal to humans.

○ Zoonotic pathogens may be bacterial, viral or parasitic

○ Zoonotic diseases – rabies, brucellosis,

○ Zoonosis in sheep – Toxoplasmosis, Contagious Pustular Dermatitis, Enzootic Abortion in Ewes (EAE), Cryptosporidiosis, Q fever, Ringworm

46
Q

Be aware of the risks of zoonoses

A

○ 60% human diseases are zoonotic

○ Highest risks - Abortion materials, Birth fluids and afterbirths, young animal diarrhoea, skin lesions, Faecal material

○ Latent zoonosis – zoonotic pathogens with no clinical signs (salmonella & E.coli)

47
Q

Understand how you can protect yourself while working on farms

A

○ Wear appropriate protective clothing (PPE)
○ Wash your hands regularly (after working with animals)
○ Wash cuts and grazes immediately
○ Cover existing wounds with waterproof dressing
○ Do not eat food or smoke while working with animals
○ Keep your gear clean (boots and PPE)

48
Q

describe the importance of the UK sheep industry from a historical, regional and global perspective.

A

○ Historical – domesticated 11-9000 BC, land shaped by sheep, 60 native species

○ Regional – Mountain breeds (Scotland & Wales), Hill breeds & Down breeds (SW & East Anglia)

○ Global – 1 billion sheep, UK largest # sheep in Europe, UK 3rd highest global export

49
Q

describe the different classes of sheep breed, give examples of each, and understand how they fit into the stratified sheep system, and be able to discuss the advantages and disadvantages of this system.

A

○ Mountain Breeds – Rough fell, welsh mountain, Scottish blackface, swaledale
○ Hill Breeds – lleyn, clun forest, Kerry hill, N&S Country Cheviot, Exmoor Horn
○ Down Breeds – southdown, Suffolk, oxford down, Hampshire down
○ Half Breeds – North Country/Scottish/Cheviot mule, Welsh/Scottish Halfbred,
greyface, masham

○ Stratified System
§ mountain breeds & longwool breed on hills = half breeds, down breed
rams then mate with half breeds on hills = fat lambs
§ vast majority of the UK sheep industry is geared towards the production of
sheep meat.

○ Advantages
§ Sheep type matched to land type
§ Productive utilisation of marginal land.
§ Productive life of hill ewes extended.
§ Benefits of heterosis in Mules/Halfbreds

○ Disadvantages
§ Sheep type matched to land type
§ Productive utilisation of marginal land.
§ Productive life of hill ewes extended.
○ Benefits of heterosis in Mules/Halfbreds

50
Q

outline the factors influencing the setup and profitability of sheep enterprises

A

○ vast majority of the UK sheep industry is geared towards the production of
sheep meat.

○ Profitability dependant on productivity - ability to achieve optimum productivity
from their system

○ Factors affecting profitability
	§ Variations in variable costs (grain prices, straw availability of, replacement 
           costs)
	§ Fuel price variation
	§ Labour availability and cost
       ○ Disease
51
Q

describe the seasonality of sheep reproduction, and common targets for the management of sheep reproduction.

A

○ Summer – shearing, weaning, tup sales

○ Autumn – tup sales & tupping

○ Winter – scanning

○ Spring – lambing

52
Q

understand how seasonal variation in grass growth affects the management of sheep nutrition, and how farmers adopt different strategies to deal with this.

A

○ Seasonal
§ Spring & summer best grass growth, autumn/winter least growth
§ ewe/lamb turnout to weaning period May – July
§ weaned finishing lamb July – September
§ pre-tupping Sept - Nov

○ Strategies – continuous grazing, rotational grazing, paddock grazing

53
Q

able to perform body condition scoring, know what the target body condition scores are for ewes at different points in the production cycle, and describe the impacts of ewe nutrition being suboptimal.

A

○ Tupping – 3 (rams 3.5-4)
○ Mid-pregnancy – 2.5-3
○ Lambing - 2.5-3
○ Weaning – 2

○ Suboptimal
§ Ewes too thin - greater risk of death, uterine inertia, twin lamb disease,
mastitis
○ Ewes too fat - dystocia, poorer ewe/lamb bonding, prolapse, twin lamb
disease

54
Q

discuss the similarities, differences, advantages and disadvantages of indoor lambing systems.

A
Indoor Lambing - Advantages
○ Protected from weather
○ Hypothermia less likely
○ Close supervision
○ Enables early lambing
○ Allows pasture growth/recovery
Indoor Lambing - Disadvantages
○ High labour requirement
○ Increased infectious disease risk
○ Must provide feed, bedding and water
○ Risk of mis-mothering
55
Q

discuss the similarities, differences, advantages and disadvantages of outdoor lambing systems.

A
Outdoor Lambing - Adv
○ Lower labour requirement
○ Less infectious disease risk
○ Lower capital expenditure
○ Lower fixed costs
○ Less interference for ewes

Outdoor Lambing - Disadvantages
○ Increase lose from hypothermia/starvation
○ Increase loss from dystocia?
○ Limited to later lambing flocks
○ Need sufficient pasture available
○ Difficult to collect data & tag at birth
○ Less supervision & fostering more difficult

56
Q

familiar with neonatal lamb management (including castration and tail-docking), and understand why certain procedures are performed, and the impact of lamb management on morbidity and mortality

A

○ Tail docking
§ prevent/reduce breech and tail soiling and so reduce the risk of fly strike
§ only when there is considered to be a high risk of tail soiling and fly strike.
§ Tail must be left long enough to cover vulva (F) or anus
§ Tight rubber ring may be used up to 1 week of age without anaesthesia

○ Castration
§ only performed if lambs will be kept past puberty and separate
management of males is not possible.
§ only be performed after the ewe/lamb bond has formed.
§ Tight rubber ring permissible without anaesthesia up to 1 week of age
§ Surgical castration without anaesthesia permissible up to 3 months of age
§ Burdizzo castration may also be performed

57
Q

familiar with the common management procedures, their timing and rationale, throughout the sheep year.

A

○ Monitor lamb (weight) & ewe (BCS) growth – birth, 8 weeks & weaning

○ Shearing – May to July, or before lambing, or in winter (housed)

○ Weaning – 100 days old, sort ewes for culling

○ Lamb post wean – nutrition, disease control, group management, drawing lambs

○ Ewe post wean – remove culls, restricted grazing, sort by BCS

○ Replacement – 28 day quarantine, parasite treatment

○ Ewe lambs – 2/3 adult weight at tupping, lamb down at 80% adult bodyweight

○ Rams – pre-breed inspection 10 weeks before tupping, quarantine period, not
lame, good BCS and even testicles

58
Q

Identify an ill sheep

A
○ General Signs
	§ Lameness uneven gait
	§ head nodding at walk
	§ carrying the foot
	§ kneeling to graze
	§ prolonged recumbency
	§ Thin Poor body condition
	§ Reduced abdominal fill
	§ Diarrhoea faecal soiling of the fleece
	§ Coughing
	§ Increased respiratory effort
○ Head
	§ No “smile”
	§ Clenched cheek muscles
	§ Drooping eyelids/ orbital tightening
	§ Hanging ears
	§ Inattentive
	§ Cud spillage/cheek packing
○ Behaviour
	§ Straining
	§ Kicking at belly
	§ Flank watching
	§ Pruritus
	§ Recumbency
	§ Inappetence
       ○ Quidding
59
Q

know which are the common endemic diseases affecting the UK sheep flock, and the control measures commonly applied to them

A

○ gastro-intestinal nematodes – genetics (resilience), avoidance (grazing management) , nutritional management, effective treatment

○ liver fluke – flukicides, avoid high contaminated areas, habitat modifications

○ sheep scab – injection or lunge dipping, avoid purchasing sheep from high
areas, isolate new sheep

○ fly strike – minimise fly breeding ground & fleece soiling, well timed shearing,
OP dips & pour-ons

○ lameness – vaccination, isolate cases, cull chronic cases, quarantine

○ abortion – vaccinations for EAE & Toxoplasmosis

○ clostridial disease – multivalent vaccinations, 2 jabs then annual booster (4-6
weeks prior to lambing = passive immunity in colostrum)

○ pasteurellosis – initial 2 jabs, a booster in autumn sometimes

○ chronic wasting diseases (vacc) – Johne’s disease, CLA, Maedi-visna virus,
OPA, Scrapie

60
Q

appreciate the threat posed to human health from zoonotic diseases of sheep, know these diseases, and be able to formulate advice to farmers to reduce the risk of zoonotic illness.

A

○ EAE, Toxoplasma, Salmonella, Campylobacter Orf Cryptosporidiosis, E.coli,
Salmonella, Campylobacteria

○ Some zoonotic diseases are notifiable

61
Q

UK Goat Industry

A

○ very small compared to the sheep industry

○ Goat industry is dairy focused.

62
Q

compare and contrast the management (inc. common procedures) and common problems of goats to sheep.

A

○ Sheep management – previous answers

○ Goat management – shelter, housed all year on straw, artificial kid rearing,
susceptible to worm infestation, 3 licenced vaccines

63
Q

Describe the stages and appearance of normal parturition in the ewe.

A

○ 1st stage labour – short contractions, cervical dilation starting

○ 2nd stage labour – actual lambing, active straining, amnion rupture (sometimes)

○ 3rd stage labour – expulsion of foetal membranes 2/3hrs after lambing

64
Q

Describe the sequence of steps in manually delivering a lamb and explain why this may be necessary.

A

○ When to manually deliver

○ 1st stage over 4 hours or (stopped completely)

○ 2nd stage beyond 2 hours

○ Obvious malpresention – e.g. head only, breech etc

○ No second lamb after 30 minutes

○ Prolonged unproductive straining (30 minutes - hour)

65
Q

Discuss the care of the neonatal lamb, including treatment of hypothermia and watery mouth.

A

○ Hypothermia
§ Primary - poor mothering/birth environment = dry, warm box, feed
colostrum)
§ Secondary - no colostrum/glucose (comatose – no brown fat) = glucose
injection
○ Watery Mouth – e.coli in lamb gut, antibiotics, electrolyte therapy, mild laxatives

66
Q

Describe reproductive problems around the peri-parturient period

A

○ ring womb – cervix fail to dilate, c-section, manual dilation

○ vaginal/cervical prolapse – prelambing issue, epidural, retain (harness/suture)

○ uterine prolapse – swelling of posterior reproductive tract

67
Q

Discuss the nutrient requirements of pregnant sheep as well as management/feeding problems that lead to the development of metabolic diseases during late pregnancy and early lactation.

A

○ Pregnancy toxaemia (twin lamb) – energy demand higher, poor roughage,
inadequate supplementation
○ Hypocalcaemia (milk fever) – inappropriate mineral supplementation

68
Q

Know what is routine lamb care

A

○ Birth weights – singles & twins (5-7kg), triplets (4+ kg)

○ Colostrum – high fat, nutrients, energy & immunity (50ml/kg in 2hrs, 200ml/kg in
24hrs)

○ Navel dressing – disinfect & prevent infection (iodine)

69
Q

Understand causes risk factors of (perinatal) lamb losses

A

○ Hygiene – environment, drainage, stocking rate

○ Metabolic diseases – pregnancy toxaemia & hypocalcaemia

○ Ewe problems – Ringwomb, prolapse, abortion

○ Conditions – dystocia, hypothermia, watery mouth, naval ill

70
Q

Be aware of some specific interventions that can be made.

A
○ Common presentations
	§ Head & two feet
	§ Both legs back
	§ Leg back
	§ Bilateral shoulder flexion 
	§ Breech 
	§ Twins presenting at the same time
        ○ Head to side
71
Q

Determine appropriate stocking rates and breeds for hill vs lowland farms.

A

○ High Hill = 1-4 ewes per hectare

○ Lowland = 10-15 ewes per hectare

72
Q

Understand variations in reproductive performance between hill and lowland farms.

A

○ High hill = tup late Nov, can scan, 80-110% lambing, no tail-dock, no castrate

○ Lowland = tup late Oct, can scan, 140-170% lambing, can tail-dock, can castrate

73
Q

Discuss the advantages and disadvantages of pregnancy scanning, tail-docking, and castration in different farm systems.

A

○ pregnancy scanning
· adv - sell barren ewes at scanning time, singles/twins/triplet-bearing ewes
could be managed separately (hard on high hills)
· disadv – Cost, Labour and hassle, most ewes on High-Hills are likely to
have single

○ tail-docking
· High hills disadv - difficult to catch the lambs, have to be yarded (high risk
of mismothering), yard time beyond the legal age, low
blowfly strike risk
· Lowland adv - Less prone to faecal staining, less dagging = less blowfly
strike, selling store lambs more desirable docked
· Lowland disadv - Pain and distress, Risk of infection or tetanus (rare), Cost
of equipment, rings and labour

○ Castration
· High hills disadv - difficult to catch the lambs, have to be yarded
(mismothering), yard time beyond the legal age
· Lowland adv - avoids the possibility of ram taint in the final product,
reduces the chances of unplanned breeding.
· Lowland leave entire - increases growth rates and changes the
conformation of the animals = leaner carcase.

74
Q

Understand the growth and marketing of lamb in the UK.

A

○ Between Birth & Weaning Growth
· High hills = 100g/day 16-20 weeks old
· Lowland = 300g/day 12-20 weeks old

○ Lamb Marketing
· High hills = store lambs (take too long reach slaughter weight)
○ Lowland = slaughter lambs (can reach slaughter weight before winter)