Exam 1 Flashcards

1
Q

U.S Beef in the Economy

A

beef accounts for $50 billion of $150 billion in animal agriculture
beef cattle are the #1 use of land in agriculture 700 million acres compared to crops at 400 million acres
beef is expensive to produce and therefore buy

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2
Q

Number of Beef Cow Operations

A

ranch numbers have declined 25% since 1986
loss of about 9 thousand ranchers per year

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3
Q

Beef industry structure

A

commercial cow-calf (heifers) -> feed yard: 83%, culled cows 8% -> packer

commercial cow-calf/dairy (steer calves/ some heifers) -> backgrounder -> yearling/stocker-> grass finsiher <1% -> packer

dairy (culled cows) -> culled cows-> packer 6%

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4
Q

Beef Industry Segments

A

Hourglass structure with a bottleneck at the packing industry
packers have the smallest number of facilities with just 4 killing/packing 80% of the inventory
giving them a lot of power and influence in the industry

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5
Q

Cow/calf segment

A

725,000 beef herds
90% of beef cow herds with less than 100 head control 50% of cows
32 M beef cows, 9 M dairy cows, 25 M feeder calves

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6
Q

Location of Beef Cows

A

midwestern united states including the Dakotas, Nebraska, Kansas, Texas, Iowa, Missouri, Arkansas, Kentucky, Tennessee, Virginia, North Carolina,
concentrated in these places due to availability of cheap land with lush grass

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7
Q

Milk Cow locations

A

near population centers]
California, Idaho (dry milk), new Mexico, texas, Wisconsin, Minnesota, Philadelphia, New York

California dairy selling operations and moving to weld county CO

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8
Q

Cow calf production cycle

A

2/3 of operations utilize late winter/spring calving

winter feeding lasts Dec-Apr with calving in Mar/Apr: want a short calving season for a more uniform product

grazing season lasts May-Sept with breeding in May/June: 95% of operations use natural service to reduce costs

fall grazing lasts Oct/Nov with weaning in early October: sell newly weaned calves so you don’t have to feed them. cows graze on low-cost crop residues.

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9
Q

Challenges of Ranching

A

1) requires huge investment per cow, ranchers are asset rich but cash poor
2) high risk as many variables which are hard to control: weather, disease, prices, labor
3) mostly relies on family labor
4 often barely profitable and provides poor return on investment (ROI) -1% (vs %5)
5) requires expertise in management, health, marketing, repro, genetics, machinery, forages, human resources, finance
6) requires long-term commitment
7) often relies on off-ranch income
8) not appealing to young people (rural, hours)

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10
Q

Elevated input Costs

A

feed is the number one variable cost
input costs have risen steadily over the past couple of decades
can be attributed to hay costs, drought, and ethanol demand

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11
Q

Industry Profitability

A

currently, the packing industry is by far the most profitable
fed cattle see a lot of variability in profitability
stocker industry is relatively profitable
cow calf sees relative variability in profitability

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12
Q

estimated average cow-calf returns

A

return has seen an uptick recently with just under $100 per cow
past few years negative return

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13
Q

us average beef cow herd size

A

beef cow herd size has plateaued since 2010

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14
Q

Beef cow operation and inventory

A

majority of beef cow operations have 500-2,000 head,
beef cow operations with greater than 500 head concentrated in beef belt: texas, New Mexico, Nebraska, Oklahoma, Kansas, the Dakotas, Colorado, Wyoming, Montana

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15
Q

Average work time operator devotes to cow-calf operation

A

on average all operators devote 35.9% of their work time to their cow-calf operations.
cow-calf operators often have another source of income so the cow-calf operation is a part-time job
majority of operators are males over the age 45

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16
Q

Annual average cattle prices

A

have seen a decline in recent years expected to see an uptick soon.
heavily influenced by drought. drought will cause a lot of ranches to cull leaving little supply of beef cows and therefore increasing beef prices.

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17
Q

Seedstock segment

A

70,000 breeders, 10 AI companies
the goal is to identify elite sires to sell the best genetics
provide genetic information in the form of EPDs
provide “how to” info relative to mating systems: project how to use which bulls they determine you should buy

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18
Q

Marketing Feeder Calves

A

outright sale: sell at the sale barn, sell “in the country”, video/internet auction. (feedyard takes the risk)

retain ownership: go to a “custom” feedyard, paid at slaughter, finance feed. (rancher takes risk)

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19
Q

Fall Weaned Calf direct feedlot alternatives

A

weaned calf -> precondition (sometimes winter grazing) -> feedlot

weaned calf-> background -> feedlot

weaned calf-> dry lot winter -> summer grass -> feedlot

*alternatives exist because grain feeding is expensive

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20
Q

Finished on grass

A

finishing cattle on grass leads to smaller cattle at slaughter. It also takes longer so greater emissions footprint

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21
Q

Backgrounding

A

30-150 days on limited feed (forage)
about 0.5 to 1.0 pounds of ADG (at a low cost)
gain from 450 to 600 pounds
closely monitored health
train to bunks, waterers, etc.

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22
Q

Why background?

A

seasonality
you would background when feed prices are low
you would background when the market is flooded with calves (at weaning season)

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23
Q

Grass “yearling” operations

A

post weaning growth on grass
fast and low cost gain ($0.35/pound)
from 500-800 lbs then feedlot
most profitable industry segment
critical for US beef production?

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24
Q

Feedyard segment

A

2,000 companies with >1,000 head capacity
14 million bunk capacity with top 5 firms owning 14%
25 million fed cattle marketings

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25
Q

Feedlot

A

concentrated in the central plains (corn belt)
Northwestern US (potato based)
diet focused on high energy and high concentrate: Grain
90-200+ days on feed
ADG 3+ pounds
cattle from 800-1300/1450 pounds
sold directly to packer (“show list”)

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26
Q

% corn feed to beef

A

of the 39% of feed fed to cattle 27% is fed to beef, or 7-9% of the total amount of corn produced

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27
Q

Feedlot areas

A

heavily concentrate din great plains/corn belt: the presence of Ogallala aquifer and corn
also in the northwest: the presence of potato waste
some in California/Arizona: presence of Holstein steers

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28
Q

percent of feedlots by size and marketings

A

majority of feedlots sized 1,000-8,000 but have a small marketing share
the minority of feedlots sized >32,000 have the majority of marketing share.

29
Q

Packer Industry

A

harvest fed steers and heifers
1,100 to 1,400 pounds live weight
13-20 months old
concentrated in TX, KS, CO, NE
purchase options include: live, carcass, grid

30
Q

Packer Segment

A
30
Q

Packer

A

harvest fed steers and heifers
1,100 to 1,400 pounds live weight
13-20 months old
concentrated in TX, KS, CO, NE
purchase options include: live, carcass, grid

31
Q

Packer Segment

A

706 plants harvest steers and heifers
97% of production is boxed beef
80% of harvest is controlled by 4 firms (Tyson, Cargill, JBS, National)
26 million head (fed) harvested
26 billion pounds of beef
800-850 lb average carcass weight

32
Q

packing concentration

A

beef packers harvest greater than 1,000 head per day
packer concentration has been on a steady decrease in the last 50 years with the lowest concentration ever at the current time

33
Q

Wheres the profit

A

margin is very small
in the long run, commodity business offer profit opportunities only to those that have lower than average cost of production, superior performance, or better than average returns.

34
Q

industry goals

A

1) produce low-cost/high-profit cattle that yield competitively priced, highly palatable, lean products. (needs of consumers/market)
2) manage the available resources for maximum continuing net profit, while conserving and improving resources. (needs of land/ resources)

35
Q

Beef and Dairy cow inventory

A

overall a general decrease in inventory
fluctuating peaks= price of calves high
fluctuating troughs= price pf calves low

36
Q

Beef Cow inventory vs production

A

decrease in inventory but increase in production

37
Q

Cattle price cycle

A

inventory and harvest numbers go up cattle prices go down
inventory and harvest numbers go down cattle prices go up

38
Q

US beef cow cull rate

A

cyclical
cull rate is low when market is good for steer: one more cow mentality

39
Q

US heifer slaughter

A

cyclical
slaughter rate is low when herd expansion is common
expansion= keeping of heifers to grow herd size

40
Q

calf crop trend

A

calf crop has seen an uptick in recent years.

41
Q

annual US average cattle prices

A

cattle prices have been on a decline in past years. expected to see an increase in recent years (2020-2025)

42
Q

per capita net beef consumption

A

steady decline in per capita meat consumption
due to health concerns (healthier meat alternatives)
also concerns with sustainability and animal welfare

43
Q

red meat and poultry consumption

A

poultry consumption steadily increasing, andhas seen the least percent increase in price
beef consumption steadily decreasing (expensive), and has seen the most percent increase in price

44
Q

US Corn production

A

corn takes up the most planted acreage compared to other crops
corn for ethanol production has seen a steady increase in the last 20 years
corn yields have seen a steady increase in the last 20 years

45
Q

Ag land values

A

cropland has seen the largest increase in land value
pasture has seen the smallest increase in land value

46
Q

US hay production

A

total hay acres have seen a steady decrease in the past 20 years
hay prices have increased while hay production has increased in the last 10 years
hay price increase has caused an increase in cash cow costs. areas with less hay have an increased cost
hay is the number one determinant of profit on a cow/calf

47
Q

recent changes in beef industry

A

1) beef cow inventory decrease and beef supply increase
2) prices of cattle increase and beef at retail increase
3) droughts nationwide (2011-2014, western US 2019-present)
4) beef purchasing demand is affected by: the economy (looming recession), pork/poultry availability and price, global trade (beef exports to asia)
5) elevated input costs (feed, labor, etc.)

48
Q

future concerns in beef

A

1) beef cow inventory and beef supply: US cowherd shrinking, calf crop will be small 2023-2024, beef slaughter capacity is inadequate, future input costs (hay, labor, diesel, etc.)
2) strength of beef demand: competing meats are cheaper, sustainability concerns (plant-based meat)
3) stats of U.S (global) economy
4) export of U.S beef (trade)?

49
Q

What on their minds (rancher)

A

how can I take advantage of increasing prices
how can I manage high prices of inputs
how can I survive a drought (and high feed prices), could i have planned better?

50
Q

what’s on their minds (beef industry)

A

is there enough slaughter capacity
can we compete with cheap poultry/pork
can exports “save” the beef industry

51
Q

Beef in Colonial times

A

first cattle to north america in 1500s
mid 1700s industrial revolution: cities develop, beef markets develop
split of beef and dairy industries

52
Q

Beef in Pioneer era

A

1800s
crossing of Appalachians into Ohio valley
pioneers crossed the Mississippi
trans continental railroad: Chicago became hub of agriculture, industrialization of the east

53
Q

beef in Empire days

A

1870s
longhorn from TX driven north and west
bison give way to cattle empires
barbed wire and farming
the American cowboy is born

54
Q

beef industry begins

A

cattle driven to railheads
refrigerated rail car (1875) to ship chilled carcasses. HUGE for industry

55
Q

beef industry transitional period

A

1900-1950s
genetic selection of cattle to reduce age at harvest (4yrs-18months)
cattle populate great plains and western mountains
large grain production in mid-west (cattle feed)

56
Q

The modern beef industry born

A

feedlots (1960s) midwest and western US
cattle moved to grain, not grain to cattle
commercial packing plants: carcass beef (1970s) boxed beef (1980s)

57
Q

annual cattle slaughter

A

total US harvest per year about 33 million cattle (1/3 of total inventory)

about 16.5 million steers (most beef, some dairy)
about 10 million heifers
about 6.5 million cull cows (half beef, half dairy)
about 500,000 cull bulls

58
Q

cattle in colorado

A

11th in US about 2.5 million head
feedlot cattle: about 1 million cattle on feed, about 2 million sold for harvest
harvested: about 2-2.5 million per year.

59
Q

producer numbers in CO

A

12-13 thousand cattle operations: 11-12 thousand beef cow, 500 dairy cow
about 200 feedlots: 3 feedlots greater than 100 thousand head, 10 greater than 32 thousand head, 10 about 16-32 thousand head, 180 feedlots less than 16 thousand head

60
Q

use of technologies in beef production

A

1) growth hormone implants: to increase carcass weight by providing weight gain-feed efficiency, increase RE area-muscle yield

2)beta-agonist: stimulate beta receptor affecting muscle at the cell level to increase live weight (15-20 lbs), increase feed efficiency (15-20%), increase RE area-muscle yield 0.5in

3) antibiotics: fed to majority of cattle on feed, improves feed efficiency and gain (VFAs), reduces acidosis-bloat-conditions

61
Q

Efficiency comparisons

A

The US leads other countries in beef production per cow thanks to tech and breeding
beef has not increased meat production per animal on the same level as pork
we have been able to increase growth genetics while keeping BW genetics small

62
Q

large beef cattle challenges

A

plants cant keep up with modifications to accommodate larger beef carcasses
structural integrity suffers in cattle: more foot and leg problems
portions being sold become too big to eat.

63
Q

grazing capacity

A

refers to the number of animals that can be grazed on a defined management unit without damaging the resource base over time

64
Q

stocking rate

A

typically defined as the number of animal units (AU) per unit of land for a given period of time (month, year, grazing season)

can be expressed as animals/ac, AUs/ac , AUMs/ac or the inverse

65
Q

supply calculation

A

variables needed: #acres, yield in lbs/ac, %harvest efficiency, lbs/AUM *always 800

solve: (#acres)(yield in lbs/acre)(% efficiency)/(800 lbs/AUM)

66
Q

demand calculation

A

variables needed: #animals, AU equivalent, length of time months

solve: (#animals)(AU equivalent)(months)

67
Q

stocking density

A

number of animals per unit of land at an instant in time
function of herd and pasture size
requires use of short grazing periods
used to attain more even forage utilization while limiting grazing of regrowth
typically expressed as AUs/acre