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Risk Premiums
& the “Three Destructions” of Crops
The
following is an excerpt from the 2003 Grain Trader's
Guide. It is
one of only several studies presented which will help you to make more
informed decisions in the grain futures markets.
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Almanac Order Form
Risk Premiums & the “Three
Destructions”
The
grain markets follow a fixed cycle of production, flowing from planting to
harvesting at specific times of the year.
The National Oceanic and Atmospheric Administration and the United
States Department of Agriculture (NOAA/USDA) Joint Agricultural Weather
Facility refer to these stages as moisture and temperature sensitive
stages of development. During
these stages of development, the crop is vulnerable to damage from the
forces of nature.
During
planting, too much rainfall can make fieldwork difficult to impossible.
Late plantings can result in loss of acreage or late development,
which can result in a lower quality crop or lower yields.
Too little rain can prevent seeds from proper germination,
resulting in loss of production as well.
Hence, during the planting effort, farmers are somewhat at the
mercy of nature, and thus the risk to the crop is great.
During
pollination, or the reproductive stage of crop development, excessive heat
and a lack of precipitation result in poor pollination and lower yields.
Extremely low temperatures and/or excessive rainfall can hamper
pollination as well, resulting in crop loss.
Excessive heat, lack of wind, or drought conditions can also hamper
pollination, or stress the crop causing a poor pollination.
Because this stage of development is so extremely weather
sensitive, prices tend to rise reflecting the risk to the crop.
During
the later stages of maturation and/or harvest, excessive heat can cause
crop damage. Prolonged
exposure to moisture can reduce quality, allow mold-based diseases to
spread, as well as delay the harvesting effort due to the ground being to
muddy for fieldwork. Early
frosts can damage crops as well.
Because
grains are produced annually (once a year, in most cases), supply is
replenished only once a year. Grain usage, though it ebbs and flows, is spread out
throughout the year. Thus,
yearly production must be rationed. The
rationing mechanism is PRICE.
Price
is a function of not only current supply but perceptions of future supply
as well. When current supply
is plentiful and/or future supply appears abundant, grain prices tend to
decrease as consumers become less anxious to secure supply at today’s
prices and producers market their crops more aggressively to secure
today’s pricing before prices erode more.
When supply is relatively scarce and/or future supply looks
uncertain, consumers tend to be more aggressive in pursuing available
supply and producers less ready to part with production, which results in
rising prices.
The
amount of change in price due to future supply perceptions is known as the
RISK PREMIUM. When future supply is perceived to be tight or
limited, the futures markets tend to “build a risk premium” into
prices, with prices tending to be higher than one would expect based on
current supply and usage patterns. As
future supply perceptions become more secure, the futures markets tend to
“remove the risk premium” from prices, resulting in pricing closer to
the lower level that reflects supply and usage patterns.
Hence, the futures markets tend to reflect the marketplace’s
perception of future supply by increasing or decreasing the risk premium
factored into prices based upon how secure it feels future supply is.
Because
crops are most vulnerable to damage at Planting, Pollination
(reproduction), and Harvest, futures prices tend to reflect this by
increasing in prices to compensate for the uncertainty surrounding future
supply. Because markets are
emotional, driven by the forces of fear and greed, prices can reflect
irrational expectations about the future… essentially destroying the
crops in the pits of Chicago based on these emotions during the three
critical stages of development.
We
have coined the term The Three Destructions of Grain Crops as a
description of the “irrational exuberance” – to quote Federal
Reserve Chairman Greenspan- which occurs in the building and removing of
risk premiums.
Understanding the relative risk associated with a crop during
certain stages of development can be a useful guide in understanding grain
pricing.
The size and extent of risk premium varies greatly from year to
year, based on current and perceived supply and usage patterns.
Though there is no guarantee that this pattern will continue in the
future, it has served as a guideline in the past.
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Spring Planted Crops
Corn
and Soybeans are planted in the spring.
Corn planting in the United States typically begins in late March
and is completed by mid to late May.
During March and April, possibly in response to planting worries,
Corn futures have gained a total of 27 ½ cents in the last 19 years – see
table at right. Soybean field preparation and planting typically lasts
from mid March through May.
During the early stages of the planting effort (March & April)
soybean futures have gained a total of 266 ¾ cents in the last 19 years -
see table at right.
The
Corn crop typically pollinates in late June and early July.
During the month of June Corn futures have gained a total of 19 ¼
cents in the last 19 years.
During August, Soybeans begin to set pods or reproduce.
In the last 19 years, August has seen Soybean Futures gain a total
of 93 ½ cents.
Though reproduction is a very weather- sensitive time, even a poor
pollination ensures some future production so the market tends to factor
in a smaller risk premium than at planting.
Harvest
delays, or at least the fear of such, tend to grip the market most years.
Corn is typically harvested in October, which in the last 19 years
has seen prices rally a total of 11 ¾ cents.
Do note that harvest concerns, like other market worries, tend to
happen before the fact when uncertainty is greater.
Soybeans are typically harvested in October and November, which
combined have seen Soybean prices decrease a total of -6 cents in the last
19 years, despite all the talk of harvest pressure.
The
most telling evidence that the futures market builds a risk premium into
prices during the Three Destructions (planting, pollination, and harvest)
can be seen in the table above entitled, Three Destructions Vs. Rest of
Year.
Though one can’t say for sure that these tendencies will continue
in the future – given changes in farming –but historically the grain
markets have experienced the bulk of there gains during times of the year
when the crop is susceptible to damage.
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Total
Gain (Loss) in the Last 19 Years
(in
cents per bushel)
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Corn
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Soybeans
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Jan
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1
1/4
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-200
1/4
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Feb
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1/2
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-30
1/2
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Mar
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48
1/4
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196
3/4
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Apr
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-20
3/4
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70
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May
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2
3/4
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110
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Jun
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19
1/4
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36
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Jul
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-284
1/4
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-470
1/2
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Aug
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29
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93
1/2
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Sep
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-64
1/2
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-202
3/4
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Oct
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11
3/4
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-136
1/4
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Nov
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-19
3/4
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130
1/4
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Dec
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-13
3/4
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-86
1/4
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Past Performance is not necessarily indicative of future
results.
Three
Destructions Vs Rest of Year
(total
gain(loss) in cents during past 19 years)
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Corn
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Soybeans
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Planting
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27
1/2
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266
3/4
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Pollination
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22
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146
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Harvest
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11
3/4
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-6
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3-Destructions
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61
1/4
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406
3/4
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Rest of Year
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-351
1/2
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-896
3/4
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Past Performance is not necessarily indicative of future
results.
Notes: the tables above uses futures data
provided by Gecko Software from 1983/84 to 2001/02, or the most
current 19 years. The
following futures contracts were used for each month: Jan-Feb (CK,SK),
Mar-May (CN,SN), Jun-Jul (CU,SX), Aug-Sep (CZ,SX), Oct (CZ,SF),
Nov (CH,SF), Dec (CH,SH) Planting, Emergence, and Harvest are
based on the USDA/NASS Crop Progress Timetables
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Winter Planted Crops
Winter
Wheat is aptly named because it is planted in the fall and harvested in
the summer. Winter Wheat
tends to exhibit the same type of behavior of building and removing risk
premiums as Corn and Soybeans, though the times of the year are different
and the reaction to threats is different.
Winter Wheat is
typically planted in September and October.
During planting in the last 19 years Wheat futures have gained a
total of 19 cents. After
planting winter wheat goes into dormancy from November through to March.
Emerging
after the dormancy, Wheat is susceptible to a lack of rain, late frosts,
and a host of other problems. This reproductive rally, during heading, is the largest of
the three destructions, seeing wheat futures gain a total of 132 cents in
the past 19 years.
Harvest
for wheat is typically a non-event. Because
wheat can sit in the fields for a long time maturing, as long as it
remains dry, harvest damage is typically extremely rare.
With harvest typically beginning in July and August, farmers
typically have plenty of time to harvest their crops.
Like
its spring planted brethren, Winter Wheat tends to gain the most when the
crop is susceptible to damage and future supply is uncertain.
In the last 19 years, Winter Wheat futures have gained a total of
102 cents during the Three Destructions while the rest of the year has
seen prices decline by a total of –284 1/4 cents.
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Total Gain
(Loss) in Last 19 Years
(in
cents per bushel)
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Wheat
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Jan
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8 1/4
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Feb
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-104 2/4
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Mar
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23 1/4
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Apr
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108 3/4
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May
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-157
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Jun
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-49 1/4
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Jul
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-121 2/4
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Aug
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72 2/4
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Sep
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-5 2/4
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Oct
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24 2/4
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Nov
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-27
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Dec
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45 1/4
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Past performance is not necessarily indicative of
future results.
3- Destructions Vs Rest of Year
(Total gain(loss) in cents during last19 years)
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Wheat
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Planting
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19
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Emerging
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132
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Harvest
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-49
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Three Destructions
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102
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Rest of Year
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-284
1/4
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Past performance is not necessarily indicative of
future results.
Notes: the tables above uses futures data
provided by GeckoSoftware from 1983/4 to 2001/02, or the most current 19
years. The following futures
contracts were used for each month: Jan-Feb (WK), Mar-May (WN), Jun-Jul
(WU), Aug-Sep (WZ), Oct –Dec (WH). Planting, Emergence, and Harvest are
based on the USDA/NASS Crop Progress Timetables
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Conclusions
Preview
Guide Order Form Understanding
the presence of risk premiums can be beneficial for both speculators, as
well as hedgers. The size and extent of risk premiums varies greatly from year
to year. However, understanding that this pattern may repeat can
definitely help speculators and hedgers position themselves accordingly.
Risk
premiums tend to be the largest when current supplies are tight as well,
and in years when current supply is abundant it appears that risk premiums
aren’t even present. Like
any study, keep the concept in mind when using grain futures, but do not
expect the past to repeat itself exactly.
After all, one can’t drive forward looking only in the rear view
mirror.
Please note that this was compiled in 2003, and the data
referenced above is out of date
- though it is updated in the current year. No guarantee is being made as to accuracy or completeness
of the data presented. Also, the following article rests heavily on the assumption
of seasonality. The CFTC/NFA would like to have read the following:
SEASONAL
TENDENCIES ARE A COMPOSITE OF SOME OF THE MOST CONSISTENT COMMODITY FUTURES SEASONALS THAT
HAVE OCCURRED IN THE PAST SEVERAL YEARS. THERE
ARE USUALLY UNDERLYING, FUNDAMENTAL CIRCUMSTANCES THAT OCCUR ANNUALLY THAT TEND TO CAUSE
THE FUTURES MARKETS TO REACT IN SIMILAR DIRECTIONAL MANNER DURING A CERTAIN CALENDAR YEAR. EVEN IF A SEASONAL TENDENCY OCCURS IN THE FUTURE,
IT MAY NOT RESULT IN A PROFITABLE TRANSACTION AS FEES AND THE TIMING OF THE ENTRY AND
LIQUIDATION MAY IMPACT ON THE RESULTS. NO
REPRESENTATION IS BEING MADE THAT ANY ACCOUNT HAS IN THE PAST, OR WILL IN THE FUTURE,
ACHIEVE PROFITS USING THESE RECOMMENDATIONS. NO
REPRESENTATION IS BEING MADE THAT PRICE PATTERNS WILL RECUR IN THE FUTURE.
Follow this link for the CFTC's Consumer Advisory on Seasonal
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