
A little larger group to the right on the curve is known as the early
adaptors. This group represents many of the elite in American farming and they
keep a close eye on the innovators. When the concept is proven they are quick
to adapt. Since this group comprises the largest and most recognizably
successful in farming they are eventually followed by the large numbers of
farmers under the curve to their right. As a grain dryer salesman, I learned
that selling a Farm Fans dryer to one of the early adaptors would earn then or
twelve additional sales around the area over the following three to five years.
In Minnesota the innovators have been playing with Hybrid Poplars for several
years and now I am seeing some early adaptors taking up the cause on a
considerably larger scale. The process seems to be evolving.
Since we are going to be dealing with farmers on the basis of investment
rather than cash flow, we need to focus on the aspects of SRWC as they pertain
to return on investment. Some of the terms used by forestry will need to be
translated to the vocabulary of farming in order to do this effectively. To
this end I struggle as I attempt to glean answers to my many questions about
SRWC in an agricultural setting. One point is very clear. The cost of
establishing and maintaining a SRWC can be very high and tat affects return.
A second item that is extremely important is land value. When determining
land value we need to consider the various options available for use of that
land. It never ceases to amaze me when a farmer continues to raise corn next to
a shopping center year after year when he could sell that land and invest the
money at a much higher return. Often times farmers tend to forget to evaluate
all the options for their land. If irrigation is to be used, then the cost of
that system needs to be added to the land value.
An important third factor that affects our return on investment is the
length of time involved. I envy you folks in the western part of the country
when you talk of raising a crop of Hybrid Poplars in six years while we look at
ten. However, when I consider the cost of your irrigation systems and their
management the return on our respective equations may equalize considerably.
When we put actual figures into our equation, we determine what return can
be projected on our investment. By projecting a yield of 40 cords per acre to
be sold at $50 per cord, on land costing $400 per acre, all happening over a
ten year cycle at an initial establishment cost of $300 per acre, we end up
with a projected return in the 13 to 15 percent range.
The risks involved are many. Can we achieve 4 cords per year growth? Will
stumpage prices allow $50 per cord ten years from now? how likely is a crop
failure for whatever reason several years down the line? I am a little nervous
about a wind storm 7 or 8 years down the road.
My feeling is that a return in the 20 to 30 percent range may be necessary
while such major questions remain unanswered. As the results of SRWC become
more firmly established, the required return for getting involved will come
down. It is clear for now that it will be restricted to a more marginal land
proposition in Minnesota. Our formula pretty well eliminates competing with
sugar beets on $1500 to $2000 land. For that matter, at current commodity
prices, corn and soybeans on $800 to $1200 land look like a far better
alternative also. However, there exists a large amount of marginal agricultural
land in Minnesota with values of $500 and less on which SRWC may prove to
provide the best alternative return on investment.
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