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<br />the industrial economy in the nineteenth century.
<br />Unfortunately, modern farm animals are products of
<br />this industrial mind. We are left with breeds more
<br />suited to a human-created environment and increas,
<br />ingly dependent on human "solutions" to physical
<br />problems such as parasites, birthing problems, and
<br />high nutritional requirements. While these needs are
<br />easily met under an energy-intensive system, increas-
<br />ing costs are making farming highly prohibitive to
<br />the beginning or limited, capital farmer. What is
<br />needed in order to make the transition to a low-
<br />capital, diversifled system are crops and livestock
<br />able to withstand the vicissitudes of nature with
<br />minimal human intervention.
<br />The ability to give birth without assistance
<br />should be a primary consideration when choosing a
<br />breed of livestock. However, the modern emphasis on
<br />rapid growth and high growth rates have made
<br />birthing assistance necessary for many breeds of
<br />cattle and sheep. Charolais cattle, a breed from the
<br />lush pastures surrounding Vichy in France, have
<br />become increasingly popular because of the extremely
<br />high growth rates in calves. The muscular develop-
<br />ment at birth is so advanced that calving difficulties
<br />are common. One Charolais bull imported into Great
<br />Britain sired calves of which 9.4 percent underwent a
<br />difficult birth and 7.1 percent died within 12 hours."
<br />Although this may be an extreme example, it does
<br />illustrate that the goal of maximum production can be
<br />counterproductive to the welfare of the animal, and
<br />that other breeds, particularly those that reproduce
<br />with little or no human interference, are perhaps
<br />what are needed for an agriculture based on nature's
<br />model.
<br />Specialization, which is the rule today, was
<br />seldom a top priority in the past, since multifunc-
<br />tional abilities were more important. For example,
<br />an older breed such as the Milking Devon not only
<br />produced high quality milk from a strictly grass diet,
<br />but also served as a beef animal and excelled other
<br />breeds for draft purposes. It was able to do this while,
<br />foraging on poor land and surviving an adverse
<br />climate. A modern dairy breed such as the Holstein
<br />can certainly produce more milk, but high energy
<br />feed and protection from bad weather is necessary.
<br />In fact, some modern Holsteins produce so much milk
<br />that they require three milkings in a twenty-four.
<br />hour period.' In addition, the emphasis on the
<br />extreme dairy conformation in Holsteins has resulted
<br />in animals with very little flesh, reducing the value of
<br />the carcass when the animal has reached the end of
<br />its useful milking life.6
<br />While dual and triple purpose animals are not
<br />conducive to the high proflts of agribusiness, they are
<br />ideal for a sustainable system. Unfortunately, the
<br />Milking Devon has been reduced to between 300 and
<br />400 animals, and if lost would be the end of that
<br />
<br />genetic line of cattle.. The future breeding stock of
<br />cattle would rest on a much narrower genetic base.
<br />With environmental changes such as global warming
<br />and ozone degradation, preserving a wide genetic
<br />base in livestock is important to aid in the develop-
<br />ment of new breeds. To allow genetic truncation of
<br />livestock is a risk not worth taking. Another short-
<br />coming of many breeds is their dependence on high,
<br />energy agriculture for their survival. With the rising
<br />cost of intensive livestock maintenance, it is impor-
<br />tant to preserve breeds better suited to low input
<br />systems.
<br />The original stock for most of the minor breeds
<br />in the United States comes from Europe. Some
<br />breeds, such as the Texas Longhorn, evolved for a
<br />significant time in the U.S. as a feral population, but
<br />the foundation stock is Spanish in origin. These
<br />cattle, known for their huge, widespread horns, are
<br />becoming commercially useful again due to the
<br />market trend towards leaner meat. Because of the
<br />recent increase in numbers, Texas longhorn cattle are
<br />no longer considered a minor breed.
<br />Many breeds of livestock are still prevalent in
<br />their country of origin, but are at risk of disappearing
<br />rapidly due to increased industrialization of agricul-
<br />ture. A country as small as Great Britain is the home
<br />to at least 112 native breeds of cattle, sheep, goats,
<br />pigs, and horses! Many of these are now very rare.
<br />In the U.S. the number of native and non-native
<br />breeds is smaller than .that of Europe, but some
<br />breeds in the U.S., such as the Dutch Belted cattle,
<br />are no longer present in their country of origin. This
<br />distinct breed, jet black except for a white belt encir,
<br />cling the body between the shoulder and hips, can
<br />achieve milk yields comparable to that of the Holstein
<br />but of higher butterfat content.. The U.S. is an
<br />important source for some rare breeds, and through
<br />continuing importations is providing much protection
<br />
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<br />Milking Devon cow and first calf resulting from tM
<br />AMBC rare breeds semen bank. Photo by Robert
<br />Amberg, courtesy of AMBC.
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