---
title: Improvement Era
description: Monthly periodical of the Mormon church, 1897 onward. This library holds the issues of November 1897 to December 1930.
authors:
  - Lewis A. Merrill
collections:
  - periodicals
tags:
  - magazine
  - improvement-era
periodical: Improvement Era
volume: 7
number: 2
published: 1903-12
publisher: Young Men’s Mutual Improvement Associations
publisher_place: Salt Lake City
language: en
type: magazine
reference: 'Lewis A. Merrill, "Agriculture as a Profession", *Improvement Era* 7, no. 2 (December 1903): 119–122.'
source:
  url: https://archive.org/details/improvementera0702unse
  transcription: Transcribed from the Internet Archive scan of each issue (the item for each issue is named in the issue's own source); unnumbered advertising leaves are omitted, printed page numbers are kept as page markers.
  identifier: improvementera0702unse
start_page: 119
end_page: 122
rights:
  status: public-domain
  basis: US publication 1930 or earlier (published 1903-12)
  source: https://archive.org/details/improvementera0702unse
  publication_year: 1903
  note: The Internet Archive item metadata carries a blanket "© Copyright by Intellectual Reserve, Inc." notice. The library owner judged it inapplicable because this issue was published in 1903, before 1931; a scan-level notice does not restore copyright.
---

# Agriculture as a Profession

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AGRICULTURE AS A PROFESSION.
BY LEWIS      A.    MERRILL,    PROFESSOR OF AGRONOMY, UTAH AGRI-
                              CULTURAL COLLEGE,


     A profession, as defined by Webster, is the business which one
professes to understand and to follow for subsistence.     We can-
not, however, use the term in speaking of an occupation which is
merely mechanical.   If tilling the soil, producing crops and feed-

ing and caring for our domestic animals, calls for nothing beyond
mere hand labor, then we cannot dignify this occupation by calling
it   a profession;   if,   on the contrary, this labor   calls for accurate
and             knowledge in its pursuit, if it permits of careful
       scientific

study, and if its operations can be carried on in accordance with
scientific principles, we      must place it on a basis with those voca-
tions with similar requirements.
       Formerly the word profession was applied only to the voca-
tions of law, medicine, and the ministry, but today those vocations
which call forth men's mental activities, combining these with the
skilled labor of the hands, take equal rank with the so-called
"higher professions." One of the most hopeful signs of today,
among all classes, is the       sympathy which is coming to exist
                                close
between education and labor.     Formerly the man who had spent
several years in the study of Latin  and Greek, who had delved into
the mysteries of  mathematics  and  philosophy, was called educated,
but the education of today is not alone the training of the brain,
but also of the eye, and of the hand.
       In the work incident to pioneer life, few have time and inclin-
ation to become familiar with plant and animal life, and most peo-
ple look upon the soil as a mass of dirt, to be avoided or removed
whenever it offends the sight or interferes with comfort. Growing

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—

120                        IMPROVEMENT ERA.

up in ignorance of the most ordinary things with which we come
in contact, is it any wonder that we gradually come to look upon
tilling the soil, cultivating plants and feeding animals, as    operations
requiring no thought ?
        We have made in this paper three demands upon any occupa-
tion    which    shall be dignified by the name profession,   and it is the
purpose of this discussion to show that these requirements are all
met in the occupation followed by the agriculturist.
        1.   Agriculture requires accurate and scientific knowledge in
its pursuit.

      Most people "have eyes to see, but see not, and ears to hear,
but hear not."    For instance, there are many intelligent young
men in Utah, who have been looking at ash and elm trees all their
lives, and yet they could not describe the bark, leaves or general

appearance of these two kinds of trees so as to distinguish one
from the other.     They have heard the songs of a dozen or more
different species of birds in the fields, as they worked month by
month, yet they have little or no knowledge of most of them
their color, markings, songs or habits.
     Most young men raised on a farm have had experience with a
powdery substance found growing on the wheat and oat plants, and
known as "smut."     They know that crops on which smut is found
are very disagreeable to handle, and that wheat so affected makes
a very poor quality of flour.      How many, I wonder, know that the
black dust consists of the spores of a tiny fungus plant, that this
plant grows upon the wheat or oat plants, ripens its spores on the
head, and is scattered among the grains of wheat or oats as they
come from the threshing machine.          A knowledge of the fact that
the smut plant can gain a foothold only       on very young oat or
wheat plants is of some assistance in enabling us to combat the dis-
ease. The annual loss to the farmer of Utah from this disease
amounts to several thousands of dollars, yet a substance has been
found that will, without injuring the seed, kill all the smut spores
clinging to the gram.       It is certain that an accurate knowledge of

the history and characteristics of the       fungus plant would be of
incalculable benefit to wheat growers.
        A knowledge of the soil is also essential to the successful
farmer.       Carry a handful of soil filled with humus to the bacteri-

<!-- page:121 -->

AGRICULTURE AS A PROFESSION.                               121


ologist,   and see if he can recognize one half of the living forms of
this little kingdom of life; take it to the botanist, well trained in
the lower orders of plants, and see    how many there are of these
living forms with which he is familiar.       Present the      soil   to   the
chemist, and while he can analyze     it   and determine the kind and
amount of plant food it  contains, yet he is unable to tell you
whether this plant food can be made use of by the plant or not.
    When you think of it, is there any calling so broad, so multi-
tudinous in its relations, so difficult, as that of agriculture? Count
up the sciences which have not only a bearing upon but a most
vital connection with agriculture: chemistry, botany, bacteriology,
physiology,    entomology, geology, soil physics, together with the
vast and as yet scarcely formulated mysteries of plant and animal
breeding (thermmatology).       These are departments of knowledge
which every successful farmer must use every day of his life. It is
the work of a life-time to thoroughly master any one of these
sciences, and yet, if such a thing   were    possible,   the ideal farmer
would be thoroughly familiar with each one of them.              Chemistry
deals with the nature of soils, the composition of plants and their
relative feeding value at various stages, of      growth, essential and
non-essential elements of plants, the composition of fertilizers, and
the best form in which to apply them.         Not less important is the
science of botany which aims to discover the laws of plant growth
that lie at the foundation of successful crop production. Botany
has produced new varieties of wheat and other cereals; has given
us our seedless fruits, and revealed the nature and effect of our
fungus diseases. Bacteriology, though comparatively a new science,
has revealed the cause of some of the most serious diseases                 of
plants and animals, and in many cases has been able to find means
of treating them.      Thus science has done away with a great many
false ideas in regard to diseases of animals, and    has shown the
utter uselessness of    many of the remedies formerly used for our
domestic animals.
    Those familiar with the condition of much of the fruit grown
by our orchardists can realize the importance of a knowledge of
the workings of insects.      Only the entomologist       is   able to say

how each insect may best be held in check.
      The growing demands made upon the soil, simultaneously with

<!-- page:122 -->

122                      IMPR0VEMEN7 ERA.

its decrease in productive power, together with the spread of
weeds, of injurious insects, and of diseases of animals and plants,
the close composition necessitating the production of varied crops,
have so increased the difficulties of farming as to render an accu-
rate and scientific knowledge of these various sciences an absolute
necessity for the highest success in agriculture.
       2.     Agriculture requires careful study.    It is true that agri-

culture has been successfully engaged in by many well-meaning
people, who have given no study to their methods.   Recently a
farmer with much pride, called the writer's attention to a field
which had successfully produced oats for the past twenty-five
years. He confessed that the crops were gradually becoming
lighter, that the soil was gradually decreasing in productive power.

The thoughtful student of agriculture is familiar with the wastes
of burning sand, lands which once smiled with abundant harvests
when occupied by the great empires of Assyria, Media and Phoeni-
cia,   seats of the greatest civilization of their day.     The once fer-
tile lands of Europe are becoming exhausted!         Recently the writer
received a publication from a Board of Agriculture of one of our
eastern states, entitled "Abandoned Farms."  The lack of informa-
tion regarding the proper  method of handling the soil for the re-
tention of its fertility has led to a soil exhaustion, and conse-
quent abandonment of excellent homesteads.      The writer main-
tains that we have no right to exhaust the soil of its food supply
in one generation,      when, by intelligent methods of culture and
proper rotation of crops, the farm can pass on to succeeding gen-
erations with a better supply of plant food than it had in its vir-
gin state.      The farmer who does not make a study of his business
is still    planting his crop in the "dark of   the moon," while he who
is in line with    the research work which has been done along these
lines, plants his crop in the light of all   the laws which control the
development of crops.
       3.     Agricultural operations can be carried on in accordance
with scientific principles.     The one fundamental labor of agricul-
ture is the stirring and mixing of the       soil.   The   effects of this
simple practice are most numerous, complex and far-reaching, and
the problems associated with it seem to be beyond the comprehen-
sion of most farmers.        When should the land be plowed; what is
