For the past several years it has been difficult to employ competent and satisfactory farm help at seasons when it is most needed. The complaint is frequently heard that labor cannot be secured. this complaint only means that farmers cannot hire labor at the rate for which it could formerly be employed. The United States has experienced a season of prosperity during the two decades just passed, and the cities and towns have been growing rapidly. Industrial development in other lines has also been active. The demand for laborers in the cities and in the industries has encouraged the farmers' sons and many of the foreign immigrants to seek employment in other lines than farming. Wages in the cities have been higher than in the country and the social privileges usually are greater also. If farmers are to successfully compete with the cities for farm labor, they must not only pay wages including board and lodging which will equal the wages offered in other lines, but they must organize their work so that the hours can be reasonably regular. Good board and comfortable living quarters must be provided if the men are to be interested in the work and remain contented. Reading rooms, bath rooms, and time for social privileges are provided by the progressive farmers who wish to keep first-class help. While such accommodations add to the expense, they ease decidedly the problem of getting good farm help. The farmers who have comfortable buildings in which to do their work, who keep good live stock and follow good systems of farming, have much less trouble in interesting their laborers in the work of the farm and in keeping them than do those who get along from day to day in a shiftless kind of way.
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Many believe that the difficulty in employing labor on the farm is due to the unusually long days of labor. Comparisons are made between the length of day of the city laborer and of those employed on the farm. It is true that during certain seasons of the year, long days are required on the farm, but as a rule they are not longer than the days of the laborer in the city. Many farmers claim to work fourteen to sixteen hours per day. Some farmers may work that length of time during certain seasons of the year, but carefully recorded data covering several years operations on many farms shows that while farmers may be out of bed sixteen hours a day, they actually work much less than that length of time. The average work day throughout the year in a region in Southeastern Minnesota, where crop raising and dairying were followed, was 8.6 hours. In Northwestern Minnesota where grain raising was more exclusively followed, the average work day was 7.4 hours. Sunday work is not included in the averages. In Southeastern Minnesota where more live stock was kept, the Sunday wk reached 3.4 hours per day, and in Northwestern Minnesota, 2.2 hours per day.
The popular day's work in the city is eight hours. Often the city laborer will have one-half hour's walk or ride before reaching his place of labor and the same when returning. This added to the eight hours may make his day even longer than the day of the farm laborer, since the man who works on the farm is usually at his boarding place when the days work is done.
On account of the care of the live stock and because of the uncertainty of the weather and other crop-growing factors, it is difficult to rigidly follow a set rule in fixing the length of the day on a farm. A ten hour day, however, with the work effectively organized and executed, will usually accomplish all of the necessary tasks on most farms. There will be occasional days and even seasons when more than this amount of time must be included. At no time can the farmer or his help
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drop all responsibility for the care of the stock and crops and refuse to work in an emergency. Employees do not usually object to working in these emergencies, provided they are given a little time off on occasions when work is slack. Neither do they object to doing chores before breakfast and a reasonable amount of work after supper. What they do appreciate, however, is regularity and the feeling that at some certain time the day's work is done. In fixing the winter labor schedule, shorter days can be allowed than in the summer, and the greater part of the reading and recreation of the farmer and his help must come during that season.
On every farm there are two factors that bear upon the income derived. These are: (1) the interest earning power of the money invested; (2) the labor of the farmer himself or of that which he may employ. Certain fixed charges must be met before wages can be paid on the labor employed. On a farm where $4000 are invested in land, $1200 in buildings, and $800 in teams and equipment, with money earning 5 per cent, an interest charge of $300 must be met before the farmer can earn anything for his own labor. If the $6000 were put at interest at 5 per cent it would earn $300 without any labor being performed. In addition to the interest there will be a depreciation charge of 5 per cent on the buildings and 10 per cent on tools and teams, besides taxes, insurance, and supplies.
The total fixed charge would be:
| Interest on $6000 at 5% | $300 |
| Depreciation on buildings at 5% | $60 |
| Depreciation on tools and teams at 10% | $80 |
| Taxes and insurance, estimated | $60 |
| Supplies | $200 |
| Total | $700 |
Farmers seldom recognize the depreciation on buildings. Everyone knows, however, that the buildings become old and must be painted and repaired or they deteriorate rapidly in
Farm Labor 143
value. Ordinarily the depreciation is covered or equalized by new buildings erected, or by the repairs made. Likewise, the depreciation on tools and stock is seldom recognized as it is offset in the inventory by the new tools purchased and by the appreciation of live stock values due to the growth of the young animals. In studying the problems, however, it is necessary to include these items. If the sales from the above farm should reach only $700 there would be no wages earned by the operator. If there should, however, be $1,200 worth of farm produce sold, a labor income of $500 would be earned by the farmer. Farm wages, including board, vary form $40 to $50 per month in the Northern states. If the farmer should hire labor for eight months at a cost of $360 and thereby increase the sale of the products
[Fig. 58.--The supply of firewood should be prepared by the men.]
from the farm to $1700 he would make a net gain on the labor of $140, or 38.8 per cent on the investment. Of course, if the increased sales amount to only $360, there will be no gain in hiring, as the net profit or labor income to the farm would be the same as though the extra work had not been performed. A farmer's wife would prefer to get along without the help as it makes additional work for her. It is not always possible to tell in advance whether the labor employed is going to return profits, but the calculation should be made as it helps the farmer to thoroughly understand his business problems.
There is a sad loss of labor on most farms. this loss is usually due to inefficient organization of the farm. Fields are irregular in shape and often are not
144 Farm Management
laid out so as to be easily accessible. Time is lost in going to and coming from work. Often the fields are small and poorly adapted to working with the large modern machinery which is so rapidly taking the place of farm laborers. Poorly arranged farm buildings or buildings located in the wrong place, consume much time without adding to the profits from the farm. An unnecessary trip of ten rods and return across the farmstead once a day, will result in the loss of one and one-half days time in the course of a year. Doing the chores about a poorly arranged farmstead results in a much greater loss of time and money than is commonly supposed. (See Chapter VII). The effect of proper location is well shown in the illustrations of three farmsteads in Minnesota. The arrangement of the buildings is quite as important as their location. Doing chores in a poorly planned barn may be quite as destructive of time as traveling great distances between buildings.
In the use of machinery there is opportunity also to economize on labor. It was formerly customary to do plowing with two horses on a walking plow, one man being required to drive and hold the plow. In the West where land and fields are adapted to it, one man now drives five horses on a gang-plow, plowing as much or more than two men formerly plowed. Large machines with one man driving four to six horses are quite customary wherever the topography of the land will allow.
Horse labor as well as man labor adds to the expenses of the farm, and should be carefully guarded against waste. To reduce horse labor cost to the lowest limit, horses should be worked eight to ten hours a day. The labor should be distributed so that there will be a uniform demand for horse labor throughout the year. In marketing produce or in hauling it from the fields to the farmstead, it is a point of economy to make few trips. Large loads should be hauled wherever possible. The product should be concentrated as much as possible. It is in this respect that live stock products can be marketed so much more cheaply than grain or coarse feed.
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| Corn: | ||
| Husking standing corn | 50-80 bu. | |
| Picking standing corn | 70-140 bu. | |
| Shocking corn | 2 1/2 - 3 acres | |
| Planting corn with hand planter | 5-7 1/2 acres | |
| Hoeing corn | 1-1 1/2 acres | |
| Potatoes: | ||
| Cutting seed | 24 bu. | |
| Planting with hand planter | 2-3 acres | |
| Picking up | 120-200 bu. | |
| Mangel Wurzels: | ||
| Planting (hand planters) good soil (Rows 30 inches apart) |
2-3 acres | |
| Weeding and thinning | 1/6 acre | |
| Hoeing | 1/2 acre | |
| Pulling and loading | 1/4 acre | |
| Fence Building: | ||
| Setting posts (no rocks) | 60 posts | |
| Stretching and stapling three barb wires | 160 rods | |
| Stretching and stapling 26-inch ribbon and 3 barb wires | 80-120 rods | |
| Tiling: | ||
| Digging 3-foot ditch | 100 feet | |
| Digging 3 1/2 foot ditch | 90 feet | |
| Digging 4-foot ditch | 80 feet | |
| Laying 4-6-inch tile | 1800-2000 feet | |
| Sawing Wood: | ||
| 2 cuts per stick | 1 1/2 cords | |
| 3 cuts per stick | 1 cord | |
| Milking and Caring for Dairy Cows: | ||
| 1 man for each | 10-12 head | |
| Caring for Sheep: | ||
| Herding | 2000 head | |
| Dry feeding | 300-400 head | |
| With self feeders | 1000-2000 head | |
| Grain: | ||
| Shocking | 10-14 acres | |
| Stacking (at the rate of) | 5-6 acres |
| 14-inch walking plow | 2 horses | 2-2 1/2 acres |
| 14-inch gang plow | 4-5 horses | 4-5 acres |
| 8 1/2-foot harrow | 2 horses | 16-20 acres |
| 26-foot harrow | 4 horses | 50-60 acres |
| 8-foot disc harrow | 4 horses | 12-14 acres |
| 8-foot grain drill | 4 horses | 12-15 acres |
| 2-row corn planter | 2 horses | 8-12 acres |
| 1- row corn cultivator | 2 horses | 5-8 acres |
| 7-foot grain binder | 3-4 horses | 12-16 acres |
| Corn binder | 4 horses | 5-7 acres |
| 5-foot mower | 2 horses | 8-12 acres |
| 12-foot hay rake | 1-2 horses | 15-25 acres |
| Potato digger | 4 horses | 4-6 acres |
| 75-bushel manure spreader | 3 horses | 12-15 loads |
1. Have the pupils keep a record for a week, of the number of hours each man works each day, on their fathers' farms. Compare these records and see who is getting the most efficient service. Compare also with the hours per day for a week, that the village grocery storekeeper and the butcher work. Have these last records kept by some of the village pupils. (See labor record form, page 194.)
2. Have the pupils learn under what terms the farm help at home is employed, and help them in formulating satisfactory forms for labor contracts.
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Blank forms of contracts of different kinds can usually be obtained form blank book printers.
3. Have each pupil
make up a daily routine schedule for the work on his father's farm.
Have them also make a list of the work to be done on the next
rainy day, and a list of winter repair work.
1. What actual total wage does a farm laborer receive who gets a house and garden worth $12.00 per month; 1 qt. of milk a day worth 3¢ a quart; 1 hog per year worth $12.50; and $1.25 per day for the time he works. He averages 25 work days per month.
2. What is the actual average wage per month of a farm hand who received $300.00 per year; board and washing worth $14.00 per month; and the keep of a driving horse and buggy, amounting to $75.00 per year?
3. If a farm laborer receives $25.00 per month during December, January, February, and March and $40.00 during the other 8 months, what is his average wage per hour if he works 7 hours per day in the 4 winter months and 9.5 hours per day during the other 8 months, allowing 26 working days per month?
4. If the labor on a cow costs $17.04 per year, what would be the number of hours per day spent on a dairy herd of 20 cows, if labor is worth 15¢ per hour?
5. A farm hand receives his board worth $10.00 and $25.00 in cash per month the year round, but is actually working only three-quarters of the time during four months in winter. What should be the proper money wage during the summer and winter months on this basis, providing he receives the same total amount?
6. A manure spreader cost $120.00. The rate of depreciation is 11%. The interest rate is 6%. Repairs, oil and incidentals will cost $2.30 a year. What is the cost for the manure spreader for the first year?
7. It takes a man 6 minutes to unload a load of manure from the manure spreader. He can unload the same amount from a wagon in 24 minutes by hand. The loading and driving to the field are the same with the team and wagon as with the spreader. How many loads of manure would need to be hauled the first year to pay the annual cost of the spreader in problem 6, if the man's time is worth 16¢ an hour?
8. If a man and team must be hired at $4.50 a day, how many loads must be hauled to make up for the annual cost for the spreader as found in problem 6?
Farm Management.--G. F. Warren, pages 330-354.
U.S. Department of Agriculture Year Book 1911, pages 269-284.
U.S. Department of Agriculture, Bureau of Statistics, Bulletin No. 48.