Sewage Disposal on the Farm, and Protection of Drinking WaterSmith, Theobald
Science
Sewage Disposal on the Farm, and Protection of Drinking Water
Smith, Theobald
Drinking water; Sewage disposal, Rural
Garbage is of much less annoyance in the country than in the city, where
its collection and destruction is a great expense, and is frequently very
unsatisfactorily done. In the country, the household garbage is fed to the
swine and poultry, and is in this way profitably used. There are, however,
homes where garbage must be taken care of in other ways. It may be buried
in the garden or else burned in the kitchen range. Recently a device has
been patented which enables the housekeeper to place the garbage in a
section of the smoke pipe of the range, where it dries out rapidly, burns,
and leaves only a little charcoal behind, which may be used for fuel next
day. This device has been well recommended by sanitarians (see fig. 8).
[Illustration: Fig. 8.--Garbage cremator. The garbage is placed in the
perforated frame. The latter is pushed into the smoke pipe, where the
garbage becomes slowly carbonized.]
PROTECTION OF DRINKING; WATER.
The next subject to claim our attention is the protection of the sources
of drinking water. In the country water is, as a rule, obtained from wells
and springs. The important bearing upon well water of soil purity demands
a few explanatory remarks concerning the origin of well water. Wells
are excavations made into the ground to a variable depth until water is
reached. This water is denominated ground or subsoil water. Its origin
may be better understood if, for the moment, we conceive the surface of
the earth as more or less irregular and entirely impervious to water. The
rain would collect on this surface and form lakes, ponds, and streams,
according to the configuration of the surface. If, now, we conceive this
surface covered with sand or other porous earth to a greater or lesser
height, and the top of this be considered the earth's actual surface, the
water will remain in the same position, but it will be buried within and
fill the pores of the overlying soil as subterranean lakes, ponds, and
streams. In digging a well we remove this porous layer of earth until we
reach these subterranean streams or reservoirs of ground-water. If the
above description be thoroughly understood, the condition under which well
water may be obtained at different depths will become intelligible, and
it will also appear plain why ground-water may flow as any surface stream
and pick up on its way various substances which have percolated into the
ground.
When the bed of porous soil overlying the impervious layers is very deep,
wells will have to be dug down to a considerable depth to reach the
surface of the ground-water. Where this layer of pervious earth is of
slight thickness wells will be shallow, and the ground-water may appear on
the bottom of gullies, trenches, and wherever the porous layer has been
dug or washed away.
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