The Natural History of Pliny, Volume 4 (of 6)Pliny, the Elder
History
The Natural History of Pliny, Volume 4 (of 6)
Pliny, the Elder
Natural history -- Pre-Linnean works
All vegetable productions are cut, gathered, and housed to more
advantage while the moon is on the wane than while it is on the
increase. Manure must never be touched except when the moon is on the
wane; and land must be manured more particularly while the moon is
in conjunction, or else at the first quarter. Take care to geld your
boars, bulls, rams, and kids, while the moon is on the wane. Put eggs
under the hen at a new moon. Make your ditches in the night-time, when
the moon is at full. Cover up the roots of trees, while the moon is at
full. Where the soil is humid, put in seed at the moon’s conjunction,
and during the four days about that period. It is generally
recommended, too, to give an airing to corn and the leguminous grains,
and to garner them, towards the end of the moon; to make seed-plots
when the moon is above the horizon; and to tread out the grape, to fell
timber, and to do many other things that have been mentioned in their
respective places, when the moon is below it.
The observation of the moon, in general, as already observed in the
Second Book,[656] is not so very easy, but what I am about here to
state even rustics will be able to comprehend: so long as the moon is
seen in the west, and during the earlier hours of the night, she will
be on the increase, and one half of her disk will be perceived; but
when the moon is seen to rise at sunset and opposite to the sun, so
that they are both perceptible at the same moment, she will be at full.
Again, as often as the moon rises in the east, and does not give her
light in the earlier hours of the night, but shows herself during a
portion of the day, she will be on the wane, and one half of her only
will again be perceptible: when the moon has ceased to be visible,
she is in conjunction, a period known to us as “interlunium.”[657]
During the conjunction, the moon will be above the horizon the same
time as the sun, for the whole of the first day; on the second, she
will advance upon the night ten-twelfths of an hour and one-fourth of
a twelfth;[658] on the third day, the same as on the second, and * *
* so on in succession up to the fifteenth day, the same proportional
parts of an hour being added each day. On the fifteenth day she will be
above the horizon all night, and below it all day. On the sixteenth,
she will remain below the horizon ten-twelfths of an hour, and
one-fourth of a twelfth, at the first hour of the night, and so on in
the same proportion day after day, up to the period of her conjunction;
and thus, the same time which, by remaining under the horizon, she
withdraws from the first part of the night, she will add to the end
of the night by remaining above the horizon. Her revolutions, too,
will occupy thirty days one month, and twenty-nine the next, and so on
alternately. Such is the theory of the revolutions of the moon.
CHAP. 76. (33.)—THE THEORY OF THE WINDS.
Public-domain text, read in full here on John Shaqi.
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