The Deluge in the Light of Modern Science: A DiscourseDenton, William
Religion
The Deluge in the Light of Modern Science: A Discourse
Denton, William
Bible and science; Deluge
Now let the flood come: all are lodged in the ark of safety, and are
ready for a year's voyage. But we forget: the ark has not yet received
one-half of its cargo. The command given unto Noah was, "Take thou unto
thee of all food that is eaten, and thou shalt gather it to thee; and it
shall be for food for thee and for them;" and we are expressly told that
"according to all that God commanded Noah, so did he."
Food for how long? The flood began in the "sixth hundredth year of
Noah's life, in the second month, the seventeenth day of the month."
Noah, his family, and the animals, went in seven days before this time,
and left the ark the six hundred and first year of Noah's life, the
second month, and the twenty-seventh day of the month. They were
therefore in the ark for one year and seventeen days.
What a quantity of hay would be required, the material most easily
obtained! An elephant eats four hundred pounds of hay in twenty-four
hours. Since there are two species of elephants, the African and the
Indian, there must have been four elephants in the ark; and, supposing
them to live upon hay, they would require three hundred tons. There are
at least seven species of the rhinoceros; and fourteen of these, at
seventy-five tons each, would consume no less than one thousand and
fifty tons. The two thousand four hundred and seventy-eight clean
beasts,--oxen, elk, giraffes, camels, deer, antelope, sheep, goats, with
the horses, zebras, asses, hippopotami, rodents, and marsupials--could
not have required less than four thousand five hundred tons; making a
total of five thousand eight hundred and fifty tons. A ton of hay
occupies about eighteen cubic yards; and the quantity of hay required
would fill a hundred and five thousand three hundred cubic yards of
space, or more than the entire capacity of the ark.
If these animals were fed on other substances than hay, the extra
difficulty of obtaining and preserving those substances would
counterbalance any advantage that might be gained by the economy of
space.
A vast quantity of grain would be necessary for thousands of birds,
rodents, marsupials, and other animals; and large granaries would be
required for its storage.
Public-domain text, read in full here on John Shaqi.
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