Roman History, Books I-III eBook

This eBook from the Gutenberg Project consists of approximately 369 pages of information about Roman History, Books I-III.

Roman History, Books I-III eBook

This eBook from the Gutenberg Project consists of approximately 369 pages of information about Roman History, Books I-III.

[Footnote 15:  A naively circumstantial story characteristically told.  Though a republican, it is quite evident that Livy wishes to convey the idea that Romulus, having by the creation of a body-guard aspired to tyrannical power, was assassinated by the senate.—­D.O.]

[Footnote 16:  The reading in this section is uncertain.]

[Footnote 17:  Two interpretations are given of this passage—­(1) that out of each decury one senator was chosen by lot to make up the governing body of ten; (2) that each decury as a whole held office in succession, so that one decury was in power for fifty days.]

[Footnote 18:  At this time a grove:  later it became one of the artificers’ quarters, lying beyond the forum and in the jaws of the suburra, which stretched away over the level ground to the foot of the Esquiline and Quirinal Hills.—­D.O.]

[Footnote 19:  Romulus had made his year to consist of ten months, the first month being March, and the number of days in the year only 304, which corresponded neither with the course of the sun nor moon.  Numa, who added the two months of January and February, divided the year into twelve months, according to the course of the moon.  This was the lunar Greek year, and consisted of 354 days.  Numa, however, adopted 355 days for his year, from his partiality to odd numbers.  The lunar year of 354 days fell short of the solar year by 11-1/4 days; this in 8 years amounted to (11-1/4 x 8) 90 days.  These 90 days he divided into 2 months of 22, and 2 of 23 days [(2 x 22) + (2 x 23) = 90], and introduced them alternately every second year for two octennial periods:  every third octennial period, however, Numa intercalated only 66 days instead of 90 days—­i. e., he inserted 3 months of only 22 days each.  The reason was, because he adopted 355 days as the length of his lunar year instead of 354, and this in 24 years (3 octennial periods) produced an error of 24 days; this error was exactly compensated by intercalating only 66 days (90—­24) in the third octennial period.  The intercalations were generally made in the month of February, after the 23d of the month.  The management was left to the pontiffs—­ad metam eandem solis unde orsi essent—­dies congruerent; “that the days might correspond to the same starting-point of the sun in the heavens whence they had set out.”  That is, taking for instance the Tropic of Cancer for the place or starting-point of the sun any one year, and observing that he was in that point of the heavens on precisely the 21st of June, the object was so to dispense the year, that the day on which the sun was observed to arrive at that same meta or starting-point again, should also be called the 21st of June.]

[Footnote 20:  A more general form of the legend ran to the effect that but one of these shields fell from heaven, and that the others were made like it, to lessen the chance of the genuine one being stolen.—­D.O.]

[Footnote 21:  The chief of the fetiales.]

Copyrights
Project Gutenberg
Roman History, Books I-III from Project Gutenberg. Public domain.