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7. We have also searched for the midnight culmination of Musca Borealis by moving 228 glyphs. But we have to move 229 glyphs. This is how we tried to find Bharani:

... Musca Borealis could be imagined to be at the other end of the sky compared to Musca Australis. Moving 90 glyphs ahead from Gb5-5 we will reach Gb8-7:

57 88
Gb3-10 (*365) Gb5-5 (359) Gb5-6 Gb8-7 (449) Gb8-8 Gb8-9
59 91
150

From the culmination at midnight of Musca Australis (Gb5-5) to the heliacal rising of Musca Borealis there are 90 days - or maybe 91 as in a quarter of 364 (with puo in Gb8-8 at the end). The star Bharani is the last part of Musca Borealis at 450.4.

The equations of time thus could be:

μ Muscae (178.8)  - 228 = 0h - 49.2 = 408 - 49.2 = μ Muscae (358.8)

Bharani (450.4) - 228 = Bharani (222.4)

First we should correct the position of μ Muscae. It ought to be 229 nights earlier than its heliacal rising. 229 - 178.8 (μ Muscae at Ga5-4) = 50.2 and 408 - 50.2 = 358:

112
Gb5-5 (358) Gb5-5 Gb5-6
μ Muscae (179 - 229 + 472) Phekda η Crateris
January 30 31 February 1
113
Ga5-3 (114) Ga5-4 (**87) Ga5-5 (*180)
 ζ Crateris (178.0), λ Muscae (178.1) μ Muscae (178.8), 93 Leonis (179.0), Denebola (179.3) Alaraph (179.6), Phekda, β Hydrae (180.3)
15 September 16 17 (260)

Next we should adjust the position of Bharani with one night, from 222.4 to 221.4:

8 219
Ga8-16 Ga8-17 Ga8-18 (222) Gb8-8 (*42)
220 - 28 = 192 Bharani 17 (260) Bharani
220 + 144 = 364 September 16 228 May 2 (122)

Counting 229 glyphs backwards from puo in Gb8-8 and the heliacal rising of the star Bharani in May 2 (significantly day 122 in our calendar) we will find Ga8-17 to be where its midnight culmination occurs. And the night is in September 16, spring equinox south of the equator.

It is remarkable to find Bharani to be crossing the midnight meridian also in December 31 - given that we count by adding 144 to the glyph number. This was a rule we deduced from June 21 (day 172 in our calendar) at glyph 28 on side a, 28 + 144 = 172. But we cannot use this rule without limit because it would cause trouble. It would be nice to have its limit 192 days beyond June 21, because it would coincide with the end of a 364-day long year (with day 365 equal to 'one more' caused by how Earth needs an extra dawn caused by its movement around Sun in a year).

The star Bharani evidently announces both the arrival of spring (south of the equator and by its culmination at midnight) and the beginning of summer (north of the equator and by its heliacal rising).

According to Wikipedia the old Indian work Atharvaveda has the order among the lunar stations with Bharani as the 28th and last of them (beginning with the Pleiades as station 1).