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5. South of the equator the seasons of the year are determined by the same sky roof as in the north, but when Ana-mua in Scorpio is rising in the east it is an event connected with the arrival of high summer and not with midwinter. And when Ana-muri in Taurus is reappearing it is a sign of winter and not of summer.

The precession has moved the sky roof to a point where today Ana-mua is 16h 26m (slightly more because I am using information in a book from 1968) later than spring equinox north of the equator:

Ana-mua 726m Ana-muri 712m
16h 26m = 986m 04h 33m = 1440 + 273 = 1713m
(986 + 726) / 4 = 428d 360 + 68.25 = 428.25d
728 / 4 = 182d (= 428.25 - 985 / 4) 178d
360d (= 1440 / 4)

With 24 hours for a full cycle around the sun it means 986 / 1440 * 365.25 = 250 days after day number 80, i.e. day number 330:

North of the equator South of the equator
spring equinox 80 autumn equinox 266
summer solstice 172 winter solstice 358 = 266 +172 - 80
autumn equinox 266 spring equinox 87 = 358 + (266 - 172) - 365
winter solstice 356 summer solstice 177 = 87 + (356 - 266) = 6 * 29½

South of the equator the day number of Ana-mua will be 266 + 250 - 365 = 151. For Ana-muri the day number will be 273 / 1440 * 365.25 + 80 = 69 + 80 = 149 north of the equator and 69 + 266 = 335 south of the equator:

South of the equator
Ana-mua 183 Ana-muri 30 150
day 151 day 335
185 180
365 days

I have here counted the day numbers from winter solstice, which means day number 151 will be 151 - 87 = 64 days after spring equinox and day number 335 will be 335 - 266 = 69 days later than autumn equinox:

Ga4-1 (*290) Ga4-2 (1*) Ga4-3 (87) Ga4-4 Ga4-5 Ga4-6
5
period 23
Ga6-9 Ga6-10 (151) Ga6-11
175
Gb2-10 (266) Gb2-11 (*182)
177 = 6 * 29½
Gb2-12 (*1) Gb2-13 Gb2-14 Gb2-15 Gb2-16 Gb2-17 (273)
Gb4-6 Gb4-7 Gb4-8 Gb4-9 Gb4-10 Gb4-11
Gb4-12 Gb4-13 Gb4-14 (335) Gb4-15 Gb4-16 Gb4-17

A reversal is evident between Ga6-9 (as if alluding to 69 days after autumn equinox) and Ga6-10. In front lies the season of 'eating' (growth).

Manu rere in Gb4-6 (where 4 * 6 = 24) has one fist at left held high (in the background) and one fist at left held low, signs which could refer to how Sun now is down in the Underworld.

The signs are encouraging. However, we have not yet considered the effects of the precession. We have counted 18 years for a change in rectascension with 1 minute. A change in day number will therefore occur after about 4 * 18 = 72 years (and 26,000 / 365 = 71). If the G text was created e.g. 360 years ago we should reduce the day numbers accordingly, i.e. by 360 / 72 = 5 days:

South of the equator
Ana-mua 183 Ana-muri 30 150
151 - 5 = day 146 335 - 5 = day 330
185 180
365 days
period 22
Ga6-5 (146) Ga6-6 Ga6-7 Ga6-8
period 23
Ga6-9 Ga6-10 (151) Ga6-11
Gb4-6 Gb4-7 Gb4-8 Gb4-9 (330) Gb4-10 Gb4-11
Gb4-12 Gb4-13 Gb4-14 (335) Gb4-15 Gb4-16 Gb4-17

This adjustment gives even better results. 22 is probably short for the close of a cycle (alluding to 22 / 7 = π) and Ga6-5 is a Sunday. Gb4-9 is a day of Jupiter and we can see someone going down. 4 * 9 = 36.

Earlier (cfr at Moe) we have speculated if there could be a relationship between Kuukuu (Mars) and 156 days. Kara etahi in Gb4-8 is a day of Mercury, 7 * 26 = 182 days after moe in Ga6-6 (where 6 * 6 = 36):

Ira

Sun

52

Kuukuu

Mars

156

Raparenga

Moon

104

Ringiringi

Mercury

182

Ringiringi

Mercury

26

Uure

Venus

130

Nonoma

Jupiter

78

Makoi

Saturn

182

181
Ga6-6 (147) Gb4-8 (329)
182 = 13 * 14
155 24 24
Ga6-6 (147) Gb3-12 (303) Gb4-7 Gb4-8 (329) Gb4-33 (354) Gb5-1
156 = 13 * 12 26 = 13 * 2 26 = 13 * 2

... The grasping hand of the horizon in the west is a sign which explains the situation, and it has been used in Gb4-8 (though rotated in order to indicate a maximum of up):