TRANSLATIONS

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Observations of stars at the eastern horizon, at zenith and at the western horizon - at their beginning (mua), in their middle (roto) and at their exit (muri). Is that the explanation for ana mua, ana roto, and ana muri? Is the time of observation given (when in the year and when in the day) and taken for granted?

1

Ana-mua, entrance pillar

Antares, α Scorpii

-26° 19' 16 h 26 m

Rapa Nui

2

Ana-muri, rear pillar (at the foot of which was the place for tattooing)

Aldebaran, α Tauri

16° 25' 04 h 33 m

Hawaii

3

Ana-roto, middle pillar

Spica, α Virginis

-10° 54' 13 h 23 m

Marquesas

When observing the sky you cannot see more than about half of it (180º). The right ascension will tell if you have a chance to see a given star. (Although the declination is also a governing factor.) 24 hours for a full circle means 12 hours will correspond to 180º.

The distance in the sky between for instance Antares and Spica will be 16 h 26 m minus 13 h 23 m. Converting to minutes: 16 * 60 + 26 = 986 respectively 13 * 60 + 23 = 803. 986 - 803 = 183 and the ratio between 183 and 24 * 60 (= 1440) is 0.127, i.e. the stars are about 0.127 * 360 = 46º apart from each other. You can see both at the same time. (If none of them are below the horizon in the north or south.)

Aldebaran, on the other hand, will be far away: 4 * 60 + 33 = 273. It will arrive first of the three stars, yet is called muri. Changing the system of reference from spring equinox to autumn equinox will add 12 hours to the right ascension measures:

1

Ana-mua, entrance pillar

Antares, α Scorpii

-26° 19' 04 h 26 m

Rapa Nui

2

Ana-muri, rear pillar (at the foot of which was the place for tattooing)

Aldebaran, α Tauri

16° 25' 16 h 33 m

Hawaii

3

Ana-roto, middle pillar

Spica, α Virginis

-10° 54' 01 h 23 m

Marquesas

Yet, even if now Aldebaran will be muri, Antares will not be mua but roto.

Possibly Antares can be identified with kena, and possibly kena is located in the middle (roto) of a calendar for the summer:

1

manu tara

9

tavake

2

pi riuriu

10

ruru

3

kava eoeo

11

taiko

4

te verovero

12

kumara

5

ka araara

13

kiakia

6

kukuru toua

14

tuvi

7

makohe

15

tuao

8

kena

16

tavi

In the middle of summer the sun will be standing high and making star observation more difficult than in the winter. The heliacal rising of Antares was once (ca 4,800 BC) observed at autumn equinox (north of the equator). South of the equator it then rose heliacally at spring equinox. Due to the precession of the equinoxes Antares since then has moved forward in the year a quarter of a turn (90º) to arrive at winter solstice (respectively at summer solstice south of the equator).

... The ten or twelve days when the Sun appeared to linger at the winter solstice were a period of deep concern to primitive man, who trembled lest the luminary hesitate too long or fail to return to give life and warmth to earth and mankind. Hence the reference to the 'long pit' [marua-roa - a term used by the Maori for both solstices (and for the seasons of the solstices)].

Rua or lua is the cavern on the horizon from which the Sun rises or the corresponding pit on the western horizon through which he descends to the Underworld, and the 'long pit' was the one in which he remained for several successive days rising at the same point and setting at the same point while apparently making up his mind to retrace the path toward the equinoxes ...

At winter solstice (on Easter Island) it would have been more easy to see Antares. The time of observation, we can deduce, by reasoning from the fact that it was the heliacal rising of Antares which had moved from spring equinox to midsummer. Antares is rising heliacally at midsummer. In midwinter Antares must be 180º away, i.e. it must be a companion of the sun when it goes down in the west.

If ana, in Ana-mua etc, refers to the 'pit' (rua) or 'cave' (ana) into which a heavenly body enters at the western horizon, later to arrive again in the east, then it is not zenith (or nadir) which is relevant. It should be the horizon in the west or in the east.

Right ascension is measured in hours and minutes from spring equinox and zenith. Moving to the horizon necessitates changing the measured numbers with 6 h:

Right ascension values minus 6 h (morning observations):

1

Ana-mua, entrance pillar

Antares, α Scorpii

-26° 19' 10 h 26 m

Rapa Nui

2

Ana-muri, rear pillar (at the foot of which was the place for tattooing)

Aldebaran, α Tauri

16° 25' 22 h 33 m

Hawaii

3

Ana-roto, middle pillar

Spica, α Virginis

-10° 54' 07 h 23 m

Marquesas

Right ascension values plus 6 h (evening observations):

1

Ana-mua, entrance pillar

Antares, α Scorpii

-26° 19' 22 h 26 m

Rapa Nui

2

Ana-muri, rear pillar (at the foot of which was the place for tattooing)

Aldebaran, α Tauri

16° 25' 10 h 33 m

Hawaii

3

Ana-roto, middle pillar

Spica, α Virginis

-10° 54' 19 h 23 m

Marquesas

If we look for Antares in the evening sky at winter solstice on Easter Island, we need to take the values of the last table and adjust it from spring equinox (north of the equator) to summer solstice (north of the equator) - i.e. from autumn equinox to winter solstice south of the equator:

Right ascension values plus 6 h (evening observations) plus 6 h (summer solstice N):

1

Ana-mua, entrance pillar

Antares, α Scorpii

-26° 19' 04 h 26 m

Rapa Nui

2

Ana-muri, rear pillar (at the foot of which was the place for tattooing)

Aldebaran, α Tauri

16° 25' 16 h 33 m

Hawaii

3

Ana-roto, middle pillar

Spica, α Virginis

-10° 54' 01 h 23 m

Marquesas

Moving from north of the equator to south of the equator does not change the daily cycle - evening is evening at the same time north and south of the equator.

If kena is Antares, rising heliacally around midsummer on Easter Island, then Anakena sounds like the nadir of kena. And indeed, that is exactly what we can see in the calendar, where Anakena is located at the beginning (mua), after winter solstice:

1st quarter

2nd quarter

3rd quarter

4th quarter

He Anakena (July)

Tagaroa uri (October)

Tua haro (January)

Vaitu nui (April)

Hora iti (August)

Ko Ruti (November)

Tehetu'upú (February)

Vaitu poru (May)

Hora nui (September)

Ko Koró (December)

Tarahao (March)

He Maro (June)

Even without identifying kena with Antares it is reasonable to find Anakena at the opposite 'pole' of kena.

February is Te-hetu'u-pú, the 'star' with a 'hole'. Maybe that is the 'hole' at autumn equinox which once was likened to the exit of sun at the western horizon in its daily cycle? If so, then the other 'hole' ought to be 6 months away at spring equinox, in Hora iti.

Yet, there are holes at Aa5-6 and Ab7-25:

Aa5-4 Aa5-5 Aa5-6 Aa5-7
i te henua i te hau tea kua hura te tagata tona hura i roto i te pa
Ab7-24 Ab7-25 Ab7-26
i tona henua kua mau ia - i tona hue i te vaha

Can we harmonize all these facts? One tiny bit of new insight is the form of the legs in Aa5-6, I imagine it resembles the moa glyphs:

Comparing with Ab7-25, where the left hole is closed, there ought to be an open hole illustrated by the legs in Aa5-6.

Ab5-4, if we turn the glyph a quarter leftwards, presumably illustrates waning light. In Aa5-5 the same message is delivered by shorter vertical lines at right. In Aa5-6 there is only a thread instead of the 'branch' we can see in Ab7-25, and we should remember Ca1-19--20:

Earlier I have written e.g.:

... We also understand that the triplet on top of the head in Ab7-25 suggests hau tea. To understand Ab7-25 we lean on Aa5-5--6 and to understand Aa5-6 we lean on Ab7-25. In Ab7-25 the 'fruit' (hua) stems from the thumb (the normal pattern), whereas in Aa5-6 it appears as if the origin is the middle finger. Maybe GD33 (viri) - as here seen in Aa5-7 and Ab7-26 - alludes to GD24 with both holes open?

... Summer is indicated in Aa5-5 (by way of the 'open roof') at the same time as diminishing light is evident (in the way the 'vertical rays' become shorter towards right). In Ab7-25 hau tea may be alluded to as if growing from the head, a reasonable sign if the new year is 'around the corner'.

There are 4 clear examples in Tahua of GD33, viz. Aa5-7, Aa8-26, Ab1-1 and Ab7-26:

        

Although quite similar they are nevertheless not exactly alike. Ab1-1 is harmoniously drawn, but shorter than Ab7-26. Aa8-26 has a thick bottom 'tail' end, whereas Ab7-26 contrariwise has a thick upper 'tail' end. Aa5-7 and Aa8-26 are drawn as if deformed.

... Neither the top part nor the bottom part in Aa5-7 is thick, and the glyph is slightly bent forward, as if it was old. The fire is about to fade away - after 'noon' sun is descending.