TRANSLATIONS

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How can I know what is rubbish and what is good readings of the rongorongo texts? Time will tell, must be the answer.

The Maya Indians had a system based on 13 and 20:

"The 260 days of the sacred year were formed by pre-fixing the numbers 1 to 13 inclusive to the twenty Maya day-glyphs, the names of which are given below, beginning with Ik, one of the Old Empire year bearers ...

Ik Manik Eb Caban
Akbal Lamat Ben Eznab
Kan Muluc Ix Cauac
Chiccan Oc Men Ahau
Cimi Chuen Cib Imix

(Midonick)

Maybe the Easter Islanders had a system basen on 13 and 28. 13 times 28 reaches 364.

28, I have explained, is the number of nights moon potentially is shining, i.e. a measure which accomodates both sun and moon.

Maybe the Easter Islanders did as the Maya Indians, connect numbers 1 to 13 to twenty-eight names of nights according to the lunar calendar?

Ohiro Kokore ono Omotohi Matua
Oata Maharu Kokore tahi Orongo
Kokore tahi Ohua Kokore rua Orongo Tāne
Kokore rua Otua Kokore toru Maśri-nui
Kokore toru Maśre Kokore ha Maśri-kero
Kokore ha Ina-ira Kokore rima Omutu
Kokore rima Rakau Tapume Tireo

It would be impractical because the kokore nights come in doubles.

Yet, maybe in olden times there were distinctive names on all 28 nights? No, not according to the lists of names assembled earlier. They point at ca 20 as a more reasonable number of names. In the table below I have deleted not only kokore nights (and other duplicates) but also such which repeat a name (with added qualifications). Furthermore I have simplified names wherever they contain more than one word:

 

MAORI

MORIORI

HAWAIIAN

TAHITIAN

MARQUESAN

RAROTONGAN

1

Whiro

Mutu

Hilo

Hiro

Tu

Iro

2

Tirea

Whiro

Hoaka

Hoata

 

Oata

3

Hoata

Otere

Ku

Hami

Hoata

Amiama

4

One

Ohewata

   

Mahea

 

5

Okou

Oua

   

 

Tamatea

6

Tamatea

Okoro

     

 

7

 

Tamate

     

 

8

     

Tamatea

Poipoi

 

9

     

Huna

Huna

Vari

10

Huna

   

Ari

Ai

Una

11

Ari

Ohua

Huna

Maharu

Huka

Maaru

12

Mawharu

Owaru

Mohalu

Hua

Mehau

Ua

13

Maurea

Hua

Hua

Maitu

Hua

Atua

14

Atua

Mawharu

Akua

Hotu

Atua

Tu

15

Turu

Outua

Hoko

Mara`i

Hutu

Marangi

16

Rakau

Ohotu

Mahealani

Turutea

 

Oturu

17

 

Maure

Kulu

Raau

Tuu

Rakau

18

Takirau

Oturu

Laau

 

Aniwa

 

19

Oika

Rakau

   

Ms

 

20

 

 

   

Kaau

 

21

 

Takirau

   

Kaekae

 

22

 

Oika

   

Waena

 

23

Tangaroa

   

Taaroa

 

Tangaroa

24

   

Kaloa

 

Hanao

 

25

       

Wawena

 

26

Tane

Tangarņ

 

Tane

 

Tane

27

Rongo

 

Kane

Roo

Puhiwa

Rongo

28

Mauri

 

Lono

 

Tane

Mauri

29

Mutu

Tane

Mauli

Mutu

Ona

Mutu

30

Mutuwhenua

Rongo

Muku

Teriere

 

Otire

sum

21

21

16

18

22

19

Given 20 original night names (similar to the Mayan system), it will be 260 nights before the cycle has ended. 260 = 13 * 20.

Just for fun we can construct an Easter Island name group:

Ohiro Maśre Matua Tireo
Oata Ina-ira Orongo Maśri-nui and Maśri-kero combined into one night: Maśri
Maharu Rakau Tāne
Ohua Omotohi Maśri
Otua Tapume Omutu

Interestingly, we get 16 (as in haś). This indicates a pattern with 13 * 16 = 208 nights for a cycle. Each 'quarter' will then have 52 nights. 364 - 208 = 156 = 13 * 12 (another cycle).

Ohiro Otua Omotohi Tāne
Oata Maśre Tapume Maśri
Maharu Ina-ira Matua Omutu
Ohua Rakau Orongo Tireo

Involving number 3 it becomes possible to arrange 12 nights in for instance this pattern.

Ohiro Otua Matua
Oata Maśre Maśri
Maharu Omotohi Omutu
Ohua Tapume Tireo

The explorers stayed 7 days at Haga Takaśre and 5 at Haga Hōnu. If Haga Hōnu corresponds to autumn equinox, maybe Haga Takaśre corresponds to summer solstice - not spring equinox as I earlier have suggested.

Indeed, the map agrees with the new conclusion, because Haga Takaśre is about halfway the distance from Haga Hōnu to the eastern tip of the island.

Spring equinox would - according to the pattern - be located at Hanga-te-tenga, whatever that name (probably disfigured) may mean.

The eastern tip of the island would, then, not correspond to summer solstice. But maybe the tip would correspond to where the calendar 'tips around', i.e. to the beginning of the 2nd 'year'.

In the moon calendar there is a distance between a possible end at 21 (Maśre) and the calendrical turnpoint beyond 24 (Omotohi):

3rd period
Ca7-8 Ca7-9 Ca7-10 Ca7-11 Ca7-12
Ca7-13 Ca7-14 Ca7-15 Ca7-16
Maharu Ohua Otua
4th period
Ca7-21 Ca7-22 Ca7-23 Ca7-24
Maśre Ina-ira Rakau Omotohi

If - as I have assumed - there are structural resemblances between the different calendars (day, week, month etc), then we ought to compare Omotohi with Hatinga Te Kohe:

Vaitu nui

1

Nga Kope Ririva Tutuu Vai A Te Taanga

13

Tama

Tagaroa uri

2

Te Pu Mahore

14

One Tea

Vaitu poru

3

Te Poko Uri

15

Hanga Takaure

4

Te Manavai

16

Poike

Ko Ruti

He Maro

5

Te Kioe Uri

17

Pua Katiki

6

Te Piringa Aniva

18

Maunga Teatea

Ko Koró

He Anakena

7

Te Pei

19

Mahatua

8

Te Pou

20

Taharoa

Tua haro

Hora iti

9

Hua Reva

21

Hanga Hoonu

10

Akahanga

22

Rangi Meamea

Tua haro

Hora nui

11

Hatinga Te Kohe

23

Peke Tau O Hiti

Tehetu'upś

12

Roto Iri Are

24

Mauga Hau Epa

24 * 15 = 360

4 quarters with 6 half-months + 4 extraordinary (lunar) halfmonths = 28 stations.

3 haga stations and 1 hatiga (magenta).

 

25

Oromanga

Tarahao

26

Hanga Moria One

26 * 14 = 364

Paepae:

27

Papa O Pea

residences for the future and the abdicated kings

28

Ahu Akapu

28 * 15 = 420

The ordinal number (24) for Omotohi suggests an allusion to the end of the solar calendar (360 = 24 * 15, and - as we remember - the ordinal number in the calendar is 360 for Omotohi).

The ordinal number (15) for Otua suggests an allusion to Hanga Takaśre (15). And 16 (Ohotu?) will then correspond to Poike (16).

The ordinal number (21) for Hanga Hoonu suggests an allusion to Maśre (21).

Disregarding the waning phase, number 20 (Taharoa) is the last station, 4 beyond the final 16 (Ohotu?).

'... The Egyptian year was divided into three seasons of four months each: the time of waters, the season of vegetation, and the period of harvest. The months were numbered according to their positions in the seasons as First of Waters and so on. They also had popular names, being called after the particular god who governed them. Each month was divided into three decades presided over by a star of small group of stars known as decani. Among the Polynesians a single conspicious star reigned supreme for an entire month, except in the Gilbert group and the Marquesas where systems resembling the Egyptian decanates prevailed ...'

"The Gilbert Islanders are Polynesians, having emigrated, according to their traditions, from Upolu, Samoa, which they look upon as te buto (Maori pito), the Navel of the World. They never counted the nights of the Moon beyond the twentieth, so far as Grimble was able to ascertain, and in the vagueness of their lunar calendar bore no resemblance to their Micronesian neighbors of the Carolines. 

The Gilbertese tiaborau or astronomers conceived of a system of imaginary lines drawn on the sky by means of which they could estimate altitudes of stars within a degree or two. They thought of the sky as the 'roof of voyaging,' the ridgepole of which was the meridian, a line running from the north point on the horizon through the zenith to the south point. The horizon was te tatanga, 'the roof-plate'. 

 

One of the names for east, Makai-oa, was said to be the name of a far eastern land, not an island, which their navigators had visited in ancient times. Tradition called this great land 'the containing wall of the sea, beyond the eastern horizon, a continous land spreading over north, south, and middle, having a marvelous store of all sorts of food, high mountains and rivers'. It was also called Maia-wa (wa being 'space, distant'). 

This is a clear reference to ancient voyages to the American coast from which the Polynesians are thought to have introduced the sweet potato into the Pacific area. The similarity of Maia to Maya may be more than a coincidence." (Makemson)

Number 10 may have been a base for counting the lunar nights, because 10 (Akahanga) and 20 (Taharoa) are followed by cardinal kuhane stations.

One Tea (14) - preceding the cardinal Hanga Takaure - on the other hand, points to fortnights as a base for counting lunar nights. Twice 14 is 28.

7 * 2 = 14 and 6 * 2 = 12.

The difference (1) between 7 and 6 increases when we double the lunar 7 and solar 6:

14 - 12 = 2

Number 13, then, becomes a 'dark' character - from where did this 'odd' one come?

Beyond 24, similarly, there appear more such 'dark' numbers:

28 - 24 = 4

Half of the added 4 ought to belong to a 1st half and the other 2 to a 2nd half:

24 * 15 = 360

25

Oromanga

Tarahao

26

Hanga Moria One

26 * 14 = 364

Paepae:

27

Papa O Pea

residences for the future and the abdicated kings

28

Ahu Akapu

28 * 15 = 420

28 * 15 = 420 = 24 * 15 + 4 * 15.