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.