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158. Notably there is a resemblance between the left part in the peculiar niu glyph and the left part in the equally complicated Cb1-6, viz. a 'string' which is cut off before reaching the central figure:

246 4 * 29½
Ca6-11 (151) Cb1-6 (398)
SADALMELIK (*334) ARCTURUS (*215)
*334 - *215 = *119 *215 + *366 - *334 = *247
REGULUS (*152 = *334 - 182) MIRA (*33 = *215 - 182)
*152 - *33 = *119 *33 + *366 - *152 = *247
8 * 31 + 118 = 366

Another resemblance is the composition with a kind of 'tree' in the center which 'balances' the figures at left and right.

niu rakau

Once upon a time Leo had been at the northern spring equinox with Orion at the winter solstice:

The Nose of the Lion (Al Minhar al Asad) came 11 days before Regulus, at the beginning of glyph line Ca6. At the time of rongorongo this was in August 9 (*80 + 141 = 221 = the glyph number at Ca6-1).

At the time when Betelgeuze had been at 0h the Nose of the Lion would have risen heliacally in day number 221 (August 9) - 88 = 133, or according to the 'crooked' Gregorian calendar in day number 133 + 4 = 137:

Ca5-32 (137) Ca5-33 Ca5-34 Ca5-35 Ca6-1 Ca6-2 Ca6-3
e vaha noho ragi erua ahi i te hau tea Erua hau tea i te henua i te rima
9h (137.0)

σ¹ Ursa Majoris (137.0), κ Cancri (137.3), τ Cancri (137.4), ALSUHAIL = λ Velorum (137.5), σ² Ursa Majoris (137.6), τ Ursa Majoris (137.7), ξ Cancri (137.8)

κ Pyxidis (138.0), ε Pyxidis (138.5) π Cancri (139.2), MIAPLACIDUS = β Carinae (139.3), TUREIS = ι Carinae (139.8) no star listed (140) θ Pyxidis (141.5), MARKAB VELORUM = κ Velorum (141.5), AL MINHAR AL ASAD = κ Leonis (141.6), λ Pyxidis (141.9) Star-25 (Horse) / ANA-HEU-HEU-PO-5 (Pillar where debates were held)

ALPHARD = α Hydrae (142.3), ω Leonis (142.6), τ¹ Hydrae (142.7)

Al Tarf-7 (The End)

ψ Velorum (143.3), ALTERF = λ Leonis, τ² Hydrae (143.4), ξ Leonis (143.5)

Aug 5 6 7 8 (220) 9 (*141) 10 11
ºAug 1 2 3 4 (216) 5 (*137) 6 7
133 134 135 136 137 = 141 - 4 138 139

However, counting from the Julian equinox (4 days later than 0h) the position of Al Minhar al Asad would at the time of Betelgeuze have come in day number 221 (August 9) - 84 = 137 (respectively in day number 137 + 4 = 141).

... Day 80 in the Gregorian calendar was March 21 and right ascension 0h was there because the Pope had decided this should be the day of spring equinox.

... Ecclesiastically, the equinox is reckoned to be on 21 March (even though the equinox occurs, astronomically speaking, on 20 March in most years) ...

... When the Pope rearranged the day for spring equinox from number 84 ('March 25) to number 80 (ºMarch 21) the earlier Julian structure was buried, was covered up (puo). At the same time the Pope deliberately avoided to correct the flow of Julian calendar days for what he may have regarded as 4 unneccesary leap days prior to the Council of Nicaea. Thus his balance sheet for days was in order. The day numbers counted from the equinox were increased with 4 and this was equal to allowing the 4 'unneccessary' leap days to remain in place. But he had moved spring equinox to a position which was 4 days too early compared to the ancient model ...

These '4 unneccessary leap days' (prior to the Council of Nicaea) were equal in number to the precessional distance in time between the Pope and the time of rongorongo. The Gregorian calendar could therefore be easily understood by the Easter Islanders. The Pope had created a 'crooked calendar' but since his time the precession had fixed it.

... When the Pope Gregory XIII updated the Julian calendar he did not revise what had gone wrong before 325 AD (when the Council of Nicaea was held). Thus the stars were still 3-4 days 'out of tune' compared to the calendar ... the Gregorian 'canoe' was 'crooked'. His calendar was not in perfect alignment with the ancient star structure. Because he had avoided to adjust with the effects of the precession between the creation of the Julian calendar and the Council of Nicaea in 325 A.D. [The Julian equinox was in the 3rd month of the year and in its 25th day; 3-25.]

Or as told in the language of myth:

... There is a couple residing in one place named Kui and Fakataka [meaning Creating a Cycle]. After the couple stay together for a while Fakataka is pregnant. So they go away because they wish to go to another place - they go. The canoe goes and goes, the wind roars, the sea churns, the canoe sinks. Kui expires while Fakataka swims. Fakataka swims and swims, reaching another land. She goes there and stays on the upraised reef in the freshwater pools on the reef, and there delivers her child, a boy child. She gives him the name Taetagaloa [meaning Not Tagaroa]. When the baby is born a golden plover flies over and alights upon the reef. (Kua fanau lā te pepe kae lele mai te tuli oi tū mai i te papa). And so the woman thus names various parts of the child beginning with the name 'the plover' (tuli): neck (tuliulu), elbow (tulilima), knee (tulivae).

They go inland at the land. The child nursed and tended grows up, is able to go and play. Each day he now goes off a bit further away, moving some distance away from the house, and then returns to their house. So it goes on and the child is fully grown and goes to play far away from the place where they live. He goes over to where some work is being done by a father and son. Likāvaka is the name of the father - a canoe-builder, while his son is Kiukava. Taetagaloa goes right over there and steps forward to the stern of the canoe saying - his words are these: 'The canoe is crooked.' (kalo ki ama). Instantly Likāvaka is enraged at the words of the child. Likāvaka says: 'Who the hell are you to come and tell me that the canoe is crooked?' Taetagaloa replies: 'Come and stand over here and see that the canoe is crooked.' Likāvaka goes over and stands right at the place Taetagaloa told him to at the stern of the canoe.

Looking forward, Taetagaloa is right, the canoe is crooked. He slices through all the lashings of the canoe to straighten the timbers. He realigns the timbers. First he must again position the supports, then place the timbers correctly in them, but Kuikava the son of Likāvaka goes over and stands upon one support. His father Likāvaka rushes right over and strikes his son Kuikava with his adze. Thus Kuikava dies. Taetagaloa goes over at once and brings the son of Likāvaka, Kuikava, back to life. Then he again aligns the supports correctly and helps Likāvaka in building the canoe. Working working it is finished ...

Ca6-4 (144 = 12 * 12) Ca6-5 (145 = 290 / 2) Ca6-6 (→ 360)
kua hau te haú o to hau tea kua hipu koia etoru hipu te henua ma te rima
140 141 142
Ca6-7 Ca6-8 (148) Ca6-9 Ca6-10
etoru kiore te henua te rima
143 144 145 146
Ca6-11 Ca6-12 (152) Ca6-13 Ca6-14 Ca6-15 Ca6-16 (→ 366)
te heheu ke - te niu kua huri ki te vai manu teketeke ki ruga takaure kua aha te takaure i te henua ma te rima

Huri

1. To turn (vt.), to overthrow, to knock down: huri moai, the overthrowing of the statues from their ahus during the period of decadence on the island. 2. To pour a liquid from a container: ka huri mai te vai, pour me some water. 3. To end a lament, a mourning: he huri i te tagi, ina ekó tagi hakaou, with this the mourning (for the deceased) is over, there shall be no more crying. 4. New shoot of banana: huri maîka. Vanaga.

1. Stem. P Mgv.: huri, a banana shoot. Mq.: hui, shoot, scion. 2. To turn over, to be turned over onto another side, to bend, to lean, to warp; huri ke, to change, to decant; tae huri ke, invariable; huri ke tahaga no mai, to change as the wind; tae huri, immovable; e ko huri ke, infallible; huhuri, rolling; hakahuri, to turn over; hakahuri ke, to divine. P Pau.: huri, to turn. Mgv.: huri, uri, to turn on one side, to roll, to turn upside down, to reverse. Mq.: hui, to turn, to reverse. 3. To throw, to shoot. 4. To water, to wet. 5. To hollow out. Hurihuri: 1. Wrath, anger; kokoma hurihuri, animosity, spite, wrath, fury, hate, enmity, irritable, quick tempered, to feel offended, to resent, to pester; kokoma hurihuri ke, to be in a rage. 2. (huri 4) hurihuri titi, to fill up. 3. To polish. 4. (uriuri). Hurikea, to transfigure, to transform. Churchill. Mq. huri, resemblance. Sa.: foliga, to resemble. Churchill.

INVISIBLY CLOSE TO THE SUN (helical dates):
22h (334.8)

KAE UH (Roof) = ο Aquarii (334.0), AL KURHAH = ξ Cephei (334.4), SADALMELIK = α Aquarii, AL DHANAB = λ Gruis (334.6), ι Aquarii, ν Pegasi (334.7)

ι Pegasi (335.0), ALNAIR = α Gruis (335.1), μ Piscis Austrini, υ Piscis Austrini (335.3), WOO (Pestle) = π Pegasi (335.7), BAHAM = θ Pegasi, τ Piscis Austrini (335.8) ζ Cephei (336.2), λ Cephei (336.3), -/270 Lac. (336.7), λ Piscis Austrini (336.8) μ Gruis (337.0), ε Cephei (337.2), 1/325 Lac. (337.3), ANCHA = θ Aquarii (337.4), ψ Oct. (337.5), α Tucanae (337.9) Al Sa'ad al Ahbiyah-23 / Shatabisha-25

 ε Oct. (338.1), ρ Aquarii (338.2), 2/365 Lac. (338.5), SADACHBIA = γ Aquarii (338.6), π Gruis (338.9)

β/172 Lac. (339.2), 4/1100 Lac. (339.4), π Aquarii (339.5)

CASTOR (α Gemini)

Febr 17 (414) 18 19 20 21 (52 = 80 - 28) 22 (53 = 236 - 183)
ºFebr 13 (410) 14 15 (*332) 16 17 (48 = 80 - 32) 18 (49 = 236 - 187)
'Jan 21 22 23 24 (*310) 25 (= 80 - 55) (392 = 209 + 183)
"Jan 7 8 9 10 (*296) 11 (= 80 - 69) (378 = 195 + 183)
DEC 16  (350) 17 18 19 (*273) 20 (12 * 29½) SOLSTICE
330 331 332 333 334 335
CLOSE TO THE FULL MOON (and nakshatra dates):
υ² Hydrae (151.8) Al Jabhah-8 / Maghā-10 (Bountyful) / Sharru-14 (King)

10h (152.2)

AL JABHAH = η Leonis (152.4), REGULUS = α Leonis (152.7)

λ Hydrae (153.2) ADHAFERA = ζ Leonis, TANIA BOREALIS = λ Ursae Majoris, SIMIRAM = ω Carinae (154.7) ALGIEBA = γ Leonis, q Carinae (155.5) TANIA AUSTRALIS = μ Ursae Majoris (156.0), GHOST OF JUPITER = NGC3242 Hydrae (156.8)
(414 - 183 = 231) Aug 20 (*152) 21 22 23 (236 = 8 * 29½)
15 (227 → π) ºAug 16 (*148) 17 (229) 18 19 20
'July 23 24 (*125) 25 26 27 (208) 28
"July 9 10 (*111) 11 12 (193) 13 14
JUNE 16 (168 = 2 * 84) 18 19 (*90) 20 SOLSTICE
147 148 149 150 151 152 = 156 - 4

Probably Leo was the traditional place for the beginning of summer heat. Once upon a time the year could have begun there:

... Midsummer is the flowering season of the oak, which is the tree of endurance and triumph, and like the ash is said to 'court the lightning flash'. Its roots are believed to extend as deep underground as its branches rise in the air - Virgil mentions this - which makes it emblematic of a god whose law runs both in Heaven and in the Underworld ... The month, which takes its name from Juppiter the oak-god, begins on June 10th and ends of July 7th. Midway comes St. John's Day, June 24th, the day on which the oak-king was sacrificially burned alive. The Celtic year was divided into two halves with the second half beginning in July, apparently after a seven-day wake, or funeral feast, in the oak-king's honour ...

At the time of Betelgeuze the Nose of the Lion would have risen heliacally in day number 133 - 84 = 49 (= 7 * 7) after the Julian equinox, which at the time of rongorongo corresponded to May 13 (133, *53 = 49 + 4) = August 9 (221, *141 = 137 + 4) - 88.

In Roman times Al Minhar al Asad would have risen heliacally in day 221 - 27 = 194 ('July 13), with Regulus in day 194 + 11 = 205 ('July 24) which was a month after St John's Day (175 = 350 / 2).

At the time of Bharani, 41 - 27 = 14 precessional days earlier, Regulus would have risen with the Sun in day 205 - 14 = 191 ("July 10) with the Nose of the Lion in day 180 (= 191 - 11).

According to the Gregorian calendar St John's day was number 175 and we would have to move further back in time if the Nose of the Lion should coincide with day 161 (June 10th). When Alcyone (*56) had risen with the Sun at 0h this was 56 - 41 = 15 precessional days earlier than the time of Bharani (*41). The Lion's Nose would then have risen heliacally approximately in day 180 - 15 = 165 with Regulus around day 165 + 11 = 176.

If the year should begin at the Little King Regulus, at 10h, then the rest of the stars would come later, for instance Mira. The similarity between Ca6-11 and Cb1-6 could have been intended to make this clear, because the living spirit (manu rere) of Mira was also at Ca2-7 (→ 27) at the throat of the Sea Beast:

Ca2-7 (33 = 398 - 365) Ca2-8 Ca2-9
manu rere e tara tua tagata oho
θ Arietis (33.3), MIRA = ο Ceti (33.7) no star listed (34) ξ Arietis (35.0), ρ Ceti (35.4), ξ² Ceti (35.9)

... Mira also known as Omicron Ceti (ο Ceti, ο Cet), is a red giant star estimated 200-400 light years away in the constellation Cetus. Mira is a binary star, consisting of the red giant Mira A along with Mira B. Mira A is also an oscillating variable star and was the first non-supernova variable star discovered, with the possible exception of Algol. Apart from the unusual Eta Carinae, Mira is the brightest periodic variable in the sky that is not visible to the naked eye for part of its cycle ...