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25. The ancient year was a pair, named for instance as the year in leaf respectively the year in straw:

... In north Asia the common mode of reckoning is in half-year, which are not to be regarded as such but form each one separately the highest unit of time: our informants term them 'winter year' and 'summer year'. Among the Tunguses the former comprises 6½ months, the latter 5, but the year is said to have 13 months; in Kamchatka each contains six months, the winter year beginning in November, the summer year in May; the Gilyaks on the other hand give five months to summer and seven to winter. The Yeneseisk Ostiaks reckon and name only the seven winter months, and not the summer months. This mode of reckoning seems to be a peculiarity of the far north: the Icelanders reckoned in misseri, half-years, not in whole years, and the rune-staves divide the year into a summer and a winter half, beginning on April 14 and October 14 respectively. But in Germany too, when it was desired to denote the whole year, the combined phrase 'winter and summer' was employed, or else equivalent concrete expressions such as 'in bareness and in leaf', 'in straw and in grass' ...

Likewise in ancient Babylonia, where Virgo (Mother Earth) was a pair, Furrow and Frond, with Furrow closer to the Abyss whereas Frond was depicted as standing on the ecliptic:

But the precession pushed the cardinal point of the Sun earlier and earlier among the fixed stars and the place of the Mad Dog, who stabilized the atumn equinox with his left hand, was therefore later to be the place of Virgo, who stabiilized the balance between summer and winter with her right foot:

Mercury marked where Frond changed into Furrow, and when the planets followed the plain of the ecliptic this was proof of a stable frame of reference. Even a little child knows a spinning object will stay stable for a long time:

Niu. Palm tree, coconut tree; hua niu, coconut. Vanaga. Coconut, palm, spinning top.  P Pau., Ta.: niu, coconut. Mgv.: niu, a top; niu mea, coconut. Mq.: niu, coconut, a top. Churchill. The fruit of miro. Buck. T. 1. Coconut palm. 2. Sign for peace. Henry  The sense of top lies in the fact that the bud end of a coconut shell is used for spinning, both in the sport of children and as a means of applying to island life the practical side of the doctrine of chances. Thus it may be that in New Zealand, in latitudes higher than are grateful to the coconut, the divination sense has persisted even to different implements whereby the arbitrament of fate may be declared. Churchill 2.

In my star list I have the name Khambalia for λ Virginis, where the planet Mars will be in October 23 AD 2023.

With Spica as the place for changing from the green grass of summer to the dry straw of winter, Khambalia should represent the infertile ('dead') year of winter. I have fetched the name Khambalia from the Coptic lunar system:

Artulosia Well Mouth  α Andromedae (Sirrah), γ Pegasi (Algenib) 1.8 Mar 22 (81)
Pikutorion Protector β (Sheratan), γ (Mesarthim) Arietis 27.4 April 17 (107)
Kuton Cord ε, ζ (Revati) Piscium 16.9 April 6 (96)
Koleōn Scabbard μ, 33, 35, 39, 41 (Bharani) Arietis 41.4 May 2 (121)
Klusos Watery λ (Heka), φ¹, φ² Orionis 83.2 June 12 (163)
Khambalia Crooked-clawed ι (Syrma), κ, φ Virginis 215.6 Oct 22 (295)
Stephani Crown β (Acrab), δ (Dschubba), π (Vrischika) Scorpio 241.3 Nov 17 (321)
Khartian Heart α (Antares) Scorpio 249.1 Nov 25 (329)
Upeuritos Discoverer ε (Albali), μ, and ν Aquarii 314.8 Jan 29 (394)
Upuineuti Foundation β (Sadalsud), ξ (Bunda) Aquarii 327.5 Febr 11 (407)

... As a lunar station these stars were the Sogdian Sarwa and the Khorasmian Shushak, the Leader; the Persian Hucru, the Good Goer; and the Coptic Khambalia, [also the name of the star λ] Crooked-clawed, λ being substituted for φ; and it is said that they were the Akkadian Lu Lim the He Goat, Gazelle, or Stag, the original perhaps meaning 'King' and employed for δ. ι alone, according to Hommel, was the Death Star, Mulu Bat ...

October 23 (296) should be the proper place for λ (100) Virginis:

Ga6-1 (141) Ga6-2 Ga6-3 Ga6-4 (12 * 12)
HEZE (*205.0) *206 *207 BENETNASH (*208)
ACHERNAR *24 (= *206 - *182) *25 POLARIS
April 13 4-14  (104 = 80 + 24) 15 16 (106 = 471 - 365)
Oct 12 (285) 13 (104 + 182 = 286) 14 15 (288 = 80 + 208)
AUG 9 (285 - 64 = 221) 10 11 12 (224 = 288 - 64)
Ga6-6 Ga6-7 Ga6-8 (148) Ga6-9 Ga6-10 Ga6-11
PLACE OF THE SUN:
MUPHRID (*210) *211 → 227 - 16 THUBAN *213 *214 ARCTURUS
Oct 17 (290) 18 19 20 21 22 (295)
AUG 14 15 (227) 16 (*148) 17 (229) 18 19
THE NAKSHATRA VIEW:
*28 ALRISHA HAMAL *31 *32 MIRA
April 18 19 20 (*395) 21 (111) 22 23
FEBR 13 2-14 (45 = 109 - 64) 15 (*331) 16 17 (413 = 14 * 29½) 18 (49)

APRIL 10 (100)

*6

APRIL 16 (*26)

 

*120

 

AUG 14 (226)

*6

Ga1-20

Ga1-26

Ga6-6 (146 = 2 * 73 → 3 * 91)

HEAVENLY GATE (*84)

NASH (*273 → 3 * 91)

MUPHRID (*210)
264 / 2 = 120 + 12

From August 24 AD 2023 to October 23 AD 2023 there were 296 - 236 = 60 days:

JULY 10 (*111) 11 12 (193) 13 14 (*115)
Ga5-1 (111) Ga5-2 Ga5-3 Ga5-4 (88 + 26) Ga5-5 (115)
Θ CRATERIS (*175.0) *176 ξ Virginis (*177.0) 93 LEONIS (*178.0) + MARS

Aug 24 AD 2023 (236, *156)

PHEKDA
MANUS CATENATA *359 *360 DZANEB
Ga6-12 (152 = 8 * 19) Ga6-13 Ga6-14 (11 * 14) Ga6-15 Ga6-16 (→ 61 * 6)
PLACE OF THE SUN:
KHAMBALIA (*216.4) + MARS

Oct 23 AD 2023 (296, *216)

*217 FOMALHAUT *219 η Centauri (*220.4)
Oct 23 24 25 26 27 (300)
AUG 20 21 22 23 24 (236 = 8 * 29½)
THE NAKSHATRA VIEW:
*34 ρ Ceti (*35.4) *36 *37 *38
April 24 (114) 25 26 27 28 (236 / 2)
FEBR 19 (50) 20 21 (52) 22 TERMINALIA

To FEBRUARY 23 (TERMINALIA) there were 64 days.

Looking a few days ahead to October 29 AD 2023 I find a remarkable conjunction between Mars and Mercury: