Ruun 03: Théxar — The-Xar
"Vokh-mor xar, vokh-mor rass-ven, vokh-mor sha-mor. Ven-thar xa-mor rass-ven-ak — vokh-mor sha-ven galaxy-mor." — "The-Xar-Vokh," Rass-Ven Vel-Ak
Ruun-ak rass: → rhu [Ruun 01, "Vokh-Rass"], → rhu [Ruun 02, "Khar'Vex Khal-Sha"], → rhu [Ruun 04, "Xa-Ven Khal-Vex"] Mor-ven: Théxar ("the-xar" — earth-mother) — Khar'Vex-mor 3rd the-mor, vokh-mor xha-sha ven-thar. Geologically active, 2 moons (Serrin, Thel), habitable zone-mor.
3.1 Rass ven Geological Ven-Khal
3.1.1 Rass
Théxar rass-ven ~6.5 sha-mor cycles-tor Khar'Vex protoplanetary disk-tor, metallicity [Fe/H] = +0.12.
| Sha-El | Sha-Mor Cycles Ago | Sha-Ven |
|---|---|---|
| 1 | 6.50 ± 0.02 | Accretion, proto-Théxar |
| 2 | 6.48 ± 0.01 | Core differentiation (Fe-Ni) |
| 3 | 6.47–6.40 | Late heavy bombardment |
| 4 | 6.40–6.30 | Primary crust, cooling |
| 5 | 6.30–6.00 | Outgassing, primary atmosphere ven ocean |
| 6 | 6.00–5.50 | First tectonic cycle |
| 7 | 5.50 | Gharra impact basin |
| 8 | 5.50–4.00 | Crust stabilization |
| 9 | 4.00–3.80 | Oxygen catastrophe (photosynthesis) |
| 10 | 3.80–present | Modern tectonic regime |
3.1.2 Rass-Sha — Internal Structure
| Layer | Composition | State | T (°X) |
|---|---|---|---|
| Continental crust | Granite, basalt | Solid | 19…534 |
| Oceanic crust | Basalt, gabbro | Solid | 45…317 |
| Upper mantle | Peridotite | Solid | 534…698 |
| Asthenosphere | Partial melt | Viscous | 698…806 |
| Lower mantle | Perovskite | Plastic | 806…2 057 |
| Outer core | Fe 85%, Ni 10%, S/O 5% | Liquid | 2 057…2 710 |
| Inner core | Fe 90%, Ni 8% | Solid | 2 710…2 873 |
3.1.3 Plate Tectonics
Théxar sha-en-ak plate tectonics — carbon cycle ven long-term climate stability-mor rass-ven.
| Plate | Type | Direction | Speed (sha/y) |
|---|---|---|---|
| Thalas | Oceanic | NW | 3.9 |
| Kharrak | Continental | NE | 3.4 |
| Ruval | Continental | S | 5.0 |
| Gharra | Oceanic | SE | 3.0 |
| Vexar | Continental | W | 2.3 |
| Northern | Oceanic | E | 6.5 |
| Marginal (×6) | Mixed | Various | 0.6–8.5 |
Boundaries: 4 divergent (Thalass, Southern, Western, Northern), 6 convergent (Kharak/Rhuval edges), 4 transform (largest — Thash Fault, ~3 900 mo).
Rass-Ven: Average tectonic speed 2.8 sha/year. Carbon cycle ~120 sha-mor years.
3.2 Sha-Ven Xa-Mor — Atmosphere
3.2.1 Composition
| Shan | Ven |
|---|---|
| Surface pressure | 1 tyazh |
| Average T | 51.6°X |
| T range | 19°X … 75°X |
| Molecular mass | 28.8 g/mol |
| Scale height | 10 000 sha |
| Transparency (visible) | 0.72 |
| Gas | Formula | Fraction | Note |
|---|---|---|---|
| Nitrogen | N₂ | 71.8% | Main |
| Oxygen | O₂ | 22.6% | High |
| Argon | Ar | 2.9% | — |
| Carbon dioxide | CO₂ | 0.8% | Elevated |
| Water vapor | H₂O | 0.5–2.0% | Variable |
| Neon | Ne | 0.05% | — |
| Methane | CH₄ | 0.0003% | Biogenic |
| Hydrogen sulfide | H₂S | 0.0008% | Biogenic |
At a stellar luminosity of 0.41 L☉ and a distance of 0.63209 AU, the flux at Théxar’s orbit is about 1.026 times Earth’s solar constant. Surface temperature also depends on reflection, atmosphere, clouds and ocean heat transport.
3.2.2 Vertical Structure
| Layer | Height (sha) | Théxar Sha | T at boundary |
|---|---|---|---|
| Troposphere | 0–13 400 | ✅ | 19°X |
| Stratosphere | 13 400–54 900 | Ozone −30% | 17°X |
| Mesosphere | 54 900–103 700 | H₂S glow | 6.6°X |
| Thermosphere | 103 700–426 800 | Strong variations | 208…589°X |
| Exosphere | >426 800 | — | — |
3.2.3 Sky Color
The golden-bronze sky combines the stellar spectrum with scattering by atmospheric molecules, dust and aerosols. The colour changes with viewing direction and with the light’s path through the atmosphere.
3.2.4 Circulation
Slow rotation (27.3 h) → 6-cell model: Kharrak (0°–28°, ascending, rain), Tor (28°–55°, descending, dry), Thela (55°–90°, weak, cold). Trade winds weaker, more predictable.
3.2.5 Hazards
| Phenomenon | Frequency | Region |
|---|---|---|
| Tropical cyclones | 20–35/y | Ocean 8°–25° |
| Tornadoes | ~500/y | Kharak plains |
| Dust storms | Frequent | Kharak/Vexar deserts |
| Volcanic winters | 1 per 5–20 ky | Global |
| Lightning | ~1.2 sha-mor/y | Global |
3.3 Thal — Hydrosphere
3.3.1 Ocean
| Shan | Thalas (N) | Gharra (S) |
|---|---|---|
| Avg depth | 4 488 sha | 3 841 sha |
| Max depth | 10 268 sha (Khar-Tor Trench) | 12 009 sha (Thash Deep) |
| Surface T | 55°X eq/43°X pol | 53°X eq/43°X pol |
| Salinity | 3.5% | 3.3% |
| pH | 7.9–8.1 | 7.8–8.2 |
Currents: Tor Warm (equator → Kharak → pole), Thash Cold (Rhuval return), Gharra Circumpolar (around Vexar).
3.3.2 Sea
| Name | Area (M mo²) | Depth | Ocean | Sha |
|---|---|---|---|---|
| Serrin | 0.34 | 1 732 | Thalas | Inland, Kharak |
| Verksan | 0.28 | 1 085 | Thalas | Shelf, Kharak |
| Thash Gulf | 0.19 | 2 683 | Gharra | Deep |
| Irkhen | 0.13 | 780 | Gharra | Inter-island |
| Raal | 0.12 | 463 | Thalas | Semi-enclosed |
3.3.3 Rivers ven Lakes
| River | Length (mo) | Continent | Flows to | Note |
|---|---|---|---|---|
| Khar-Tor | 870 | Kharak | Serrin | Sacred |
| Thash-Ven | 776 | Rhuval | Thash Gulf | Hydroelectric |
| Sharrus | 638 | Vexar | Gharra | Largest Vexar |
| Moraat | 559 | Rhuval | Irkhen | Navigable |
| Irkhen | 443 | Kharak | Irkhen (via strait) | Provincial border |
Largest lake: Khar Inland Sea (5 870 mo², Kharak, ancient sea remnant).
3.4 Thal-Mor Zone — Climate
| Zone | Latitude | T (°X) | Precip. | Biome |
|---|---|---|---|---|
| Equatorial | 0°–12° | 60…68 | 2 000–4 500 mm/y | Humid jungle |
| Tropical | 12°–28° | 55…66 | 800–2 000 | Savanna, monsoon forest |
| Subtropical | 28°–38° | 49…58 | 400–900 | Mediterranean |
| Temperate | 38°–54° | 44…55 | 500–1 500 | Broadleaf, mixed |
| Subpolar | 54°–66° | 39…49 | 200–600 | Coniferous, tundra |
| Polar | 66°–90° | 19…42 | 50–200 | Ice caps, desert |
Polar caps:
| Region | Ice area (M mo²) | Thickness (sha) | T avg |
|---|---|---|---|
| N cap | 0.46 | 976–2 927 | 45°X |
| S cap | 0.53 | 1 463–3 780 | 30°X |
Equatorial: T +63.6°X, 2 rainy seasons, 6-tier jungle, ferralite soils, ~70% biodiversity.
3.5 Geography
3.5.1 The-Ak Ven
Théxar — 3 continent (Kharak, Rhuval, Vexar), 2 ocean (Thalas, Gharra), Serrin Sea, Irkhen archipelago.
3.5.2 Kharak (khar- = light, star)
| Shan | Ven |
|---|---|
| Area | 65.721 million km² |
| Population | ~1.1 sha-mor (39%) |
| Largest city | Khar-Vexar (18.6 M) |
| Highest | Mt. Verksan (9 537 sha) |
| Largest river | Khar-Tor (870 mo) |
| Climate | Equatorial → Polar |
| Resources | Fe, Cu, U, Pt, P, H₂S |
Regions: Central Plain (breadbasket), Khar-Tor Range (highest peaks), Shan Desert (metal-rich), Serrin Plateau (basaltic), Northern Taiga, Khar-Tor Delta (oldest settlements).
3.5.3 Rhuval (rhuun- = great, people)
| Shan | Ven |
|---|---|
| Area | 42.249 million km² |
| Population | ~0.9 sha-mor (32%) |
| Largest city | Ven-Khal (12.4 M) |
| Highest | Mt. Moraat (7 915 sha) |
| Largest river | Thash-Ven (776 mo) |
| Climate | Tropical → Subpolar |
| Resources | Au, Ag, Zn, oil, gas |
Regions: Raal Plateau (mining), Thash-Ven Valley (agriculture), Irkhen Coast (resort, ancient ports).
3.5.4 Vexar (vex- = give, create)
| Shan | Ven |
|---|---|
| Area | 37.555 million km² |
| Population | ~0.5 sha-mor (18%) |
| Largest city | Shan-En (7.8 M) |
| Highest | Mt. Sharrus (7 451 sha) |
| Largest river | Sharrus (638 mo) |
| Climate | Subtropical → Subpolar |
| Resources | Ti, Mn, Cr, Co, rare earths |
3.5.5 Island Territories
| Name | Area (mo²) | Belongs | Sha |
|---|---|---|---|
| Khal-Tor | 49 586 | Kharak | Volcanic |
| Sha-enn | 37 190 | Rhuval | Largest Rhuval island |
| Serrin-Ur | 24 793 | Vexar | Nature reserve |
| Irkhen archipelago | 16 529 | Kharak/Rhuval | Historically disputed |
3.6 Magnetosphere ven Radiation Belt
| Shan | Ven |
|---|---|
| Surface strength | 42 µT |
| Dipole moment | 5.8 × 10²² A·m² |
| Tilt vs rotation | 9.8° |
| Reversal period | ~350 000 y |
| Magnetotail | ~48 780 sha |
Radiation belts:
- Inner: 1 463–5 488 sha (protons)
- Outer: 9 756–21 951 sha (electrons)
Rass-Ven: Magnetosphere sha — Xha'Ruun radiation-mor thexar (→ rhu [Ruun 05]). Evolution higher-radiation-tor rass-ven.
3.7 Biome ven Xa-Ak
| Biome | Area | Vegetation | Fauna |
|---|---|---|---|
| Equatorial jungle | 14% | 6-tier forest (≤98 sha) | Arboreal hexapod, flying predator |
| Savanna/woodland | 12% | Grass ≤3.7 sha, umbrella tree | Herding herbivore |
| Desert | 8% | Cactoid, lichen | Nocturnal hexapod, reptiloid |
| Broadleaf | 16% | Si-C tree | High diversity |
| Coniferous/boreal | 14% | Needle, scale-leaf | Large herbivore |
| Tundra | 6% | Moss, lichen, dwarf shrub | Migrating herd |
| Ice sheet | 8% | Algae on ice | Marine, sub-ice |
| Aquatic | 22% | Phytoplankton, algae | Fish-like, giant filter |
Unique: Gharra deep-sea hydrothermal vents (4 268–9 146 sha, 6 fields, H₂S chemosynthesis — → rhu [Ruun 04]); Kharak/Vexar limestone caves (~9 917 mo², blind depigmented endemics).
3.8 Natural Resources
| Resource | Reserves (ru) | Region | Use |
|---|---|---|---|
| Iron | 1.27 × 10¹¹ | Kharak (Khar-Tor) | Industry |
| Copper | 1.94 × 10⁹ | Rhuval (Raal) | Electrical, alloys |
| Uranium | 5.09 × 10⁶ | Kharak (Shan) | Energy (historical) |
| Thorium | 2.48 × 10⁷ | Vexar coast | Thermonuclear |
| Pt-group | 1.70 × 10⁵ | Kharak (Khar-Tor) | Catalyst, electronics |
| Rare earths | 5.58 × 10⁷ | Vexar | Electronics, superconductor |
| Gold | 9.09 × 10⁴ | Rhuval (Thash-Ven) | Electronics, jewelry |
| Phosphate | 5.15 × 10¹⁰ | Kharak (sedimentary) | Fertilizer |
Energy balance:
| Type | Potential (sv/y) | Developed | Share |
|---|---|---|---|
| Thermonuclear | Unlimited | ~2.4 × 10¹⁶ | 62% |
| Solar | ~1.1 × 10¹⁷ | ~7.9 × 10¹⁵ | 20% |
| Hydro | ~1.5 × 10¹⁶ | ~3.4 × 10¹⁵ | 9% |
| Geothermal | ~5.1 × 10¹⁵ | ~1.8 × 10¹⁵ | 5% |
| Wind | ~1.2 × 10¹⁶ | ~1.6 × 10¹⁵ | 4% |
3.9 Natural Threats
3.9.1 Earthquake
~15 000 M>2.0/year.
| Zone | Activity | Max M | Risk |
|---|---|---|---|
| Khar-Tor subduction | High | 8.7 | High |
| Thash Fault | Moderate | 7.4 | Moderate |
| Vexar deep fault | Low | 5.8 | Low |
| Serrin transform | Moderate | 6.9 | Moderate |
3.9.2 Volcanism
~180 active, ~30 supervolcanoes (VEI-8).
| Volcano | Height (sha) | Last eruption | Type |
|---|---|---|---|
| Khar-Tor (Kharak) | 9 537 | 1 280 y.E.U. | Stratovolcano |
| Moraat (Rhuval) | 7 915 | 230 y.E.U. | Shield |
| Tor-Ven (Kharak) | 6 354 | ~8 000 y ago | Supervolcano (caldera) |
3.9.3 Impact
~1 major (>10 km crater) per 500 000 y. Planetary defense — → rhu [Ruun 09].
3.10 Théxar Ven-Khal — Cultural
"Vokh continent — vokh sha-ven. Kharak — vel, khar, ven-khal. Rhuval — sha-en, vokh, khal-vex. Vexar — mor, rass, khar-mor. Sha-ven-ak geographer. Ven-thar continent-mor rass sha-ven — vokh sha-en." — "Geography for Travelers," +2 500 y.E.U.
Xha'Ruun ven-khal Théxar — "The-Xar Vokh" (Great Mother). Ocean = circulation, mountain = skeleton, wind = breath. Verb shal-ven (breathe) ven shal-thar (blow) — same root.
Rass-Ven: Théxar-mor xa-sha-ven ecology ethics-tor rass (→ rhu [Ruun 08]), religion-tor (→ rhu [Ruun 10]).
Ruun Ven
- Théxar — geologically active, differentiated core, 7 main plates, active volcanism.
- Atmosphere CO₂ 0.8% — equilibrium compensation (not catastrophe).
- Sky golden-bronze — CO₂ + H₂S + Khar'Vex spectrum.
- 2 ocean + 5 sea, 67% water surface.
- 3 continents: Kharak (1.41), Rhuval (0.90), Vexar (37.555 million km²).
- Magnetosphere moderate (42 µT), atmosphere compensates.
- Resources — Fe/Cu/Th/Pt (Kharak).
- Energy: 62% thermonuclear.
Rass-Ven (CANON):
- Théxar radius 7 453 sha, g = 11.6 sha/mig² ✓
- Atmosphere N₂ 71.8%, O₂ 22.6%, Ar 2.9%, CO₂ 0.8% ✓
- Pressure 1 tyazh ✓
- T avg 51.6°X, range 19…75°X ✓
- Axial tilt 14.2°, day 27.3 h, year 178.2 local days ✓
- 3 continents (Kharak, Rhuval, Vexar) ✓
- 2 ocean (Thalas, Gharra) ✓
- 7 lithospheric plates ✓
- Magnetic field 42 µT ✓
- Khar-Tor volcano 9 537 sha ✓
- Thash Deep 12 009 sha ✓
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