Chapter 19: Natural Resources of Théxar
"The earth gave us everything. Metal — to build. Stone — to remember. Thorium — to shine. Water — to live. Everything we have, we took from her. Our duty is to return no less than we took." — From the "Code of the Guardians," +1,200 Y.E.
Théxar’s mineral resources reflect its starting composition, internal differentiation, magmatism and the long redistribution of elements in the crust. Deposits are unevenly distributed, shaping regional specialisation and trade.
Introduction
The natural resources of Théxar are one of the most important competitive advantages of Xha'Ruun civilization. The elevated metallicity of the protoplanetary cloud and the planet's longer geological history led to the formation of a unique mineral base without analogs in known planetary systems.
The location of deposits shaped the economy and political history. Thorium ores supported nuclear power; metals supported construction and industry. Access, transport and extraction conditions nevertheless remained subjects of dispute. Marine biological resources became important to pharmacology and biotechnology.
However, Théxar's resources are distributed unevenly, and this inequality — both between continents and between geological epochs — became an important factor in economic geography and politics.
19.1 Mineral Resources
KEY FACT
Théxar possesses exceptional wealth in key metals: iron enrichment factor — 2.8, thorium — 2.5, platinum — 2.2, REE — 1.8. The reason is the elevated metallicity of the protoplanetary cloud ([Fe/H] = +0.12) and a longer geological history.
19.1.1 Total Reserves
TABLE 19.1: Mineral Resources of Théxar
Resource Reserves (Théxar) Availability (cycles) Iron (Fe) 254.5 billion ру >5,000 Copper (Cu) 2.3 billion ру ~800 Thorium (Th) 10.9 million ру >50,000 (fusion) Uranium (U) 7.3 million ру ~2,000 Platinum (Pt) 109.1 thousand ру ~600 REE 290.9 million ру >10,000 Titanium (Ti) 2.5 billion ру >5,000 Chromium (Cr) 1.7 billion ру >3,000 Manganese (Mn) 1.9 billion ру >4,000 Gold (Au) 109.1 thousand ру ~400
19.1.2 Distribution by Continent
Kharak — Wealth of the Ancient Core
| Resource | Deposits | Planetary Share | Application |
|---|---|---|---|
| Fe | Khar-Tor range, Central Plain | 45% | Industry, construction |
| Th | Thar basin, Serrin plateau | 52% | Nuclear energy |
| Cu | Southern coast | 38% | Electrical engineering |
| U | Shan Desert | 35% | Fuel (auxiliary) |
| P | Marine sediments (Thalas) | 60% | Fertilizers |
Rhuval — Metal Treasury
| Resource | Deposits | Planetary Share | Application |
|---|---|---|---|
| Pt | Raal Plateau | 48% | Catalysts, electronics |
| Au | Irkhen chain | 42% | Electronics, reserves |
| Ag | Irkhen chain | 40% | Industry |
| Cr | Raal Plateau | 55% | Metallurgy |
| Mn | Raal Plateau | 50% | Steel |
| Ti | Western spurs | 35% | Light alloys |
Vexar — Rare Earth Province
| Resource | Deposits | Planetary Share | Application |
|---|---|---|---|
| REE (La, Ce, Nd, Eu) | Alkaline massifs | 45% | High technology |
| Co | Northern massifs | 52% | Batteries, alloys |
| Ti | Mangrove coasts | 30% | Alloys, implants |
| Zn | Southern spurs | 28% | Galvanization |
KEY FACT
Thorium (²³²Th) — the strategic resource of Théxar. Its reserves (10.9 million ру) with an enrichment factor of 2.5 provide the civilization's energy for >50,000 cycles. Kharak, as the continent with 52% of reserves, occupies a dominant position in global energy.
19.1.3 Deep-sea Resources
Théxar's oceans contain significant mineral deposits:
| Resource | Ocean Thalas | Ocean Gharra | Total |
|---|---|---|---|
| Polymetallic nodules (Fe-Mn-Cu-Ni) | 39.4 billion ру | 33.3 billion ру | 72.7 billion ру |
| Gas hydrates (CH₄) | 5,805 billion ша³ | 3,265 billion ша³ | 9,070 billion ша³ |
| Phosphorites | 4.8 billion ру | 3.0 billion ру | 7.8 billion ру |
| REE (from brines) | 7.3 million ру | 4.8 million ру | 12.1 million ру |
Deep-sea resource extraction is a high-tech sector, developed ~1,200 cycles ago. Automated stations at depths up to 7,317 ша collect nodules without human presence.
19.2 Energy Resources
19.2.1 Energy Balance Structure
TABLE 19.2: Energy Balance of the Xha'Ruun Union (4,028 Y.E.)
Source Capacity (GW) Share Growth in 10 cycles Nuclear (Th fission + He-3 fusion) 1,420 62% +8% Orbital solar stations 420 18% +15% Hydroenergy 240 10% +2% Geothermal 120 5% +5% Tidal + wave 83 4% +12% Wind 25 1% +3% Total 2,308 100% +7%
19.2.2 Fusion
Nuclear energy is the foundation of Xha'Ruun civilization. Two main cycles:
Thorium cycle (Th → U-233):
- Resource base: 10.9 million ру (52% on Kharak)
- Technology: molten salt reactors (MSR)
- Efficiency: ~98% fuel burnup
- Waste: two orders of magnitude less than in alternative cycles
- Electricity cost: 0.8 cents/kWh
He-3 cycle:
- Resource base: ~60.6 thousand ру (in the regolith of satellite Thel)
- Technology: magnetic confinement (tokamak)
- Extraction: automated stations on Thel's surface
- Efficiency: direct conversion of nuclear reaction energy into electricity
- Cost: 2.1 cents/kWh (higher due to satellite mining)
19.2.3 Orbital Solar Energy
Orbital solar stations (OSS) are the second most important energy source. Located in geostationary orbit (≈38 000 км над поверхностью), they transmit energy to the surface via microwave radiation.
| Parameter | Value |
|---|---|
| Number of stations | 48 (active) |
| Power (average) | 8.75 GW/station |
| Transfer efficiency | 78% |
| Area of one station | 0.5 мо² |
| Capacity factor | 0.92; eclipses and maintenance interruptions are included in station operation |
19.2.4 Geothermal and Hydroenergy
Geothermal stations are located in tectonically active zones — the Khar-Tor range (Kharak) and the Irkhen chain (Rhuval). Total capacity — 120 GW.
Hydroenergy is fully developed: all major rivers have cascades of hydroelectric plants. Total capacity — 240 GW. The largest HEP is Thar-1 on the Thar River (capacity 22 GW).
19.3 Biological Resources
19.3.1 Forestry
Théxar's forests are the most important renewable resource. Annual sustainable timber harvest:
| Region | Volume (million ша³/cycle) | Main Species |
|---|---|---|
| Kharak (taiga) | 326.5 | Needle-Bark, Khar-Pine |
| Vexar (temperate) | 217.7 | Ven-Shar, Mor-Ven |
| Kharak (savannas) | 72.6 | Khar-Grain (stalks) |
| Rhuval (tropical) | 108.8 | Tor-Khar (selective) |
| Total | 725.6 | — |
Sustainable forestry is regulated by the Law of Silence: no more than 0.5% of forest fund is cut annually, and for each harvested hectare, 3 new ones are planted.
19.3.2 Fishing and Mariculture
Théxar's oceans are the primary source of animal protein.
| Fishery | Volume (million ру/cycle) | Region |
|---|---|---|
| Fishing (wild catch) | 14.5 | Thalas, Kharak shelf |
| Mariculture (farms) | 10.9 | Coasts, reefs |
| Deep-sea fishery | 1.2 | Gharra (depths 610–2,439 ша) |
| Total | 26.6 | — |
Main commercial species: Shal-Mor (silver arrow), Thal-Cod, Gharra-Snapper.
19.3.3 Pharmaceutical Resources
Théxar's biodiversity created an extremely rich pharmacopoeia:
| Compound | Source | Application | Year of Discovery |
|---|---|---|---|
| Khal-Ven | Ven-Shar bark | Antibiotic (broad spectrum) | +1,400 Y.E. |
| Mor-Thorn | Mor-Ven roots | Immunomodulator | +1,820 Y.E. |
| Gharra-Kelp | Deep-sea algae | Anticoagulant | +2,100 Y.E. |
| Xha-Mor | Mycophyta fungal spores | Tissue regeneration | +2,450 Y.E. |
| Thex-Cure | Tor-Fruit extract | Antiviral | +2,880 Y.E. |
19.4 Economy and Distribution
19.4.1 Economic Zones
19.4.2 Economic Indicators
| Indicator | Value | Context |
|---|---|---|
| Planet GDP | 124 trillion solar units | Post-scarcity, guild-based |
| GDP per capita | 44,000 s.u. | — |
| Energy consumption | 2,308 GW | |
| Guild share of GDP | 72% | 12 guilds |
| Unemployment | 2.8% | Predominantly frictional |
| R&D share of GDP | 7.2% | High |
19.5 Resources and Ecology
19.5.1 Sustainable Development
Xha'Ruun civilization has achieved a high level of ecological sustainability through:
- Nuclear energy — minimal emissions and waste
- Complete recycling — >95% of industrial waste is recycled
- Population regulation — the Commandment of Growth
- Protected zones — 15% of the planet declared Zones of Silence
19.5.2 Limitations and Deficits
Despite overall wealth, there are limitations:
| Resource | Status | Reason |
|---|---|---|
| Arable land | Limited deficit | 12% of land suitable for agriculture |
| Fresh water (regions) | Local deficit | Shan Desert, highlands |
| Gold (Au) | Moderate deficit | High demand in electronics |
| He-3 | Sufficient | Mining on Thel — rising costs |
Chapter Summary
Key conclusions:
- Théxar possesses exceptional wealth in key metals: Fe (coeff. 2.8), Th (coeff. 2.5), Pt (coeff. 2.2), REE (coeff. 1.8).
- Thorium — strategic resource (10.9 million ру, 52% on Kharak), foundation of nuclear energy.
- Fission and fusion together provide 62% of the energy balance (1,420 GW).
- Deep-sea resources — 72.7 billion ру of polymetallic nodules.
- Forestry — 725.6 million ша³/cycle, strict sustainability compliance.
- Pharmaceuticals — ~1,200 species of medicinal plants.
95% of industrial waste is recycled.
- 15% of the planet — Zones of Silence.
Connections to other chapters:
- → see [Ch.09, "Technology"] — extraction and processing technologies
- → see [Ch.12, "Geological Evolution"] — deposit geology
- → see [Ch.13, "Continents"] — resource distribution
- → see [Ch.14, "Oceans"] — deep-sea resources
- → see [Ch.17, "Flora"] — forest and pharmaceutical resources