Zorlac

Zorlac is a volcanic terrestrial planet located in the Rokke System of the Zorlac Galaxy. As the homeworld of the Zorlacians, it is characterized by extreme geological activity, harsh environmental conditions, and rich mineral resources. The planet's unique conditions have shaped both its diverse ecosystem and the advanced civilization that evolved there.

Basic Information
Star System	Rokke
Galaxy	Zorlac
Type	Terrestrial, volcanic
Diameter	15,200 km (1.19× Earth)
Mass	1.85 Earth masses
Gravity	1.3g
Orbital period	280 Earth days
Rotational period	27 Earth hours
Axial tilt	12 degrees
Moons	1 (Zor'Lun)

Physical Characteristics

Atmosphere

Component	Percentage
Nitrogen	70%
Oxygen	22%
Carbon Dioxide	4%
Sulfur Dioxide	2%
Argon	1%
Other trace gases	1%

Geography

Zorlac's surface features diverse geological formations:

Major Geographic Features

1. The Forge (Equatorial Band)
2. Width: 2000km
3. Temperature: 500-800°C
4. Constant volcanic activity
5. Lava rivers and flows
6. Mineral-rich pyroclastic deposits
7. Crystal Mountains
8. Height: 15-20km
9. Rich mineral deposits
10. Natural energy conductors
11. Strategic defensive positions
12. Obsidian Wastes
13. Coverage: 30% of surface
14. Black glass deserts
15. Heat sink regions
16. Natural solar collectors
17. Deep Canyons
18. Ancient lava flow channels
19. Complex cave networks
20. Geothermal activity zones

Hydrosphere

Due to extreme temperatures, Zorlac lacks traditional surface water bodies, featuring instead:

• Underground mineral-rich water reservoirs
• Lava lakes and rivers
• Scattered acidic hot springs
• Geothermal water systems

Climate Zones

Temperature Ranges

Region	Temperature Range
Equatorial Band	400-600°C
Mid-latitudes	300-400°C
Polar Regions	100-200°C
Underground Habitable Zones	150-300°C

Volcanic Activity Patterns

• Mega-eruptions: 500-year cycles
• Minor eruptions: Monthly occurrence
• Continuous activity: Daily in The Forge
• Geothermal events: Constant

Ecosystem

Flora

Species	Description	Habitat
Ironwood Groves	Metal-absorbing trees	Mineral-rich regions
Obsidian Ferns	Silicon-based plants	Cooled lava flows
Pyroclast Ferns	Heat-resistant species	Active volcanic areas
Magnetotrophic Lichens	Magnetic field sensitive	Anomaly zones
SpectraFerns	Aurora-utilizing plants	High-altitude regions

Fauna

Species	Description	Habitat
Thermal Worms	Extremophile creatures	Lava and thermal vents
Lavarex Predators	Apex surface predators	Volcanic plains
Sulphura Avians	Flying creatures	Toxic upper atmosphere
Silent Prowlers	Stealth predators	Cave systems
CryoGeists	Phase-shifting entities	Temperature interface zones

Microbial Life

• Thermophilic bacteria
• Acid-tolerant archaea
• Mineral-processing lithotrophs

Natural Resources

Mineral Wealth

• Rare earth elements
• Heat-resistant metals
• Exotic crystals
• Thermoelectric materials

Energy Sources

• Geothermal power
• Volcanic gases
• Solar radiation
• Mineral-based fuel sources

Civilization Development

Major Cities and Structures

Settlement	Establishment Date	Purpose
Magma Nexus	70,000 BC	First city-state
Obsidian Eye	5000 AD	Space station
Skyreach	589 AD	First surface settlement
Lithonica Mesa	Early Period	Research center

Infrastructure

1. Communication Systems
2. Seismic network (developed 50,000 BC)
3. Quantum entanglement arrays
4. Thermal signal systems
5. Power Distribution
6. Geothermal grid network
7. Volcanic energy taps
8. Thermal conversion stations
9. Transportation
10. Mag-lev transit systems
11. Lava tube networks
12. Surface transport corridors

Historical Timeline

Year	Event
75,986 BC	First Zorlacian Proto-Race emerges
70,000 BC	Establishment of Magma Nexus
50,000 BC	Development of seismic communication
589 AD	First surface settlement established
12,680 AD	Invention of FTL travel
24,000 AD	Draken invasion and occupation

Current Status

As of the current era, Zorlac maintains its position as a crucial world in the galactic community, despite its harsh conditions. The planet continues to be a vital source of rare resources and advanced technology, while its extreme environment serves as a natural defense against potential invaders.

Strategic Importance

• Rich mineral resources
• Advanced technological development
• Military significance
• Cultural heritage site

Scientific Significance

1. Geological Studies
2. Extreme volcanic activity
3. Unique mineral formations
4. Tectonic processes
5. Biological Research
6. Extremophile life forms
7. Evolutionary adaptations
8. Ecosystem development
9. Technological Innovation
10. Environmental adaptation
11. Resource extraction methods
12. Energy generation systems

See Also

• Zorlacians
• Rokke System
• Draken Empire
• Volcanic Planets
• Extremophile Life Forms

Type

Planet

Location under

Rokke System

Inhabiting Species

• Zorlacians