
Tsovinar System
Marduk is a black system, locked and only allowed to those who pass their tests to access this elite area. Those who enter, experience perversions beyond most human's imaginings.

Jumpgate Status:
Primary Species: Tsovinari
Government: Council of regional chieftains
Significance:
Arev
Star Type: G‑type
Color: Golden‑white
Luminosity:
Behavior:
· Moderate solar storms
· Drives Tsovinar’s intense weather patterns
· Long-term stability supports complex amphibious evolution
Planets
Anahit
Type: Hot rocky world
Atmosphere: Thin, mineral‑laden, nearly absent
Native Life: None
Significance: Mineral extraction outposts
Description
Anahit is a scorching inner rocky planet dominated by volcanic terrain and molten fissures. Its thin atmosphere provides little protection from solar radiation, leaving the surface harsh and unstable. Despite the extreme heat, Anahit’s crust contains valuable minerals, leading to the establishment of automated extraction outposts across its volcanic plains.
Hazards
· Intense volcanic activity
· Extreme heat
· Thin atmosphere
· Toxic mineral plumes
Status
Uninhabited; used exclusively for mineral extraction.
Mihr
Type: Temperate terrestrial planet
Atmosphere: Breathable, mild
Native Life: Yes; non‑intelligent
Significance: Occasional Tsovinari research colonies
Description
Mihr is a gentle, temperate world with broad forested continents and mild seasonal cycles. Its ecosystems are diverse but lack any native intelligent species. The Tsovinari maintain occasional research colonies here, studying ecological development and forest biomes.
Hazards
· Seasonal storms
· Dense forest terrain
· Regional flooding
Status
Lightly inhabited; research colonies only.
Tsovinar
Type: Stormy ocean world
Atmosphere: Warm, hyper‑humid, volatile
Native Life: Yes; amphibious and oceanic
Significance: Tsovinari homeworld; major amphibious biosphere
Description
Tsovinar is a warm, storm‑ridden ocean planet with deep global seas and scattered swampy archipelagos. Constant rainfall, electrical storms, and cyclonic systems sweep across the surface. The archipelagos form sheltered micro‑ecosystems rich in bioluminescent flora and amphibious fauna.
Tsovinari cities are built on stilts, floating platforms, and bioengineered mangrove‑like structures that flex with the tides and storms. Ocean species dominate the planet’s biodiversity, while land species are limited to the archipelagos.
Hazards
· Continuous rainfall
· Electrical storms
· Massive cyclonic systems
· Hyper‑humidity
Status
Fully inhabited by the Tsovinari; major cultural and population center.
Astghik — Ice‑ringed gas giant
Type: Ice‑ringed gas giant
Atmosphere: Cold, volatile
Native Life: None
Significance: Deep‑space observation and astronomy
Description
Astghik is a striking gas giant encircled by bright, reflective ice rings. Its numerous icy moons provide stable platforms for deep‑space observation, long‑range telescopes, and outer‑system monitoring arrays.
Hazards
· Ring‑debris impacts
· Extreme cold
· Volatile upper atmosphere
Status
Uninhabited; used for scientific observation.
Vahagn
Type: Distant ice world
Atmosphere: Thin, frigid
Native Life: None confirmed
Significance: Scientific preserve; cryovolcanic activity and subsurface ocean potential
Description
Vahagn is a distant ice world named for the Armenian dragon‑slayer deity. Its surface is dominated by frozen plains, cryovolcanic vents, and deep fissures. Evidence suggests the possibility of a subsurface ocean beneath the crust. The Tsovinari treat Vahagn as a protected scientific preserve, limiting access to research teams only.
Hazards
· Cryovolcanic eruptions
· Extreme cold
· Thin atmosphere
· Ice‑quakes
Status
Protected scientific world; no permanent settlements.


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