Molvarra
A planet of ash, pressure, and endurance.
Molvarra is a tectonically active terrestrial planet in the same system as Oshava. Defined by volatile climate and near-constant geological upheaval, Molvarra presents a surface landscape shaped by fire, pressure, and time.
Lava rivers bisect obsidian plains, while columns of black basalt rise into the smoke-thickened skies. Volcanic winds scour the upper regions, carrying ash across the fractured terrain in rhythmic pulses. The atmosphere is breathable with augmentation, but dense particulates, erratic wind currents, and electromagnetic bursts make surface travel unpredictable.
While seemingly hostile, Molvarra supports extensive life, primarily underground. Towering cliffs and cooled lava tubes hide labyrinthine cave systems filled with geothermal lifeforms.
The planet’s thermal core feeds an interconnected network of vents, aquifers, and pressure chambers that provide both power and sustenance. Within these layers, bioluminescent fungal networks, extremophile algae, and pressure-adapted fauna create a complex subterranean biosphere. Many native organisms are dependent on residual mineral radiation, volcanic gas exchange, or symbiotic microflora associated with thermal vents.
The Brekari have developed an intimate relationship with this instability. Their architecture is rooted in adaptive engineering. Hive-cities are carved and regrown in response to tectonic drift. Dwellings are modular and pressure-flexible, built from heat-resistant alloystone and reinforced organic composites. Geothermal energy is captured via coiled capillary channels, feeding energy to living conduit-towers that self-regulate according to core flux.
Seasonal quakes, aurora-like skyfire events, and crystalline geyser eruptions mark key ecological cycles. These are not catastrophes, but keystone occurrences in the planet’s climate rhythm. Brekari calendars are based on these changes.
The arrival of the Kelrix Array disrupted this balance. By siphoning solar output, the array interfered with surface convection and solar-tidal harmonics. As light and heat declined, so did the rhythms Molvarra had followed for thousands of cycles. Pressure systems destabilised. Hatcheries failed. Cracks opened in otherwise dormant chambers. Ancient passageways collapsed, and surface sensors went dark.
The construction of the external collectors triggered a systemic imbalance. What was once predictable became volatile. Entire hives vanished beneath structural collapse or thermal inversion. The Brekari understood this as more than a disaster. It was artificial interference with the very foundation of their biosphere.
Their decision to ally with the Oquari came from necessity. Though the planets are radically different, both are shaped by deep environmental interdependence. Both are now under threat by the same foreign force.
Lava rivers bisect obsidian plains, while columns of black basalt rise into the smoke-thickened skies. Volcanic winds scour the upper regions, carrying ash across the fractured terrain in rhythmic pulses. The atmosphere is breathable with augmentation, but dense particulates, erratic wind currents, and electromagnetic bursts make surface travel unpredictable.
While seemingly hostile, Molvarra supports extensive life, primarily underground. Towering cliffs and cooled lava tubes hide labyrinthine cave systems filled with geothermal lifeforms.
The planet’s thermal core feeds an interconnected network of vents, aquifers, and pressure chambers that provide both power and sustenance. Within these layers, bioluminescent fungal networks, extremophile algae, and pressure-adapted fauna create a complex subterranean biosphere. Many native organisms are dependent on residual mineral radiation, volcanic gas exchange, or symbiotic microflora associated with thermal vents.
The Brekari have developed an intimate relationship with this instability. Their architecture is rooted in adaptive engineering. Hive-cities are carved and regrown in response to tectonic drift. Dwellings are modular and pressure-flexible, built from heat-resistant alloystone and reinforced organic composites. Geothermal energy is captured via coiled capillary channels, feeding energy to living conduit-towers that self-regulate according to core flux.
Seasonal quakes, aurora-like skyfire events, and crystalline geyser eruptions mark key ecological cycles. These are not catastrophes, but keystone occurrences in the planet’s climate rhythm. Brekari calendars are based on these changes.
The arrival of the Kelrix Array disrupted this balance. By siphoning solar output, the array interfered with surface convection and solar-tidal harmonics. As light and heat declined, so did the rhythms Molvarra had followed for thousands of cycles. Pressure systems destabilised. Hatcheries failed. Cracks opened in otherwise dormant chambers. Ancient passageways collapsed, and surface sensors went dark.
The construction of the external collectors triggered a systemic imbalance. What was once predictable became volatile. Entire hives vanished beneath structural collapse or thermal inversion. The Brekari understood this as more than a disaster. It was artificial interference with the very foundation of their biosphere.
Their decision to ally with the Oquari came from necessity. Though the planets are radically different, both are shaped by deep environmental interdependence. Both are now under threat by the same foreign force.
A volatile, ash-veiled world shaped by fire and pressure. Beneath its obsidian plains and basalt cliffs lies a vast network of geothermal tunnels and living stone hives, home to the resilient Brekari.
Type
Planet
Location under
