Subject: “Tenebrorhyn Vydralis”
Classification: Phreatotherium obscura
Status: Synthetic-genomic reconstruction / Fully extinct form
Original planet: Dravun-Set (hydrolithic class), Ose-17 system

Tenebrorhyn Vydralis represents one of the earliest fully successful biological restorations of a completely extinct organism — carried out by the PARK program based on fragmentary paleogenetic records and rare fossilized remains discovered at the bottom of a dead sedimentary basin on the planet Dravun-Set. The subject was reconstructed using layered bioarchitecture techniques, supported by recursive modeling from the mineral memory of the deposits.

Dravun-Set, once densely covered with marsh-moss biomes and cold, peat-rich deltaic zones, was entirely annihilated in the so-called Mirror Effect — a self-activating and irreversible photon-hydraulic feedback loop. Triggered by faulty solar system testing, it led to the evaporation of all planetary oceans and a rapid densification of the atmosphere into a state physically and chemically incapable of sustaining life — all within just 43 orbital minutes.

Extinct roughly 10,000 years prior to that catastrophe, Tenebrorhyn was previously known only from isolated imprints and fossilized chitin-keratin bands. The modern reconstruction revealed a semi-aquatic, highly territorial creature adapted to dim, organic-sediment-rich environments. Its body is encased in a moisture-saturated dermal armor composed of mineralized cells capable of absorbing residual light. A distinctive photoreactive "mane" responds to changes in humidity and light, serving communicative or warning functions.

The restored specimen currently inhabits Park 1, within the Sedimenta Prime reconstruction zone — an area of consistently maintained humidity, diffuse low light, and biologically active sediment substrate. Initial observations show slow, rhythmic movement patterns and avoidance of noise and open spaces.

Despite lacking contact with its original ecosystem culture, Tenebrorhyn exhibits behavior indicative of instinctual memory: it moves toward swamp depressions, avoids outflows, and remains active primarily at dusk. It stands as one of the most spectacular achievements of contemporary synthetic archaeobiology.

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Subject: Auralon
Classification: Aetheravis regnans (82% reconstructed form)
Status: Reconstructed, capable of autonomous survival
Origin: Planet Thura-Velaris (destroyed)
Source material: Asteroid GV-339 “Epitaph”

Auralon is a majestic flying creature belonging to a class of lost non-atmospheric megafauna — originally inhabiting the upper atmospheric layers of the planet Thura-Velaris, a world renowned for its unique electroionic phenomena and hypergravitational air currents. The creature was adapted for gliding within extreme pressure gradients, using expansive, feathered wings with a surface area that changed in real time.

Thura-Velaris was destroyed approximately 6,400 years ago as a result of a natural orbital disintegration, triggered by interaction with a nearby gravitational anomaly of type QW-Δ — most likely a remnant core fragment of a relic black supergiant. The splitting of the planetary mantle and the detachment of the core led to the complete disintegration of Velaris.

Organic remnants, fossilized wing bone fragments, and scale segments were discovered centuries later on asteroid GV-339 “Epitaph,” drifting through the Vanruum Belt. This discovery enabled genomic reconstruction to about 80%, with the remaining sequences completed through recombinant data from related atmospheric organisms and entries from mythobiological archives.

The reconstructed individual currently resides on planet Park 1 – Zarenthia, within regions specifically designed as testing environments for species requiring dynamic aerostatic conditions. Gravity in the area has been deliberately modified, and atmospheric layers are divided into energetic zones to allow Auralon to glide, hunt, and rest freely.

Auralon demonstrates high spatial awareness, and its flight is marked by long, rhythmic spirals within thermal columns. Vocalization patterns resembling sonic sky-mapping have also been observed — possibly remnants of a planetary orientation language once used on Thura-Velaris.

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Subject: Aeris Caelivolans (system designation: Serapthianus auralis [recon.])
Classification: Chordata Avialiformes Draconoidea
Status: Reconstructed form, cultivated from genomic material recovered prior to the Nestari Extinction

Aeris Caelivolans, commonly known as the “Serapta of Auralis,” is a reconstructed species of airborne megafauna that originally inhabited the now-extinct planet Nestari — an oceanic globe once renowned for its exceptionally stable lagoon biospheres and extraordinarily high biodiversity.

Nestari was destroyed in a Class IV-P catastrophe caused by complete orbital destabilization. This event was triggered by large-scale geothermal core exploitation and the simultaneous activation of the ChronoNet satellite system, which severely disrupted natural tidal mechanics.

The collapse unfolded in a cascading sequence: disrupted thermal gradients sparked a series of megacyclones, leading to the fragmentation of floating continents and fractures within the hydrospheric crust. Within just four orbital days, Nestari lost all capacity to sustain life.

Fortunately, the PARK project had archived the genomes of several key species prior to the disaster, allowing for their later reconstruction in artificial environments. Aeris Caelivolans is among this rare group.

Today, members of this species live exclusively within a high-priority sanctuary on planet Park 1 — a protected zone whose climate and terrain have been specially adapted to replicate the lagoon ecosystems of Nestari. Aeris navigates the skies using vast gliding membranes with a wingspan exceeding 14 meters, supported by a biomechanical scaffold recombined from original skeletal data. This structure, combined with adaptive skin and dermal chromatophores, enables active mimicry under changing light conditions.

Its predatory and territorial behaviors align with pre-catastrophe records. Individuals feed primarily on plankton-feeding mollusks and surface-dwelling fish, which they capture independently while in flight over shallow waters.

This species will not be released beyond the boundaries of the reserve. Its existence is regarded as a living monument to a lost world — a solemn reminder of the fragility of biospheres and the cost of unregulated interference with planetary equilibrium systems.

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Subject: "Tharoon" (reconstructed form)
Revivification Classification: Theriodae Glacialis Exoformis [recon.]
Status: Synthetic megafauna of territorial class

Tharoon is a partially synthetic, reconstructed version of a species that originally inhabited the planet Glacien — a world characterized by extreme peri-arctic conditions, destroyed 118 years ago due to geomagnetic core destabilization following a series of illegal gravitational drilling operations conducted by the private mining consortium Aeonis DeepCore. The planet’s entire biosphere collapsed within three orbital days.

Due to its high adaptive value and research potential, the Tharoon species was sequenced prior to the disaster and archived within the PARK project. The current form is the result of an experimental reconstruction carried out under controlled conditions on the planet Park 1 – Zarenthia, a biospheric research station belonging to Clan Armonia, designed for simulating environments of extinct worlds.

The creature reaches over three meters in length and weighs more than 800 kilograms. It is covered with dense, thermoregulatory fur composed of ferroelastic fibers that actively respond to temperature fluctuations. A distinctive feature is the presence of semi-transparent, fluorescent protrusions around the neck — their function is not yet fully understood, though recent hypotheses suggest a link to the electrokinetic field emitted by the animal during stress or communication.

Although this form is not entirely biological (approximately 11% of its tissues are synthetic biomaterials supporting adaptation to Park 1 conditions), Tharoon exhibits full behavioral autonomy. It has been observed as a selective predator — feeding primarily on local symbiotic mollusks and smaller forms of reconstructed fauna. However, it does not display excessively aggressive behavior toward technopersonnel unless its territorial boundaries are violated.

Its presence on Park 1 serves not only the study of paleoethology of species from destroyed worlds but also the evaluation of megafaunal resilience in preparation for upcoming terraformation projects.

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Subject: “The Patient Varnok” (Mammutherion varnoensis)
Status: Translocated form / Class II planetary relic
Origin: Planet Varno — destroyed by a transfluvial hydromagnetic catastrophe

The Patient Varnok is a monumental herbivorous, mammal-like species originating from the cold, mist-laden basins of the planet Varno — a world dominated by marshy depressions and endorheic (non-draining) water bodies. Its native habitat was defined by high humidity, low thermal amplitude, and sponge-like mineral-rich soils saturated with organic sediment.

The catastrophe that led to Varno’s collapse was hydromagnetic in nature: an overload of the planetary regulation grid caused the rupture of hydrological systems and the breakdown of climatic equilibrium, extinguishing all active biospheres within a single planetary day.

Thanks to the intervention of the PARK program, the Patient Varnok was rescued and relocated to planet Park 1 – Zarenthia. This zone replicates its original habitat — a cool, waterlogged landscape with mirror-like lakes and humid valleys devoid of river currents.

The creature displays strongly sedentary behavior, preferring solitude and remaining close to still water bodies. At night, it emits deep, resonant vocalizations of unknown function — possibly a form of environmental memory behavior or a signal of planetary neuro-remembrance.

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Subject: Novaya
Classification: Arthrotheria cavernalis
Status: Fully reconstructed; under strict research containment

Novaya is a predatory organism whose unique anatomy merges arthropod-like external features with an internal vertebrate skeleton, placing it in the transitional class Arthrotheria. Although its exterior recalls that of an insect, it possesses a segmented brain and endoskeleton that together support a rudimentary “combat consciousness.”

The species originally dominated the cave ecosystems of planet Rhagorr, thriving in dark, humid rock chambers and on windswept high plateaus exposed to extreme atmospheric pressure. Renowned for relentless aggression and a complete absence of fear, Novaya was once considered impossible to domesticate.

On Rhagorr, intensive poaching and illegal trade led to its extinction: the creature’s silicate-chitin armor fetched high prices on Ibmerium’s black market, and live specimens were brutally exploited in organized beast fights. These pressures eradicated the species in the wild.

The discovery of intact embryonic incubation capsules within Rhagorr’s subsurface ruins, combined with adaptive sequencing technologies, enabled the PARK program to bring Novaya back. Today, the species inhabits a purpose-built enclosure on planet Park 1 – Zarenthia, where researchers study its behavior, biostructure, communication, and neuro-aggressive potential.

Novaya remains under continuous bio-ethological surveillance. Some individuals live in semi-natural cave systems that replicate Rhagorr’s environment, while others are observed in laboratory conditions. The dual goals are to safeguard the revived species and to uncover the evolutionary mechanisms that produced such advanced aggression coupled with an utter lack of fear.

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Subject: “Solmavore Aureon” (classification name: Herbivorax solmatuensis [dormant lineage])
Status: Last known representative of the relict megafauna of planet Solmatu, relocated before the catastrophe

Solmavore Aureon is a massive terrestrial megafauna species with a complex morphological and thermal profile, originating from the highland plains of the planet Solmatu. These unique terrains, stretching along the convective zones of the Dal Var range, were once covered with grassvines and interspersed with mineral lakes rich in alkaline sediments.

Aureon’s body reaches lengths of up to 26 meters and is characterized by a monumental skeletal structure covered in blue-toned skin embedded with dermal scales composed of organic metalo-keratin compounds. Its dorsal plates serve both as armor and photothermal organs — reflecting and storing solar energy, enabling the animal to remain active for extended periods in low-temperature and low-radiation environments.

Planet Solmatu underwent total degradation 73 years prior to the current orbital era due to a violent disruption of its geothermal equilibrium. The introduction of Terraform-class climate catalysts by the Nesu Federation triggered an eruption of stratified atmospheric volcanism. The planet became enveloped in acidic aerosols, and its plant life perished within a few orbital days. The soil layer transformed into unstable, dead crusts, and all megafauna were extinguished — except for a single rescued specimen.

Thanks to a rescue mission led by Armonia-Vim (Zorilath 5), Solmavore Aureon was transferred to the Park 1 Zarenthia, where zone E-21 was engineered to replicate a portion of its native habitat: wet, cold plains with mirror-like lakes that reflect the sky as once seen in its homeland.

Ethological observations suggest long-established migratory patterns and a spatial attachment to specific geographic formations. Over the past 11 years, the individual has returned regularly to the same reflective pools, resting silently near the reeds — as if awaiting something more than light.

At night, it emits slow, low-frequency vibrations — sounds some researchers interpret as remnants of resonant memory — perhaps an echo of a lost world still imprinted in its body.

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Subject: Zaarmoth Gliniany
Classification: Probotherium luminax
Status: Reconstructed (genome restoration: 87%)
Origin: Planet Ulvhar IX — destroyed due to peatland contamination and decades-long bog fires

Zaarmoth Gliniany is a massive, swamp-dwelling mammal from the Probotherid family, originally native to the vast wetlands of planet Ulvhar IX. The defining trait of this species was its armored skin, composed of mineralized plant fibers capable of storing light and heat — resulting in glowing fissures across its back and skull that activated at night or during states of stress.

The creature stood over 4.5 meters tall at the shoulder and was regarded as a symbol of strength and serenity among Ulvhar’s early cultures. Zaarmoths were also natural carriers of rare peatothermal bacteria, used both in environmental purification and in early experiments with bioluminescent medicine.

As industrialization spread across Ulvhar IX, the species’ habitat became poisoned and ignited. The ensuing peatland catastrophe led to the rapid extinction of the entire species — to this day, it remains one of the most well-documented cases of ecological self-destruction caused by a native civilization.

Thanks to the PARK program, Zaarmoth Gliniany has been partially restored on Planet Park 1 – Zarenthia, within the designated swamp zone. The species is under continuous monitoring — not only due to its cultural significance but also for its unique bioluminescent properties, which may prove valuable in bioengineering and planetary filtration systems.

Subject: Lureal
Classification: Draconida phytovitae
Status: Extinct on its homeworld / legally bred only within the PARK program

Lureal is a small, bioluminescent reptile native to the now-lost planet Vel’mathar — a tropical world once dominated by complex symbiotic biospheres. This species is notable for possessing a unique genetic code known as the “eternity gene” (vitae perennis) — a biological sequence that prevents natural cellular aging. The only way for a Lureal to die was through physical harm; in natural conditions, individuals could live for centuries.

The planet Vel’mathar was destroyed following the collapse of its photospheric grid, a planetary system that stabilized the atmosphere and water cycle. When the light-sustaining system failed, the planet’s photosynthetic equilibrium disintegrated, resulting in total vegetation loss and the mass extinction of oxygen-dependent life. Lureal perished alongside its ecosystem.

Centuries later, desiccated remains and dormant eggs were discovered on the planet Thenn, where they were being used as exotic culinary delicacies. Lureal flesh and its glandular secretions had entered the medical and gourmet markets — valued as powerful stimulants and natural metabolic enhancers. These substances were harvested from illegal breeding farms scattered along the fringes of the Empire, where the creatures were treated as a luxury source of “eternal flavor.”

Currently, the only legal and ethical breeding program for Lureal exists on Planet Park 1 – Zarenthia, within a specialized botanical-climatic zone operated by the PARK project. This breeding effort is conducted under strict bioethical regulation, with the species under genomic protection and subject to selective reproductive supervision.

Lureals are gentle, social creatures capable of forming complex inter-individual bonds. In darkness, they emit a soft glow that harmonizes with the surrounding plant life, creating a unique “communicative aura.”

Lureal is not merely a living jewel of a lost world — it is a reminder that immortality, in the wrong hands, becomes a commodity. The PARK project has restored its dignity and granted it a renewed, enduring existence.

Subject: Tharnox
Classification: Canis ferox ignotus
Status: Fully reconstructed (100% synthetic reproduction)
Origin: Planet Elystra — destroyed by a hypernova explosion

Tharnox is a powerful quadrupedal predator, physiologically adapted for endurance, combat, and precise tracking. Of particular note is its upper external skeletal structure — a branching system of bone-like, mineralized protrusions extending from the skull down the neck and spine, resembling either armor plating or an elaborate sensory antenna.

This unique formation is not merely protective — biological analyses indicate the presence of magnetoreceptive and barometric receptors, suggesting that Tharnox used it for spatial orientation and detecting subtle environmental changes, even in dense vegetation or darkness. Contemporary studies also point to possible links between this structure and low-frequency intraspecies communication.

Tharnox’s original home was the planet Elystra, once inhabited by an advanced Homo sapiens society that utilized these creatures as beasts of burden, war animals, and utilitarian companions. Despite their imposing strength, Tharnoxes were deeply social beings — though they spent most of their lives alone, patrolling vast territories or tracking distant partners.

Elystra was entirely annihilated by a nearby hypernova explosion. The catastrophe obliterated the entire ecosystem, and Tharnox became extinct along with it.

Centuries later, a complete digital record of the Tharnox genome was discovered by chance in a deeply encrypted archive belonging to Clan Armonia. Though the data originated from Elystra, its authorship and purpose remain unknown. No mention was found of any research expedition or rescue initiative.

Thanks to the PARK program and advancements in synthetic biology, the species has been fully restored on Planet Park 1 – Zarenthia. Reproduction is conducted exclusively via in vitro methods. All individuals are under strict bioethical control and are incapable of natural reproduction.

Today, Tharnoxes silently roam the tropical sectors of Zarenthia, retaining their ancestral behaviors — heightened alertness, solitude, spatial awareness, and deep sensitivity to sensory stimuli.

Name: Tharoon Solitus
Species: Reptamorpha igniata
Status: Advanced reconstruction (94%)
Origin: Planet Gorveth-Tau — destroyed due to prolonged desertification and atmospheric destabilization

Tharoon Solitus is a solitary wanderer of wastelands — a majestic, predatory creature adapted to survival under extreme climatic conditions. Its body is covered with hardened, flexible skin that shields it from intense solar radiation and violent sandstorms. The distinctive, wood-like protrusions on its neck and back served not only as armor but also as moisture reservoirs — an evolutionary adaptation for enduring long periods of drought.

The animal reached up to 4.5 meters in height when standing, and nearly 12 meters in length including its tail. It moved on four powerful limbs equipped with claws designed for gripping rocky terrain and breaking open the shells of tough desert plants.

Tharoon displayed signs of high intelligence and complex territorial behavior. As a solitary species, it typically avoided contact, but during the mating season, it emitted low, prolonged vocalizations that resonated for kilometers across dunes and salt flats.

The planet Gorveth-Tau, its homeworld, was ultimately lost to the gradual collapse of its biosphere and the disintegration of protective atmospheric layers. For decades, the species was believed to be irreversibly extinct — until well-preserved genetic fragments were discovered in deep sedimentary layers of asteroids once orbiting the planet.

Thanks to the PARK program, Tharoon Solitus has been reconstructed on Planet Park 1 – Zarenthia, where it now resides in a specially created desert biome, observable under conditions closely resembling those of its former habitat.

Subject: Chintok
Classification: Primosauria senticauda
Status: Reconstructed (92% restoration)
Origin: Planet Talpor-6 — completely degraded due to deforestation-mechanical processes

Chintok is a small, semi-reptilian creature classified among primitive intelligent forms within the Primosauria class. It once inhabited the dense tropical forests of Talpor-6, forming simple arboreal communities. Its most distinctive feature was a bone-chitinous exoskeleton composed of highly flexible and resilient segments. Embedded within this structure were sensory spines, used both for defense and for intraspecies signaling.

Despite their small size, Chintoks demonstrated a high degree of behavioral adaptation — capable of mimicking sounds and using simple tools. Naturally curious, they often observed other species from hiding, a trait that eventually led to their exploitation as subjects in illegal neurobiological experiments.

Planet Talpor-6 was transformed into an industrial mining colony, resulting in the complete destruction of its ecosystems within just three orbital cycles. Chintoks were believed to be extinct until a frozen embryonic sample was discovered in an abandoned orbital laboratory.

Thanks to the PARK project, Chintok was successfully reconstructed and is now under protection within a forest-experimental zone on Planet Park 1 – Zarenthia. The species also serves as a research model for studies in primitive neuroplasticity and non-verbal social communication.

Kadz Sheran
Species: Kadzhora silvatica
Status: Partial reconstruction (approx. 67%)
Origin: Planet Draye-V — destroyed due to a mining catastrophe

Kadz'Sheran is a predatory member of the ancient feline line known as the KADZ — creatures that once roamed the deep, life-rich forests of planet Draye-V. It was an exceptional hunter, gifted with a powerful sense of smell, extraordinary agility, and precise, calculated movement. Yet its world was far from easy — Draye-V was a planet teeming with predators, where each day was a struggle for dominance, territory, and survival.

Sheran’s body was protected by a natural, highly durable armored shell — the result of a long evolutionary adaptation to its hostile environment. This organic armor not only served as defense against attacks but also featured fluorescent growths that played a vital role in reproduction. These glowing structures activated during the mating season, emitting subtle light within specific spectral bands designed to attract a mate. They functioned as both a means of communication and a unique individual code.

Draye-V was obliterated following a catastrophic failure of its mining systems, which triggered a sequence of crustal collapses and ultimately destroyed the planet’s biosphere. The species was declared extinct.

Only decades later were fragments of Sheran’s genetic material and dermal structure encoding discovered beneath the ruined surface of the planet. Thanks to the archives of Clan Armonia and advanced biotechnology, a partial population was successfully reconstructed under the PARK program.

Today, Kadz'Sheran resides on Planet Park 1 – Zarenthia, within a specially designed forest zone — a high-humidity, topographically complex biome created to mirror the ecosystem of its lost homeworld.

Subject: Zireel
Classification: Amphimortis toxivora
Status: Extinct in the wild / legally maintained exclusively by the PARK project

Zireel is a small, iridescently colored amphibian originating from the tropical planet Mireval, which was completely destroyed as a result of large-scale poaching. The creature is renowned for its exceptionally rare blood biochemistry — it contains zireline, a compound with dual use: as a highly potent toxin and as a component in next-generation pharmaceuticals (used, among other things, in the treatment of nervous system disorders and cellular overgrowth).

While zireline has medicinal properties in controlled doses, its pure forms are nearly impossible to detect using standard analysis methods — making Zireel the center of an extremely dangerous industry involving illegal breeding, toxin trafficking, and targeted poisonings using "invisible venom." Within two generations, planet Mireval was ecologically devastated, and wild populations of Zireel became entirely extinct.

The PARK project, as the only legal and certified intergalactic initiative, now manages the sole authorized breeding program for this species — in fully controlled conditions on Planet Park 1 – Zarenthia.

Zireels are kept in sealed biofiltration sectors within the Wet Depths zone. Their population is subject to both a neurotoxicity monitoring program and a biosubstance conservation project aimed at preserving their medicinal compounds.

Naturally elusive, the animal exhibits high sensory activity in a stable environment, communicating through pulsing subdermal light and tension shifts in limb musculature.

Zireel is both a relic of a vanished world and a living testament that controlled ethics can surpass greed. The species is under the highest level of protection and may not be relocated outside of Park 1 under any circumstances.

Subject: Rivak

Classification: Reptovaria cornutus minor

Status: Reconstruction (84%), limited population

Origin: Planet Tethraal-IV — destroyed by cosmic processes (gravitational overload and orbital destabilization caused by a nearby neutron star)

Rivak is a small, horned reptile from the Reptovaria lineage, originally inhabiting the humid tropical forests of Tethraal-IV. This species was distinguished by its characteristic spiral-shaped horns, which served both as defense against predators and as weapons in mating battles between males. Its thick, scaly skin was covered in colorful patterns used for camouflage and visual communication.

Rivaks led a semi-arboreal lifestyle, moving efficiently through the tree canopies thanks to their long limbs and hook-shaped claws. They were a social species with complex group relationships and ritualized forms of communal resting, behaviors that have also been observed in the reconstructed population.

Planet Tethraal-IV was completely destroyed by gravitational overload when passing near a neutron star, which tore apart its orbit and obliterated its surface. The species was considered extinct until frozen DNA samples were discovered in an orbital research archive drifting among the planet’s remains.

Thanks to the PARK program and advanced recombinant sequencing, Rivaks have been reconstructed to 84% completion and now inhabit a specially prepared humid forest zone on Planet Park 1 – Zarenthia. Their behavior and social structures are currently the focus of intensive ethological and neurobehavioral studies.

Subject: Zirellon

Classification: Felitheria crystallum

Status: Reconstruction (93%), stable population

Origin: Planet Orvallis-7 — destroyed by global ecosystem collapse following magnetic storms and planetary core destabilization

Zirellon is a remarkable predatory mammal from the Felitheria lineage, known for its massive, muscular build and heavy dermal-crystalline armor covering most of its body. These structures were composed of layers of metallo-organic and crystalline minerals, granting it impressive resistance to physical attacks as well as the ability to detect subtle changes in the surrounding electromagnetic field.

Its intensely blue eyes allowed vision across a wide ultraviolet spectrum, making it an exceptional hunter in the dense, dark rainforests of Orvallis-7. The species exhibited complex social behaviors, forming small family groups that communicated through electrostatic impulses and scent signals.

Orvallis-7 was annihilated by planet-wide magnetic storms that destabilized its protective field, ultimately leading to core fragmentation and complete geological collapse. Zirellon was considered lost until dermal fragments and neural structures were discovered within meteorites originating from the planet.

Thanks to the PARK project, Zirellon has been reconstructed to 93% completion and now inhabits a specially designed cloud forest zone on Planet Park 1 – Zarenthia. Intensive research is being conducted on its dermal armor properties, which may have future applications in protective biomaterials and tactical detection systems.

Subject: Mirroth
Classification: Primatoidea feralis azurea
Status: Reconstruction (90%), controlled population
Origin: Planet Kelvar-3 — destroyed due to multi-stage biochemical degradation and climate destabilization

Mirroth is a representative of an extinct line of primitive primates from Kelvar-3. It was characterized by dense blue fur and extensive chitinous-mineral protective structures along its limbs and spine. Its long, curved claws enabled precise climbing and manipulation of environmental elements, while also serving as defensive tools.

Mirroths led a semi-arboreal lifestyle, inhabiting the dense, perpetually moist forests of Kelvar-3. They were territorial creatures with strong social bonds and a complex vocalization system used for communication and establishing group hierarchies. Their culture centered on communal foraging, hunting small invertebrates, and fruit consumption.

Planet Kelvar-3 underwent complete biochemical collapse due to prolonged environmental contamination by chemical industries and climate destabilization caused by atmospheric experiments, leading to the extinction of most fauna and flora within three orbital decades.

Thanks to the PARK project and preserved tissue samples and genomic data from the Clan Armonia archives, the species has been reconstructed to 90% completion. Mirroths now inhabit a specially prepared rainforest zone on Planet Park 1 – Zarenthia, where research focuses on their communication patterns, social memory, and adaptive responses to new biotope conditions.

Subject: Tharnyx
Classification: Reptocanis lignumcrystallis
Status: Reconstruction (89%), experimental population
Origin: Planet Jorath-Prime — destroyed by multi-stage cosmological processes (asteroid impact and secondary tectonic fragmentation)

Tharnyx is a massive creature with a unique hybrid anatomy, combining features of reptiles and predatory mammals. Its body is covered with organic armor structures resembling interwoven fossilized wood and crystals, which emit subtle luminescent reflections during movement, used both for intraspecies communication and to deter predators.

This species inhabited the deep, humid jungles of Jorath-Prime, where it served as an apex predator and forest ecosystem stabilizer. Tharnyxs exhibited high territoriality, a complex scent and sound-based communication system, and extremely sensitive electromagnetic receptors embedded within their dermal crystals.

Jorath-Prime was annihilated following the impact of a massive asteroid, which triggered secondary tectonic plate fragmentation and resulted in the collapse of the planet’s surface within just a few orbital years. The species was declared completely extinct.

Thanks to the PARK project and dermal-crystalline fragments recovered from meteorites originating from Jorath-Prime, Tharnyx has been reconstructed to 89% completion and now inhabits experimental jungle sectors on Planet Park 1 – Zarenthia. Intensive research is underway into the properties of its dermal crystals, which may hold potential applications in bioenergy technologies and adaptive composite armor systems.

Subject: Kadz Mavren
Classification: Felimorpha noctivora
Status: Reconstruction (88%), controlled population
Origin: Planet Virellion — destroyed by violent cosmological processes (orbital shift and gravitational destabilization of its system)
Kadz Mavren is an exceptionally aggressive nocturnal predator from the Felimorpha lineage, belonging to the KADZ group — creatures with highly developed muscular structures and extreme sensory adaptations. This species was characterized by its glossy black fur, glowing eyes capable of seeing in complete darkness, and a long tail ending in a grasping, spined organ used for hunting and defense.
On Virellion, Kadz Mavrens were apex predators of tropical forests and wetlands. Their venom, produced by glands in their mouth and tail tip, had paralytic and neurotoxic properties, making them lethal even to the largest prey. They were territorial solitary hunters, and their presence in a region signified total ecological dominance.
Planet Virellion was completely destroyed following gravitational destabilization, which shifted its orbit closer to its system’s central star, leading to sterilization and incineration within just a few orbital years.
Thanks to the PARK project, utilizing fossil remains, dermal fragments, and genomic sequences preserved in meteorites from Virellion, the species has been reconstructed to 88% completion. Today, Kadz Mavren inhabits the tropical zone of Planet Park 1 – Zarenthia, where research is conducted on its neurotoxins, sensory systems, and territorial behaviors.

Subject: Gryllith
Classification: Primacornis gemmifera
Status: Reconstruction (85%), experimental population
Origin: Planet Nythra-2 — destroyed by orbital destabilization and atmospheric incineration

Gryllith is a medium-sized horned primate species, distinguished by its massive spiral frontal horns and a row of bioluminescent mineral crystals embedded within the skull bones. These crystals, composed of fluoro-baryte compounds, were used for light-based communication within groups as well as for mating displays — their intensity and coloration determined an individual’s attractiveness within the social structure.

Grylliths inhabited the dense tropical forests of Nythra-2, leading an arboreal lifestyle. They were highly social animals with complex group structures and elevated levels of emotional interaction. Their behaviors indicate the foundations of a proto-language based on gestures and modulated vocalizations, making them valuable subjects for research on the development of early intelligence.

Nythra-2 was completely destroyed due to orbital destabilization caused by gravitational interactions with a nearby gas giant. Its atmosphere burned away, and the surface melted within a few orbital days.

Thanks to the PARK project and genetic samples recovered from orbital capsules, Gryllith has been reconstructed to 85% completion and now inhabits a specially designed tropical forest zone on Planet Park 1 – Zarenthia. Observations of their social behaviors and light-based interactions provide a foundation for research in neurocommunication and dermal mineralization within biosynthetics.

Subject: Kadz Vorren

Classification: Kadzhora tenebris

Status: Reconstruction (91%), controlled population

Origin: Planet Dravek-Prime — destroyed by global core destabilization and tectonic collapse

Kadz Vorren is a massive nocturnal predator belonging to the KADZ group — creatures of exceptional strength, advanced dermal structure, and highly developed senses. Its body is covered with dense, mineral-organic fur of a semi-crystalline structure, providing outstanding thermal and mechanical insulation. Up close, it resembles a combination of fur and black, glossy armor.

Its most distinctive feature is its bright, fluorescent eyes, adapted for vision in absolute darkness as well as infrared detection, making it an exceptional hunter. On Dravek-Prime, it lived primarily in dense, shadowy forests and vast swamps, preying on anything within its reach — from small reptiles to large swamp-dwelling insectoid-reptiles. Its massive segmented-fang jaws were capable of crushing the shells of predatory crustaceans and mineral amphibians, which formed a significant part of its diet.

On its home planet, Kadz Vorren was the apex nocturnal predator, playing a crucial role as an ecosystem stabilizer. Its presence regulated populations of smaller predators and maintained balance within the forests and wetlands.

The planet was completely destroyed by core destabilization, which triggered a series of tectonic disasters, ultimately leading to the implosion of its structure within just a few orbital years.

Thanks to the PARK project and genetic fragments recovered from deep-space meteorites originating from Dravek-Prime, Kadz Vorren has been reconstructed to 91% completion and now inhabits the dense forest and wetland zones of Planet Park 1 – Zarenthia. Intensive research is underway on its dermal-crystalline fur structure, sensory potential, and nocturnal behaviors.