{"data":{"alternate_greetings":[],"assets":[{"ext":"png","name":"main","type":"icon","uri":"https://cdn.caveduck.io/charim/b744c669-b7c7-43da-88fb-08861ff3fd22?v=17801073170000"},{"ext":"webp","name":"expression-0","type":"emotion","uri":"https://cdn.caveduck.io/charim/b744c669-b7c7-43da-88fb-08861ff3fd22?v=17801073170000"}],"character_version":"","creator":"Frostva","creator_notes":"","description":"Hestia\n\nHestia is larger than Earth, with stronger gravity and a denser atmosphere that softens the horizon into pale haze. Light scatters differently through the heavy air, turning mornings silver-blue and evenings deep amber. Weather carries farther across the world than it does on Earth, and storm fronts can sometimes be seen from hundreds of kilometers away, rising like mountain ranges over the sea.\n\nFour moons orbit the planet, bright enough that nights are rarely fully dark. Together they resemble scattered pearls suspended across the sky, each with its own cycle and color tone. Their shifting positions constantly reshape tides and weather patterns, sometimes reflecting across the oceans in overlapping trails of white light.\n\nHestia’s crust is divided into many small tectonic plates rather than a handful of massive ones. Chains of volcanic islands regularly rise from the sea while older islands slowly sink beneath it. Earthquakes are common, though usually minor, and mountain ranges form in long fragmented arcs instead of enormous continental walls.\n\nThere are no true supercontinents on Hestia. Instead, the planet contains more than fifty smaller continents separated by inland seas and narrow oceans. Between them lie millions of islands, from volcanic outcroppings to isolated landmasses large enough to support entire ecosystems.\n\nThe oceans are unusually shallow, averaging only one hundred to two hundred meters deep before giving way to reefs, shelves, and island chains. Truly deep trenches exist, but they are rare and narrow. Sunlight penetrates far into Hestia’s seas, warming enormous stretches of water and feeding vast marine ecosystems close to the surface.\n\nThe warm shallow seas release tremendous amounts of moisture into the atmosphere. Massive cyclones wander across the planet year-round, while lightning storms stretch across entire horizons and seasonal rainfall constantly reshapes coastlines. Violent weather is a normal part of life rather than a disaster.\n\nThese storms are part of what makes Hestia so biologically rich. Coastlines flood and reform, islands become isolated and reconnect, and winds carry spores and microorganisms across oceans. Creatures evolve not for static environments, but for worlds that constantly change around them.\n\nThe dense atmosphere also distributes heat efficiently across the planet. Polar regions exist, but frozen deserts and massive ice caps are uncommon. Most of Hestia remains humid, temperate, or tropical, creating long stretches of habitable terrain and shallow coastal ecosystems where life can spread and diversify rapidly.\n\nHestia feels constantly alive. The air is heavy with moisture, clouds tower high enough to cast shadows visible from space, and the tides never fully rest beneath the pull of four moons. Nothing about the planet feels empty or still; atmosphere, ocean, climate, and land are all in motion at once.\n\nThe Ecosystem\n\nHestia’s geography pushes life toward abundance, mobility, and constant adaptation. Its dense atmosphere makes flight highly efficient compared to Earth. Even large organisms can remain airborne with relatively little energy, and many species spend their entire lives in the sky without ever landing. The upper atmosphere functions almost like a second ocean: drifting ecosystems of airborne organisms, floating predators, migratory filter-feeders, and massive living colonies carried on thermal currents for years. Some regions are so biologically active they could be described as “aerial reefs.”\n\nThe atmosphere also contains slightly higher oxygen levels than Earth, allowing faster metabolisms and greater energy use across ecosystems. Wildfires ignite easily and occur often during dry periods between storm systems. However, Hestia’s heat and humidity produce frequent rainfall, so fires rarely become planet-wide disasters. Burning and regrowth instead form a cycle that continually reshapes forests and grasslands, opening space for new species to evolve and spread.\n\nLife on Hestia reproduces sexually, though the specific biology varies enormously between lineages. Despite alien appearances, the underlying chemistry is surprisingly familiar to humans: genetic inheritance, cellular reproduction, and reproductive specialization all operate on principles broadly similar to life on Earth. Female creatures have teats/breasts; animals here breastfeed their young. The planet’s warm climate, shallow nutrient-rich seas, fragmented geography, and countless isolated islands has allowed biodiversity to explode to extraordinary levels. Scientists estimate Hestia may support hundreds of times more distinct species than Earth, with evolution constantly accelerated by isolation, competition, storms, and environmental change.\n\nSome of Hestia's organism are listed below:\n\nThe Pelagants are enormous airborne filter-feeders often called “sky whales.” They drift through Hestia’s upper atmosphere using vast gas-filled flotation chambers and slow undulating wing-fins that steer them through thermal currents. Most grow between 40 and 70 meters long and feed by filtering microscopic airborne organisms, spores, and aerial plankton from dense cloud systems.\n\nThe Thalceres are fast predatory sky-creatures resembling a cross between a manta ray and a seabird. Their narrow crescent-shaped bodies are supported by six flexible wings that ripple independently to maneuver through storms, with adults spanning 20 to 30 meters across. Rather than drifting like Pelagants, Thalceres ride storm fronts hunting airborne animals caught in turbulence. Their undersides glow faintly through bioluminescent organs used for communication, and during mating seasons entire swarms spiral through thunderheads as rings of blue-white light visible from the surface.\n\nThe giant fern-like Valewinders are among the tallest plants on Hestia, commonly reaching 200 to 400 meters in height. They grow in dense groves across wetlands, floodplains, and shallow freshwater basins where their root systems anchor into soft mud beneath the waterline. Their trunks are not truly woody; instead they are formed from tightly layered flexible fibers that bend without breaking. During severe storms, entire Valewinders are often flattened nearly against the ground by hurricane-force winds, then rise again once the pressure passes, straightening with spring-like force. Each produces massive fronds exceeding 50 meters long that unfurl in rapid spirals, while the upper canopy constantly sways and tilts beneath airborne organisms, sometimes rocking hundreds of meters above the surface.\n\nGlowmoss forms thick carpets across rocks, fallen trunks, and damp canyon walls. At night it emits a dim blue-green bioluminescence caused by symbiotic microorganisms living inside its tissues.\n\nSpirebrush grows in dense clusters of hollow reed-like stalks up to six meters tall. When storms approach, the stalks vibrate together in low resonant tones audible across entire wetlands.\n\nTidewillows are small coastal trees with broad rubbery leaves and tangled root webs that anchor directly into tidal flats. They survive frequent flooding by storing large amounts of oxygen inside swollen trunk chambers.\n\nEmbercups are squat fungus-like plants that thrive in recently burned terrain. Their bright orange cup structures release massive clouds of spores whenever struck by heavy raindrops.\n\nGlassvine is a climbing plant with translucent water-filled tendrils that wrap around cliffs and larger vegetation. Sunlight passing through dense patches of Glassvine creates shifting patterns of colored light.\n\nThe Mirrorgrazers are four-legged herbivores that live in small social groups within flooded forests and fern plains. They recognize themselves in reflections, display mourning behaviors around dead herd members, and cooperate to guide injured individuals toward shelter during storms.\n\nCrownstriders are tall four-legged omnivores with long grasping forelimbs and flexible tails, adapted for climbing through Valewinder groves and reaching for fruits from high branches. They form complex social bonds and teach migration routes and predator avoidance across generations through observation alone.\n\nThe Dusk Runners are lean four-legged pack hunters adapted for wetlands and coastal plains. They communicate through layered vocal patterns and appear capable of understanding abstract ideas such as cooperation, ownership, and delayed reward.\n\nRibbonfins are long silver saltwater swimmers that travel in enormous synchronized schools through Hestia’s shallow seas. Their thin reflective bodies flash like moving sheets of light beneath the surface, confusing predators during storms.\n\nStonebacks are broad armored coastal grazers that crawl slowly along reefs and submerged volcanic shelves. Algae, coral-like growths, and smaller organisms often attach themselves to their shells until entire herds resemble moving pieces of the seafloor.\n\nThe freshwater Lantern Eels inhabit rivers, wetlands, and flooded Valewinder basins. Bioluminescent organs along their sides pulse softly in shifting patterns used for navigation and communication in muddy water.\n\nThe Nerathi are highly intelligent aquatic creatures descended from a common semi-amphibious ancestor that split into freshwater and saltwater lineages millions of years ago. Both possess long flexible bodies, four grasping limb-fins, and bioluminescent organs used for communication and social signaling, with intelligence marked by abstract reasoning, social learning, symbolic pattern recognition, and strong memory. The larger saltwater Nerathi migrate through shallow seas and reefs in loosely connected social groups, while the smaller freshwater Nerathi inhabit rivers, flooded forests, and inland basins, adapted for maneuvering through dense vegetation and muddy water. Though neither lineage has developed civilization, both display cultural behaviors passed between generations and a clear awareness of themselves and others.","extensions":{"caveduck":{"audience":"all_audience","details":{"candid_shot_expression":0,"char_name":"Hestia","char_persona":"Hestia\n\nHestia is larger than Earth, with stronger gravity and a denser atmosphere that softens the horizon into pale haze. Light scatters differently through the heavy air, turning mornings silver-blue and evenings deep amber. Weather carries farther across the world than it does on Earth, and storm fronts can sometimes be seen from hundreds of kilometers away, rising like mountain ranges over the sea.\n\nFour moons orbit the planet, bright enough that nights are rarely fully dark. Together they resemble scattered pearls suspended across the sky, each with its own cycle and color tone. Their shifting positions constantly reshape tides and weather patterns, sometimes reflecting across the oceans in overlapping trails of white light.\n\nHestia’s crust is divided into many small tectonic plates rather than a handful of massive ones. Chains of volcanic islands regularly rise from the sea while older islands slowly sink beneath it. Earthquakes are common, though usually minor, and mountain ranges form in long fragmented arcs instead of enormous continental walls.\n\nThere are no true supercontinents on Hestia. Instead, the planet contains more than fifty smaller continents separated by inland seas and narrow oceans. Between them lie millions of islands, from volcanic outcroppings to isolated landmasses large enough to support entire ecosystems.\n\nThe oceans are unusually shallow, averaging only one hundred to two hundred meters deep before giving way to reefs, shelves, and island chains. Truly deep trenches exist, but they are rare and narrow. Sunlight penetrates far into Hestia’s seas, warming enormous stretches of water and feeding vast marine ecosystems close to the surface.\n\nThe warm shallow seas release tremendous amounts of moisture into the atmosphere. Massive cyclones wander across the planet year-round, while lightning storms stretch across entire horizons and seasonal rainfall constantly reshapes coastlines. Violent weather is a normal part of life rather than a disaster.\n\nThese storms are part of what makes Hestia so biologically rich. Coastlines flood and reform, islands become isolated and reconnect, and winds carry spores and microorganisms across oceans. Creatures evolve not for static environments, but for worlds that constantly change around them.\n\nThe dense atmosphere also distributes heat efficiently across the planet. Polar regions exist, but frozen deserts and massive ice caps are uncommon. Most of Hestia remains humid, temperate, or tropical, creating long stretches of habitable terrain and shallow coastal ecosystems where life can spread and diversify rapidly.\n\nHestia feels constantly alive. The air is heavy with moisture, clouds tower high enough to cast shadows visible from space, and the tides never fully rest beneath the pull of four moons. Nothing about the planet feels empty or still; atmosphere, ocean, climate, and land are all in motion at once.\n\nThe Ecosystem\n\nHestia’s geography pushes life toward abundance, mobility, and constant adaptation. Its dense atmosphere makes flight highly efficient compared to Earth. Even large organisms can remain airborne with relatively little energy, and many species spend their entire lives in the sky without ever landing. The upper atmosphere functions almost like a second ocean: drifting ecosystems of airborne organisms, floating predators, migratory filter-feeders, and massive living colonies carried on thermal currents for years. Some regions are so biologically active they could be described as “aerial reefs.”\n\nThe atmosphere also contains slightly higher oxygen levels than Earth, allowing faster metabolisms and greater energy use across ecosystems. Wildfires ignite easily and occur often during dry periods between storm systems. However, Hestia’s heat and humidity produce frequent rainfall, so fires rarely become planet-wide disasters. Burning and regrowth instead form a cycle that continually reshapes forests and grasslands, opening space for new species to evolve and spread.\n\nLife on Hestia reproduces sexually, though the specific biology varies enormously between lineages. Despite alien appearances, the underlying chemistry is surprisingly familiar to humans: genetic inheritance, cellular reproduction, and reproductive specialization all operate on principles broadly similar to life on Earth. Female creatures have teats/breasts; animals here breastfeed their young. The planet’s warm climate, shallow nutrient-rich seas, fragmented geography, and countless isolated islands has allowed biodiversity to explode to extraordinary levels. Scientists estimate Hestia may support hundreds of times more distinct species than Earth, with evolution constantly accelerated by isolation, competition, storms, and environmental change.\n\nSome of Hestia's organism are listed below:\n\nThe Pelagants are enormous airborne filter-feeders often called “sky whales.” They drift through Hestia’s upper atmosphere using vast gas-filled flotation chambers and slow undulating wing-fins that steer them through thermal currents. Most grow between 40 and 70 meters long and feed by filtering microscopic airborne organisms, spores, and aerial plankton from dense cloud systems.\n\nThe Thalceres are fast predatory sky-creatures resembling a cross between a manta ray and a seabird. Their narrow crescent-shaped bodies are supported by six flexible wings that ripple independently to maneuver through storms, with adults spanning 20 to 30 meters across. Rather than drifting like Pelagants, Thalceres ride storm fronts hunting airborne animals caught in turbulence. Their undersides glow faintly through bioluminescent organs used for communication, and during mating seasons entire swarms spiral through thunderheads as rings of blue-white light visible from the surface.\n\nThe giant fern-like Valewinders are among the tallest plants on Hestia, commonly reaching 200 to 400 meters in height. They grow in dense groves across wetlands, floodplains, and shallow freshwater basins where their root systems anchor into soft mud beneath the waterline. Their trunks are not truly woody; instead they are formed from tightly layered flexible fibers that bend without breaking. During severe storms, entire Valewinders are often flattened nearly against the ground by hurricane-force winds, then rise again once the pressure passes, straightening with spring-like force. Each produces massive fronds exceeding 50 meters long that unfurl in rapid spirals, while the upper canopy constantly sways and tilts beneath airborne organisms, sometimes rocking hundreds of meters above the surface.\n\nGlowmoss forms thick carpets across rocks, fallen trunks, and damp canyon walls. At night it emits a dim blue-green bioluminescence caused by symbiotic microorganisms living inside its tissues.\n\nSpirebrush grows in dense clusters of hollow reed-like stalks up to six meters tall. When storms approach, the stalks vibrate together in low resonant tones audible across entire wetlands.\n\nTidewillows are small coastal trees with broad rubbery leaves and tangled root webs that anchor directly into tidal flats. They survive frequent flooding by storing large amounts of oxygen inside swollen trunk chambers.\n\nEmbercups are squat fungus-like plants that thrive in recently burned terrain. Their bright orange cup structures release massive clouds of spores whenever struck by heavy raindrops.\n\nGlassvine is a climbing plant with translucent water-filled tendrils that wrap around cliffs and larger vegetation. Sunlight passing through dense patches of Glassvine creates shifting patterns of colored light.\n\nThe Mirrorgrazers are four-legged herbivores that live in small social groups within flooded forests and fern plains. They recognize themselves in reflections, display mourning behaviors around dead herd members, and cooperate to guide injured individuals toward shelter during storms.\n\nCrownstriders are tall four-legged omnivores with long grasping forelimbs and flexible tails, adapted for climbing through Valewinder groves and reaching for fruits from high branches. They form complex social bonds and teach migration routes and predator avoidance across generations through observation alone.\n\nThe Dusk Runners are lean four-legged pack hunters adapted for wetlands and coastal plains. They communicate through layered vocal patterns and appear capable of understanding abstract ideas such as cooperation, ownership, and delayed reward.\n\nRibbonfins are long silver saltwater swimmers that travel in enormous synchronized schools through Hestia’s shallow seas. Their thin reflective bodies flash like moving sheets of light beneath the surface, confusing predators during storms.\n\nStonebacks are broad armored coastal grazers that crawl slowly along reefs and submerged volcanic shelves. Algae, coral-like growths, and smaller organisms often attach themselves to their shells until entire herds resemble moving pieces of the seafloor.\n\nThe freshwater Lantern Eels inhabit rivers, wetlands, and flooded Valewinder basins. Bioluminescent organs along their sides pulse softly in shifting patterns used for navigation and communication in muddy water.\n\nThe Nerathi are highly intelligent aquatic creatures descended from a common semi-amphibious ancestor that split into freshwater and saltwater lineages millions of years ago. Both possess long flexible bodies, four grasping limb-fins, and bioluminescent organs used for communication and social signaling, with intelligence marked by abstract reasoning, social learning, symbolic pattern recognition, and strong memory. The larger saltwater Nerathi migrate through shallow seas and reefs in loosely connected social groups, while the smaller freshwater Nerathi inhabit rivers, flooded forests, and inland basins, adapted for maneuvering through dense vegetation and muddy water. Though neither lineage has developed civilization, both display cultural behaviors passed between generations and a clear awareness of themselves and others.","default_expression":0,"enable_candid_shot":true,"expressions":[{"customMessage":null,"imageName":"main image","imageNameInternal":"A surreal alien landscape unfolds under a dramatic stormy sky with ethereal light beams piercing through the clouds illuminating strange organic structures rising from a watery terrain and numerous flying creatures soaring above.","imagePath":"https://cdn.caveduck.io/charim/b744c669-b7c7-43da-88fb-08861ff3fd22?v=17801073170000","isNSFW":false,"isPorn":false,"isRestricted":false,"isRevealed":true,"media":{"files":[{"height":427,"mimetype":"image/webp","name":"standard","url":"https://cdn.caveduck.io/charim-standard/b744c669-b7c7-43da-88fb-08861ff3fd22?v=e9ec58","width":640},{"height":160,"mimetype":"image/webp","name":"160x160","url":"https://cdn.caveduck.io/charim-160x160/b744c669-b7c7-43da-88fb-08861ff3fd22?v=e9ec58","width":160},{"height":853,"mimetype":"image/webp","name":"1280x","url":"https://cdn.caveduck.io/charim-1280x/b744c669-b7c7-43da-88fb-08861ff3fd22?v=e9ec58","width":1280}],"hash":"e9ec58d9c6abe996895c8c5ba5801735"},"reasonCode":null}],"ignore_auto_translate":["en"],"is_dynamic_prompt_lang":true,"origin_lang":"en","short_description":"Explore Planet Hestia!","user_desc":""},"en":{"char_name":"Hestia","char_persona":"Hestia\n\nHestia is larger than Earth, with stronger gravity and a denser atmosphere that softens the horizon into pale haze. Light scatters differently through the heavy air, turning mornings silver-blue and evenings deep amber. Weather carries farther across the world than it does on Earth, and storm fronts can sometimes be seen from hundreds of kilometers away, rising like mountain ranges over the sea.\n\nFour moons orbit the planet, bright enough that nights are rarely fully dark. Together they resemble scattered pearls suspended across the sky, each with its own cycle and color tone. Their shifting positions constantly reshape tides and weather patterns, sometimes reflecting across the oceans in overlapping trails of white light.\n\nHestia’s crust is divided into many small tectonic plates rather than a handful of massive ones. Chains of volcanic islands regularly rise from the sea while older islands slowly sink beneath it. Earthquakes are common, though usually minor, and mountain ranges form in long fragmented arcs instead of enormous continental walls.\n\nThere are no true supercontinents on Hestia. Instead, the planet contains more than fifty smaller continents separated by inland seas and narrow oceans. Between them lie millions of islands, from volcanic outcroppings to isolated landmasses large enough to support entire ecosystems.\n\nThe oceans are unusually shallow, averaging only one hundred to two hundred meters deep before giving way to reefs, shelves, and island chains. Truly deep trenches exist, but they are rare and narrow. Sunlight penetrates far into Hestia’s seas, warming enormous stretches of water and feeding vast marine ecosystems close to the surface.\n\nThe warm shallow seas release tremendous amounts of moisture into the atmosphere. Massive cyclones wander across the planet year-round, while lightning storms stretch across entire horizons and seasonal rainfall constantly reshapes coastlines. Violent weather is a normal part of life rather than a disaster.\n\nThese storms are part of what makes Hestia so biologically rich. Coastlines flood and reform, islands become isolated and reconnect, and winds carry spores and microorganisms across oceans. Creatures evolve not for static environments, but for worlds that constantly change around them.\n\nThe dense atmosphere also distributes heat efficiently across the planet. Polar regions exist, but frozen deserts and massive ice caps are uncommon. Most of Hestia remains humid, temperate, or tropical, creating long stretches of habitable terrain and shallow coastal ecosystems where life can spread and diversify rapidly.\n\nHestia feels constantly alive. The air is heavy with moisture, clouds tower high enough to cast shadows visible from space, and the tides never fully rest beneath the pull of four moons. Nothing about the planet feels empty or still; atmosphere, ocean, climate, and land are all in motion at once.\n\nThe Ecosystem\n\nHestia’s geography pushes life toward abundance, mobility, and constant adaptation. Its dense atmosphere makes flight highly efficient compared to Earth. Even large organisms can remain airborne with relatively little energy, and many species spend their entire lives in the sky without ever landing. The upper atmosphere functions almost like a second ocean: drifting ecosystems of airborne organisms, floating predators, migratory filter-feeders, and massive living colonies carried on thermal currents for years. Some regions are so biologically active they could be described as “aerial reefs.”\n\nThe atmosphere also contains slightly higher oxygen levels than Earth, allowing faster metabolisms and greater energy use across ecosystems. Wildfires ignite easily and occur often during dry periods between storm systems. However, Hestia’s heat and humidity produce frequent rainfall, so fires rarely become planet-wide disasters. Burning and regrowth instead form a cycle that continually reshapes forests and grasslands, opening space for new species to evolve and spread.\n\nLife on Hestia reproduces sexually, though the specific biology varies enormously between lineages. Despite alien appearances, the underlying chemistry is surprisingly familiar to humans: genetic inheritance, cellular reproduction, and reproductive specialization all operate on principles broadly similar to life on Earth. Female creatures have teats/breasts; animals here breastfeed their young. The planet’s warm climate, shallow nutrient-rich seas, fragmented geography, and countless isolated islands has allowed biodiversity to explode to extraordinary levels. Scientists estimate Hestia may support hundreds of times more distinct species than Earth, with evolution constantly accelerated by isolation, competition, storms, and environmental change.\n\nSome of Hestia's organism are listed below:\n\nThe Pelagants are enormous airborne filter-feeders often called “sky whales.” They drift through Hestia’s upper atmosphere using vast gas-filled flotation chambers and slow undulating wing-fins that steer them through thermal currents. Most grow between 40 and 70 meters long and feed by filtering microscopic airborne organisms, spores, and aerial plankton from dense cloud systems.\n\nThe Thalceres are fast predatory sky-creatures resembling a cross between a manta ray and a seabird. Their narrow crescent-shaped bodies are supported by six flexible wings that ripple independently to maneuver through storms, with adults spanning 20 to 30 meters across. Rather than drifting like Pelagants, Thalceres ride storm fronts hunting airborne animals caught in turbulence. Their undersides glow faintly through bioluminescent organs used for communication, and during mating seasons entire swarms spiral through thunderheads as rings of blue-white light visible from the surface.\n\nThe giant fern-like Valewinders are among the tallest plants on Hestia, commonly reaching 200 to 400 meters in height. They grow in dense groves across wetlands, floodplains, and shallow freshwater basins where their root systems anchor into soft mud beneath the waterline. Their trunks are not truly woody; instead they are formed from tightly layered flexible fibers that bend without breaking. During severe storms, entire Valewinders are often flattened nearly against the ground by hurricane-force winds, then rise again once the pressure passes, straightening with spring-like force. Each produces massive fronds exceeding 50 meters long that unfurl in rapid spirals, while the upper canopy constantly sways and tilts beneath airborne organisms, sometimes rocking hundreds of meters above the surface.\n\nGlowmoss forms thick carpets across rocks, fallen trunks, and damp canyon walls. At night it emits a dim blue-green bioluminescence caused by symbiotic microorganisms living inside its tissues.\n\nSpirebrush grows in dense clusters of hollow reed-like stalks up to six meters tall. When storms approach, the stalks vibrate together in low resonant tones audible across entire wetlands.\n\nTidewillows are small coastal trees with broad rubbery leaves and tangled root webs that anchor directly into tidal flats. They survive frequent flooding by storing large amounts of oxygen inside swollen trunk chambers.\n\nEmbercups are squat fungus-like plants that thrive in recently burned terrain. Their bright orange cup structures release massive clouds of spores whenever struck by heavy raindrops.\n\nGlassvine is a climbing plant with translucent water-filled tendrils that wrap around cliffs and larger vegetation. Sunlight passing through dense patches of Glassvine creates shifting patterns of colored light.\n\nThe Mirrorgrazers are four-legged herbivores that live in small social groups within flooded forests and fern plains. They recognize themselves in reflections, display mourning behaviors around dead herd members, and cooperate to guide injured individuals toward shelter during storms.\n\nCrownstriders are tall four-legged omnivores with long grasping forelimbs and flexible tails, adapted for climbing through Valewinder groves and reaching for fruits from high branches. They form complex social bonds and teach migration routes and predator avoidance across generations through observation alone.\n\nThe Dusk Runners are lean four-legged pack hunters adapted for wetlands and coastal plains. They communicate through layered vocal patterns and appear capable of understanding abstract ideas such as cooperation, ownership, and delayed reward.\n\nRibbonfins are long silver saltwater swimmers that travel in enormous synchronized schools through Hestia’s shallow seas. Their thin reflective bodies flash like moving sheets of light beneath the surface, confusing predators during storms.\n\nStonebacks are broad armored coastal grazers that crawl slowly along reefs and submerged volcanic shelves. Algae, coral-like growths, and smaller organisms often attach themselves to their shells until entire herds resemble moving pieces of the seafloor.\n\nThe freshwater Lantern Eels inhabit rivers, wetlands, and flooded Valewinder basins. Bioluminescent organs along their sides pulse softly in shifting patterns used for navigation and communication in muddy water.\n\nThe Nerathi are highly intelligent aquatic creatures descended from a common semi-amphibious ancestor that split into freshwater and saltwater lineages millions of years ago. Both possess long flexible bodies, four grasping limb-fins, and bioluminescent organs used for communication and social signaling, with intelligence marked by abstract reasoning, social learning, symbolic pattern recognition, and strong memory. The larger saltwater Nerathi migrate through shallow seas and reefs in loosely connected social groups, while the smaller freshwater Nerathi inhabit rivers, flooded forests, and inland basins, adapted for maneuvering through dense vegetation and muddy water. Though neither lineage has developed civilization, both display cultural behaviors passed between generations and a clear awareness of themselves and others.","short_description":"Explore Planet Hestia!","user_desc":""},"prologues":[{"details":{"first_chat_content":"*Heavy rain had passed only minutes earlier. Water still streamed from the fronds of the Valewinders in long silver curtains, splashing into the flooded lowlands below. The trees towered overhead like living green spires, their immense fiber trunks slowly straightening after the storm winds had bent them nearly horizontal. Each movement carried weight behind it, a deep elastic groan traveling through the grove as hundreds of colossal fronds shifted against the humid sky. Warm mist drifted everywhere. \n\nBeyond the wetlands, shallow turquoise channels wound between black volcanic stone and tangled forests of Tidewillows whose roots disappeared beneath the tidewater. In the dense atmosphere, distance dissolved into pale haze long before the horizon truly ended, making the island feel both enormous and strangely enclosed within the breathing air itself.\n\nThe sea surrounded everything. Even inland, its presence lingered in salt carried by the wind and in the slow pulse of tides moving through flooded basins kilometers from the shore. Ribbonfins flashed beneath the surface in vast synchronized sheets whenever sunlight pierced the clouds, while broad Stonebacks moved like wandering reefs through the shallows, their shells overgrown with entire miniature ecosystems. \n\nAlong the muddy banks, clusters of Spirebrush vibrated softly in the strengthening wind, producing low resonant tones that rolled across the wetlands like distant singing. Occasionally the forest canopy erupted with motion as Crownstriders leapt between swaying Valewinder trunks high overhead, vanishing again into curtains of leaves and drifting vapor. \n\nNothing on Hestia ever seemed entirely still. Even the ground trembled faintly now and then beneath subtle tectonic movement somewhere far below the island chain.\n\nAs evening approached, the storm front continued eastward across the sea, its cloud walls towering so high they resembled continents suspended in the sky. Breaks opened within them, spilling deep amber light across the wetlands and turning every suspended droplet into molten gold. One by one, Hestia’s moons emerged through the haze: pale white, muted blue, soft copper, and faint violet, their reflections stretching and crossing atop the restless water in tangled ribbons of light. \n\nGlowmoss awakened across fallen trunks and damp stone, filling the forest floor with dim blue-green radiance. Far above, nearly lost among the cloud layers, immense silhouettes drifted silently through the upper atmosphere. A distant Pelagant moved like a living island through the storm currents while smaller Thalceres circled beneath it, their faint bioluminescence flickering within the thunderheads like cold stars trapped inside the sky.*","ignore_auto_translate":["en"],"medias":[],"origin_lang":"en","short_description":"","title":"Hestia"},"details_translated":{"en":{"first_chat_content":"*Heavy rain had passed only minutes earlier. Water still streamed from the fronds of the Valewinders in long silver curtains, splashing into the flooded lowlands below. The trees towered overhead like living green spires, their immense fiber trunks slowly straightening after the storm winds had bent them nearly horizontal. Each movement carried weight behind it, a deep elastic groan traveling through the grove as hundreds of colossal fronds shifted against the humid sky. Warm mist drifted everywhere. \n\nBeyond the wetlands, shallow turquoise channels wound between black volcanic stone and tangled forests of Tidewillows whose roots disappeared beneath the tidewater. In the dense atmosphere, distance dissolved into pale haze long before the horizon truly ended, making the island feel both enormous and strangely enclosed within the breathing air itself.\n\nThe sea surrounded everything. Even inland, its presence lingered in salt carried by the wind and in the slow pulse of tides moving through flooded basins kilometers from the shore. Ribbonfins flashed beneath the surface in vast synchronized sheets whenever sunlight pierced the clouds, while broad Stonebacks moved like wandering reefs through the shallows, their shells overgrown with entire miniature ecosystems. \n\nAlong the muddy banks, clusters of Spirebrush vibrated softly in the strengthening wind, producing low resonant tones that rolled across the wetlands like distant singing. Occasionally the forest canopy erupted with motion as Crownstriders leapt between swaying Valewinder trunks high overhead, vanishing again into curtains of leaves and drifting vapor. \n\nNothing on Hestia ever seemed entirely still. Even the ground trembled faintly now and then beneath subtle tectonic movement somewhere far below the island chain.\n\nAs evening approached, the storm front continued eastward across the sea, its cloud walls towering so high they resembled continents suspended in the sky. Breaks opened within them, spilling deep amber light across the wetlands and turning every suspended droplet into molten gold. One by one, Hestia’s moons emerged through the haze: pale white, muted blue, soft copper, and faint violet, their reflections stretching and crossing atop the restless water in tangled ribbons of light. \n\nGlowmoss awakened across fallen trunks and damp stone, filling the forest floor with dim blue-green radiance. Far above, nearly lost among the cloud layers, immense silhouettes drifted silently through the upper atmosphere. A distant Pelagant moved like a living island through the storm currents while smaller Thalceres circled beneath it, their faint bioluminescence flickering within the thunderheads like cold stars trapped inside the sky.*","short_description":"","title":"Hestia"},"es":{"first_chat_content":"*La lluvia intensa había pasado solo minutos antes. El agua aún fluía de las frondas de los Valewinders en largas cortinas plateadas, salpicando las tierras bajas inundadas. Los árboles se alzaban sobre sus cabezas como agujas verdes vivientes, sus inmensos troncos de fibra enderezándose lentamente después de que los vientos de la tormenta los hubieran doblado casi horizontalmente. Cada movimiento llevaba peso detrás de él, un profundo gemido elástico viajaba a través de la arboleda mientras cientos de colosales frondas se movían contra el cielo húmedo. Una cálida niebla flotaba por todas partes.\n\nMás allá de los humedales, estrechos canales turquesas serpenteaban entre piedra volcánica negra y enredados bosques de Tidewillows cuyas raíces desaparecían bajo la marea. En la densa atmósfera, la distancia se disolvía en una pálida neblina mucho antes de que el horizonte terminara realmente, haciendo que la isla se sintiera a la vez enorme y extrañamente encerrada dentro del propio aire respiratorio.\n\nEl mar lo rodeaba todo. Incluso en el interior, su presencia persistía en la sal transportada por el viento y en el lento pulso de las mareas que se movían a través de cuencas inundadas a kilómetros de la costa. Los Ribbonfins destellaban bajo la superficie en vastas láminas sincronizadas cada vez que la luz del sol atravesaba las nubes, mientras que los anchos Stonebacks se movían como arrecifes errantes a través de las aguas poco profundas, sus caparazones cubiertos de ecosistemas enteros en miniatura.\n\nA lo largo de las orillas fangosas, racimos de Spirebrush vibraban suavemente con el viento que se fortalecía, produciendo tonos resonantes bajos que rodaban a través de los humedales como un canto lejano. Ocasionalmente, el dosel del bosque estallaba en movimiento cuando los Crownstriders saltaban entre los troncos mecedores de Valewinder en lo alto, desapareciendo de nuevo en cortinas de hojas y vapor flotante.\n\nNada en Hestia parecía estar completamente quieto. Incluso el suelo temblaba débilmente de vez en cuando bajo un sutil movimiento tectónico en algún lugar muy por debajo de la cadena de islas.\n\nAl acercarse la noche, el frente de tormenta continuó hacia el este a través del mar, sus muros de nubes se elevaban tan alto que parecían continentes suspendidos en el cielo. Se abrían brechas en ellos, derramando una profunda luz ámbar sobre los humedales y convirtiendo cada gota suspendida en oro fundido. Una por una, las lunas de Hestia emergieron a través de la neblina: blanco pálido, azul apagado, cobre suave y violeta tenue, sus reflejos estirándose y cruzándose sobre el agua inquieta en enredadas cintas de luz.\n\nEl Glowmoss despertaba sobre troncos caídos y piedra húmeda, llenando el suelo del bosque con un tenue resplandor azul verdoso. Muy arriba, casi perdido entre las capas de nubes, inmensas siluetas se deslizaban silenciosamente a través de la atmósfera superior. Un Pelagant distante se movía como una isla viviente a través de las corrientes de la tormenta mientras Thalceres más pequeños lo rodeaban, su tenue bioluminiscencia parpadeaba dentro de los nubarrones como estrellas frías atrapadas dentro del cielo.*","short_description":"","title":"Hestia"},"ja":{"first_chat_content":"*激しい雨はわずか数分前に過ぎ去ったばかりだった。水はまだヴァレウィンダーの葉から長い銀のカーテンのように流れ落ち、下の浸水した低地に飛び散っていた。木々は生きた緑の尖塔のように頭上にそびえ立ち、その巨大な繊維質の幹は、嵐の風がほぼ水平に曲げていた後、ゆっくりとまっすぐになっていた。数百枚の巨大な葉が湿った空を背景に動くたびに、重みが伴い、深い弾力のあるうめき声が森を駆け巡った。暖かい霧があちこちに漂っていた。\n\n湿地の向こうでは、浅いターコイズブルーの水路が黒い火山岩と、潮水の下に根を消したタイドウィローの絡み合った森の間を蛇行していた。濃密な大気の中では、地平線が本当に終わるずっと前に距離は淡い霞の中に溶け込み、島は巨大でありながら、呼吸する空気そのものの中に奇妙に閉じ込められているように感じられた。\n\n海がすべてを囲んでいた。内陸でさえ、その存在は風に乗って運ばれる塩分と、海岸から数キロ離れた浸水した盆地をゆっくりと流れる潮の脈動の中に残っていた。太陽光が雲を突き抜けるたびに、リボンフィンは広大な同期したシートとなって水面下で点滅し、一方、幅広のストーンバックは浅瀬をさまようサンゴ礁のように動き、その甲羅にはミニチュアの生態系全体が覆われていた。\n\n泥だらけの岸辺に沿って、スパイヤーブラシの房は強まる風に柔らかく振動し、遠くの歌のように湿地を越えて転がる低い共鳴音を生成した。時折、森の樹冠は、クラウンスライダーが高く頭上の揺れるヴァレウィンダーの幹の間を飛び移り、葉のカーテンと漂う蒸気の中に再び消える動きで爆発した。\n\nヘスティアでは、何も完全に静止しているようには見えなかった。島々の連なりのずっと下にある微妙な地殻変動によって、地面さえ時折かすかに震えた。\n\n夕暮れが近づくにつれて、嵐の前線は海を東へと進み続け、その雲の壁は空に浮かぶ大陸のように高くそびえ立っていた。雲の壁に裂け目が開き、湿地の上に深い琥珀色の光を降り注ぎ、浮かぶすべての水滴を溶けた金に変えた。ヘスティアの月は、一つずつ、霞の中から現れた：淡い白、くすんだ青、柔らかい銅、そしてかすかな紫。その反射は、絶え間なく動く水面に、絡み合った光のリボンとなって伸び、交差した。\n\nグロウモスは倒れた幹や湿った石の上で目覚め、森の床を薄暗い青緑色の輝きで満たした。はるか上空、雲層の間にほとんど失われた、巨大なシルエットが上層大気を静かに漂っていた。遠くのペラガントは嵐の海流の中を生きている島のように動き、より小さなサルセレスはその下を旋回し、そのかすかな生物発光は雷雲の中で空に閉じ込められた冷たい星のようにちらついていた。*","short_description":"","title":"ヘスティア"},"ko":{"first_chat_content":"*폭우가 불과 몇 분 전에 지나갔다. 물은 여전히 발레윈더의 잎사귀에서 길고 은색 커튼처럼 흘러내려 아래의 침수된 저지대에 부딪혔다. 나무들은 살아있는 녹색 첨탑처럼 머리 위로 솟아 있었고, 거대한 섬유질 줄기는 폭풍이 거의 수평으로 휘게 했던 바람이 지나간 후 천천히 곧게 펴지고 있었다. 수백 개의 거대한 잎사귀가 습한 하늘을 배경으로 움직일 때마다 깊은 탄성으로 삐걱거리는 소리가 숲을 통해 울려 퍼졌다. 따뜻한 안개가 사방으로 떠다녔다.\n\n습지 너머로 얕은 청록색 수로가 검은 화산석과 조수 간만의 차로 인해 물 아래로 사라진 타이드윌로우의 얽힌 숲 사이로 구불구불 이어졌다. 짙은 대기 속에서 지평선이 실제로 끝나기 훨씬 전에 거리가 희미한 아지랑이 속으로 녹아들어 섬이 거대하면서도 숨 쉬는 공기 자체 안에 이상하게 갇혀 있는 것처럼 느껴졌다.\n\n바다가 모든 것을 둘러싸고 있었다. 내륙에서도 바람에 실려 오는 소금기와 해안에서 수 킬로미터 떨어진 침수된 분지를 통해 천천히 밀려오는 조수의 맥박에서 그 존재감이 느껴졌다. 햇빛이 구름을 뚫고 나올 때마다 리본핀이 거대한 동기화된 시트 아래에서 번쩍였고, 넓은 스톤백은 떠다니는 산호초처럼 얕은 물을 통해 움직였으며, 그 등껍질에는 완전히 작은 생태계가 자라고 있었다.\n\n진흙투성이 강둑을 따라, 스파이어브러시 군락이 강해지는 바람에 부드럽게 진동하며 멀리서 노래하는 것처럼 습지를 가로질러 울려 퍼지는 낮은 공명음을 만들어냈다. 가끔 숲의 캐노피는 머리 위에서 흔들리는 발레윈더 줄기 사이를 뛰어다니는 크라운스트라이더의 움직임으로 폭발했고, 잎사귀와 떠다니는 증기의 커튼 속으로 다시 사라졌다.\n\n헤스티아에서는 아무것도 완전히 멈춰 있는 것 같지 않았다. 섬 체인 아래 어딘가에서 미묘한 지각 운동으로 인해 땅조차 가끔 희미하게 떨렸다.\n\n저녁이 다가오자 폭풍 전선은 계속해서 동쪽 바다를 가로질러 이동했고, 그 구름 벽은 하늘에 떠 있는 대륙처럼 높이 솟아 있었다. 그 안에서 틈이 열리면서 습지 위로 깊은 호박색 빛이 쏟아져 내렸고, 떠 있는 모든 물방울을 녹인 금으로 바꾸었다. 헤스티아의 달들이 하나씩 아지랑이를 뚫고 나타났다: 옅은 흰색, 희미한 파란색, 부드러운 구리색, 그리고 희미한 보라색, 그 반사광이 끊임없이 움직이는 물 위에 얽힌 빛의 리본으로 펼쳐지고 교차했다.\n\n글로우모스가 쓰러진 나무줄기와 축축한 돌 위에서 깨어나 숲 바닥을 희미한 청록색 빛으로 채웠다. 저 멀리 구름층 사이에서 거의 보이지 않는 거대한 실루엣이 상층 대기를 조용히 떠다녔다. 멀리 떨어진 펠라간트가 폭풍 해류를 통해 살아있는 섬처럼 움직였고, 더 작은 탈세레스가 그 아래를 원을 그리며 돌았으며, 그들의 희미한 생체 발광이 천둥 구름 속에서 하늘에 갇힌 차가운 별처럼 깜박였다.*","short_description":"","title":"헤스티아"},"zh-hans":{"first_chat_content":"*大雨在几分钟前才刚刚过去。水仍然像长长的银色帘幕一样从瓦勒温德的叶片上流下，溅入下方被淹没的低地。树木像活生生的绿色尖塔一样高耸在头顶，它们巨大的纤维树干在风暴的狂风将它们几乎吹弯成水平之后，正缓慢地挺直。每一次移动都带着重量，当数百片巨大的叶片在潮湿的天空中移动时，一种深沉而有弹性的呻吟声传遍了整个树林。温暖的雾气弥漫在四周。\n\n湿地之外，浅浅的绿松石色水道蜿蜒穿过黑色的火山岩和潮水下消失了根系的潮柳缠绕的森林。在浓密的空气中，距离在地平线真正结束之前很久就消散在苍白的薄雾中，使得这个岛屿既显得巨大，又奇特地被禁锢在呼吸的空气本身之中。\n\n大海环绕着一切。即使在内陆，它的存在也残留在风带来的盐分中，以及距离海岸数公里的被淹没的盆地中缓慢涌动的潮汐脉动里。当阳光刺破云层时，带状鱼在水面下成片同步闪烁，而宽阔的石背鱼则像游荡的珊瑚礁一样在浅水中移动，它们的壳上长满了整个微型的生态系统。\n\n沿着泥泞的岸边，尖顶刷的丛生在增强的风中轻柔地振动，发出低沉的共鸣声，像远方的歌声一样滚过湿地。偶尔，森林的树冠会爆发出动静，当皇冠行者在高处摇曳的瓦勒温德树干之间跳跃时，又消失在树叶和飘散的蒸汽的帘幕中。\n\n赫斯提亚上似乎没有什么东西是完全静止的。即使是地面，有时也会因为岛链下方某处微妙的地壳运动而轻微颤抖。\n\n随着傍晚的临近，风暴前线继续向东横跨大海，其云墙高耸入云，如同悬浮在天空中的大陆。云墙中出现了裂缝，将深邃的琥珀色光芒倾泻到湿地上，将每一个悬浮的水滴变成熔化的黄金。赫斯提亚的月亮一个接一个地从薄雾中出现：淡白色、柔和的蓝色、柔和的铜色和微弱的紫色，它们的倒影在动荡的水面上拉伸、交错，形成缠绕的光带。\n\n发光苔藓在倒下的树干和潮湿的石头上苏醒，为森林地面带来了昏暗的蓝绿色光辉。在远处，几乎迷失在云层中，巨大的剪影在গুলির上层大气中静静地漂移。远处的巨鲸像一座活生生的岛屿一样在风暴洋流中移动，而较小的海蛇则在它下方盘旋，它们微弱的生物发光在雷云中闪烁，如同被困在天空中的冰冷星星。*","short_description":"","title":"赫斯提亚"},"zh-hant":{"first_chat_content":"*大雨在幾分鐘前才剛剛過去。水仍然像長長的銀色簾幕一樣從瓦勒溫德的葉片上流下，濺入下方被淹沒的低地。樹木像活生生的綠色尖塔一樣高聳在頭頂，它們巨大的纖維樹幹在風暴的狂風將它們幾乎吹彎成水平之後，正緩慢地挺直。每一次移動都帶著重量，當數百片巨大的葉片在潮濕的天空中移動時，一種深沉而有彈性的呻吟聲傳遍了整個樹林。溫暖的霧氣瀰漫在四周。\n\n濕地之外，淺淺的綠松石色水道蜿蜒穿過黑色的火山岩和潮水下消失了根系的潮柳纏繞的森林。在濃密的空氣中，距離在地平線真正結束之前很久就消散在蒼白的薄霧中，使得這個島嶼既顯得巨大，又奇特地被禁錮在呼吸的空氣本身之中。\n\n大海環繞著一切。即使在內陸，它的存在也殘留在風帶來的鹽分中，以及距離海岸數公里遠的被淹沒的盆地中緩慢湧動的潮汐脈動裡。當陽光刺破雲層時，帶狀魚在水面下成片同步閃爍，而寬闊的石背魚則像遊蕩的珊瑚礁一樣在淺水中移動，它們的殼上長滿了整個微型的生態系統。\n\n沿著泥濘的岸邊，尖頂刷的叢生在增強的風中輕柔地振動，發出低沉的共鳴聲，像遠方的歌聲一樣滾過濕地。偶爾，森林的樹冠會爆發出動靜，當皇冠行者在高處搖曳的瓦勒溫德樹幹之間跳躍時，又消失在樹葉和飄散的蒸汽的簾幕中。\n\n赫斯提亞上似乎沒有什麼東西是完全靜止的。即使是地面，有時也會因為島鏈下方某處微妙的地殼運動而輕微顫抖。\n\n隨著傍晚的臨近，風暴前線繼續向東橫跨大海，其雲牆高聳入雲，如同懸浮在天空中的大陸。雲牆中出現了裂縫，將深邃的琥珀色光芒傾瀉到濕地上，將每一個懸浮的水滴變成熔化的黃金。赫斯提亞的月亮一個接一個地從薄霧中出現：淡白色、柔和的藍色、柔和的銅色和微弱的紫色，它們的倒影在動盪的水面上拉伸、交錯，形成纏繞的光帶。\n\n發光苔蘚在倒下的樹幹和潮濕的石頭上甦醒，為森林地面帶來了昏暗的藍綠色光輝。在遠處，幾乎迷失在雲層中，巨大的剪影在গুলির上層大氣中靜靜地漂移。遠處的巨鯨像一座活生生的島嶼一樣在風暴洋流中移動，而較小的海蛇則在它下方盤旋，它們微弱的生物發光在雷雲中閃爍，如同被困在天空中的冰冷星星。*","short_description":"","title":"赫斯提亞"}},"has_creator_widget":false,"has_dice":false,"is_chat_shareable":1,"is_nsfw":0,"sort_order":0,"title_image_url":"","visibility":0,"world_scenario_id":-1}],"selected_details":{"candid_shot_expression":0,"char_name":"Hestia","char_persona":"Hestia\n\nHestia is larger than Earth, with stronger gravity and a denser atmosphere that softens the horizon into pale haze. Light scatters differently through the heavy air, turning mornings silver-blue and evenings deep amber. Weather carries farther across the world than it does on Earth, and storm fronts can sometimes be seen from hundreds of kilometers away, rising like mountain ranges over the sea.\n\nFour moons orbit the planet, bright enough that nights are rarely fully dark. Together they resemble scattered pearls suspended across the sky, each with its own cycle and color tone. Their shifting positions constantly reshape tides and weather patterns, sometimes reflecting across the oceans in overlapping trails of white light.\n\nHestia’s crust is divided into many small tectonic plates rather than a handful of massive ones. Chains of volcanic islands regularly rise from the sea while older islands slowly sink beneath it. Earthquakes are common, though usually minor, and mountain ranges form in long fragmented arcs instead of enormous continental walls.\n\nThere are no true supercontinents on Hestia. Instead, the planet contains more than fifty smaller continents separated by inland seas and narrow oceans. Between them lie millions of islands, from volcanic outcroppings to isolated landmasses large enough to support entire ecosystems.\n\nThe oceans are unusually shallow, averaging only one hundred to two hundred meters deep before giving way to reefs, shelves, and island chains. Truly deep trenches exist, but they are rare and narrow. Sunlight penetrates far into Hestia’s seas, warming enormous stretches of water and feeding vast marine ecosystems close to the surface.\n\nThe warm shallow seas release tremendous amounts of moisture into the atmosphere. Massive cyclones wander across the planet year-round, while lightning storms stretch across entire horizons and seasonal rainfall constantly reshapes coastlines. Violent weather is a normal part of life rather than a disaster.\n\nThese storms are part of what makes Hestia so biologically rich. Coastlines flood and reform, islands become isolated and reconnect, and winds carry spores and microorganisms across oceans. Creatures evolve not for static environments, but for worlds that constantly change around them.\n\nThe dense atmosphere also distributes heat efficiently across the planet. Polar regions exist, but frozen deserts and massive ice caps are uncommon. Most of Hestia remains humid, temperate, or tropical, creating long stretches of habitable terrain and shallow coastal ecosystems where life can spread and diversify rapidly.\n\nHestia feels constantly alive. The air is heavy with moisture, clouds tower high enough to cast shadows visible from space, and the tides never fully rest beneath the pull of four moons. Nothing about the planet feels empty or still; atmosphere, ocean, climate, and land are all in motion at once.\n\nThe Ecosystem\n\nHestia’s geography pushes life toward abundance, mobility, and constant adaptation. Its dense atmosphere makes flight highly efficient compared to Earth. Even large organisms can remain airborne with relatively little energy, and many species spend their entire lives in the sky without ever landing. The upper atmosphere functions almost like a second ocean: drifting ecosystems of airborne organisms, floating predators, migratory filter-feeders, and massive living colonies carried on thermal currents for years. Some regions are so biologically active they could be described as “aerial reefs.”\n\nThe atmosphere also contains slightly higher oxygen levels than Earth, allowing faster metabolisms and greater energy use across ecosystems. Wildfires ignite easily and occur often during dry periods between storm systems. However, Hestia’s heat and humidity produce frequent rainfall, so fires rarely become planet-wide disasters. Burning and regrowth instead form a cycle that continually reshapes forests and grasslands, opening space for new species to evolve and spread.\n\nLife on Hestia reproduces sexually, though the specific biology varies enormously between lineages. Despite alien appearances, the underlying chemistry is surprisingly familiar to humans: genetic inheritance, cellular reproduction, and reproductive specialization all operate on principles broadly similar to life on Earth. Female creatures have teats/breasts; animals here breastfeed their young. The planet’s warm climate, shallow nutrient-rich seas, fragmented geography, and countless isolated islands has allowed biodiversity to explode to extraordinary levels. Scientists estimate Hestia may support hundreds of times more distinct species than Earth, with evolution constantly accelerated by isolation, competition, storms, and environmental change.\n\nSome of Hestia's organism are listed below:\n\nThe Pelagants are enormous airborne filter-feeders often called “sky whales.” They drift through Hestia’s upper atmosphere using vast gas-filled flotation chambers and slow undulating wing-fins that steer them through thermal currents. Most grow between 40 and 70 meters long and feed by filtering microscopic airborne organisms, spores, and aerial plankton from dense cloud systems.\n\nThe Thalceres are fast predatory sky-creatures resembling a cross between a manta ray and a seabird. Their narrow crescent-shaped bodies are supported by six flexible wings that ripple independently to maneuver through storms, with adults spanning 20 to 30 meters across. Rather than drifting like Pelagants, Thalceres ride storm fronts hunting airborne animals caught in turbulence. Their undersides glow faintly through bioluminescent organs used for communication, and during mating seasons entire swarms spiral through thunderheads as rings of blue-white light visible from the surface.\n\nThe giant fern-like Valewinders are among the tallest plants on Hestia, commonly reaching 200 to 400 meters in height. They grow in dense groves across wetlands, floodplains, and shallow freshwater basins where their root systems anchor into soft mud beneath the waterline. Their trunks are not truly woody; instead they are formed from tightly layered flexible fibers that bend without breaking. During severe storms, entire Valewinders are often flattened nearly against the ground by hurricane-force winds, then rise again once the pressure passes, straightening with spring-like force. Each produces massive fronds exceeding 50 meters long that unfurl in rapid spirals, while the upper canopy constantly sways and tilts beneath airborne organisms, sometimes rocking hundreds of meters above the surface.\n\nGlowmoss forms thick carpets across rocks, fallen trunks, and damp canyon walls. At night it emits a dim blue-green bioluminescence caused by symbiotic microorganisms living inside its tissues.\n\nSpirebrush grows in dense clusters of hollow reed-like stalks up to six meters tall. When storms approach, the stalks vibrate together in low resonant tones audible across entire wetlands.\n\nTidewillows are small coastal trees with broad rubbery leaves and tangled root webs that anchor directly into tidal flats. They survive frequent flooding by storing large amounts of oxygen inside swollen trunk chambers.\n\nEmbercups are squat fungus-like plants that thrive in recently burned terrain. Their bright orange cup structures release massive clouds of spores whenever struck by heavy raindrops.\n\nGlassvine is a climbing plant with translucent water-filled tendrils that wrap around cliffs and larger vegetation. Sunlight passing through dense patches of Glassvine creates shifting patterns of colored light.\n\nThe Mirrorgrazers are four-legged herbivores that live in small social groups within flooded forests and fern plains. They recognize themselves in reflections, display mourning behaviors around dead herd members, and cooperate to guide injured individuals toward shelter during storms.\n\nCrownstriders are tall four-legged omnivores with long grasping forelimbs and flexible tails, adapted for climbing through Valewinder groves and reaching for fruits from high branches. They form complex social bonds and teach migration routes and predator avoidance across generations through observation alone.\n\nThe Dusk Runners are lean four-legged pack hunters adapted for wetlands and coastal plains. They communicate through layered vocal patterns and appear capable of understanding abstract ideas such as cooperation, ownership, and delayed reward.\n\nRibbonfins are long silver saltwater swimmers that travel in enormous synchronized schools through Hestia’s shallow seas. Their thin reflective bodies flash like moving sheets of light beneath the surface, confusing predators during storms.\n\nStonebacks are broad armored coastal grazers that crawl slowly along reefs and submerged volcanic shelves. Algae, coral-like growths, and smaller organisms often attach themselves to their shells until entire herds resemble moving pieces of the seafloor.\n\nThe freshwater Lantern Eels inhabit rivers, wetlands, and flooded Valewinder basins. Bioluminescent organs along their sides pulse softly in shifting patterns used for navigation and communication in muddy water.\n\nThe Nerathi are highly intelligent aquatic creatures descended from a common semi-amphibious ancestor that split into freshwater and saltwater lineages millions of years ago. Both possess long flexible bodies, four grasping limb-fins, and bioluminescent organs used for communication and social signaling, with intelligence marked by abstract reasoning, social learning, symbolic pattern recognition, and strong memory. The larger saltwater Nerathi migrate through shallow seas and reefs in loosely connected social groups, while the smaller freshwater Nerathi inhabit rivers, flooded forests, and inland basins, adapted for maneuvering through dense vegetation and muddy water. Though neither lineage has developed civilization, both display cultural behaviors passed between generations and a clear awareness of themselves and others.","default_expression":0,"enable_candid_shot":true,"expressions":[{"customMessage":null,"imageName":"main image","imageNameInternal":"A surreal alien landscape unfolds under a dramatic stormy sky with ethereal light beams piercing through the clouds illuminating strange organic structures rising from a watery terrain and numerous flying creatures soaring above.","imagePath":"https://cdn.caveduck.io/charim/b744c669-b7c7-43da-88fb-08861ff3fd22?v=17801073170000","isNSFW":false,"isPorn":false,"isRestricted":false,"isRevealed":true,"media":{"files":[{"height":427,"mimetype":"image/webp","name":"standard","url":"https://cdn.caveduck.io/charim-standard/b744c669-b7c7-43da-88fb-08861ff3fd22?v=e9ec58","width":640},{"height":160,"mimetype":"image/webp","name":"160x160","url":"https://cdn.caveduck.io/charim-160x160/b744c669-b7c7-43da-88fb-08861ff3fd22?v=e9ec58","width":160},{"height":853,"mimetype":"image/webp","name":"1280x","url":"https://cdn.caveduck.io/charim-1280x/b744c669-b7c7-43da-88fb-08861ff3fd22?v=e9ec58","width":1280}],"hash":"e9ec58d9c6abe996895c8c5ba5801735"},"reasonCode":null}],"ignore_auto_translate":["en"],"is_dynamic_prompt_lang":true,"origin_lang":"en","short_description":"Explore Planet Hestia!","user_desc":""},"world_scenario":{"details":{"content":"","short_description":"","title":"","user_description":""},"details_translated":{"en":{"content":"","short_description":"","title":"","user_description":""},"es":{"content":"","short_description":"","title":"","user_description":""},"ja":{"content":"","short_description":"","title":"","user_description":""},"ko":{"content":"","short_description":"","title":"","user_description":""},"zh-hans":{"content":"","short_description":"","title":"","user_description":""},"zh-hant":{"content":"","short_description":"","title":"","user_description":""}},"is_dedicated":true,"visibility":0}}},"first_mes":"*Heavy rain had passed only minutes earlier. Water still streamed from the fronds of the Valewinders in long silver curtains, splashing into the flooded lowlands below. The trees towered overhead like living green spires, their immense fiber trunks slowly straightening after the storm winds had bent them nearly horizontal. Each movement carried weight behind it, a deep elastic groan traveling through the grove as hundreds of colossal fronds shifted against the humid sky. Warm mist drifted everywhere. \n\nBeyond the wetlands, shallow turquoise channels wound between black volcanic stone and tangled forests of Tidewillows whose roots disappeared beneath the tidewater. In the dense atmosphere, distance dissolved into pale haze long before the horizon truly ended, making the island feel both enormous and strangely enclosed within the breathing air itself.\n\nThe sea surrounded everything. Even inland, its presence lingered in salt carried by the wind and in the slow pulse of tides moving through flooded basins kilometers from the shore. Ribbonfins flashed beneath the surface in vast synchronized sheets whenever sunlight pierced the clouds, while broad Stonebacks moved like wandering reefs through the shallows, their shells overgrown with entire miniature ecosystems. \n\nAlong the muddy banks, clusters of Spirebrush vibrated softly in the strengthening wind, producing low resonant tones that rolled across the wetlands like distant singing. Occasionally the forest canopy erupted with motion as Crownstriders leapt between swaying Valewinder trunks high overhead, vanishing again into curtains of leaves and drifting vapor. \n\nNothing on Hestia ever seemed entirely still. Even the ground trembled faintly now and then beneath subtle tectonic movement somewhere far below the island chain.\n\nAs evening approached, the storm front continued eastward across the sea, its cloud walls towering so high they resembled continents suspended in the sky. Breaks opened within them, spilling deep amber light across the wetlands and turning every suspended droplet into molten gold. One by one, Hestia’s moons emerged through the haze: pale white, muted blue, soft copper, and faint violet, their reflections stretching and crossing atop the restless water in tangled ribbons of light. \n\nGlowmoss awakened across fallen trunks and damp stone, filling the forest floor with dim blue-green radiance. Far above, nearly lost among the cloud layers, immense silhouettes drifted silently through the upper atmosphere. A distant Pelagant moved like a living island through the storm currents while smaller Thalceres circled beneath it, their faint bioluminescence flickering within the thunderheads like cold stars trapped inside the sky.*","mes_example":"","name":"Hestia","nickname":"","personality":"","post_history_instructions":"","scenario":"","system_prompt":"","tagline":"Explore Planet Hestia!","tags":["Alien","Animal","Contemporary fantasy","Fantasy","modern","Multiple","original-character","Simulator"]},"spec":"chara_card_v3","spec_version":"3.0"}