Each route reads downward from settlement shadows, wild gaps, or abnormal signals until a small habitat reveals how it breathes.
Habitat NoteWarm vapor from the dome, periodic pressure releases from old flood-control works, and seawater intrusion converge here. Transit tubes, maintenance towers, and tide gates surface only at low tide, while submerged metal frames carry sound through the shallows and turn the whole wetland into a resonator.
NB-01 · Vancouver Dome FrontierEnter this habitat ↗
Habitat NoteMagnetite-rich basalt needles have absorbed years of storm charge. As tides rise and geothermal vents breathe, the rock releases that charge slowly. Cold seawater, turquoise hot springs, sulfur deposits, and a collapsed prewar radar array create a layered habitat where compasses drift in a repeating cycle and reflected signals can mislead even reliable electronic navigation.
NB-02 · Aleutian Magnetic Storm ChainEnter this habitat ↗
Habitat NoteThe reserve began as an understory isolation zone for testing photonic wafers and heat-dissipation materials. Mycelium and tree roots now cover the retired wafer glass, turning it into polarized terraces that split dome light. Condensation water, low-grade waste heat, and mineral films left by maintenance machines sustain a local ecology that depends on diffraction, static charge, and fungal rings.
NB-03 · Neo Babylon Chip SanctuaryEnter this habitat ↗
Habitat NoteThe corridor was built for anchor changes, maintenance, and the passage of marine life. As the city moves, algae-energy membranes cast kilometers of cyan-green shadow over seasonal plankton, grazing fish, and reefbuilders. Artificial reefs travel with the deep anchor cables. Beneath them, a drowned city's military sonar began feeding back through floating-city communications, folding a once-readable Kuroshio soundscape into overlapping false routes.
NB-04 · Kuroshio Floating City ChainEnter this habitat ↗
Habitat NoteThe forest stands where equatorial monsoons meet ocean-borne acid rain. Giant leaves intercept the rain first. Mineral films and symbiotic fungi reduce its acidity before the water moves along buttress roots and shallow channels, forming a cyan-violet Mycelial River beneath the canopy. The abandoned climate station once supplied fresh water to the South Seas outpost through mist condensers. After shutdown, roots and mycelia gradually absorbed the structures into a vertically layered water system: canopy interception, under-leaf predation, ground-level decomposition, root-channel flow, and migration by large ecosystem engineers.
NB-05 · South Seas Forgotten ArchipelagoEnter this habitat ↗
Habitat NoteThis corridor is the harbor's outer natural breakwater and can still renew itself. Crystal coral adsorbs metals and radioactive particles from seawater. Seagrass root beds hold the carbonate sand made by parrotfish. Flexible reef pores and deep channels let larvae, fish, and large migrants cross the harbor before storm season. Hard reef becomes a sealed wall unless those flexible openings and the seagrass belt remain connected.
NB-06 · Coral Ark HarborEnter this habitat ↗
Habitat NoteThis delta buffer changes its boundary between land and water every day. Mangrove roots have rewoven old farm ridges into floating islands. Detachable rafts preserve salt-tolerant crops and wild seed stock. Stilt towers, tidal gates, and the Calamity Spillway form a passable route only during short monsoon windows. Fresh and salt water, suspended silt, pollen, high-root nurseries, and deep-channel pressure together sustain a seed network that must remain mobile.
NB-07 · Bengal Monsoon LabyrinthEnter this habitat ↗
Habitat NoteThis passage lies between the high-walled city and the rift's geothermal marsh. A Subsurface Cold-Water Lens once held back superheated brine and fed a chain of cold springs through black-lava fractures. Tube worms, beetles, rhinoceroses, wild dogs, and giant bovids read temperature, soil, and microtremors at different scales. The Ninth Condensation Gate opens only when the natural tremor field and cold-water level are both safe. The wall is therefore not a permanent barrier, but a temporary boundary that must obey the habitat's rhythm.
NB-08 · Swahili Rift SeawallEnter this habitat ↗
Habitat NoteLights-Out Cold-Well Corridor was once a buffer system for Atlas Gate's high-heat expedition machines. By day, weathered solar mirrors sent energy back to the port. At night, the arrays had to lock into lights-out angles so downslope air could pass through underground tunnels and emerge from the cold wells as an east-to-west Night Cooling Return Tide. Solifuges, elephant shrews, ostriches, camels, and a giant bear read shade, dew, seed supply, route memory, and denning temperature at different scales. The artificial mirror field became a true ecological corridor only when it stopped generating power.
NB-09 · Atlas Gate and the Glass SaharaEnter this habitat ↗
Habitat NoteThe Frostlamp Sunken-Cable Windbreak Ring joins the iceport's human-made cables to the Aurora Microbial Sea and the natural snow ridges of a frozen city. Aurora current creates a faint frostlamp glow along the cables beneath the ice. Brine tides breathe through openings in the sea ice, while bare rock and old towers split the wind into quiet layers that life can use. Sea butterflies, catfish, walruses, snow macaques, and a snowy owl each read light, heat, salinity, sound, or air pressure at a different scale.
NB-10 · North Atlantic Iceport and Siberian Storm CorridorEnter this habitat ↗
Habitat NoteThis forest stores water above the ground. Seasonal inverted-rain windows briefly lift mist droplets, while branch shade, leaf channels, and intermittent overflow keep three canopy water levels connected. Five species leave different records along that shared route: flatworms trace the first reversal, sloths slow the drip, killifish mark the middle overflow, bees remember flowering windows, and a giant otter guards the upper reservoir.
NB-11 · Guiana Canopy CloudportEnter this habitat ↗
Habitat NoteWaterfall mist feeds a tiered outer water route. Continuous pulses from an old positioning buoy distort echoes and pressure alarms. Fang and K follow the safe observation line, then change the buoy remotely without entering the abyss.
NB-12 · Amazon Lightless SinkholeEnter this habitat ↗
Habitat NoteThe mist port plans to reopen rare-mineral transport beside the abandoned mine. Continuous vibration from maintenance works travels through old cableway supports. Fang and I read separate signs left by five forms of life to choose a route around the grassland wildlife corridor.
NB-13 · Andean Mist-Port ChainEnter this habitat ↗
Habitat NoteAn old sonar buoy leaves a residual fixed low-frequency pulse that folds back along the ice lip. Kelp-bed currents, the icefish’s routes away from sound, and penguin feeding lanes no longer align. Fang and I compare signs from five forms of life along a safe observation line before the station reopens its outer-bay dock channel.
NB-14 · Tierra del Fuego Polar GatewayEnter this habitat ↗Subscribe to K's Hunting Log and receive Neo Babylon Zero Art Book — A World Waiting to Be Explored in Traditional Chinese, plus Fang and K's new field records.
