Fifteen newly generated, independently prompted landscape images are assigned explicitly to Kepler-1649 c, host Kepler-1649. This is Volume V of Million Worlds. The dedicated titled jacket is an editorial asset and is excluded from planetary image counts.
Numerical evidence uses the saved NASA Exoplanet Archive composite snapshot dated 25 September 2026. The planet radius is 1.06 (+0.15 / −0.10) Earth radii; the orbital period is 19.53527 ± 0.00010 days; catalog incident flux is 0.75 (+0.032 / −0.302) Earth flux. The mass of 1.2 Earth masses is inferred from a mass–radius relation, not measured. The equilibrium estimate of 234 ± 20 K is not a surface temperature. Unknown is not zero. Source-specific uncertainties remain in every image companion.
Using the saved stellar radius of 0.2317 solar radii, solar radius 0.00465047 AU and orbital distance 0.0649 AU gives 2 arcsin(Rstar / a) ≈ 1.90 degrees for a central-value apparent stellar diameter. No uncertainty propagation or orbit-phase simulation is claimed. The rendered stellar disks vary from that nominal target; landscape field of view and exposure are artistic.
Rocky terrain, water, pressure, atmosphere, clouds, lightning, precipitation, biological pigments, organism size and all ecological mechanisms are inventions. Synchronous rotation is a narrative assumption, not a measured spin. These scenes span geography rather than a measured day/night chronology. No moons or rings are assumed. No climate, aerodynamic, biochemical or ecosystem simulation validates this biosphere.
“Botanical,” “pollen,” “forest,” and “grazers” describe ecological analogies, not terrestrial taxonomy. The dark palette is a design possibility, not a uniquely predicted consequence of red-dwarf light. General photosynthetic research does not establish these organisms or their colors. The imagery follows the collection’s material realism while explicitly responding to the requested rain, lightning, forests and changing light.
Every illustration opens in a viewport-filling viewer with zoom and requests browser fullscreen when available. Closing it restores the same spread. Existing reader fullscreen is preserved. Local books use canonical full-resolution PNGs; the public package uses the bounded image derivatives maintained by the atlas.
One small stellar disk; shallow shoreline; copper ribbon colonies; translucent radial creepers. Single-source reflection is coherent. No extra sky bodies. Apparent stellar diameter is smaller than the nominal prompt target. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Wide highland valley; small host; large dark veined fans and radial organisms. Distant fans are rendered at monumental scale; biological scale is artistic and unvalidated. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Deep cloud landscape; condensation droplets on lattice growth; sheltered segmented recyclers. Clouds, rain collection and arthropod-like forms are invented analogies. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Two three-membrane flyers, reproductive combs and particulate transfer beneath one star. Aerial mechanics and reproductive function are authored interpretations. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Braided river, coiled propagules, radial swimmers and botanical banks. Water flow and reproductive forms are illustrative; the stellar disk is smaller than the nominal target. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Dense perforated alien canopy, obvious rain streaks, dripping membranes, mist and radial sheltering organisms. Host hidden by storm; no additional celestial disks. Vegetation height and water cycle are speculative. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
A branched distant lightning channel, heavy rain shafts, dense forest and foreground nutrient cords with burrowers. Lightning connects to a distant ridge, not to a foreground organism. It is not an observed stellar or planetary event. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Heavy rain, splash rings, flooded forest, plated legged grazers, luminous cloud opening. Grazers render with legged shell anatomy rather than exact fivefold radial symmetry; a bright stellar patch is visible through clouds. Neither detail is calibrated. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Wind-bent fan canopies, diagonal downpour, storm coast and many spiral membrane propagules. Propagules look like winged spirals; their distinction from mobile organisms and their function are fictional. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Frosted low canopies and taller distant forest at an icy shoreline, ground mist and one small host near a ridge. The full stellar disk is visible above the ridge rather than half-hidden; its altitude represents the illustrative location, not a measured sunset. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Night thunderstorm, branched distant lightning, heavy rain, dark forest and segmented decomposers on fallen ribbons. Lightning flash and artistic exposure make the landscape legible. Small amber points are fictional signaling, not an energy source. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Fallen hollow canopy bridging water, small new fans, translucent recyclers, waterfalls and a mist-filled forest valley. A bright stellar disk appears through clearing clouds. Monumental vegetation scale and decomposition pathways are artistic. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Golden shafts through forest mist, wet open and folded fans, sheltered plated organisms, one small visible stellar disk. Cloud gaps and volumetric rays are composed lighting, not a radiative-transfer calculation; no flare event is depicted. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Forested watershed, braided rivers, cascades, pioneer colonies and small radial carriers with a retreating storm. The star is concealed; broad illumination and cloud openings supply astronomical context. Ecological stages are a fictional spatial comparison. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.
Single small host above sea, forest panorama, distant rain and lightning, foreground fans, clear nurseries, plated organisms and a membrane flyer. Complete imagined community. Some distant canopy silhouettes resemble terrestrial forest at this scale; foreground anatomy remains deliberately alien. All functions and sky geometry are illustrative. All biology, weather and surface conditions are fictional; sky geometry and scale are illustrative.