Bizarre Yellow-Green Alien Plants on Decaying Log

climate change series: giant feather duster worms adapt

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183

Artist
irene mueh...
DDG Model
ChatGPT 2
Mode
Ultra
Access
Public
Created
4d ago
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- Info
  climate change series: giant feather duster worms adapt
  
  Model: ChatGPT 2 (Ultra)
  
  Size: 3312 X 2496 (8.27 MP)
  
  Used settings:
  
  Prompt: In times of climate change, feather duster worms have adapted to a terrestrial habitat. For these filter feeders to successfully colonize land, the feather duster worms have increased the sticky mucus and grooves of their tentacles to trap food particles from the air. Moreover, the mucus contains poisons to immediately paralyze insects that come into contact with the worms’ fans. The feather duster worms’ outer cuticle has hardened by increasing calcium deposits to effectively form an exoskeleton. Also, the worms have developed a vascularized skin, like their distant relatives, the earthworms, to breathe oxygen from damp air while preventing water loss. The giant feather duster worms have developed a camouflage coloring for the swampland they inhabit, with flecks of yellows, greens, and browns in their large fans that sway in the breeze to capture airborne food. The new swampland food sources and their toxic mucus to fend off predators have allowed the feather duster worms to grow to twice the size they had as ocean dwellers. The image is a close-up of several feather duster worms attached to a rotting log in the swampland, their fans fully open. The style is a biological illustration with scientific precision, drawn as line art in bold colors.
  
  Using base image: No
  
  Aspect Ratio: landscape
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Prompt: In times of climate change, feather duster worms have adapted to a terrestrial habitat. For these filter feeders to successfully colonize land, the feather duster worms have increased the sticky mucus and grooves of their tentacles to trap food particles from the air. Moreover, the mucus contains poisons to immediately paralyze insects that come into contact with the worms’ fans. The feather duster worms’ outer cuticle has hardened by increasing calcium deposits to effectively form an exoskeleton. Also, the worms have developed a vascularized skin, like their distant relatives, the earthworms, to breathe oxygen from damp air while preventing water loss. The giant feather duster worms have developed a camouflage coloring for the swampland they inhabit, with flecks of yellows, greens, and browns in their large fans that sway in the breeze to capture airborne food. The new swampland food sources and their toxic mucus to fend off predators have allowed the feather duster worms to grow to twice the size they had as ocean dwellers. The image is a close-up of several feather duster worms attached to a rotting log in the swampland, their fans fully open. The style is a biological illustration with scientific precision, drawn as line art in bold colors.

Modifiers:

digital painting extremely detailed illustration textured cinematic lighting award winning hyperrealistic 4K 3D crisp quality ornate no text Landscape line art naturalistic fine art organic shapes Ernst Haeckel sunlit rich colors lush alcohol ink linocut biomorphic biological illustration sumptuous lavish non-figurative sculptural no writing scientific precision Karen Margulis Margareta Pertl sharp contrasts handmade paper clear outlines groundbreaking flecks of color no human figures clean colors extremely structured surface multiple superimposed layers many transparent layers clear air, sharp visuals hyper-hyperrealistic Justin Gibbens scientific surrealism Ella Marushchenko methodical watercolor layering anatomically and scientifically correct representation striking yellows, browns, olive greens, striking bright greens, and dark, moist background browns

Prompt

In times of climate change, feather duster worms have adapted to a terrestrial habitat. For these filter feeders to successfully colonize land, the feather duster worms have increased the sticky mucus and grooves of their tentacles to trap food particles from the air. Moreover, the mucus contains poisons to immediately paralyze insects that come into contact with the worms’ fans. The feather duster worms’ outer cuticle has hardened by increasing calcium deposits to effectively form an exoskeleton. Also, the worms have developed a vascularized skin, like their distant relatives, the earthworms, to breathe oxygen from damp air while preventing water loss. The giant feather duster worms have developed a camouflage coloring for the swampland they inhabit, with flecks of yellows, greens, and browns in their large fans that sway in the breeze to capture airborne food. The new swampland food sources and their toxic mucus to fend off predators have allowed the feather duster worms to grow to twice the size they had as ocean dwellers. The image is a close-up of several feather duster worms attached to a rotting log in the swampland, their fans fully open. The style is a biological illustration with scientific precision, drawn as line art in bold colors.