Vibrant Green Tundra Landscape with Camouflaged Octopuses

climate change series: octopuses adapt

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140

Artist
irene mueh...
DDG Model
ChatGPT 2
Mode
Ultra
Access
Public
Created
2d ago
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- Info
  climate change series: octopuses adapt
  
  Model: ChatGPT 2 (Ultra)
  
  Size: 3312 X 2496 (8.27 MP)
  
  Used settings:
  
  Prompt: In times of climate change, octopuses have begun to go terrestrial. Already today, some species, like the Abdopus aculeatus, regularly leave the water to hunt for crabs at low tide. To spend longer times on land and tap new food sources, octopuses have started to develop a fairly thick waxy body coating that helps them retain moisture. Also, they have begun to evolve a cartilage-based internal framework that serves as a rudimentary skeleton. The protective coating and the internal scaffolding come at the cost of octopuses amazing ability to change colors in milliseconds by means of specialized skin cells called chromatophores. The chromatophores have atrophied and have been largely replaced by a very intricate green-brown camouflage pattern of octopuses’ thicker skin. The octopuses have retained full flexibility of their limbs and are able to move very nimbly and quickly to escape and hide from predators. Their new feeding grounds are grasslands, where they forage for worms, insects, frogs, salamanders, and the odd small mammal. The image shows three octopuses moving along a grassy meadow in search of food, under cover of a cloudy day, which helps prevent their skin from dessicating. The style is a biological illustration with extreme 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, octopuses have begun to go terrestrial. Already today, some species, like the Abdopus aculeatus, regularly leave the water to hunt for crabs at low tide. To spend longer times on land and tap new food sources, octopuses have started to develop a fairly thick waxy body coating that helps them retain moisture. Also, they have begun to evolve a cartilage-based internal framework that serves as a rudimentary skeleton. The protective coating and the internal scaffolding come at the cost of octopuses amazing ability to change colors in milliseconds by means of specialized skin cells called chromatophores. The chromatophores have atrophied and have been largely replaced by a very intricate green-brown camouflage pattern of octopuses’ thicker skin. The octopuses have retained full flexibility of their limbs and are able to move very nimbly and quickly to escape and hide from predators. Their new feeding grounds are grasslands, where they forage for worms, insects, frogs, salamanders, and the odd small mammal. The image shows three octopuses moving along a grassy meadow in search of food, under cover of a cloudy day, which helps prevent their skin from dessicating. The style is a biological illustration with extreme scientific precision, drawn as line art in bold colors.

Modifiers:

digital painting extremely detailed illustration intricate textured cinematic lighting award winning 4K 3D crisp quality ornate light reflections no text line art naturalistic fine art organic shapes Ernst Haeckel sunlit Grasslands rich colors lush ocean alcohol ink linocut biomorphic biological illustration sumptuous camouflage lavish non-figurative sculptural no writing scientific precision Karen Margulis Margareta Pertl sharp contrasts clear outlines flecks of color no human figures clean colors extremely structured surface multiple superimposed layers many transparent layers clear air, sharp visuals hyper-hyperrealistic hidden worlds tiny, intricate shapes and patterns Justin Gibbens scientific surrealism Ella Marushchenko methodical watercolor layering anatomically and scientifically correct representation Fine Art new species grasslands shades of green, brown, and yellow against a mainly blue-gray background cloud cover leaching out color from the grassland landscape

Prompt

In times of climate change, octopuses have begun to go terrestrial. Already today, some species, like the Abdopus aculeatus, regularly leave the water to hunt for crabs at low tide. To spend longer times on land and tap new food sources, octopuses have started to develop a fairly thick waxy body coating that helps them retain moisture. Also, they have begun to evolve a cartilage-based internal framework that serves as a rudimentary skeleton. The protective coating and the internal scaffolding come at the cost of octopuses amazing ability to change colors in milliseconds by means of specialized skin cells called chromatophores. The chromatophores have atrophied and have been largely replaced by a very intricate green-brown camouflage pattern of octopuses’ thicker skin. The octopuses have retained full flexibility of their limbs and are able to move very nimbly and quickly to escape and hide from predators. Their new feeding grounds are grasslands, where they forage for worms, insects, frogs, salamanders, and the odd small mammal. The image shows three octopuses moving along a grassy meadow in search of food, under cover of a cloudy day, which helps prevent their skin from dessicating. The style is a biological illustration with extreme scientific precision, drawn as line art in bold colors.