Digital Painting of Tiktaalik Transitioning to Land

climate change series: batfish adapt

976

132

Artist
irene mueh...
DDG Model
ChatGPT 2
Mode
Ultra
Access
Public
Created
1w ago
Similar Try (1)
Public
976

8

132
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- Info
  climate change series: batfish adapt
  
  Model: ChatGPT 2 (Ultra)
  
  Size: 3312 X 2496 (8.27 MP)
  
  Used settings:
  
  Prompt: In times of climate change, walking batfish have escaped the Deepwater Horizon oil spill, which has poisoned their habitat and killed off their plankton food supply. The bottom-dwelling batfish have left the Gulf to become terrestrial and feed on large masses of shoreside algae slicks that form thick, dark brown blankets on beaches. The batfish have evolved to retain water subcutaneously to keep them from drying out, and have developed the ability to derive oxygen from the air though their thickened skins. Moreover, their pectoral fins have lengthened, hardened, and gained mobility, enabling the batfish to “walk” on these fins. Considering that animals first left the oceans for dry land nearly 400 million years ago, at the end of the Devonian period, this speeded-up evolution scenario is absolutely believable. The image is a close-up of several batfish scavenging among thick algae mats on shore. 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, walking batfish have escaped the Deepwater Horizon oil spill, which has poisoned their habitat and killed off their plankton food supply. The bottom-dwelling batfish have left the Gulf to become terrestrial and feed on large masses of shoreside algae slicks that form thick, dark brown blankets on beaches. The batfish have evolved to retain water subcutaneously to keep them from drying out, and have developed the ability to derive oxygen from the air though their thickened skins. Moreover, their pectoral fins have lengthened, hardened, and gained mobility, enabling the batfish to “walk” on these fins. Considering that animals first left the oceans for dry land nearly 400 million years ago, at the end of the Devonian period, this speeded-up evolution scenario is absolutely believable. The image is a close-up of several batfish scavenging among thick algae mats on shore. 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 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 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 browns for the algae mats, blue-greens for ocean spray and the batfish, yellows for camouflage spots on the batfish, hazy blues hazy, saltwater-sprayed air

Prompt

In times of climate change, walking batfish have escaped the Deepwater Horizon oil spill, which has poisoned their habitat and killed off their plankton food supply. The bottom-dwelling batfish have left the Gulf to become terrestrial and feed on large masses of shoreside algae slicks that form thick, dark brown blankets on beaches. The batfish have evolved to retain water subcutaneously to keep them from drying out, and have developed the ability to derive oxygen from the air though their thickened skins. Moreover, their pectoral fins have lengthened, hardened, and gained mobility, enabling the batfish to “walk” on these fins. Considering that animals first left the oceans for dry land nearly 400 million years ago, at the end of the Devonian period, this speeded-up evolution scenario is absolutely believable. The image is a close-up of several batfish scavenging among thick algae mats on shore. The style is a biological illustration with scientific precision, drawn as line art in bold colors.