Digital Painting of a Pangolin Underwater Near Coral Reef

climate change series: pangolins adapt

1.79K

141

Artist
irene mueh...
DDG Model
ChatGPT 2
Mode
Ultra
Access
Public
Created
1d ago
Similar Try
Public
1.79K

4

141
- Share
  
  https://deepdreamgenerator.com/ddream/mayh0qn8ylw COPY LINK
- Info
  climate change series: pangolins adapt
  
  Model: ChatGPT 2 (Ultra)
  
  Size: 3312 X 2496 (8.27 MP)
  
  Used settings:
  
  Prompt: In times of climate change, with insects becoming rare food, pangolins have turned to the ocean for new food sources. Pangolins’ evolution into semi-aquatic animals is founded on natural advantages they have: They have a natural swimming proficiency, and are very powerful and graceful swimmers, using their snake-like tails to propel themselves through water with speed and ease. Pangolins have valves to seal their ears and nostrils, a feature they developed to keep insects from crawling into their ears or nose. This physical characteristic serves them well in the water, also allowing them to dive deep to forage for shells, crustaceans and other bottom-dwellers of the ocean. Pangolins’ overlapping keratin scales form a streamlined, hydrodynamic armor in the water. Pangolins have always sought out water to rid themselves of parasites. Taken together, these features predispose pangolins to evolve for an aquatic life, where they only surface to breathe and to bear their young. Their evolution has given them webs stretched between their heavy digging claws. Their tails have flattened horizontally to act as an efficient paddle. Pangolins will have no problems evolving further into fully aquatic animals. The image shows a single pangolin swimming and foraging. The style is a biological illustration with extreme scientific precision, drawn as line art in bold colors.
  
  Using base image: No
  
  Aspect Ratio: landscape
- Report
  
  Would you like to report this Dream as inappropriate?

Prompt: In times of climate change, with insects becoming rare food, pangolins have turned to the ocean for new food sources. Pangolins’ evolution into semi-aquatic animals is founded on natural advantages they have: They have a natural swimming proficiency, and are very powerful and graceful swimmers, using their snake-like tails to propel themselves through water with speed and ease. Pangolins have valves to seal their ears and nostrils, a feature they developed to keep insects from crawling into their ears or nose. This physical characteristic serves them well in the water, also allowing them to dive deep to forage for shells, crustaceans and other bottom-dwellers of the ocean. Pangolins’ overlapping keratin scales form a streamlined, hydrodynamic armor in the water. Pangolins have always sought out water to rid themselves of parasites. Taken together, these features predispose pangolins to evolve for an aquatic life, where they only surface to breathe and to bear their young. Their evolution has given them webs stretched between their heavy digging claws. Their tails have flattened horizontally to act as an efficient paddle. Pangolins will have no problems evolving further into fully aquatic animals. The image shows a single pangolin swimming and foraging. 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 rich colors lush ocean 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 golden pools of sunlight hyper-hyperrealistic hidden worlds watercolor wash layers tiny, intricate shapes and patterns Justin Gibbens scientific surrealism Ella Marushchenko methodical watercolor layering anatomically and scientifically correct representation Fine Art flipper-like legs blue saltwater depths illuminated by sunrays new species shades of brown and tan with holographic reflections, watery and sunlit blues and greens crustaceans, shells and other ocean bottom dwellers webs between powerful toes

Prompt

In times of climate change, with insects becoming rare food, pangolins have turned to the ocean for new food sources. Pangolins’ evolution into semi-aquatic animals is founded on natural advantages they have: They have a natural swimming proficiency, and are very powerful and graceful swimmers, using their snake-like tails to propel themselves through water with speed and ease. Pangolins have valves to seal their ears and nostrils, a feature they developed to keep insects from crawling into their ears or nose. This physical characteristic serves them well in the water, also allowing them to dive deep to forage for shells, crustaceans and other bottom-dwellers of the ocean. Pangolins’ overlapping keratin scales form a streamlined, hydrodynamic armor in the water. Pangolins have always sought out water to rid themselves of parasites. Taken together, these features predispose pangolins to evolve for an aquatic life, where they only surface to breathe and to bear their young. Their evolution has given them webs stretched between their heavy digging claws. Their tails have flattened horizontally to act as an efficient paddle. Pangolins will have no problems evolving further into fully aquatic animals. The image shows a single pangolin swimming and foraging. The style is a biological illustration with extreme scientific precision, drawn as line art in bold colors.