Desert Landscape with Dead Locusts and Cracked Earth

climate change series: local mosquito populations collapse

753

113

Artist
irene mueh...
DDG Model
ChatGPT 2
Mode
Ultra
Access
Public
Created
2w ago
Similar Try Try style
Public
753

6

113
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  climate change series: local mosquito populations collapse
  
  Model: ChatGPT 2 (Ultra)
  
  Size: 3312 X 2496 (8.27 MP)
  
  Used settings:
  
  Prompt: In times of climate change, local populations of mosquitoes can collapse for several reasons in wetlands, temporary ponds and small water bodies affected by prolonged drought and climate change. These wet areas are breeding sites for mosquitos. If the micro-habitats, breeding grounds, and food sources of mosquitoes collapse, mosquitoes cannot reproduce, and local populations of water-dependent mosquito species die out. Warmer temperatures accelerate mosquito metabolic and breeding cycles, but extreme and uncharacteristic heatwaves can push ambient temperatures past the lethal thermal limit of certain mosquito species or desiccate adult mosquitoes before they can reproduce. However, these declines in mosquito populations are local, and overall eradication of mosquitoes through natural climatic stress alone is neither feasible nor desirable, as a complete loss would trigger severe food web collapses for fish, birds, bats, and pollinators. The image shows a dramatically detailed, low-perspective, National Geographic quality illustration of piles of desiccated mosquitoes in a terrain of cracked clay that used to be a body of water. 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, local populations of mosquitoes can collapse for several reasons in wetlands, temporary ponds and small water bodies affected by prolonged drought and climate change. These wet areas are breeding sites for mosquitos. If the micro-habitats, breeding grounds, and food sources of mosquitoes collapse, mosquitoes cannot reproduce, and local populations of water-dependent mosquito species die out. Warmer temperatures accelerate mosquito metabolic and breeding cycles, but extreme and uncharacteristic heatwaves can push ambient temperatures past the lethal thermal limit of certain mosquito species or desiccate adult mosquitoes before they can reproduce. However, these declines in mosquito populations are local, and overall eradication of mosquitoes through natural climatic stress alone is neither feasible nor desirable, as a complete loss would trigger severe food web collapses for fish, birds, bats, and pollinators. The image shows a dramatically detailed, low-perspective, National Geographic quality illustration of piles of desiccated mosquitoes in a terrain of cracked clay that used to be a body of water. 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 no text line art naturalistic fine art organic shapes Ernst Haeckel sunlit Warm colors rich colors lush alcohol ink linocut biomorphic biological illustration sumptuous 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 extremely fine lines tiny, intricate shapes and patterns Justin Gibbens scientific surrealism Ella Marushchenko methodical watercolor layering anatomically and scientifically correct representation National Geographic illustration extremely detailed fur dry lake desiccation cracks shades of brown, red clay, dry ochre, sandy yellow electric blue sky gray-brown piles of desiccated mosquitoes

Prompt

In times of climate change, local populations of mosquitoes can collapse for several reasons in wetlands, temporary ponds and small water bodies affected by prolonged drought and climate change. These wet areas are breeding sites for mosquitos. If the micro-habitats, breeding grounds, and food sources of mosquitoes collapse, mosquitoes cannot reproduce, and local populations of water-dependent mosquito species die out. Warmer temperatures accelerate mosquito metabolic and breeding cycles, but extreme and uncharacteristic heatwaves can push ambient temperatures past the lethal thermal limit of certain mosquito species or desiccate adult mosquitoes before they can reproduce. However, these declines in mosquito populations are local, and overall eradication of mosquitoes through natural climatic stress alone is neither feasible nor desirable, as a complete loss would trigger severe food web collapses for fish, birds, bats, and pollinators. The image shows a dramatically detailed, low-perspective, National Geographic quality illustration of piles of desiccated mosquitoes in a terrain of cracked clay that used to be a body of water. The style is a biological illustration with extreme scientific precision, drawn as line art in bold colors.