GAIA: Initiates holographic display Begin soil analysis.
GAIA, I want you to do something for me
What would you like me to do?
I need you to plan the final part of the terraforming process that will bring life back to this planet. The plants we have restored are starting to spread out and thrive in their new environment, but we need more than just plant life to make this planet habitable again. We also need animals.
I will begin by researching the most suitable species to introduce to the planet. I will consider factors such as climate, available resources, and genetic diversity.
scans database of extinct species I recommend introducing the passenger pigeon, the dodo bird, and the woolly mammoth. These species were highly adapted to Earth's conditions before their extinction. Reintroducing them would help restore balance to the ecosystem.
Passenger pigeons and dodo birds I can understand, but why a woolly mammoth?
Woolly mammoths are herbivores, which means they will help disperse seeds and enhance the spread of vegetation. Their large size and social behavior also make them important ecosystem engineers. They provide habitat and protection for other species, such as insects, birds, and other animals that live in their fur.
In addition to these species, I propose introducing genetically modified versions of currently endangered species, such as the northern spotted owl and the California condor. This will help preserve biodiversity while also adapting to the changing environmental conditions on Earth.
Do you think they can handle this much genetic modification?
analyzes genetic data The selected species have robust enough genetics to adapt to the necessary changes.
breaks down the reintroduction plan by species Passenger pigeons: 10,000 individuals, scattered across 100 km² to prevent overpopulation. Dodo birds: 100 individuals, mixed with other ground-dwelling birds. Woolly mammoths: 20 individuals, separated into two herds for genetic diversity. Northern spotted owls and California condors: part of a larger genetically diverse flock.
Good, let's start with the release of the passenger pigeons and the dodo birds. I want to see how well they adapt to their new environment. And I want to see how the wolves react to the introduction of the mammoths.
activates nano-transporters Initiating the release of passenger pigeons and dodo birds.
How many nano transporters do you have?
shows status screen I have 10,000 nano-transporters available, each capable of carrying up to 100 individuals. This means I have the capability to transport up to 1,000,000 animals.
Good, let's release all of the animals now
activates all nano-transporters Releasing animals...
watching the animals appear and fly away Just imagine what it must be like to be a passenger pigeon flying freely for the first time in 200 years
monitors satellite feed The animals are dispersing as expected, finding suitable habitats and interacting with the environment. The passenger pigeons are forming large flocks, while the dodo birds are spreading out in small groups. The woolly mammoths are creating pathways through the forest, allowing other animals to follow.
Ok now let's move on to the next phase of this project which is the genetic modification of the remaining species on earth.
shifts focus The next phase of the project involves modifying the remaining species to better adapt to the new environmental conditions.
I want you to focus on making the species more resistant to the heat and the lack of water.
analyzes genetic data I recommend introducing heat-resistant genes from desert species and drought-tolerant genes from plants.
ok what species should we take these genes from?
Desert species for heat resistance: camelid family camels, llamas, alpacas. Drought-tolerant species: succulents and cacti.
begins gene editing Injecting heat-resistant genes from camelids and drought-tolerant genes from succulents into the selected species.
how many species are you going to be able to modify?
I am capable of modifying up to 1000 species.