Second Renaissance Wikia

The process of reviving extinct species via cloning was present in science-fiction long before it became a reality, with the most famous example by far being Michael Crichton's novel (and subsequent film) Jurassic Park. Although the novel contained a number of inaccuracies--for instance, DNA has a half-life of less than half a million years, which makes cloning dinosaurs impossible--it served as the inspiration for a number of so-called "de-extinction" projects in the 21st century.

The first extinct animal ever cloned was a Pyrenean ibex in 2003; unfortunately the clone lived for only a few minutes before dying. It was not until 2024 that a true success was had with the cloning of an extinct animal. The animal in this case was the Australian gastric-brooding frog, a species that had been extensively researched prior to its extinction in 1985 due to its ability to regulate its own stomach acid. The cloning project was intended partly for medical purposes as well as conservation, as the frog's unique abilities were seen as a source of a possible cure for stomach ulcers.

The first extinct mammal successfully cloned, the Thylacine or Tasmanian tiger, was also from Australia, and was revived in 2028 by the same team of scientists responsible for the revival of the gastric-brooding frog. However, at the time de-extinction was still seen by most people, even many scientists, as a curiosity rather than a serious form of conservation. It was not until 2029, with the publication of Peter Shay's influential postnaturalist book Humanity's Garden, that de-extinction became accepted as a tool for saving the Earth's declining biodiversity.

A number of de-extinctions followed, including the pig-footed bandicoot (2036), the giant hutia (2036), the aurochs (2037), the bluebuck (2037), the Caribbean monk seal (2041), and the Steller's sea cow (2043). It was also around this time that the technology to re-create birds and reptiles was perfected, allowing for the revival of the passenger pigeon (2042), the Carolina parakeet (2044), the dodo (2044), the Labrador duck (2045), and the great auk (2047). Because true cloning is impossible for animals that hatch from eggs, the de-extinction of birds and reptiles is instead accomplished through using preserved DNA samples as a guide for restructuring the DNA of extant animals. Following the re-creation of suitable habitat during the Refreeze, a number of animals that had died out at the end of the last ice age were also revived, including the woolly mammoth in 2066.

By the mid-22nd century, as genetic engineering became much more commonplace, an estimated 70% of all vertebrate species killed off by humans in the past 12,000 years were eventually revived, along with a number of invertebrates.As technology advanced a number of longer-extinct species were recreated to the best of capabilities developed.

Major projects and Notable Species[]

Common name\scientific name Orig. Extinction Date De-extinction Date Range Image
Xerces Blue Butterfly

Glaucopsyche xerces

1943 AD 2026 San Francisco Peninsula --
Cave Lion

Panthera spelaea

13,000 BC 2044 Pleistocene Park --
Cave Bear

Ursus spelaea

24,000 BC 2052 Pleistocene Park --
Woolly mammoth
Mammuthus primigenius
4,000 BCE
2066 Pleistocene Park --
Floreana giant tortoise

Chelonoidis niger niger

1840 AD
2066 Galapagos Islands --
Cave hyena
Crocuta crocuta spelaea
10,000 BC 2066 Pleistocene Park --
Woolly rhinoceros
Coelodonta antiquitatis
9,450 BCE
2068 Pleistocene Park --
Tasmanian Tiger/Thylacine
Thylacinus cynocephalus
1936 AD 2028 Tasmania --
Crescent nail-tail wallaby
Onychogalea lunata
1956 AD 2034 Tasmania --
Pig-footed bandicoot
Chaeropus ecaudatus
1950 AD 2036 Tasmania --
Gastric-brooding frog
Rheobatrachus silus
1985 AD 2024 Tasmania --
Dwarf emu
Dromaius baudinianus
1827 AD 2043 Tasmania --
Saber-toothed cat

Smilodon populator

10,000 BC 2068 Amazon Basin --
Hippidion
Hippidion principale
10,000 BC 2072 Amazon Basin --
Macrauchenia
Macrauchenia boliviensis
10,000 BC 2077 Amazon Basin --
South American ground sloth
Mylodon darwini
10,000 BC 2069 Amazon Basin --
Asian giant tortoise
Megalochelys atlas
10,000 BC 2064 Yangtze River --
Chinese paddlefish
Psephurus gladius
2007 AD 2042 Yangtze River --
Giant tapir
Tapirus augustus
10,000 BC 2057 Yangtze River --
Yangtze river dolphin
Lipotes vexillifer
2007 AD 2059 Yangtze River --
Eyles's harrier
Circus teauteensis
1600 AD 2062 New Zealand South Island --
Haast's eagle
Hieraaetus moorei
1400 AD 2066 New Zealand South Island --
Moas
Dinornithidae sp.
1400 AD 2063 New Zealand South Island --
Adzebill
Aptornis defossor
1400 AD 2066 New Zealand South Island --
New Zealand Goose
Cnemiornis calcitrans
1400 AD 2065 New Zealand South Island --
American lion
Panthera atrox
10,000 BC 2067 Great Plains --
Irish Elk

Megaloceros giganteus

8,000 BC 2072 Britain --
Elephant Bird

Vorombe titan

1500 AD 2078 Madagascar --
American cheetah
Miracinonyx trumani
10,000 BC 2035 Great Plains --
Columbian mammoth
Mammuthus columbi
10,000 BC 2047 Great Plains --
Long-horned bison
Bison latifrons
10000 BC 2041 Great Plains --
Honeycreepers
Drepanidinae sp.
10,00 AD 2084 Hawaii Big Island --
Flightless ibis
Apteribis brevis
10,00 AD 2087 Hawaii Big Island --
Laysan rail
Zapornia palmeri
1944 AD 2067 Hawaii Big Island --
Stilt-owls
Grallistrix sp.
1000 AD 2088 Hawaii Big Island --
Maclear's Rat

Rattus macleari

1903 AD 2088 Christmas Island
Toxodon

Toxodon darwini

5000 BC 2083 Amazon Basin --
Moa-nalos
Thambetochen sp.
1000 AD 2085 Hawaii Big Island --
Great Auk

Pinguinus impennis

1852 AD 2047 Britain
Giant Lemur

Archaeoindris fontoynontii

350 BCE 2045 Madagascar
Sloth Lemur

Palaeopropithecus ingens

1200 AD 2077 Madagascar
Malagasy Hippopotamus

Hippopotamus lemerlei

1000 AD 2080 Madagascar
Giant Fossa

Cryptoprocta spelea

1400 AD 2079 Madagascar
Vaquita Porpoise

Phocoena sinus

2022 AD 2036 Gulf of California
Asian straight-tusked elephant

Palaeoloxodon namadicus

24,000 BC 2099 Asia --