Extinct Animals Preserve

Today, we're be able to use the DNA of active animals to bring the extinct animals back to life. This holds the truth in the Jurassic Park trilogy where they used bird and reptile DNA to bring the dinosaurs back to life. Most members of the Global Intellectual South find this theory to be psuedo-science and condemn the producers of the documentaries that suggests that birds can be turned back to dinosaurs by simply tweaking their DNA.

Summary
By the year 2012, scientists challenged with environmentalists to bring Alaotra Grebe back from extinction. The Alaotra Grebe may have been completely wiped out in 2010 but we used DNA from closely related creatures and splice them together in the hopes of recreating the Alaotra Grebe.

Once renewable energies have replaced fossil fuels and coal due to the high cost of non-renewables in the future, there are no more threats to wild animals. The price of regular gasoline for cars had exceeded $2.10/litre in North America by 2004; forcing the government to expedite research into hydrogen fuel. However, the DNA of animals still remaining are used to spliced together to bring back animals that have died since the 1500s and earlier. Oil spills are now just a thing of the past and the anti-wind turbine conservatives have long died of their cancers and diseases caused by fossil fuel-related pollution. Attemps to bring "formerly extinct animals" out of the preserve and back into the wild had failed at first but ultimately succeeded later in 2012.

Life In The Extinct Animals Preserve
The location for an extinct animals preserve is in a warm climate with very little future threats from sea level rise caused by human activities long ago. It is located in the largest Caribbean island, the island of Burug. Also, there must be little interference from humans and motorized vehicles. Many species of former extinct animals live in Burug, including dinosaurs (such as triceratops, styracosaurus, centrosaurus, pachyrhinosaurus, protoceratops, leptoceratops, psittacosaurus, hyspilophodons, dryosaurus, leaellynasaura, iguanodonts, hadrosaurs, pachycephalosaurs, nodosaurs, ankylosaurs, stegosaurs, sauropods, prosauropods tyrannosaurids, raptors, ornithomimids, mononychus, shuuvias, oviraptorids, therizinosaurids, noasaurids, compsognathids, ornitholestes, sinraptorids, noasaurids, abelisaurids, ceratosaurids, coelophysids, and triassic dinosaurs), pterosaurs (including pteranodons, quetzalcoatlus, nyctosaurus, caulkicephalus, ludodactylus, guidraco, ornithocheirus, tropeognathus, and coloborhynchus), mesozoic crocodiles & relatives (including stomatosuchus, notosuchus, simosuchus, desmatosuchus, typothorax, stagonolepis, uruguaysuchus, mariliasuchus, araripesuchus, montealtosuchus, uberabasuchus, chimaerasuchus, deinosuchus, sarcosuchus, terminonaris, pholidosaurus, oceanosuchus, elosuchus, and meridiosaurus), mesozoic birds (including aurornis, archeopteryx, jixiangornis, confuciusornis, changchengornis sapeornis, omnivoropteryx, eoenantiornis, protopteryx, longipteryx, gobipteryx, judinornis, brodavis, incolornis, gargantuavis, patagopteryx, ichthyornis, avisaurus, palaeopteryx, sazavis, soroavisaurus, concornis, alexornis, yumenornis, and hongshanornis), small mammals (alphadonts, didelphodonts, purgatoriusids, ailuravinae, leptictids, plesiadapiformes, and adapidae), and temnospondyli (koo!asuchus, eryops, mastodonsaurs, and rhinesuchus).