Under one Condition. They give us one Animal that isn't extinct. The Red SlugThis is based. In fact, I wish they removed all living animals from Planet Zoo and had it be only extinct animals.
Under one Condition. They give us one Animal that isn't extinct. The Red SlugThis is based. In fact, I wish they removed all living animals from Planet Zoo and had it be only extinct animals.
Considering the fact that PZ has Arctic wolf, Himalayan brown bear, and Bengal tiger, I don't think that the quagga would be as offensive to have in the game.I had decided against the quagga due to the in-game plains zebra already being the species that the quagga is a subspecies of. However, equine have a prominent evolutionary legacy (as well as being one of humanity's first draft animals), so I decided to include the tarpan to acknowledge that.
But we actually are about to have exactly that technology. The university in melbourne is right now setting up a lab for 5 million/billion (not sure which one) to further research marsupial genetics with the goal of bringing the tylacine back to live, now that they have completly decoded its genetics.As far as I am aware we do not have the technology right now to revive an extinct species, even recently extinct ones where we have the DNA stored. I know it is talked about and it is a possibility in the future, but not yet.
I'd much rather have a critically endangered animal pack in order to raise awareness of animals we can still save. I also think this is much more likely and fits in with PZ better.
If this statement is regarding to the quagga, I'll agree to disagree, without further explanation on why I diasagree. If it is for the solitaire and King Island emu, then I ask, why not?I'd rather those types of additions not be replicated with future DLC
Didn't know the Thylacine Genome is completely decodedBut we actually are about to have exactly that technology. The university in melbourne is right now setting up a lab for 5 million/billion (not sure which one) to further research marsupial genetics with the goal of bringing the tylacine back to live, now that they have completly decoded its genetics.
Two other projects are about rats, the extinct christmas island rat and the still alive norwegian brown rat to be exact, which are quite far in researching the deextinction itself, having allready made the huge progress of an artificial aesexual reproduction of a mouse in a chinese lab, where they "inprinted" the missing male genom onto the eggcells, with not only surviving but fertile new borns, as well as working on the next step, trying to convert a norwegian brown rat to a common grey one using the same method
I wouldn't mind the quagga, it's one of the more well known recent extinctions.The birds would be fine. I'd just rather not have extra subspecies for taxa already in the game (i.e. quaggas).
I mean, we have had the technology since we revived the Pyrenean Ibex in 2002/3 for 12 minutes. We lacked knowledge about how to use it, and essentially wielded a scalpel like a machete. The real problem is the ethics involved and the lack of investor interest. Like say we de-extinct Thylacine, we can't really release them into the wild. Dingoes occupy their niche now. So there are major ethical question that are unresolved regarding resurrecting an extinct species, whose habitat no longer has a place for it. Most notably, Wooly mammoths.But we actually are about to have exactly that technology. The university in melbourne is right now setting up a lab for 5 million/billion (not sure which one) to further research marsupial genetics with the goal of bringing the tylacine back to live, now that they have completly decoded its genetics.
Two other projects are about rats, the extinct christmas island rat and the still alive norwegian brown rat to be exact, which are quite far in researching the deextinction itself, having allready made the huge progress of an artificial aesexual reproduction of a mouse in a chinese lab, where they "inprinted" the missing male genom onto the eggcells, with not only surviving but fertile new borns, as well as working on the next step, trying to convert a norwegian brown rat to a common grey one using the same method
Actually thats also wrong, atleast for the thylacine.I mean, we have had the technology since we revived the Pyrenean Ibex in 2002/3 for 12 minutes. We lacked knowledge about how to use it, and essentially wielded a scalpel like a machete. The real problem is the ethics involved and the lack of investor interest. Like say we de-extinct Thylacine, we can't really release them into the wild. Dingoes occupy their niche now. So there are major ethical question that are unresolved regarding resurrecting an extinct species, whose habitat no longer has a place for it. Most notably, Wooly mammoths.
And beyond that, money is a problem. If Elon Musk has dropped as much money on dextinction, or green energy that he has on SpaceX, the world would look very different right now. Like, 5 million can bring back an extinct species, a very well studied one, given. It just took them this long to get five million earmarked for it.
But the key words in all of your examples are 'trying' or 'researching'. Even with the examples of research you mention it very much seems the technology is not there yet.But we actually are about to have exactly that technology. The university in melbourne is right now setting up a lab for 5 million/billion (not sure which one) to further research marsupial genetics with the goal of bringing the tylacine back to live, now that they have completly decoded its genetics.
Two other projects are about rats, the extinct christmas island rat and the still alive norwegian brown rat to be exact, which are quite far in researching the deextinction itself, having allready made the huge progress of an artificial aesexual reproduction of a mouse in a chinese lab, where they "inprinted" the missing male genom onto the eggcells, with not only surviving but fertile new borns, as well as working on the next step, trying to convert a norwegian brown rat to a common grey one using the same method
Okay, I didn't realize that Tasmania was that intact. Good. However they will have to closely manage the population in breeding term for probably 3-5 generations, if not longer. Depending on how advancements come. Since most of our advancements over the twenty years have finding out how to do things more efficiently and less by accident. Including generating genetic diversity.Actually thats also wrong, atleast for the thylacine.
The deexctinction of the thylacine will not be something just for zoos, but one of the criteria if it even is worth it was if they could be brought back to the wild and yes, yes they can.
Rewildering Programms in tasmania have allready begone planning after a long study concluded, that not only can they live their but also be beneficial to the ecosystem, as it hasnt changed around its loss 90 years ago. Its still very much an open niche and the main reason why the thylacine of all extinct species has been chosen for deextinction
Been a while since I last visited this idea. I think there's enough recent extinctions to narrow the scope down to the past 500 years (hopefully making it more agreeable in the process)
I'd still love to see my mammoths and ground sloths, but sadly it seems like a big ask at this point...
- Broad-billed Moa (latest extintion date of 1637)
- Dodo (latest extintion date of 1693)
- Bluebuck (extinct as of 1800)
- Great Auk (extinct as of 1852)
- Thylacine (accepted extinction date of 1936)
- Schomburgk's Deer (extinct as of 1938)
- Caribbean Monk Seal (latest extintion date of 1952)
- Saint Helena Earwig (Exhibit, extinct as of 1967)