New DNA technology might bring back the woolly mammoth

Scientists are exploring the possibility of reviving the woolly mammoth using advanced technology. By extracting incomplete DNA from frozen remains and supplementing it with DNA from modern elephants, they aim to create embryos that could grow into elephants with mammoth characteristics. If these elephants mate, their offspring might closely resemble the original woolly mammoths. Although the technology is still in development, there is potential for these creatures to once again inhabit Siberia.

What is the primary goal of using new technology in the context of the woolly mammoth?

• To create a new species of elephant

• To revive the woolly mammoth

• To study frozen remains

• To improve modern elephant DNA

How do scientists plan to fill in the missing parts of the woolly mammoth's DNA?

• By using DNA from other extinct species

• By cloning existing mammoths

• By using DNA from a modern elephant

• By synthesizing new DNA

What is the expected outcome when an elephant with mammoth DNA mates with another similar elephant?

• A new species of elephant

• An elephant with no mammoth traits

• Offspring similar to the original woolly mammoth

• A hybrid species with no resemblance to either parent

What is the current status of the technology needed to revive the woolly mammoth?

• It is fully developed and in use

• It is still in the early stages of development

• It is only theoretical and not being pursued

• It has been abandoned

What is the potential future outcome for the woolly mammoth according to scientists?

• They will remain extinct

• They will be used for scientific experiments

• They could roam Siberia once again

• They might become a common zoo animal