Courtesy Colossal
Orphaned elephants in Botswana are about to receive some help thanks to a pioneering collaboration between wildlife foundation Elephant Havens and biotech company Colossal. The collaboration will see AI used to study elephant behavior, to aid the reintroduction of orphans to the wild.
Courtesy Colossal
Elephant Havens co-founder Debra Stevens says human-wildlife conflict is the leading cause of elephants becoming orphaned -- the majority of incidents involving fires. The foundation is caring for orphans as part of a reintroduction program that will monitor their progress for over a decade.
Courtesy Colossal
The foundation is partnering with Colossal on an extensive data-gathering operation, using artificial intelligence (AI) to analyze the animals' behavior and pair it with genomic data on each elephant. "We'll be able to mix the art of the elephant handlers with the science of today," argues Matt James, chief animal officer at Colossal (pictured center).
Courtesy Colossal
Colossal's Matt James alongside a calf. The AI will be fed video footage which has been interpreted by elephant handlers, so that over time it can learn about social behaviors and leadership models, for example.
Courtesy Colossal
Colossal is also sequencing the genomes of Elephant Havens' orphans to conduct a gene-trait analysis of individuals, to see how their genetic information might be expressed in their behavior.
Courtesy Colossal
The data Colossal is generating will feed into the company's plans to create an elephant-mammoth hybrid, which it intends to introduce to the Arctic tundra. Like Elephant Havens when it reintroduces orphans to the wild, Colossal will be socially engineering herds. Pictured: Ben Lamm, co-founder and CEO of Colossal, alongside fellow co-founder George Church, Ph.D.
Courtesy Colossal
An illustration of a woolly mammoth. The species became extinct some 4,000 years ago at the end of the last ice age. Lamm says Colossal's hybrid will combine genetic information from mammoths with that of an Asian elephant to create an animal with the cold-temperature resilience, through hair and fat deposits.
Topical Press Agency/Hulton Archive/Getty Images
The woolly mammoth is not the only extinct animal Colossal intends to revive. Another is the thylacine (also known as the "Tasmanian wolf" or "Tasmanian tiger") a carnivorous marsupial that became extinct in the 1930s.
Peter Macdiarmid/Getty Images Europe/Getty Images
Colossal says it also has plans to bring back the dodo, a flightless bird that lived on islands in the Indian Ocean and became extinct due to humans in the 18th Century. (Pictured: a stuffed dodo at the Natural History Museum, London.)

Editor’s note: A version of this story appeared in CNN’s Wonder Theory science newsletter. To get it in your inbox, sign up for free here.

CNN  — 

Our planet has been through countless changes since it first came to be 4.5 billion years ago.

Different species have appeared and disappeared across millennia. Fossils left behind have created an enigma around the creatures that once walked Earth — and some scientists want to bring these animals back.

Fictional films such as “Jurassic Park” have covered this territory, but a biotech startup called Colossal wants to genetically engineer an Asian elephant-mammoth hybrid.

Big steps lie ahead for the company on its path to success, such as piecing together the genetic code, fertilizing an egg and culminating in the birth of an actual animal.

But a key question is whether such animals could survive if they roamed the Arctic tundra as their ancestors did thousands of years ago.

Fantastic creatures

Courtesy Colossal
Elephant Havens in Botswana is caring for orphans as part of a reintroduction program that will monitor progress over a decade.

Elephants live in complex societies governed by social hierarchy, so when these young animals become separated or orphaned, they can’t just be added to another herd.

And even if organizations rescue the baby elephants, reintroducing them to the wild takes time.

A wildlife foundation called Elephant Havens, based at the edge of Botswana’s Okavango Delta, has developed a long-term reintroduction project. Orphans are “soft released” into a 1,000-acre fenced site as they learn to survive without depending on humans.

Eventually, the bonded herd will make its way into the wild, where its progress can be monitored for the next decade.

The foundation is teaming up with Colossal to capture genetic data on the elephants and pair it with artificial intelligence, which could eventually be used to determine the best way to introduce hybrid mammoths into the wild.

Fossils and fireballs

About 125 million years ago, a cat-size mammal attacked a dinosaur three times its size.

Scientists still debate which creature might have won the fight had a volcano-driven mudslide not buried the two before a victor emerged.

The “once in a lifetime” fossil, found in northeastern China, perfectly preserves the clash between a badgerlike animal and a plant-eating beaked dinosaur, said paleobiologist Jordan Mallon, a research scientist at the Canadian Museum of Nature in Ottawa.

The finding contributes another piece of evidence that early mammals preyed on dinosaurs, rather than living in their shadows.

Across the universe

ALMA (ESO/NAOJ/NRAO)/Balsalobre-Ruza et al.
At the center of the planetary system PDS 70 is a star, which is orbited by two planets.

As celestial objects governed by gravity, planets tend to keep their distance from one another as they orbit stars. But astronomers using a Chile-based telescope spotted an unlikely “sibling” trailing in the same orbit as a Jupiter-like planet in a system 370 light-years away.

The cloud of debris, seen above, could be an incredibly rare world called a “Trojan” planet that’s in the process of forming or has already formed.

It’s not the only celestial oddball discovery shared this week. Astronomers have detected a new type of stellar object 15,000 light-years away that beams out radio waves every 22 minutes.

Consequences

As Earth warms due to the climate crisis, some butterflies may have a more difficult time than others.

The winged insects rely on warmth from the sun, but smaller butterflies with paler hues have difficulty regulating their body temperature as the heat increases.

Meanwhile, butterflies with larger wings and darker colors may have an easier time cooling off, according to new research. Lead study author Esme Ashe-Jepson of the University of Cambridge in the UK has a theory on why butterfly color matters.

The climate crisis has also been linked with more extreme weather events, which are expected to continue. And a phenomenon known as “underground climate change” is causing deformations of the ground beneath cities, according to a new study conducted in Chicago.

Wild kingdom

Katie Jones/Center for Whale Research
A group of orcas in the Southern Resident population spy-hop off the Pacific Northwest coast.

Female killer whales can live up to 90 years — long enough to experience menopause, which is rare in animals.

This longevity is decades beyond the reproductive years, and it may have something to do with a phenomenon called the grandmother effect. The older matriarchs are known to share preferred hunting spots and prey with the rest of their pods.

But it turns out that orca moms may also use their later years to engage in some helicopter parenting, according to a new study on killer whales off the coast of the Pacific Northwest of North America.

These grannies help their sons through the complexities of orca social life and protect them from risky fights with others.

Curiosities

Dig into these intriguing reads:

— A mysterious cylinder that washed up on the beaches of Australia’s Green Head sparked instant speculation, but officials said they believe it’s a piece of space junk.

— Heading to the movies this weekend? Discover the complicated story of J. Robert Oppenheimer, the creator of the atomic bomb, before watching director Christopher Nolan’s biopic, “Oppenheimer.”

— Threadlike worms that live inside certain insects can have a “zombifying” effect, taking control of their minds — and the worms are missing something that all other animals have.

— The first Olympian and the first mother-daughter duo to venture to space will be aboard Virgin Galactic’s inaugural private astronaut mission, set to launch in August.

Like what you’ve read? Oh, but there’s more. Sign up here to receive in your inbox the next edition of Wonder Theory, brought to you by CNN Space and Science writers Ashley Strickland and Katie Hunt. They find wonder in planets beyond our solar system and discoveries from the ancient world.