Science & Environment

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’Lord of the Rings’ director backs long shot de-extinction plan, starring New Zealand’s lost moa
Author of the article:Associated Press
Associated Press
Christina Larson
Published Jul 08, 2025 • Last updated 19 hours ago • 3 minute read

Filmmaker Peter Jackson, left, and Colossal CEO Ben Lamm hold up bones from Jackson's collection of extinct moa bones in Wellington, New Zealand, 2024.
Filmmaker Peter Jackson, left, and Colossal CEO Ben Lamm hold up bones from Jackson's collection of extinct moa bones in Wellington, New Zealand, 2024. Photo by Courtesy of Colossal Bioscience /AP
WASHINGTON — Filmmaker Peter Jackson owns one of the largest private collections of bones of an extinct New Zealand bird called the moa. His fascination with the flightless ostrich-like bird has led to an unusual partnership with a biotech company known for its grand and controversial plans to bring back lost species.


On Tuesday, Colossal Biosciences announced an effort to genetically engineer living birds to resemble the extinct South Island giant moa — which once stood 12 feet (3.6 metres) tall — with $15 million in funding from Jackson and his partner Fran Walsh. The collaboration also includes the New Zealand-based Ngāi Tahu Research Centre.


“The movies are my day job, and the moa are my fun thing I do,” said Jackson. “Every New Zealand schoolchild has a fascination with the moa.”

Outside scientists say the idea of bringing back extinct species onto the modern landscape is likely impossible, although it may be feasible to tweak the genes of living animals to have similar physical traits. Scientists have mixed feelings on whether that will be helpful, and some worry that focusing on lost creatures could distract from protecting species that still exist.


A depiction is represented of the largest species of moa, the South Island giant moa, which once could stand 12 feet (3.6 metres) tall.
A depiction is represented of the largest species of moa, the South Island giant moa, which once could stand 12 feet (3.6 metres) tall. Photo by Courtesy of Colossal Biosciences /AP
The moa had roamed New Zealand for 4,000 years until they became extinct around 600 years ago, mainly because of overhunting. A large skeleton brought to England in the 19th century, now on display at the Yorkshire Museum, prompted international interest in the long-necked bird.

Unlike Colossal’s work with dire wolves, the moa project is in very early stages. It started with a phone call about two years ago after Jackson heard about the company’s efforts to “de-extinct” — or create genetically similar animals to — species like the woolly mammoth and the dire wolf.

Then Jackson put Colossal in touch with experts he’d met through his own moa bone-collecting. At that point, he’d amassed between 300 and 400 bones, he said.


In New Zealand, it’s legal to buy and sell moa bones found on private lands, but not on public conservation areas — nor to export them.

The first stage of the moa project will be to identify well-preserved bones from which it may be possible to extract DNA, said Colossal’s chief scientist Beth Shapiro.

Those DNA sequences will be compared to genomes of living bird species, including the ground-dwelling tinamou and emu, “to figure out what it is that made the moa unique compared to other birds,” she said.

Colossal used a similar process of comparing ancient DNA of extinct dire wolves to determine the genetic differences with gray wolves. Then scientists took blood cells from a living gray wolf and used CRISPR to genetically modify them in 20 different sites. Pups with long white hair and muscular jaws were born late last year.


Working with birds presents different challenges, said Shapiro.

Unlike mammals, bird embryos develop inside eggs, so the process of transferring an embryo to a surrogate will not look like mammalian IVF.

“There’s lots of different scientific hurdles that need to be overcome with any species that we pick as a candidate for de-extinction,” said Shapiro. “We are in the very early stages.”

If the Colossal team succeeds in creating a tall bird with huge feet and thick pointed claws resembling the moa, there’s also the pressing question of where to put it, said Duke University ecologist Stuart Pimm, who is not involved in the project.

“Can you put a species back into the wild once you’ve exterminated it there?” he said. “I think it’s exceedingly unlikely that they could do this in any meaningful way.”


“This will be an extremely dangerous animal,” Pimm added.

The direction of the project will be shaped by Māori scholars at the University of Canterbury’s Ngāi Tahu Research Centre. Ngāi Tahu archaeologist Kyle Davis, an expert in moa bones, said the work has “really reinvigorated the interest in examining our own traditions and mythology.”

At one of the archaeological sites that Jackson and Davis visited to study moa remains, called Pyramid Valley, there are also antique rock art done by Māori people — some depicting moa before their extinction.

Paul Scofield, a project adviser and senior curator of natural history at the Canterbury Museum in Christchurch, New Zealand, said he first met the “Lord of the Rings” director when he went to his house to help him identity which of the nine known species of moa the various bones represented.

“He doesn’t just collect some moa bones — he has a comprehensive collection,” said Scofield.
moa[1].jpg
 

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petros

The Central Scrutinizer
Nov 21, 2008
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Low Earth Orbit
’Lord of the Rings’ director backs long shot de-extinction plan, starring New Zealand’s lost moa
Author of the article:Associated Press
Associated Press
Christina Larson
Published Jul 08, 2025 • Last updated 19 hours ago • 3 minute read

Filmmaker Peter Jackson, left, and Colossal CEO Ben Lamm hold up bones from Jackson's collection of extinct moa bones in Wellington, New Zealand, 2024.
Filmmaker Peter Jackson, left, and Colossal CEO Ben Lamm hold up bones from Jackson's collection of extinct moa bones in Wellington, New Zealand, 2024. Photo by Courtesy of Colossal Bioscience /AP
WASHINGTON — Filmmaker Peter Jackson owns one of the largest private collections of bones of an extinct New Zealand bird called the moa. His fascination with the flightless ostrich-like bird has led to an unusual partnership with a biotech company known for its grand and controversial plans to bring back lost species.


On Tuesday, Colossal Biosciences announced an effort to genetically engineer living birds to resemble the extinct South Island giant moa — which once stood 12 feet (3.6 metres) tall — with $15 million in funding from Jackson and his partner Fran Walsh. The collaboration also includes the New Zealand-based Ngāi Tahu Research Centre.


“The movies are my day job, and the moa are my fun thing I do,” said Jackson. “Every New Zealand schoolchild has a fascination with the moa.”

Outside scientists say the idea of bringing back extinct species onto the modern landscape is likely impossible, although it may be feasible to tweak the genes of living animals to have similar physical traits. Scientists have mixed feelings on whether that will be helpful, and some worry that focusing on lost creatures could distract from protecting species that still exist.


A depiction is represented of the largest species of moa, the South Island giant moa, which once could stand 12 feet (3.6 metres) tall.
A depiction is represented of the largest species of moa, the South Island giant moa, which once could stand 12 feet (3.6 metres) tall. Photo by Courtesy of Colossal Biosciences /AP
The moa had roamed New Zealand for 4,000 years until they became extinct around 600 years ago, mainly because of overhunting. A large skeleton brought to England in the 19th century, now on display at the Yorkshire Museum, prompted international interest in the long-necked bird.

Unlike Colossal’s work with dire wolves, the moa project is in very early stages. It started with a phone call about two years ago after Jackson heard about the company’s efforts to “de-extinct” — or create genetically similar animals to — species like the woolly mammoth and the dire wolf.

Then Jackson put Colossal in touch with experts he’d met through his own moa bone-collecting. At that point, he’d amassed between 300 and 400 bones, he said.


In New Zealand, it’s legal to buy and sell moa bones found on private lands, but not on public conservation areas — nor to export them.

The first stage of the moa project will be to identify well-preserved bones from which it may be possible to extract DNA, said Colossal’s chief scientist Beth Shapiro.

Those DNA sequences will be compared to genomes of living bird species, including the ground-dwelling tinamou and emu, “to figure out what it is that made the moa unique compared to other birds,” she said.

Colossal used a similar process of comparing ancient DNA of extinct dire wolves to determine the genetic differences with gray wolves. Then scientists took blood cells from a living gray wolf and used CRISPR to genetically modify them in 20 different sites. Pups with long white hair and muscular jaws were born late last year.


Working with birds presents different challenges, said Shapiro.

Unlike mammals, bird embryos develop inside eggs, so the process of transferring an embryo to a surrogate will not look like mammalian IVF.

“There’s lots of different scientific hurdles that need to be overcome with any species that we pick as a candidate for de-extinction,” said Shapiro. “We are in the very early stages.”

If the Colossal team succeeds in creating a tall bird with huge feet and thick pointed claws resembling the moa, there’s also the pressing question of where to put it, said Duke University ecologist Stuart Pimm, who is not involved in the project.

“Can you put a species back into the wild once you’ve exterminated it there?” he said. “I think it’s exceedingly unlikely that they could do this in any meaningful way.”


“This will be an extremely dangerous animal,” Pimm added.

The direction of the project will be shaped by Māori scholars at the University of Canterbury’s Ngāi Tahu Research Centre. Ngāi Tahu archaeologist Kyle Davis, an expert in moa bones, said the work has “really reinvigorated the interest in examining our own traditions and mythology.”

At one of the archaeological sites that Jackson and Davis visited to study moa remains, called Pyramid Valley, there are also antique rock art done by Māori people — some depicting moa before their extinction.

Paul Scofield, a project adviser and senior curator of natural history at the Canterbury Museum in Christchurch, New Zealand, said he first met the “Lord of the Rings” director when he went to his house to help him identity which of the nine known species of moa the various bones represented.

“He doesn’t just collect some moa bones — he has a comprehensive collection,” said Scofield.
View attachment 29932
For food?
 

spaminator

Hall of Fame Member
Oct 26, 2009
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Walmart recalls 850,000 water bottles after ejecting caps led to vision loss
Author of the article:Associated Press
Associated Press
Published Jul 11, 2025 • 1 minute read

This image provided by U.S. Consumer Product Safety Commission shows Walmart's "Ozark Trail 64 oz Stainless Steel Insulated Water Bottles," which Walmart is recalling on Friday, July 11, 2025, because the lid can "forcefully eject" and unexpectedly strike consumers. (U.S. Consumer Product Safety Commission via AP)
This image provided by U.S. Consumer Product Safety Commission shows Walmart's "Ozark Trail 64 oz Stainless Steel Insulated Water Bottles," which Walmart is recalling on Friday, July 11, 2025, because the lid can "forcefully eject" and unexpectedly strike consumers. (U.S. Consumer Product Safety Commission via AP) AP
NEW YORK (AP) — Walmart is recalling about 850,000 stainless steel water bottles because the lid can “forcefully eject” and unexpectedly strike consumers — resulting in permanent vision loss for two people to date.


The recall covers Walmart’s “Ozark Trail 64 oz Stainless Steel Insulated Water Bottles,” which have been sold at the chain’s stores across the country since 2017. According to a notice published by the U.S. Consumer Product Safety Commission on Thursday, these products pose “serious impact and laceration hazards.”


That’s because when a consumer attempts to open the bottles “after food, carbonated beverages or perishable beverages, such as juice or milk, are stored inside over time,” the lid can eject forcefully, the CPSC notes.

As of Thursday’s announcement, Walmart had received three reports of consumers who were injured after being struck in the face by these lids when opening their bottles. And two of those people “suffered permanent vision loss after being struck in the eye,” the CPSC added.

Consumers are urged to stop using the now-recalled Ozark Trail bottles — and contact Walmart for a full refund. Shoppers can also bring the products to their local Walmart store for that compensation.

The bottles being recalled can also be identified by their model number, 83-662 — which doesn’t appear on the product itself, but would show on packaging. The stainless-steel base is silver and the lid is a black, one-piece screw cap. There is also an Ozark Trail logo embedded on the side of the 64-ounce bottle.

The Associated Press reached out to Walmart for further comments on Friday.
 

spaminator

Hall of Fame Member
Oct 26, 2009
38,763
3,540
113
Walmart recalls 850,000 water bottles after ejecting caps led to vision loss
Author of the article:Associated Press
Associated Press
Published Jul 11, 2025 • 1 minute read

This image provided by U.S. Consumer Product Safety Commission shows Walmart's "Ozark Trail 64 oz Stainless Steel Insulated Water Bottles," which Walmart is recalling on Friday, July 11, 2025, because the lid can "forcefully eject" and unexpectedly strike consumers. (U.S. Consumer Product Safety Commission via AP)
This image provided by U.S. Consumer Product Safety Commission shows Walmart's "Ozark Trail 64 oz Stainless Steel Insulated Water Bottles," which Walmart is recalling on Friday, July 11, 2025, because the lid can "forcefully eject" and unexpectedly strike consumers. (U.S. Consumer Product Safety Commission via AP) AP
NEW YORK (AP) — Walmart is recalling about 850,000 stainless steel water bottles because the lid can “forcefully eject” and unexpectedly strike consumers — resulting in permanent vision loss for two people to date.


The recall covers Walmart’s “Ozark Trail 64 oz Stainless Steel Insulated Water Bottles,” which have been sold at the chain’s stores across the country since 2017. According to a notice published by the U.S. Consumer Product Safety Commission on Thursday, these products pose “serious impact and laceration hazards.”


That’s because when a consumer attempts to open the bottles “after food, carbonated beverages or perishable beverages, such as juice or milk, are stored inside over time,” the lid can eject forcefully, the CPSC notes.

As of Thursday’s announcement, Walmart had received three reports of consumers who were injured after being struck in the face by these lids when opening their bottles. And two of those people “suffered permanent vision loss after being struck in the eye,” the CPSC added.

Consumers are urged to stop using the now-recalled Ozark Trail bottles — and contact Walmart for a full refund. Shoppers can also bring the products to their local Walmart store for that compensation.

The bottles being recalled can also be identified by their model number, 83-662 — which doesn’t appear on the product itself, but would show on packaging. The stainless-steel base is silver and the lid is a black, one-piece screw cap. There is also an Ozark Trail logo embedded on the side of the 64-ounce bottle.

The Associated Press reached out to Walmart for further comments on Friday.
perhaps they could be sent to gaza. ;)
 

spaminator

Hall of Fame Member
Oct 26, 2009
38,763
3,540
113
U of S researchers discover genes protecting wheat from disease
A unique gene pair in wild wheat could unlock a new path to stripe rust resistance, researchers say.

Author of the article:Aidan Jaager
Published Jul 14, 2025 • 3 minute read

University of Saskatchewan researchers may have uncovered a way to fight off deadly diseases in wild wheat, offering hope for farmers dealing with crop losses from stripe rust.


Researchers Valentyna Klymiuk and Curtis Pozniak are studying how a unique pair of genes found in wild wheat varieties are resistant to harmful pathogens.


“Part of our research is keeping one step ahead of pathogens by identifying new resistance genes which ideally could be stacked like Lego blocks, so the pathogen can’t easily overcome the resistance,” Klymiuk said.

The U of S Crop Development Centre (CDC) focuses on improving crop varieties by integrating basic research into crop breeding. The CDC then translates scientific discoveries into new varieties that growers can use.

“The genetic research we do is important because it helps us understand how the genes and plants are contributing to enhanced yield under heat and drought. That can protect the plants against a whole range of different pathogens,” Pozniak, who is the professor and director at CDC, said, noting it’s important to choose varieties that perform well in heat and drought conditions.


Researchers said although wild wheat hasn’t been domesticated and can’t be used directly in breeding, it contains useful diversity to respond to environmental threats, making it ideal for learning new methods of crop resistance.

“Once we started assessing the resistance, we could see that it was different to others that we have studied before. The resistance was acting in an atypical way, which signalled a very different plant response,” Pozniak said.

One gene is typically responsible for the expression of stripe rust, a fungal disease that grows on wheat leaves, but two genes working together as a pair were required for full resistance, Klymiuk said.

One senses the invading pathogen while the other activates the plant’s immune response, stopping the pathogen in its tracks.


Like flipping a breaker to see which rooms in a house go dark, Klymiuk’s experiments involved turning each of the genes “off.”

“When the gene is switched ‘off’ the plant can no longer protect itself and becomes susceptible to the pathogen. However, this unique gene pair proved to be a bit of an anomaly, which caused a hiccup in the researcher’s results,” she said.

Initially, Klymiuk thought only a single gene was responsible.

“Most of our results made sense but there were a few plants that didn’t give us the expected results. This was a head scratcher, so we went back to rethink our experiments and to test if two genes were actually involved. Once we retested, the results became clear,” she added.

The team later discovered that two outlier genes interact at a protein level, physically coming together to initiate the resistance response.


Pozniak said this could help produce stronger and more resilient wheat varieties in the future.

“It’s all about the three pillars of plant breeding which includes having the yield potential and stable yield performance where disease resistance is important. Combining that with marketability allows growers the potential to sell their product in international markets.”

“This project also really helps us understand and appreciate the complexity of plant biology. Plants really need to adapt, and they do it in cool and interesting ways,” he said.