Latest news with #Khaleesi
Yahoo
5 days ago
- Business
- Yahoo
C3 Metals Geophysical Program Significantly Enhances Khaleesi Copper-Gold Drill Target, Peru
Toronto, Ontario--(Newsfile Corp. - August 6, 2025) - C3 Metals Inc. (TSXV: CCCM) (OTCQB: CUAUF) ("C3 Metals" or the "Company") is pleased to announce that recently completed ground-based geophysical surveys have identified large-scale anomalies coincident with high tenor soil geochemistry on its 100% owned Khaleesi copper-gold project ("Khaleesi or the "Project") in Southern Peru. Magnetic ("Mag"), Induced Polarization ("IP") and MagnetoTelluric ("MT") anomalies coincide with a recently defined high-grade copper-molybdenum in soil anomaly measuring 1,900m by up to 650m and a high-grade copper-zinc in soil anomaly measuring 470m by 400m (see press release dated February 19, 2025). A maiden 14-hole, 6,000m maiden diamond drill program is anticipated to commence during Q3 2025. Figure 1: Khaleesi MVI Magnetic Inversion: Amplitude of magnetization (800m depth slice), showing two large magnetic anomalies beneath high tenor copper soil anomalies. To view an enhanced version of this graphic, please visit: Dan Symons, President and CEO, stated, "Khaleesi is a highly compelling, undrilled copper-gold mineralized skarn, porphyry prospect in a world-class Porphyry-Skarn belt. Results of the IP, Mag and MT surveys provide invaluable information for realizing the large-scale potential of the hydrothermal system at Khaleesi. We now have a robust dataset to optimally target both the porphyry and skarn style copper mineralization. Importantly, IP and Mag survey data also confirms large anomalies continue beneath and proximal to an area of glacial till cover where there is no outcropping rock at surface. With multiple large copper mines within 45km of Khaleesi, we have reason to be excited to move into the first ever drilling program for the project." Highlights of the Khaleesi Exploration Program to Date The Mag survey confirms a large, near-surface magnetic body that separates into two bodies at depth. This Mag anomaly is coincident with IP chargeability and resistivity anomalies and areas with high copper geochemistry in soils (Figure 1). The IP survey defined two discrete near-surface IP chargeability anomalies with coincident resistivity anomalies, which extend to the maximum depth for this IP survey reliability of ~600 vertical metres (Figure 2). Porphyry Copper Target - coincident IP chargeability and resistivity high anomalies positioned beneath an 800m by 400m copper-molybdenum in soil anomaly averaging 950ppm copper where porphyry-style copper mineralization has been mapped at surface. Copper Skarn Target - IP chargeability and coincident resistivity low anomalies correlate with a 470m by 400m copper-zinc soil anomaly averaging 1,260ppm copper that is open along-strike to the north, south and to depth. For reference, copper in soils at or above 300ppm is considered anomalous and represents high priority target areas for further exploration. MT/AMT survey shows a large conductive body coincident with the IP and Mag anomalies, which also extends to depth. Field mapping confirmed a 3.3 sq km porphyry, skarn and epithermal alteration zone. Outcrop samples assayed up to 2.82% copper, 6.0 g/t gold, 57.7 g/t silver and 403 ppm molybdenum (see press releases dated October 22, 2024 and January 8, 2025). Coincident geophysical anomalies, along with the recently defined copper-in-soil geochemical anomalies, provide further support for the interpretation of a potentially significant porphyry, skarn and epithermal copper-gold hydrothermal system at Khaleesi. Figure 2: Vertical section chargeability (top) and resistivity (bottom) plot of 2025 IP survey line 600N (shown in Figure 1), looking to the north. The chargeability and resistivity anomalies have never been drill tested by C3 Metals or historically and correlate well with surface copper geochemistry. To view an enhanced version of this graphic, please visit: Grid soils defined a 470m by 400m wide copper-zinc in soil anomaly, with soils averaging 1,260ppm copper and 450ppm zinc. Grid soils also defined a significant copper-molybdenum anomaly, which extends for over 1,900m by up to 650m; two discrete zones average 950ppm and 650ppm copper, respectively (Figure 3). Soil sampling also covered a 1.3 sq km area with a thin glacial till cover, varying from less than 1m to 15m in thickness. Glacial till appears to conceal interpreted extensions of the skarn and porphyry mineralized zones. The geophysical data supports the interpretation of the connection of these zones beneath the till occurrence. Figure 3: Khaleesi map showing three well defined zones of pervasive copper-in-soil geochemistry. Also showing glacial till zone that appears to conceal mineralized rock below. To view an enhanced version of this graphic, please visit: Khaleesi is located 8km west of the Company's Jasperoide Project, where the Company confirmed 13 skarn prospects along a 28km iron-skarn belt. Montana de Cobre ("MCZ") is the first of these skarns the Company systematically drill tested, yielding a near surface Measured and Indicated Mineral Resource of 51.9 million tonnes at 0.50% total copper and 0.20 g/t gold for 569.1 million pounds of copper and 326,800 ounces of gold1. Khaleesi represents a rare opportunity to explore an undrilled copper-gold mineralized skarn, porphyry and epithermal prospect on the world-class Andahuaylas-Yauri Porphyry-Skarn belt. The Company has strategically amalgamated a significant mineral concession package of over 31,000 hectares within 45km of the large Las Bambas (MMG) and Constancia (Hudbay Minerals) copper mines. Several major and intermediate mining companies hold mineral concessions surrounding C3 Metals' mineral concession package and in the district (Figure 4). Figure 4: Regional map showing C3 Metals' mineral concession package in relation to other large-scale operations, development projects and exploration projects. To view an enhanced version of this graphic, please visit: Geophysical Survey Program Details Geophysical surveys completed comprised of a 45.5-line kilometre ground Mag survey (100m-spaced lines), a 24.5-line kilometre IP survey (200m spaced lines) and 14 full tensor stations of MT over the Khaleesi project area. The surveys covered an area of approximately 4.4 sq km and focused on covering an extensive area with outcropping porphyry, skarn, epithermal copper-gold-molybdenum mineralization including the central project area covered by glacial till. A high-resolution ground Mag survey confirmed a large magnetic body (1,200m by 800m) defined after an MVI inversion and is coincident with two chargeability and coincident resistivity anomalies. The magnetic body splits at approximately 600m to 700m depth, separating into two large cohesive bodies (Figure 1). Each of these magnetic bodies measure approximately 800m by 800m. The IP survey was highly successful in defining two cohesive chargeability and coincident resistivity anomalies that extend along strike for up to 1,200m and are up to 1,000m in width. These IP anomalies are coincident with the Skarn Zone and South Zone copper in soil anomalies (Figure 2). The chargeability anomalies appear to converge at a depth of 450m beneath the till occurrence. The MT survey was undertaken to detect basement electromagnetic (EM) conductors and anomalous resistivity zones, which can be indicative of potential copper-gold porphyry systems. The MT survey successfully defined a large body coincident with the IP and magnetic anomalies. Next Steps Initial mapping and sampling at Khaleesi defined an alteration footprint spanning 1,500m by 1,000m. Subsequent soil sampling defined multiple large scale and coherent copper-in-soil anomalies located over a significant zone of mapped porphyry-skarn-epithermal styles of mineralization. Newly acquired Mag, IP and MT data, provide further evidence for a sizeable system that appears to connect in the central project area beneath the glacial till occurrence. Based on all data collected to date, the Khaleesi project is ranked highest priority for drill testing. The Company has designed a 14-hole, 6,000m maiden diamond drill program that will target both the Skarn and South zones as well as beneath an area of glacial till that sits between these zones. The Company anticipates it will commence this maiden drill program during Q3 2025. For additional information, contact: Dan SymonsPresident and CEO+1 416 716 6466dsymons@ ABOUT C3 METALS INC. C3 Metals Inc. is a mineral exploration company focused on creating substantive value for its shareholders through the discovery and development of large copper and gold deposits. The Company holds approximately 31,000 hectares located in the prolific high-grade Andahuaylas-Yauri Porphyry-Skarn belt of Southern Peru. Mineralization at Jasperoide is hosted in a similar geological setting to the nearby major mining operations at Las Bambas (MMG), Constancia (Hudbay) and Antapaccay (Glencore). At Jasperoide, the Company has identified over 15 skarn prospects and an outcropping porphyry system over two parallel 28km belts. The Company has published a maiden resource estimate on the first of these skarn targets, which contained Measured & Indicated Resources of 52Mt at 0.5% copper and 0.2 g/t gold2. The Company is also actively exploring in Jamaica where it has identified 16 porphyry, 40 epithermal and multiple volcanic redbed copper prospects over a 30km strike extent. The Company holds a 100% interest in 17,855 hectares of exploration licenses, of which Freeport-McMoRan Exploration Corporation, a wholly-owned affiliate of Freeport-McMoRan Inc. (NYSE: FCX), has the option on 13,020 hectares to earn up to a 75% interest by funding up to US$75 million of exploration and project related expenditures. The Company also holds a 50% interest in 9,870 hectares in a joint venture with Geophsyx Jamaica Ltd, the largest mineral tenure holder in the country. Barrick Gold Corp. announced on May 1, 2024 that it had entered into an earn-in agreement with Geophysx Jamaica Ltd. on approximately 400,000 hectares of exploration licenses, several of which surround C3 Metals' mineral concessions. Mining is currently the second largest industry in Jamaica, and historical mining dates back to the colonial eras of the 1500s (Spanish) and 1800s (British). Related Link: Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or accuracy of this release. QP Statement Stephen Hughes, is Vice President Exploration and a Director for C3 Metals and is a Qualified Person as defined by National Instrument 43-101. Mr. Hughes has reviewed the technical information in this news release and approves the written disclosure contained herein. Technical Program Induced Polarization (IP) measurements were carried out with the Pole-Pole configuration and 8 channels of 100 meters separation each. The advance was made every 50 metres to increase the horizontal resolution of the lines. The injection pulse was 2 seconds, and a current injection duty cycle of 50% was used. In total, 7 lines were completed for 24.5 surveyed kilometres. Ground Magnetometry totalling 13 East-West lines of 3.5 km each of length and with a line spacing of 100 metres. A total of 45.5-line kilometres were surveyed and readings were measured with one rover Overhauser magnetometer, with an upgraded omnidirectional sensor, and one proton precession for the base station. The readings for the rover unit were taken using a sampling frequency of 1 Hertz, while the base station used a sampling frequency of 1 reading every 3 second. Magnetotellurics and Audio-Magnetotellurics (AMT) comprised of 14 full tensor stations surveyed in two profiles with 7 stations each, using a distance of 300m between them. Each station was configured as a full-tensor mode, using three magnetic coils (Hx, Hy, Hz) and two electric channels (Ex, Ey). The coils cover a full frequency range of 0.0001 - 10,000 Hz, spanning both MT and AMT signal. Seven stations were installed day by day, 6 stations on the line and one station as a remote base to correct the noise. Caution Regarding Forward-Looking Statements Certain statements contained in this press release constitute forward-looking information. These statements relate to future events or future performance. The use of any of the words "could", "intend", "expect", "believe", "will", "projected", "estimated" and similar expressions and statements relating to matters that are not historical facts are intended to identify forward-looking information and are based on the Company's current belief or assumptions as to the outcome and timing of such future events. Actual future results may differ materially. In particular, this release contains forward-looking information relating to, among other things, the exploration operations of the Company and the timing which could be affected by the current global COVID-19 pandemic. Those assumptions and factors are based on information currently available to the Company. Although such statements are based on reasonable assumptions of the Company's management, there can be no assurance that any conclusions or forecasts will prove to be accurate. While the Company considers these assumptions to be reasonable based on information currently available, they may prove to be incorrect. Forward looking information involves known and unknown risks, uncertainties and other factors which may cause the actual results, performance or achievements to be materially different from any future results, performance or achievements expressed or implied by the forward-looking information. Such factors include risks inherent in the exploration and development of mineral deposits, including risks relating to changes in project parameters as plans continue to be redefined, risks relating to variations in grade or recovery rates, risks relating to changes in mineral prices and the worldwide demand for and supply of minerals, risks related to increased competition and current global financial conditions and the COVID-19 pandemic, access and supply risks, reliance on key personnel, operational risks, and regulatory risks, including risks relating to the acquisition of the necessary licenses and permits, financing, capitalization and liquidity risks. The forward-looking information contained in this release is made as of the date hereof, and the Company is not obligated to update or revise any forward-looking information, whether as a result of new information, future events or otherwise, except as required by applicable securities laws. Because of the risks, uncertainties and assumptions contained herein, investors should not place undue reliance on forward-looking information. The foregoing statements expressly qualify any forward-looking information contained herein. 1 Based on the assumptions and parameters outlined in the NI 43-101 Technical Report titled Jasperoide Copper-Gold Project Cusco Region, Peru dated July 5, 2023.2 Based on the assumptions and parameters outlined in the NI 43-101 Technical Report titled Jasperoide Copper-Gold Project Cusco Region, Peru dated July 5, 2023. To view the source version of this press release, please visit Error in retrieving data Sign in to access your portfolio Error in retrieving data Error in retrieving data Error in retrieving data Error in retrieving data
Yahoo
11-07-2025
- Science
- Yahoo
This Giant Bird Went Extinct 600 Years Ago. Scientists Say They Can Resurrect It.
Here's what you'll learn when you read this story: Only a few months after announcing the controversial 'de-extinction' of the dire wolf, Colossal Biosciences has now set its sights on restoring the nine species of giant moa that roamed New Zealand some 600 years ago. The biotech company plans on extracting DNA from moa bones and comparing to them to living relatives—such as the emu and the tinamou—to see what edits need to be made to bring back these flightless legends. Although this project will include more DNA edits than the dire wolf project, many scientists are skeptical that any resulting genetically modified organism will be anything more than a facsimile of the original, leaving them unable to fulfill the moa's original ecological role and relegating them to a life of captivity. Earlier this year, scientists at the Texas-based Colossal Biosciences boldly announced the 'world's first de-extinction' by bringing back the long dead dire wolf. Nicknamed Romulus, Remus, and Khaleesi, these pups were far from the magnificent animals that prowled North America before the early Holocene. Instead, as Colossal's own chief science officer later clarified, they were really just grey wolves with around 20 gene edits—not the millions that'd likely be needed to actually create a dire wolf (if such a thing was even possible). Now, Colossal is at it again. And this time the company wants to bring back all nine species of the giant moa—a flightless bird native to New Zealand that died out as a result of overhunting some 600 years ago. Of course, this announcement differs from the previous one in a key way: They didn't actually bring the bird back (at least, not yet.) But a media blitz of news coverage, interviews with legendary New Zealand director Peter Jackson, and a flashy announcement video show that Colossal is serious about bringing the giant moa back to the southwestern Pacific island. This diverse group of birds sported a variety of different attributes and (most notably) sizes. The smallest of the bunch—the bush moa (Anomalopteryx didiformis)—was about the size of a turkey, while the the South Island giant moa (Dinornis robustus) and North Island giant moa (Dinornis novaezealandiae) both stood roughly 11 feet tall. Even through they looked like a strange cross between an emu and kiwi, the moa's closest living relative is the tinamou group, which lives in central and South America. With the geographical differences providing a big clue, the word 'closest' is doing a lot of heavy lifting, as the two groups separated roughly 60 million years ago. The Associated Press reports that Colossal will first identify well-preserved moa bones from which DNA can be extracted. For his part, Jackson himself owns the world's largest collection of moa bones (around 300 to 400 specimens). From there, they'll compare the genetic sequences to tinamou and emu, the latter of which will be required for their impressive stature. 'What emus have is very large embryos, very large eggs,' Andrew Pask, a Colossal scientific advisor from the University of Melbourne Australia, told New Scientist. 'And that's one of the things that you definitely need to de-extinct a moa.' Pask also clarified that this project will be more expansive than the dire wolf project, and that there will be 'orders of magnitude' more DNA edits. The other (sort of) positive is that the moa hasn't been extinct for thousands of years like the dire wolf, so its natural ecosystem hasn't evolved far beyond its extinction. Some scientists are critical of the idea. Even with the more DNA edits, the resulting 'Colossal moa' won't be a de-extinct moa, but a genetically modified animal that's a close facsimile to the original. It's also unlikely that these GMO-moas will ever be able to roam their natural habitat. They may look like moas, but they won't be able to fulfill the moa's ecological role, which will relegate them to a life as little more than a living museum piece, like the dire wolves. Despite Colossal's attempts at 'de-extinction,' genetic modification does play an increasingly important role in conservation. Genetic research brought the critically endangered black-footed ferret back from the brink, and that's just one of many examples. The world is currently experiencing its sixth mass extinction, with potentially thousands of species lost every year. Bringing back woolly mammoths, dire wolves, and giant moa (or close approximations of those ancient creatures) is undeniably enticing, but it doesn't do much for the animals and ecosystems that need our help today. Get the Issue Get the Issue Get the Issue Get the Issue Get the Issue Get the Issue Get the IssueGet the Issue Get the Issue You Might Also Like The Do's and Don'ts of Using Painter's Tape The Best Portable BBQ Grills for Cooking Anywhere Can a Smart Watch Prolong Your Life?
Daily Mail
10-07-2025
- Science
- Daily Mail
Once-extinct dire wolf pups have doubled in size in mere months after being brought back from extinction
Dire wolves vanished over 12,000 years ago but science has brought back a genetically modified version of the once-extinct breed, and now the massive creatures - as seen in Game Of Thrones - have doubled in size in mere months. Romulus, Remus, and Khaleesi are growing bigger than most gray wolves. The dire wolves were created by Colossal Biosciences, a Texas-based genetics company using cutting-edge technology to bring extinct species back to life, including the woolly mammoth, dodos, and Tasmanian tigers. In a newly released video, Colossal Biosciences revealed that male pups Romulus and Remus were over six months-old and weigh more than 90lb each. That is about 20 per cent larger than a standard gray wolf, making them the closest thing to a real-life dire wolf of more than 10,000 years. Romulus and Remus were born last October, while female Khaleesi was born in January, making her the youngest of the pack. In the video uploaded by Colossal, the male pups were seen running and playing together, chasing each other, and showing friendly behavior, which reflects healthy social bonding. They also seemed comfortable in their new outdoor surroundings after leaving the laboratory. Matt James of Colossal said: 'They're nice large wolves that are much more representative of what we saw in the ancient specimens.' The pups are now getting ready for their first full medical checkup, which will include CT scans and blood tests to study their bones, muscles, and internal growth. Scientists say these physical changes, like their unusually large size, show that the dire wolf genes engineered into their DNA before they were born is now actively shaping their development. The team also gave an update on Khaleesi, describing her as 'a little smaller, a little younger'. According to researchers, the female wolves are naturally smaller and tend to grow at a slightly slower pace compared to males. James said: '[Khaleesi] currently weighs about 35lb, but is still tracking about 10 to 15 per cent larger than what we have seen in gray wolves.' Khaleesi's being kept separate for now to ensure she's big enough to safely join her older brothers. Colossal's carefully watching her growth before moving to a gradual, staged introduction. In the footage, James described the pups' growth as impressive, noting they have hit all expected milestones for development. Currently, the pups are eating an adult diet of a high-quality kibble for dogs, game-grade ground meat and bones to help them develop hunting instincts. Paige McNichol of Colossal said: 'Remus is really taking on that alpha role, and Romulus is stepping down and being more subordinate in the pack.' Although Remus is slightly smaller than Romulus, he's proving to be more dominant and constantly watches his surroundings as he thinks before acting, a behavior McNichol described as crafty and calculated. That makes him more of a strategic leader, while Romulus, though physically larger, tends to charge ahead first but follows his brother's lead during interactions, a classic behavior among beta males. McNichol said: 'This dynamic may change as they grow, especially when their younger pack mate Khaleesi is introduced.' The team's slowly introducing her to Romulus and Remus, starting with visits through fences. James said: 'We're looking for really strong indicators that they are socially compatible.' The eventual goal is to release all three on to a private preserve where they can live as a functioning pack. Six months ago, Colossal made headlines when it first announced the births of the wolves, claiming to have 'brought back' the dire wolf. These pups are lab-made hybrid wolves, engineered to revive the ancient predators using advanced DNA-editing tools. Scientists compared the ancient dire wolf's DNA to a gray wolf's, identifying 14 distinct genes and made 20 changes to match DNA, resulting in them being larger and more resembling wolves. Nic Rawlence of the University of Otago said: 'To truly de-extinct something, you would have to clone it. 'The problem is we can't clone extinct animals because the DNA is not well enough preserved.' The process started by extracting ancient DNA from fossils and comparing it to the gray wolf's DNA. Scientists then made changes to mimic the dire wolf, and then they implanted it into a surrogate mother, giving birth to a genetically made dire pup. The three pups were born via this method, which Colossal calls part of its 'de-extinction tool kit'. The company says that the broader plan is to correct past ecological damage caused by human activity, including overhunting and habitat destruction. The company's site said: 'We're committed to rectifying the past and rehabilitating nature on a global scale.' For now, the team revealed the final size of the breed is uncertain, but they're looking for signs that the pups may continue growing toward the size of their ancient counterparts. Historically, extinct dire wolves stood about 3ft tall at the shoulder and reached lengths of up to 6ft, which makes them 30-40 per cent heavier than today's gray wolves. Fossil evidence suggests they could weigh between 130-150lb, according to the National Park Service.
Daily Mail
04-07-2025
- Science
- Daily Mail
Dire wolves brought back from extinction have already doubled in size, new video reveals
Dire wolves vanished more than 12,000 years ago but science has brought them back, and now, the massive creatures made famous by Game of Thrones have doubled in size in mere months. Romulus, Remus, and Khaleesi, the first genetically engineered dire wolf pups, are growing bigger than most gray wolves. The dire wolves were created by Colossal Biosciences, a Texas-based company using cutting-edge genetic engineering to bring extinct species back to life, including the woolly mammoth, dodos, and Tasmanian tigers. In a newly released video, the team revealed that Romulus and Remus, the two male pups, are now over six months-old and weigh more than 90 pounds each. That is about 20 percent larger than a standard gray wolf, making them the closest thing to a real-life dire wolf in more than 10,000 years. Romulus and Remus were born last year on October 1, while Khalessi was born earlier this year in January, making her the youngest of the pact. In the video uploaded by Colossal, the two male pups were seen running and playing together, chasing each other, and showing friendly behavior which reflects healthy social bonding. They seemed comfortable in their new outdoor surroundings after leaving the lab. Matt James, Chief Animal Officer at Colossal, said: 'They're nice large wolves that are much more representative of what we saw in the ancient specimens.' The pups are now getting ready for their first full medical checkup, which will include CT scans and blood tests to study their bones, muscles, and internal growth. Scientists say these physical changes, like their unusually large size, show that the dire wolf genes engineered into their DNA before birth are now actively shaping their development. The team also gave an update on Khaleesi, the only female of the trio, describing her as 'a little smaller, a little younger.' According to researchers, the female wolves are naturally smaller and tend to grow at a slightly slower pace compared to males. 'She currently weighs about 35 pounds, but is still tracking about 10 to 15 percent larger than what we have seen in gray wolves,' James said. Khaleesi is being kept separate for now to ensure she's big enough to safely join her older brothers. The team is carefully watching her growth before moving to a gradual, staged introduction. In the video, James described the pups' growth as impressive, noting they have hit all expected milestones for development. Currently, the pups are eating an adult diet of a high quality dog kibble, game-grade ground meat, and bones to help them develop hunting instincts. Paige McNichol, manager of animal husbandry at Colossal, said: 'Remus is really taking that alpha role, and Romulus is stepping down and being more subordinate in the pack.' Although Remus is slightly smaller than Romulus, he's proving to be more dominant. He's constantly watching his surroundings and thinking before acting, a behavior McNichol described as crafty and calculated. That makes him more of a strategic leader, while Romulus, though physically larger, tends to charge ahead first but follows Remus's lead during interactions, a classic behavior among beta males. 'This dynamic may change as they grow, especially when their younger pack mate Khaleesi is introduced,' McNichol said. The team is carefully and slowly introducing her to Romulus and Remus, starting with visits through fences. 'We're looking for really strong indicators that they are socially compatible,' said James. The eventual goal is to release all three onto a private preserve where they can live as a functioning pack. Six months ago, Colossal made headlines when it first announced the births of Romulus, Remus, and Khaleesi, claiming to have 'brought back' the dire wolf. The animals, made famous by Game of Thrones, last roamed North America more than 12,000 years ago before going extinct. These pups are lab-made hybrid wolves. They are genetically modified gray wolves, engineered to revive the ancient predators using advanced DNA-editing tools. Scientists compared the ancient dire wolf's DNA to a gray wolf's, identifying 14 distinct genes. They made 20 changes in gray wolf to match the dire wolf's DNA, resulting in larger, more resembling wolves. Nic Rawlence, an associate professor and director of the Otago Paleogentics Laboratory at the University of Otago, told 'To truly de-extinct something, you would have to clone it.' 'The problem is we can't clone extinct animals because the DNA is not well enough preserved,' he said. The process started by extracting ancient DNA from fossils and comparing it to the gray wolf's DNA. Scientists then made changes into gray wolf's DNA to mimic the dire wolf, and then they implanted it into a surrogate mother, giving birth to a genetically made dire pup. Romulus, Remus, and Khlaessi were born using this method, which Colossal calls part of its 'de-extinction toolkit.' The company says that their broader plan is to correct past ecological damage caused by human activity, including overhunting and habitat destruction. 'We're committed to rectifying the past and rehabilitating nature on a global scale,' the company's website states. Experts have warned that creating large carnivores, even in captivity, could have unintended consequences. Between 2002 and 2020, there were 26 reported fatal wolf attacks on humans globally, according to the Norwegian Institute for Nature Research. 'If released into the wild in large enough numbers to establish a self-sustaining population, this new wolf could potentially take down prey larger than that hunted by gray wolves,' said Rawlence. He also warned that if these lab-made hybrid wolves were to breed with wild populations, their altered genes could spread, disrupting ecosystems. For now, the team says the final size is uncertain, but they are looking for signs that the pups may continue growing toward the size of their ancient counterparts. Historically, extinct dire wolves stood about three feet tall at the shoulder, reached lengths of up to six feet, which makes them 30 to 40 percent heavier than today's gray wolves. Fossil evidence suggests they could weigh between 130 and 150 pounds, according to the National Park Service.
Time of India
28-06-2025
- Entertainment
- Time of India
'Pleading for forgiveness':Blake Lively refuses to let Taylor Swift cut her off as Travis Kelce quietly sides with the his lady love
Blake Lively's longstanding friendship with Taylor Swift is said to be over (Getty Images) Blake Lively is fighting to save more than her reputation—she's desperately trying to hold on to her friendship with Taylor Swift , even as the fallout from her legal battle with It Ends With Us director Justin Baldoni sends shockwaves through her personal life. With Taylor's boyfriend Travis Kelce now quietly distancing himself from Blake's husband Ryan Reynolds , insiders say the divide is becoming increasingly public—and painful. Blake Lively fights to win back Taylor Swift as Travis Kelce cuts ties with Ryan Reynolds Despite Swift's decision to step back, Blake Lively is reportedly doing everything she can to repair the rift. 'Blake is devastated that things have gotten to this place, and she's refusing to accept that their friendship is over. She's been texting and calling Taylor, pleading for forgiveness,' a source close to the actress revealed. — PerezHilton (@PerezHilton) The rift widened after a leaked message from Blake to Baldoni stirred controversy. 'If you ever get round to watching Game of Thrones , you'll appreciate that I'm Khaleesi. And like her, I happen to have a few dragons,' Blake reportedly wrote—an eyebrow-raising statement that some believe referenced Swift as one of her symbolic 'dragons.' But sources close to Taylor strongly deny she'd ever see herself in such a role. 'She would never think of herself as Blake's dragon, or protector,' one insider emphasized. And the fallout is now reaching beyond the women themselves. Travis Kelce, who has become a central figure in Taylor's highly public personal life, has subtly made his stance known by unfollowing Ryan Reynolds on Instagram. by Taboola by Taboola Sponsored Links Sponsored Links Promoted Links Promoted Links You May Like Dukung Orang Terkasih Menghadapi Limfoma: Mulai Di Sini Limfoma Klik Di Sini Undo It's a quiet move—but one fans haven't missed—and suggests Kelce is standing in solidarity with Swift as she distances herself from the drama. Blake, meanwhile, isn't backing down. Determined to make things right, she's reportedly enlisted mutual friends like Hugh Jackman and Salma Hayek to help rebuild the bridge to Taylor. Jackman, a longtime friend of Ryan, is said to be acting as a mediator behind the scenes. But Blake may be losing more than just Taylor. Insiders say that members of Swift's inner circle, including Gigi Hadid , Selena Gomez , and Cara Delevingne, have already backed away from the actress. 'They acted like they were her friends, but the moment Taylor was upset, they showed their true colours,' the source added. With Blake continuing to plead her case and Travis Kelce quietly backing Taylor, the odds of a full reconciliation remain uncertain. Still, Blake isn't giving up. 'She loves Taylor and misses her terribly, and she'll do anything to fix this,' says the source. Whether Swift—and Kelce—are willing to open that door again remains to be seen. Also Read: Taylor Swift and Travis Kelce's NFL flex pose sparks political controversy over Donald Trump comparison Game On Season 1 continues with Mirabai Chanu's inspiring story. Watch Episode 2 here.
