logo
Bearded vultures: Back from the brink

Bearded vultures: Back from the brink

CNN5 hours ago

Bearded vultures have a wing span up to 2.85 meters (9.3 feet) allowing them to hunt over 700 kilometers (435 miles) in a day. The feathers on their neck, head and torso are naturally white, but they dye them orange by covering themselves in the iron oxide-rich mud found in the mountains and highlands where they live. However, their name comes from the distinctive black tuft of feathers under their beak. Hansruedi Weyrich/Vulture Conservation Foundation
Bearded vultures are scavengers, and up to 85% of their diet is bone. Historically, they were called 'ossifrage,' derived from the Latin for 'bone breaker.' They mostly swallow bones whole, their strong stomach acid breaking them down, but if a bone is too big, they will drop it from height onto a rock to break it and expose the nutrient rich marrow inside. Hansruedi Weyrich/Vulture Conservation Foundation
While Alpine farmers no longer blame the vultures for missing sheep, or children, the birds are still threatened. Accidental poisoning through eating animal carcasses containing drugs, pathogens or steroids, collisions with power lines and wind turbines and habitat degradation have reduced the global population — which spans from western Spain to China — by as much as 29% in the last three generations. Exacerbating this problem is their slow breeding rate. A breeding pair will only lay one or two eggs a year, and even if both hatch, the stronger chick will kill its weaker sibling. Here, a bearded vulture in the wild shows off its name-sake feathers. Hansruedi Weyrich/Vulture Conservation Foundation
Initial attempts by conservationists to reintroduce the bearded vulture involved capturing birds in Afghanistan and releasing them in the Alps, but the project failed due to the difficulty in capturing and transporting the birds. However, in 1986, three birds that had been raised in captivity at a center in Austria were released successfully in the country's mountains, leading to a flurry of further releases across the Alps. The young birds are put in artificial nests on cliffs, enabling them to acclimatize to the new environment, and after 20 to 30 days they take their first flight. Young bearded vultures are known for traveling vast distances. In 2020, one bird flew 1,200 kilometers (745 miles) from Haute-Savoie in the French Alps to the Peak District in the north of England. Regardless of how far they roam, when they reach adulthood, they typically return home. Here, conservationists climb to a release site in the Bavarian Alps in June, 2021. Hansruedi Weyrich/Vulture Conservation Foundation
The Alpine population is increasing 'exponentially,' José Tavares, director of the Vulture Conservation Foundation, told CNN. Now that the population is stable, the team have started releasing genetically distinct birds to increase the diversity of the population so 'they're fully equipped to survive, even in a period of climate change.' Pictured here, a captive-bred chick at Vallcalent Specialized Breeding Unit in Spain. Hansruedi Weyrich/Vulture Conservation Foundation
While releases in the Alps are winding down as the population grows naturally, the VCF is working on 'replication and expansion' projects in Valencia and Andalucia in Spain, the Massif Central in France, and the Balkans, as well as possible projects in North Africa, said Tavares. Here, a bearded vulture is photographed among griffon vultures in the Spanish Catalan Pyrenees. William Van Hecke/Corbis/Getty Images
Another conservation project in the Maloti-Drakensberg mountains of Lesotho and South Africa is working to save the last bearded vultures in the southern hemisphere. The Bearded Vulture Recovery Program did not have a captive breeding program when it started, so instead, when a vulture lays two eggs, the team takes the second egg from the nest, which would be killed by its sibling anyway, and raises the chicks in captivity before releasing them. They are now raising 27 birds in captivity and aim to reach 150 breeding pairs in the wild. With these global conservation efforts, there is hope that bearded vultures will continue to soar across mountains all over the world. Pictured here, a bearded vulture in flight in Giant's Castle Game Reserve, South Africa. Education Images/Universal Images

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Bright Future: Technology Leaders Look To Quantum
Bright Future: Technology Leaders Look To Quantum

Forbes

time3 hours ago

  • Forbes

Bright Future: Technology Leaders Look To Quantum

John Prisco, Security CEO & founder of Safe Quantum Inc., working with data-driven companies to develop and deploy quantum-safe technologies Amid the ongoing funding news for bright, young quantum startups (see Classiq, SilQ Connect), recent news from the U.S. Congress and established technology companies is raising the stakes for quantum viability and the need to keep Chinese quantum development within reach. Word on the street is that Nvidia plans to invest in PsiQuantum, the chipmaker's first direct tie to quantum hardware. The move is especially interesting considering the position of Nvidia CEO Jensen Huang, who said earlier this year that a viable quantum computer is still decades away. This move would extend Nvidia's ongoing interest in quantum, which includes quantum software development, a hybrid system framework and a new quantum research lab in Boston that will be devoted to leveraging AI-powered supercomputers alongside advanced quantum hardware. The Nvidia news comes on the heels of other big-name investments in quantum this year. Amazon joined the quantum party, nudging some of its chief cloud rivals like Google and Microsoft in the race for potential payoff when quantum goes commercial. Amazon touted its Ocelot quantum chip (announced a week after Microsoft's own) as a high-efficiency approach to quantum and extending the Amazon Web Services (AWS) cloud-computing platform. Microsoft doesn't plan to allow access to its chip through the Azure public cloud infrastructure, however, focusing instead on building the capacity of its chip to add qubits—quantum bits of data. The flurry of activity isn't a moment too soon if you look at China's movements in quantum. The Chinese announced in April a successful test of perfectly encrypted data communications over 750 miles, an extraordinary distance. It's yet another example of China's emerging dominance in quantum development, a potential threat so serious that Microsoft President Brad Smith warned it puts the United States in jeopardy of falling irrevocably behind. Smith has exhorted the current administration to prioritize quantum research, renewing programs such as the National Quantum Initiative Act and focusing on developing an educational pipeline initiative to cultivate quantum talent. Already this year, a bipartisan group of U.S. representatives banded together to introduce a sandbox program to complement the National Quantum Initiative. The Quantum Sandbox for Near-Term Applications Act aims to provide a cloud-based workspace for government and commercial researchers to experiment with quantum applications for defense, healthcare, energy and manufacturing. There are other bright spots. Cisco, at the heart of the existing internet infrastructure, announced a new quantum lab and the development of a quantum chip prototype designed to enable quantum networks to scale. IBM has partnered with Tata Consultancy Services to launch the largest quantum research and development center in India, alongside an IBM Quantum Systems Two installation with a 156-qubit Heron quantum processor. The Indian investment is on top of IBM's strategy to invest $150 billion (that's BILLION) in the United States over the next five years to expand U.S.-based manufacturing of quantum computers and mainframe systems. With the volume of investment in small and large technology companies, it's clear that quantum's future is calling. No doubt the next few years will also herald a time of mergers and acquisitions, as newer technologies come to market. Smart investors would do well to especially consider companies with a focus on early-stage quantum solutions, such as quantum key distribution (QKD), with proven use cases that deploy quantum today over existing fiber optic networks. Forbes Technology Council is an invitation-only community for world-class CIOs, CTOs and technology executives. Do I qualify?

Will we ever know for sure how COVID-19 began? Not without more data from China, WHO says
Will we ever know for sure how COVID-19 began? Not without more data from China, WHO says

Yahoo

time4 hours ago

  • Yahoo

Will we ever know for sure how COVID-19 began? Not without more data from China, WHO says

Scientists still aren't sure how the COVID-19 pandemic – the worst health emergency in a century – began. That was the unsatisfying conclusion from an expert group charged by the World Health Organization (WHO) to investigate the pandemic's origins in its final report. Marietjie Venter, the group's chair, said at a press briefing that most scientific data supports the hypothesis that the new coronavirus jumped to humans from animals. That was also the conclusion drawn by the first WHO expert group that investigated the pandemic's origins in 2021, when scientists concluded the virus likely spread from bats to humans, via another intermediary animal. At the time, WHO said a lab leak was 'extremely unlikely'. Related Five years after COVID appeared, mysteries remain. Here's what we know Venter said that after more than three years of work, WHO's expert group was unable to get the necessary data to evaluate whether or not COVID-19 was the result of a lab accident, despite repeated requests for hundreds of genetic sequences and more detailed biosecurity information that were made to the Chinese government. 'Therefore, this hypothesis could not be investigated or excluded,' she said. 'It was deemed to be very speculative, based on political opinions and not backed up by science'. She said that the 27-member group did not reach a consensus; one member resigned earlier this week and three others asked for their names to be removed from the report. Venter said there was no evidence to prove that COVID-19 had been manipulated in a lab, nor was there any indication that the virus had been spreading before December 2019 anywhere outside of China. Related Italy honours COVID-19 victims on remembrance day, five years after pandemic hit 'Until more scientific data becomes available, the origins of how SARS-CoV-2 entered human populations will remain inconclusive,' Venter said, referring to the scientific name for the COVID-19 virus. WHO Director-General Tedros Adhanom Ghebreyesus said it was a 'moral imperative' to determine how COVID began, noting that the virus killed at least 20 million people, wiped at least $10 trillion (€8.8 trillion) from the global economy and upended the lives of billions of people. Last year, the AP found that the Chinese government froze meaningful domestic and international efforts to trace the virus' origins in the first weeks of the outbreak in 2020 and that WHO itself may have missed early opportunities to investigate how COVID-19 began. Related New CIA assessment claims COVID-19 virus 'probably' came from Chinese laboratory US President Donald Trump has long blamed the emergence of the coronavirus on a laboratory accident in China, while a US intelligence analysis found there was insufficient evidence to prove the theory. Chinese officials have repeatedly dismissed the idea that the pandemic could have started in a lab, saying that the search for its origins should be conducted in other countries. Last September, researchers zeroed in on a short list of animals they think might have spread COVID-19 to humans, including racoon dogs, civet cats, and bamboo rats.

Bearded vultures: Back from the brink
Bearded vultures: Back from the brink

CNN

time4 hours ago

  • CNN

Bearded vultures: Back from the brink

Bearded vultures have a wing span up to 2.85 meters (9.3 feet) allowing them to hunt over 700 kilometers (435 miles) in a day. The feathers on their neck, head and torso are naturally white, but they dye them orange by covering themselves in the iron oxide-rich mud found in the mountains and highlands where they live. However, their name comes from the distinctive black tuft of feathers under their beak. Hansruedi Weyrich/Vulture Conservation Foundation Bearded vultures are scavengers, and up to 85% of their diet is bone. Historically, they were called 'ossifrage,' derived from the Latin for 'bone breaker.' They mostly swallow bones whole, their strong stomach acid breaking them down, but if a bone is too big, they will drop it from height onto a rock to break it and expose the nutrient rich marrow inside. Hansruedi Weyrich/Vulture Conservation Foundation While Alpine farmers no longer blame the vultures for missing sheep, or children, the birds are still threatened. Accidental poisoning through eating animal carcasses containing drugs, pathogens or steroids, collisions with power lines and wind turbines and habitat degradation have reduced the global population — which spans from western Spain to China — by as much as 29% in the last three generations. Exacerbating this problem is their slow breeding rate. A breeding pair will only lay one or two eggs a year, and even if both hatch, the stronger chick will kill its weaker sibling. Here, a bearded vulture in the wild shows off its name-sake feathers. Hansruedi Weyrich/Vulture Conservation Foundation Initial attempts by conservationists to reintroduce the bearded vulture involved capturing birds in Afghanistan and releasing them in the Alps, but the project failed due to the difficulty in capturing and transporting the birds. However, in 1986, three birds that had been raised in captivity at a center in Austria were released successfully in the country's mountains, leading to a flurry of further releases across the Alps. The young birds are put in artificial nests on cliffs, enabling them to acclimatize to the new environment, and after 20 to 30 days they take their first flight. Young bearded vultures are known for traveling vast distances. In 2020, one bird flew 1,200 kilometers (745 miles) from Haute-Savoie in the French Alps to the Peak District in the north of England. Regardless of how far they roam, when they reach adulthood, they typically return home. Here, conservationists climb to a release site in the Bavarian Alps in June, 2021. Hansruedi Weyrich/Vulture Conservation Foundation The Alpine population is increasing 'exponentially,' José Tavares, director of the Vulture Conservation Foundation, told CNN. Now that the population is stable, the team have started releasing genetically distinct birds to increase the diversity of the population so 'they're fully equipped to survive, even in a period of climate change.' Pictured here, a captive-bred chick at Vallcalent Specialized Breeding Unit in Spain. Hansruedi Weyrich/Vulture Conservation Foundation While releases in the Alps are winding down as the population grows naturally, the VCF is working on 'replication and expansion' projects in Valencia and Andalucia in Spain, the Massif Central in France, and the Balkans, as well as possible projects in North Africa, said Tavares. Here, a bearded vulture is photographed among griffon vultures in the Spanish Catalan Pyrenees. William Van Hecke/Corbis/Getty Images Another conservation project in the Maloti-Drakensberg mountains of Lesotho and South Africa is working to save the last bearded vultures in the southern hemisphere. The Bearded Vulture Recovery Program did not have a captive breeding program when it started, so instead, when a vulture lays two eggs, the team takes the second egg from the nest, which would be killed by its sibling anyway, and raises the chicks in captivity before releasing them. They are now raising 27 birds in captivity and aim to reach 150 breeding pairs in the wild. With these global conservation efforts, there is hope that bearded vultures will continue to soar across mountains all over the world. Pictured here, a bearded vulture in flight in Giant's Castle Game Reserve, South Africa. Education Images/Universal Images

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into a world of global content with local flavor? Download Daily8 app today from your preferred app store and start exploring.
app-storeplay-store