While renovating his wine cellar, Andreas Pernerstorfer made an astonishing discovery—bones of ancient mammoths from the Stone Age. Recalling the moment he realized the significance of the find, Pernerstorfer told BBC, “I thought it was just a piece of wood left by my grandfather. But then I dug it out a bit and remembered that in the past my grandfather said he had found teeth. And then I immediately thought it was a mammoth.”  

Representative Image Source: A family of mammoths is displayed at Summers Place Auctions on September 12, 2017 in Billingshurst, England. (Photo by Rob Stothard/Getty Images)
Representative Image Source: A family of mammoths is displayed at Summers Place Auctions on September 12, 2017 in Billingshurst, England. (Photo by Rob Stothard/Getty Images)

The discovery took place in the small village of Gobelsburg, northeastern Austria. After spotting the ancient fossils, Pernerstorfer reported them to the Federal Monuments Office, per CNN. However, he was advised to contact the Austrian Archaeological Institute (OeAI) of the Austrian Academy of Sciences (ÖeAW) because they specialize in Stone Age artifacts, according to Parow-Souchon, a researcher at the academy.

Representative Image Source: British palaeontologist Shirley Coryndon (1926 - 1976) and amateur geologist John Hesketh excavate the fossilised bones of a steppe mammoth (Mammuthus trogontherii) discovered by Hesketh in Aveley, Essex, UK, 10th August 1964. (Photo by Evening Standard/Hulton Archive/Getty Images)
Representative Image Source: British paleontologist Shirley Coryndon and amateur geologist John Hesketh excavate the fossilized bones of a steppe mammoth discovered in Aveley, Essex, UK. (Photo by Evening Standard/Hulton Archive/Getty Images)

Upon learning about the find, Parow-Souchon and her team arrived at the cellar to excavate and investigate. They uncovered “at least 300 bones” densely packed in a site measuring 12 square meters (129 square feet). The archaeologists believe these bones belong to three separate mammoths and have uncovered nearly all their bones. “We think we have mostly the complete animals. They’re not in anatomical connection, but we probably do have all parts,” said Souchon. The rare discovery was called an “archaeological sensation.”

Representative Image Source: Pexels I Photo by Boris Hamer
Representative Image Source: Pexels I Photo by Boris Hamer

The first excavation report revealed that the bones are as old as 30,000 to 40,000 years, making it the most significant find in over a century. According to the Austrian Archaeological Institute, a similar find occurred 150 years ago in the neighboring district of Krems. Back then, archaeologists discovered a rich trove of remnants that included bones, flint artifacts, decorative fossils, and traces of charcoal.   

Representative Image Source: Paleontologist digs up a fossilized mammoth skeleton from the Ice Age. The skeleton is 50-70% complete with 6-7 foot long tusks and is estimated to be 400,000 to 1.8 million years old. (Ted Soqui/Corbis via Getty Images)
Representative Image Source: Paleontologist digs up a fossilized mammoth skeleton from the Ice Age. The skeleton is 50-70% complete with 6-7 foot long tusks and is estimated to be 400,000 to 1.8 million years old. (Ted Soqui/Corbis via Getty Images)

The previous finding has largely been lost to modern technology, making this the first time modern methods were used to do the research. “It’s the first time we’ve been able to investigate something like this in Austria using modern methods,” said Parow-Souchon. The ÖeAW team has left no stone unturned to properly excavate the site as they have been using 3D mapping technology to record the site.

Representative Image Source: Pexels I Photo by Boris Hamer
Representative Image Source: Pexels I Photo by Boris Hamer

The research team hopes the discovery will reveal how the animals died. If they’re correct about the cause of death, it will shed light on how human hunters managed to hunt such large prey. However, scientists are still debating how these mammoth bones made their way to this spot with one solid theory suggesting that the site could be where people set a trap for them. The mystery surrounding them is yet to be uncovered. Parow-Souchon described the dense bone layer of mammoths as “rare.” She added, “We know that humans hunted mammoths, but we still know very little about how they did it.” 


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Researchers are currently examining the findings from the site. The excavating team is expected to return to the site in August to continue the digging. After the researchers complete examining the bones, they will be handed over to the Natural History Museum Vienna.



  • Kenyan teens create award-winning, affordable car exhaust filters made with corn cobs and algae
    Photo credit: @theearthprize on Instagram/CanvaTwo 17-year-olds made a device that is helping reduce air pollution in Kenya.

    When Fredrick Njoroge Kariuki of Kenya turned 12 in 2021, he experienced incredible difficulty breathing. Doctors diagnosed him with bronchitis, explaining that his coughing and breathing issues were connected to the thick layers of exhaust fumes emitted by vehicles in the area. Five years later, the teenager teamed up with his classmate Miron Onsarigo to create an award-winning, inexpensive filter made with agricultural waste.

    While air pollution is a global concern, it is particularly an issue in Kenya. A 2024 study found that Nairobi, Kenya’s capital, had 3.7 times higher levels of particulate air pollution than the World Health Organization’s guidelines. This doesn’t just contribute to illness like Kariuki’s bronchitis. Experts estimate that the country’s air pollution is responsible for 400 to 1,400 premature deaths in Nairobi each year.

    The global environment issue was personal

    Both teens were hardened in their resolve to tackle this air pollution problem largely caused by the matatus (shared minibuses) and boda bodas (motorcycle taxis) common in urban areas.

    “The problem of air pollution was very personal to us, and that is why we started thinking about coming up with a solution,” Kariuki told Mongabay. “It was a passion before it became a project.”

    “I did not choose this problem. It chose me,” Kariuki said to Daily Nation. “Growing up in Naivasha, my bronchitis got so bad that I stopped thinking of air pollution as an environmental issue and saw it as something being committed against us.”

    “Seeing people get sick as a result of fumes from vehicles has become normal back home in Kisumu County. The ‘normal’ did not feel right to me. I wanted to do something about it,” added Onsarigo.

    Using waste products to clean the air

    With time, intelligence, and hard work, Kariuki and Onsarigo created the HewaSafi vehicle exhaust filter. The HewaSafi, which means “clean air” in Swahili, was made using locally sourced agricultural waste. The entire mechanism is made from steel mesh, copper, corn cobs, coconut shells, recycled batteries, and algae. All of these components help further filter out particles in the air straight from the exhaust pipe.

    The results of the HewaSafi were impressive. The device reduced particulate matter in the air by 93.3%. The HewaSafi also reduced carbon monoxide by 42% and absorbed 21.4% of CO2 that would otherwise be released into the atmosphere.

    Since the device was made using waste products, the HewaSafi manufacturing cost is around $126. By comparison, conventional filters of this sort typically cost around $390. So, not only is this filter effective, it’s cheap enough for more people to use.

    @urbanbetternairobi

    You breathe it every day. But how often do you think about it? Air pollution affects where we live, how we move, and who gets left behind. This Air Quality Awareness Week, swipe to see how Nairobi communities are taking action!#AirQualityAwarenessWeek #Cityzens #Cityzens4CleanAir #CleanAirNairobi #nairobi

    ♬ LET ME BE – The Second Voice

    A prize that leads to further opportunity

    The ingenuity of these two 17-year-olds won them the 2026 Earth Prize for Africa. They received $12,500 for their regional win and global attention to the HewaSafi.

    The teens hope to use the prize money and attention to further develop the HewaSafi. Using connections made through the Earth Prize, they aim to start a full line of emission control products. While they want to work with people with different budgets, their main target is to specifically cater HewaSafi filters toward public transportation vehicles.

  • The drawer problem: Why so many of us can’t let go of our old electronics, and what we can do about it
    Photo credit: Peter Dazeley/Photodisc via Getty ImagesThis look familiar?

    Think about the last smartphone, tablet or smartwatch you stopped using. Odds are it is not in a recycling bin or a new owner’s hands; it is sitting in a drawer.

    From our survey of 4,000 American consumers, we found the single most common thing people did with a device they were finished with was nothing at all: 39% simply stored it. Recycling and reselling, outcomes better for the environment, each accounted for only about 1 in 10 devices. Throwing devices in the trash claimed another 9%.

    What people do with old electronics

    Funded by the National Science Foundation, our multidisciplinary team blended our expertise in causal inferencesustainability and cybersecurity, to work on the tangled question of what people do with their consumer electronics when they’re done using them. We used statistical models to connect what people say – that is, their stated knowledge and attitudes – to what they actually did.

    Why the drawer wins

    Two main forces keep devices in the drawer. The first is anxiety about data. People who worried that recycling or reselling a device would compromise their data were 14% and 9% more likely to store it instead.

    The second force is simply not knowing how to. People who did not know where to recycle were 10% more likely to hold onto a device, and many also kept old gadgets as a perceived data backup.

    Recycling and reselling electronics are a lot easier than a lot of people think. In the U.S., the national chain Best Buy accepts devices for recycling; reselling online is convenient with vendors such as Back Market and Gazelle.

    Just be sure to wipe data before parting with a phone or computer. Also, remove the device from your account, for instance with Apple or Android. Unless you do, the device stays locked to you, and no one else can use it.

    We also compared what people intended to do with what they had actually done. This led to a telling detail: Data security worries led to people storing devices at a greater rate than they said they intended to.

    In other words, the fear of leaking personal data kicks in only when someone is facing the real decision of whether to hand off their device to a recycler or secondhand buyer.

    Getting at why people don’t recycle

    Researchers have long studied why people do or don’t recycle electronics: Convenience, awareness and incentives showed up as affecting the decision. But prior work examined recycling as the only option.

    Instead of considering the issue as a yes-or-no vote on recycling, we treat it as a comparison between different options: Storing, reselling, donating, trading in, recycling and throwing away the device in the trash. When modeling this way, trade-offs became visible.

    Knowing where to recycle, for instance, made recycling 47% more likely, but it also pulled people away from reselling, which is often the more environmentally friendly choice. You can explore the survey results in our interactive dashboards.

    Getting people to let go

    Storage is the worst of both worlds: A device sitting unused for years loses its resale value, and erasing its data only gets harder over time. The good news is that the main barriers – data concerns and not knowing where to turn – can be addressed with better information.

    We are experimenting with information interventions that walk people through their options, including how to securely wipe their data. We are testing nudges with randomized, controlled trials to test what leads people to give their old electronics a second life.

    It might be a good time to remember what old devices you’re holding onto and revisit your reasons for not letting go of them.

    This article originally appeared on The Conversation. You can read it here.

  • Solar-powered boat feasts on trash and could solve the ocean’s plastic waste problem
    Photo credit: Ocean Cleanup on YouTubeThe Interceptor boat-barge could significantly clean our waters.

    Our oceans have a plastic problem. While it’s difficult to put a 100% accurate number on it, scientists estimated about 4.8 to 12.7 million metric tons of plastic waste entered the ocean in 2010 alone according to the journal Science. This issue has caused scientists and engineers to create a boat-barge in Los Angeles that skims the oceans to gobble up the plastic we leave behind.

    Devised by the non-profit Ocean Cleanup organization, the garbage-gulping Interceptor boat-barge is actually a smaller platform nestled within a larger boat. A floating barrier moves collected trash into the device onto a conveyor belt. An automatic shuttle then collects the trash from the conveyor to send it to a separate barge where there are six dumpsters to hold it. The solar-powered system can hold up to 20,000 lbs. of garbage. The trash is then separated into different categories (plastics, metal, etc.) so they can be disposed of responsibly.

    Catching ocean trash from the source

    Ocean Cleanup hopes to make a dent cleaning the Great Pacific Garbage Patch in the Pacific Ocean. However, they decided to first attack the plastic ocean problem at its source: rivers. When it rains, a lot of trash from the hills and valleys washes down into the nearest river. While there is significant ocean trash taken from beaches, they have found that the lion’s share of garbage that floats into our oceans actually comes from rivers and tributaries that lead into it. Essentially, the plan is to get ocean trash before it even enters the ocean.

    “We have to turn the faucet off before we can scoop the ocean, or else all we’re doing is taking out legacy trash to replace it with new trash,” James Patterson, the operations manager of Ocean Cleanup said to The Guardian. “Before you can clean out the Great Pacific Garbage Patch, you really need to turn off the source.”

    How the Interceptor is helping Los Angeles and beyond

    There is an Interceptor already doing its work at the mouth of Ballona Creek in Culver City, California. Since 2025, the Interceptor has prevented 143,710 lbs. of trash from entering the ocean via the creek. As a bonus, the Interceptor’s trash sweeping has lowered government budgets for beach grooming. Since there is less trash, the beach doesn’t need to be cleaned as often.

    There are two more Interceptors planned to be at the mouths of the San Gabriel River and the Los Angeles River. This can help clean up the rivers for the upcoming 2028 Summer Olympics for aquatic events.

    There are currently 21 Interceptor systems throughout the globe. Countries using them include Indonesia, Vietnam, Jamaica, Guatemala, the Dominican Republic, and Malaysia.

    If this is an issue that speaks to you, you can help even if you don’t live near an ocean. There may be a nearby river or creek that could benefit from volunteer cleanups. Do some research to find an organization near you to volunteer. If you can’t locate one, groups like River Cleanup can help you organize your own group. Much like how a small drop contributes to a large ocean, a small pick-up can make a big difference.

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