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Tag: Eswatini

  • Uncle Waffles Takes Over Club NOTO

    The room pulsed with the beat as bass from the speakers reverberated off the walls. At Club NOTO on Saturday night, the crowd pressed toward the stage while Uncle Waffles commanded the decks beneath a glowing backdrop of a cartoon woman flying through city streets on a motorcycle. Chants of “Waffles” rang through the room as the dance floor continued to fill with people. Uncle Waffles had touched down in Houston.

    The DJ and producer, born Lungelihle Zwane in Eswatini, had become one of the brightest lights of the Amapiano movement. Based in South Africa, she built her reputation on high-energy performances where music, movement, and atmosphere converged.

    She first broke through in 2021 when a clip of her dancing behind the decks to Young Stunna’s “Adiwele” went viral. That moment introduced the world to a performer who paired technical mixing with undeniable stage presence. Since then she released multi-platinum singles like “Tanzania,” dropped well-received projects including Red Dragon, Asylum, and Solace, and grew her profile with nonstop touring across Europe, North America, and Australia.

    She became the first Amapiano artist to perform at Coachella, headlined Brooklyn Mirage in New York as the first Black woman DJ to do so, and earned recognition from global stars after Beyoncé incorporated her music into the Renaissance World Tour. Those milestones, along with multiple award nominations and a growing fan base, cemented her as one of the leading figures taking Amapiano from its South African roots to an international stage.

    Audiences at NOTO witnessed a night that reflected the qualities that made her a worldwide draw. Fresh off of recent shows including New York, London, and Dallas Uncle Waffles is straight to the point, delivering high paced beats to an audience dedicated to dance. The room was awash with energy as bottle girls moved through the crow holding flashing sparklers, fans stood on couches cheering and blowing whistles, and peopledanced amongst the heat.

    Her stage name had its roots in high school. Friends first called her “Waffles,” and later added the “Uncle” for flair, creating a moniker that was both playful and unforgettable. The combination stuck, and the name now echoes in chants at clubs and festivals around the world.

    As an artist, Uncle Waffles has always been more than a DJ dropping tracks. She embodies the music physically, moving in rhythm with every transition and every drop. That connection between body and sound has made her sets as much a performance as they are a party. She represents a new generation of African artists expanding the reach of Amapiano, not by diluting its sound but by amplifying its energy for audiences far beyond Johannesburg.

    For fans in Houston who packed into Club NOTO, the night offered both a glimpse of the genre’s global rise and a firsthand reminder of why Uncle Waffles has become its most visible ambassador.

    DeVaughn Douglas

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  • Rhinos at risk as temperatures set to become deadly

    Rhinos at risk as temperatures set to become deadly

    As temperatures rise amid climate change, the world’s remaining rhinos may not be able to withstand the sweltering weather.

    Both black and white rhinos across southern Africa are expected to be severely impacted by the climate change-driven increasing temperatures facing national parks, where a large proportion of the remaining populations of the species are found, according to a new paper in the journal Biodiversity.

    Rhinos are especially vulnerable to intense heat, as they don’t sweat, instead cooling off by sheltering in the shade or bathing in water. The paper marks the first analysis of how climate change may affect these endangered species.

    A file photo of a white rhino and her calf. Climate change may make it too hot for rhinos in southern Africa.
    ISTOCK / GETTY IMAGES PLUS

    “Generally speaking, most, if not all, species will, in one way or another, be negatively affected by the changing climate,” lead author Hlelowenkhosi S. Mamba, a research student at the University of Massachusetts Amherst, said in a statement. “It is therefore important for conservationists to conduct macroecological assessments over large areas to catch trends and model futures for some of the world’s most vulnerable species to prepare to mitigate climate change’s effects, hence minimizing global biodiversity losses.”

    Both species of African rhino have seen rapid population decreases, mainly due to poaching. White rhinos once comprised two species, the northern white rhino and southern white rhino, but the northern white rhino is now considered extinct in the wild. The southern white rhino is listed as “near threatened” on the IUCN Red List, with only around 10,000 individuals left in the wild. Black rhinos are listed as “critically endangered”, with about 3,100 remaining.

    The researchers investigated how increasing temperatures in large national parks across South Africa, Namibia, Zimbabwe, Kenya, Botswana, Tanzania and Eswatini could impact the future of the rhino species living there. They modeled two scenarios in the parks, one based on the Intergovernmental Panel on Climate Change’s (IPCC) high greenhouse gas emissions scenario, and the other being a more mild emissions future, and predicted the amount of rain and temperature that each park would see in 2055 and 2085.

    They found that in each park it was expected to rise by 2.2 degrees Celsius by 2055 and 2.5 degrees by 2085 in the moderate emissions future, while in the IPCC emissions scenario, each park increased by 2.8 degrees Celsius by 2055 and 4.6 degrees by 2085. All but one park was expected to become increasingly dry in these scenarios.

    They then calculated the probability that each park would remain suitable for the rhinos, and found that the increase in temperatures would be more than the rhinos can handle, exacerbated by the decreased precipitation.

    “The temperature conditions in all study parks will become increasingly unsuitable for both species, but it is predicted that white rhinos will be affected earlier than black rhinos,” the authors wrote in the paper. “All the parks are showing drastic changes in the occurrence probability of rhinos.”

    In the high-emissions scenarios, the likelihood of both species still existing will shrink to zero by 2085.

    rhinos at waterhole
    Two rhinos at a waterhole in a South African national park. Higher temperatures and decreased rainfall may make these regions inhospitable to rhinos.
    ISTOCK / GETTY IMAGES PLUS

    “All study parks will have zero probability of occurrence for the species throughout their ranges should conditions reach those represented by the [IPCC high emissions 2085] scenario late in the century,” they wrote.

    These findings, while bleak, may help to prepare conservation efforts for the challenges of the future.

    “This paper highlights the importance of using climate predictions for both park and rhino management,” co-author Timothy Randhir, a professor of environmental conservation at UMass Amherst, said in the statement. “We propose that park managers think now about increasing water supplies, tree cover, watching for stress and planning to allow rhino migration as the world warms.”

    Do you have a tip on a science story that Newsweek should be covering? Do you have a question about rhinos? Let us know via science@newsweek.com.