• Mashup Score: 51
    Verlag Droemer Knaur - 10 month(s) ago

    Die weltweit renommierte Virologin Isabella Eckerle über die Sprengkraft von Virus-Infektionen – ein hochaktuelles Wissenschafts-Sachbuch über Zoonosen,

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    • For now, the book is only available in German, and here's a reading sample: https://t.co/9iCy1wpJyr If you are a #publisher & find it interesting, please contact me or @KnaurVerlag - it would be great to have it translated!

    • What could be a better day than #WorldZoonosesDay to announce my book about #bats, #viruses and humans and their consequential relationship - released on 01.09.2023 at @KnaurVerlag https://t.co/9iCy1wpJyr #epidemic #pandemic #onehealth #virology #emergingviruses https://t.co/QjpovPcMhR

    • Heute ist Welt-Zoonosen-Tag - der perfekte Tag, um mein Buch anzukündigen: "Von Viren, Fledermäusen und Menschen - eine folgenreiche Beziehungsgeschichte" Erscheint am 01.09.23 beim Droemer-Verlag #Zoonosen #Viren #OneHealth @KnaurVerlag #WorldZoonosesDay https://t.co/9iCy1wpJyr https://t.co/hUaKygUPlF

  • Mashup Score: 4

    Five people died from rabies in the United States last year, including three in just a 6-week span from Sept. 28 to Nov. 10 — a “sobering reminder,” one expert said, of the risk still posed by one of the world’s deadliest diseases.The five deaths from rabies came after none were reported in 2019 and 2020, researchers noted in MMWR.

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    • Five people died from #rabies in the United States last year, including three in just a 6-week span — a “sobering reminder,” one expert said, of the risk still posed by one of the world’s deadliest diseases. #bats https://t.co/5T5z8bUkGo https://t.co/UldqWRwA0O

  • Mashup Score: 0

    O’Mara et al. use high-resolution GPS tracking and atmospheric models to show that, similar to diurnal birds, European free-tailed bats use uplifting winds generated by the nocturnal energy landscape to rapidly ascend over 1,600 m above ground level and achieve maximum self-powered airspeeds over 130 kmh−1.

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    • European free-tailed bats can soar up to a mile high "by deftly exploiting vertical #wind energy in the nocturnal landscape," says @oursoutheastern researcher Teague O'Mara. Like birds, these #bats use #thermals to reach great heights. @CurrentBiology https://t.co/j8NcTqbnyU https://t.co/LPf4HaRMcJ

  • Mashup Score: 3

    O’Mara et al. use high-resolution GPS tracking and atmospheric models to show that, similar to diurnal birds, European free-tailed bats use uplifting winds generated by the nocturnal energy landscape to rapidly ascend over 1,600 m above ground level and achieve maximum self-powered airspeeds over 130 kmh−1.

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    • European free-tailed bats can soar up to a mile high "by deftly exploiting vertical #wind energy in the nocturnal landscape," says researcher @teague_o. Like birds, these #bats use #thermals to reach great heights and great speeds. @CurrentBiology https://t.co/OPShzsRx1r https://t.co/NO3ChoUVq6