Ancient Rhino Fossil Discovered in the Canadian Arctic
在加拿大北極地區發現古代犀牛化石
In a remarkable paleobiological breakthrough, scientists have identified a new, ancient rhinoceros species named Epiaceratherium itjilik, meaning "frosty" in Inuktitut.
在一項顯著的古生物學突破中，科學家鑑定出一個名為 Epiaceratherium itjilik 的新古犀牛物種，其名在因紐特語中意為「霜凍」。
Discovered in the Haughton Crater on Devon Island, this specimen is the northernmost rhino fossil ever found.
此標本是在德文島的霍頓隕石坑（ㄏㄨㄛˋㄉㄨㄣˋㄩㄣˋㄕˊㄎㄥ）中發現的，是有史以來發現的最北端犀牛化石。
Living roughly 23 million years ago during the Early Miocene, this small, hornless rhino inhabited a temperate, forested landscape, a stark contrast to the modern Arctic.
這種小型無角犀牛生活在約 2300 萬年前的早中新世，居住在溫帶森林地景中，與現代的北極形成鮮明對比。
Mary Dawson, challenges existing theories about ancient animal migration.
它表明北大西洋陸橋作為歐洲與北美之間的可行路線，其存在時間比先前假設的要長得多。
It suggests that the North Atlantic Land Bridge remained a viable route between Europe and North America much longer than previously assumed.
此外，研究人員利用先進的古代蛋白質分析將這種生物與歐洲物種聯繫起來。
Furthermore, researchers used advanced ancient protein analysis to link this creature to European species.
作為獨特的「時間膠囊」的霍頓隕石坑，很可能還保存著更多史前生命的證據。
The Haughton Crater, acting as a unique "time capsule," likely preserves further evidence of prehistoric life.
這一發現凸顯了北極作為生物多樣性中心的歷史作用，並證明了現代科技如何讓科學家能夠解開數十年前收集的標本之秘密，從而更清晰地描繪北半球哺乳動物的演化歷程。
This finding highlights the Arctic's historical role as a hub for biodiversity and demonstrates how modern technology allows scientists to unlock secrets from specimens collected decades ago, offering a clearer picture of mammal evolution across the Northern Hemisphere.
