Khudi knew immediately what he had found. The Nenets people of the Yamal Peninsula have encountered mammoth remains for generations -- tusks and bones erode regularly from the permafrost. But Khudi also knew the Nenets taboo: touching mammoth remains brings bad omens. Rather than disturb the carcass, he traveled 150 miles to consult his friend Kirill Serotetto. Together, they notified the director of a local museum, who arranged for authorities to fly both men back to the Yuribey River site. When they arrived, Lyuba was gone. Suspecting theft, Khudi and Serotetto drove their snowmobile to the nearby settlement of Novy Port, where they found the baby mammoth's body displayed outside a store. Khudi's cousin had removed the carcass and sold it to the shopkeeper in exchange for two snowmobiles. Dogs had chewed off Lyuba's right ear and part of her tail, but she was otherwise undamaged. With police assistance, Khudi reclaimed the body, and it was airlifted to the Shemanovsky Museum in Salekhard.

Museum officials named the mammoth calf Lyuba -- a diminutive of Lyubov, the Russian word for love -- in honor of Khudi's wife. It was a gesture of gratitude for the herder's persistence in recovering the specimen. The name proved fitting in ways beyond the personal. Lyuba became one of the most studied and most publicly beloved prehistoric animals in the world. Scientists at the Jikei University School of Medicine in Japan conducted the first detailed CT scans. Additional imaging followed at the GE Healthcare Institute in Waukesha, Wisconsin, and at the Ford Motor Company's Nondestructive Evaluation Laboratory in Livonia, Michigan. These scans revealed extraordinary details: Lyuba's teeth showed she was born in spring after a gestation period similar to modern elephants. Her intestines contained traces of fecal matter, likely consumed from adult mammoths to seed her digestive system with the bacteria needed to process vegetation -- a behavior still observed in modern elephant calves.

What made Lyuba's preservation so exceptional was not the cold alone. After she suffocated in the riverbed mud, her body was colonized by lactic acid-producing bacteria -- the same microorganisms used to make yogurt and sauerkraut. These bacteria effectively pickled her tissues, creating an acidic environment hostile to the decomposing organisms that would normally destroy soft tissue. The permafrost then locked this preserved state in place for 42,000 years. The result was a specimen that gave scientists access to information no skeleton could provide: the composition of her last meals, the condition of her organs, the structure of her fat reserves, the parasites in her gut. She surpassed Dima, a male mammoth calf discovered in 1977 that had previously been the best-preserved specimen. Lyuba held that distinction until the discovery of Yuka, a juvenile mammoth found in Siberia in 2010 with even more intact soft tissue.

Lyuba's permanent home is the Shemanovskiy Museum and Exhibition Center in Salekhard, the capital of the Yamalo-Nenets Autonomous Okrug. She has traveled widely -- exhibited at museums and research institutions across Japan, the United States, and Europe -- but she returns each time to the Arctic city closest to where she was found. The 2009 National Geographic documentary Waking the Baby Mammoth traced her discovery and the scientific investigation that followed. Christopher Sloan's 2011 children's book, Baby Mammoth Mummy: Frozen in Time, brought her story to younger audiences. For the Nenets people of the Yamal Peninsula, Lyuba represents a complicated intersection of traditional belief and modern science. The taboo against touching mammoth remains that initially kept Khudi from disturbing her body also helped ensure she was reported to authorities rather than quietly sold. In the end, a cultural practice rooted in spiritual caution delivered one of paleontology's greatest finds into the hands of science.