Beloved live cam bald eagle Jackie in critical condition with severe anemia
The world-famous bald eagle from the Big Bear Eagle Nest Cam in California is receiving veterinary care in critical condition.
Stock photo for illustration only, not from the actual event
- Jackie the famous bald eagle has been diagnosed with critical anemia.
- She and her partner Shadow are monitored globally via Big Bear Eagle Nest Cam.
- She is currently receiving specialized veterinary care at the Ojai Raptor Center.
- Her packed cell volume has dropped significantly to just 13%.
Jackie, the iconic bald eagle (Haliaeetus leucocephalus) who has captured the hearts of millions around the globe over the years, has been diagnosed with severe anemia and is currently fighting for her life in critical condition, causing deep concern among her dedicated global fanbase.
For years, Jackie and her mate, Shadow, have been watched by millions of online viewers through the Big Bear Eagle Nest Cam. This wildlife monitoring project is operated by the nonprofit organization Friends of Big Bear Valley, located in the state of California, United States, documenting the intricate details of their daily lives in the wild.
Stock photo for illustration only, not from the actual event
At present, the beloved bird is undergoing critical veterinary care at the Ojai Raptor Center. Despite showing encouraging signs of improvement regarding her anemia earlier last week, her medical status took a concerning turn as her packed cell volume plummeted to 13%, dropping down from the previous level of 17%.
Anemia in birds of prey is an exceptionally critical medical condition because these magnificent raptors rely heavily on optimal oxygen transport for flight, respiration, and metabolic stability. A packed cell volume (PCV) dropping as low as 13% indicates severe physiological distress, requiring intensive veterinary intervention such as targeted blood parameters management, supportive care, and continuous monitoring at specialized facilities like the Ojai Raptor Center.
Source: BBC Science & Environment
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